Cantilever umbrella

Abstract

Exemplary embodiments of a cantilevered roof umbrella are disclosed herein. Examples may be a five-in-one physical disorder assist, easy sliding lift, adaptable to dog running devices, adaptable to land yachts, adaptable to projector screens, anti-shake pedal operation, a cantilever top cover for robot assembly, including a 360 degree locking disk (109). Exemplary embodiments also include a plurality of umbrella poles to lock a four-walled tunnel (110). Exemplary embodiments also include a noise cancellation tunnel and a disk protection housing (111). Exemplary embodiments also include a noise cancelling tunnel and disk protection flange (112) that slides over the noise cancelling tunnel and disk protection housing. Exemplary embodiments include a multi-height adjustable, easily slidable lifting, 360 degree rotatable roof support vertical mast (114) secured to a 360 degree rotatable, noise cancelling, adaptable rotatable floating table, adaptable rotatable floating chair rod support cone (108). Exemplary embodiments also include a plurality of multi-height adjustable holes (115) drilled on the multi-height adjustable, easy sliding lift, 360 degree rotatable roof support vertical mast. Exemplary embodiments include a rain sheltering top strut lift weather cap (116) secured to the multi-height adjustable, easily slidable lift, 360 degree rotatable roof support vertical mast.

Description

[0001] CROSS-REFERENCE TO RELATED APPLICATIONS

[0002] This patent application claims priority to Provisional Application No. 63 / 326,768, filed on April 1, 2022, entitled "FIVE-DEVICE-IN-ONE PHYSICALLY-IMPAIRED-ASSISTING EASY-SLIDE-AND-LIFT DOG-RUN-ADAPTABLE LAND-YACHT-ADAPTABLE PROJECTOR-SCREENADAPTABLE ANTI-WOBBLING FOOT-PEDAL-OPERATEDROBOT-ASSEMB LED CANTILEVER-CANOPY UMBRELLA", which is assigned to the assignee of this case and is expressly incorporated herein by reference. Technical Field

[0003] The present invention relates to a cantilever parasol, and in particular but not limited thereto, some embodiments relate to a cantilever parasol configured to provide multiple functions. Background Art

[0004] Many cantilever umbrellas have been introduced.

[0005] U.S. Patent No. 4,771,723 issued to Terry V. Friesen on September 20, 1988, relates to a windsurfing board assembly having a main body on which a user stands, a mast for propelling the windsurfing board, a boom and a sail assembly. The mast boom sail assembly is mounted on the boat board by a mast mounting assembly, which allows limited angular displacement of the mast about the general normal direction of the boat board to manipulate the pressure center of the sail while providing support for the mast above the boat board when the boom is released. The windsurfing board assembly preferably also includes a steering assembly having a rudder and a foot-operated turntable for turning the rudder.

[0006] U.S. Patent No. 5,116,258 issued to Johan Vennik on May 26, 1992, relates to a foldable umbrella for shielding against sunlight, rain, etc., which consists of a shaft and a plurality of ribs pivotally fixed relative to the shaft, the ribs being used to support a fabric-like material, the ribs being pivotally connected to one end of a rod-shaped stretcher, the other end of which is movable in the length direction of the shaft, characterized in that the shaft is hollow and serves as a guide for a common control rod connected to the stretcher rod. It is suitable for fixed use and is suspended from above to avoid blocking the space under the umbrella. In order to enable the umbrella to be folded, the umbrella shaft is hollow, which accommodates a common control rod connected to all stretchers, and the other side of the stretchers is connected to the ribs. The umbrella is suspended on a bracket pivotally connected to a standard part. Such a standard part can support multiple umbrellas.

[0007] U.S. Patent No. 5,143,008, issued to Lawrence W. Hall on September 1, 1992, relates to a windsurfing board or sailboard having a ram for supporting a windsurfer and an improved rudder gear assembly. A surfboard extends upward from the windsurfing board and is positioned so that the windsurfer can use his lower legs to support the surfboard for support and balance. The improved rudder gear assembly provides a series of intermeshing gears, and the windsurfer can control the rudder by turning the gears with his feet.

[0008] U.S. Patent No. 5,169,111 issued to Raymond C. Dunaj on December 8, 1992, relates to a stand for receiving and stabilizing a parasol. The stand includes a foldable bag having a base portion connected to a rigid tubular sleeve member. The sleeve member is adapted to receive and secure an umbrella shaft of various sizes therethrough. The foldable bag can be filled with sand, soil, etc. through the bag opening to increase the weight of the umbrella when the wind blows. After use, the bag is emptied and the stand can be folded up for easy transportation and storage.

[0009] U.S. Patent No. 5,263,505 issued to Cheon J. Yeom on November 23, 1993, relates to a rectangular umbrella having an umbrella cover adapted to be relatively extended to shade several persons, the umbrella cover being foldable and extended in a bellows manner for easy transportation and storage. The umbrella comprises: a main shaft; an upper hub fixed to the main shaft; a lower rotating wheel slidably inserted on the main shaft; a main spoke connected to the upper hub; connected to the lower rotating wheel at its inner end; a main stretching rod connected to the middle portion of the main spoke at its outer end; two upper frames connected to the upper hub and extending relatively; two lower frames connected to the lower rotating wheel, the middle portion of which is connected to the middle portion of the upper frame; an upper hinge connected to the outer end of the lower frame; a lower hinge connected to the outer end of the upper frame; a second spoke connected to the upper hinge; a second stretching chain connected to the lower hinge and the middle portion of the second spoke; and a cover fixed to the outer ends of the main spoke and the second spoke. In another embodiment, an intermediate rotating wheel is provided between the upper hub and the lower rotating wheel. Two frame pivots are connected to both sides of the middle rotating wheel to form an X-shaped structure. The middle part of one half of the frame is connected to the outer end of the upper stretch rod connected to the upper hub, and the middle part of the other half is connected to the outer end of the lower stretch rod connected to the lower rotating wheel.

[0010] U.S. Patent No. 5,735,302 issued to Fortunato Saliva on April 7, 1998 relates to an adjustable hanging parasol comprising side standards, transverse arms connected to the side standards in a cantilevered manner, a central pole, support and operating means for a protective cover connected to the central pole, and position adjustment means adapted to rotate the central pole relative to the axis of the transverse arms and to lock it at the desired inclination of the protective cover.

[0011] U.S. Patent No. 5,785,069 issued to Gustav Adolf Glatz on July 28, 1998, relates to a standing umbrella having a mast on which the inner end of a carrier beam movable outwardly and inwardly is guided, the outer end of the carrier beam carrying the umbrella stick of a foldable umbrella, the carrier beam being held by a connecting strut connected and arranged between the upper end of the mast and the carrier beam. A drive mechanism moves the inner end of the carrier beam along the length direction of the mast, the mast having two guide rails spaced apart from each other, the shape of the guide rails being such that a guide element running along the inner end of the mast and carried by the inner end of the mast is held by the shape of the guide rails to prevent the inner end of the carrier beam from moving laterally in the moving direction; the drive mechanism for moving the inner end of the carrier beam is combined with the drive mechanism for opening and closing the umbrella so that they operate together at the same time.

[0012] U.S. Patent No. 5,937,882, issued to Kenneth A. Harbaugh on August 17, 1999, relates to an umbrella supported by a mast located adjacent to the umbrella canopy. The umbrella canopy includes radial arms connected to a member that can be slidably mounted along the mast. A bracket is pivotally attached to the arm and extends to the top of the mast. A flexible line extends from a reel in the mast, passes through a fixed pulley located at the top of the mast, a second pulley mounted on the sliding member, and then passes through the umbrella arm and around a third pulley located in the center area of ​​the umbrella. This line can operate the umbrella's opening device and can also selectively move a slider element along the mast to adjust the tilt of the canopy assembly.

[0013] U.S. Patent No. 6,305,394 issued to Ben Reese on October 23, 2001 and disclosed herein relates to a portable sunshade, including a mast structure extending in a generally vertical direction, a device connecting the lower end of the mast structure to a support structure, a boom extending outward from the mast structure (having a first end and a second end, the first end being movably connected to the mast structure), a hub assembly connected to the second end of the boom, a plurality of elongated support ribs extending radially from the hub assembly (one end of each of the support ribs being rotatably connected to the hub assembly), a top cover located above the elongated support ribs and fixed thereto (the top cover having an opening corresponding to a predetermined position on the boom), and a boom support strut, one end of which is pivotally attached to the upper end of the mast structure and the other end of which is pivotally fixed to a predetermined position on the boom along its length, the boom support strut extending through the opening on the top cover at the connection with the boom.

[0014] U.S. Patent No. 6,321,763 issued to Joen Shen Ma on November 27, 2001 relates to an umbrella comprising a panel connected to the umbrella crown and supported by ribs. A rotating wheel is connected to the ribs by a tensioner and is movable relative to the crown. A rod located next to the panel is arranged upright and has a slider mounted thereon and can be moved along the rod. One end of the arm is pivoted to the slider and the other end is supported by a connecting rod pivoted to the rod and the arm. A first rope connecting the slider is movably received on the rod and supported by an upper pulley and a crank, and the first rope can move the slider along the rod by driving the crank. A second rope is movably received on the arm, one end of the arm is fixed to the rod through a pulley fixed to the slider, and the other end extends outside the arm and is fixed to the rotating wheel through the crown, and the arm can be rotated between a closed position and an open position by moving the slider along the rod, and in the open position, the rotating wheel is moved toward the crown by the second rope. The arm is formed with spaced tabs which are caught in grooves on the crown surface when the arm is moved to the open position for firmly securing the panel to the arm so that the panel can be moved with the arm to adjust its orientation. A locking device is provided on the arm for selectively securing the second cord.

[0015] U.S. Patent No. 7,861,734 issued to Oliver Joen-an Ma on January 4, 2011 relates to an umbrella hub for engaging an umbrella cord to hold an umbrella in an open position. The hub may include a hub body, a channel, a channel portion, and an engagement portion. The hub body may include a series of protrusions extending outward from the hub body. The channel may be formed on a protrusion of the hub body. The configuration of the channel may allow the cord to pass through. In addition, the channel portion may be configured to allow the cord to pass freely. Finally, the engagement portion may be configured to engage the cord to prevent the cord from moving upward relative to the hub body.

[0016] U.S. Patent No. 7,913,708 issued to Kwong Yuen Yung on March 29, 2011 relates to a one-handed operating mechanism for opening and closing an umbrella, the mechanism comprising: a handle (1) connected to the bottom end of an umbrella pole; an elbow component (2) pivotally connected to the handle (1) at its arc; a connecting component (3) connected at its upper end to a slider that slides along the umbrella pole to open or close the umbrella, the handle (1) being provided with a channel (4) extending from the upper end to the lower end of the handle to accommodate the elbow component (2) and the connecting component (3) to move therein, the channel (4) being provided with a bottom surface (13), the elbow component (2) being provided with a hand grip (5) exposed outside the channel (4) for palm squeezing; and a driving component (6) located in the channel (4) for mutual driving with the connecting component. The connecting component drives the slider by operating the elbow component, thereby driving the slider to slide along the umbrella pole, pushing the rotating wheel upward toward the crown, and opening the umbrella.

[0017] U.S. Patent No. 8,104,492, issued to Wu Wei Dan on January 31, 2012, relates to an adjustable bias umbrella having a generally vertical main pole and a sliding member slidably mounted on the main pole. The sliding member includes a locking device for securing it to a desired position on the main pole. One end of an arm is connected to the sliding member and the other end supports the umbrella cover. A winding mechanism is connected to the sliding member and moves with it. A line extends from the winding mechanism to the umbrella cover. The winding mechanism can open and close the cover, and moving the sliding member up and down along the main pole can adjust the angle of the cover relative to the main pole.

[0018] U.S. Patent No. 8,360,080 issued to Kai Liu and Zhonglin Wang on January 29, 2013 relates to an umbrella, in particular a sun umbrella or a rain umbrella, comprising a fixed structure and an umbrella top connected thereto by a joint, the joint being capable of being locked by a cable or Bowden cable passing through at least one portion of the fixed structure, characterized in that the joint is designed as a pure rotational joint, wherein an engagement element located at the umbrella top is connected to the cable or Bowden cable, or is connected thereto in another mechanically operated manner, so as to be releasably engaged to a joint portion associated with the fixed structure, thereby locking the joint.

[0019] U.S. Patent No. 9,220,325 issued to Oliver Joen-an Ma on December 29, 2015 relates to an umbrella having a transverse member with a top cover control module installed. The umbrella has a support structure and a top cover. The support structure includes a first support member and a second support member having an upper end. The first end of the second support member is adjacent to the first support member, and the second end is away from the first end. The second support member extends along a longitudinal axis transverse to the first support member. The top cover has an upper hub. The upper hub is pivotally connected to the second support member. The umbrella also has an outer cover arranged at the first end of the second support member. The top cover control mechanism is arranged in the outer cover for changing the structure of the top cover.

[0020] U.S. Patent No. 9,271,551 issued to Oliver Joen-an Ma on March 1, 2016 relates to a rib connector having a first arm, a second arm and a cross member. The first arm has an inner wall, a first groove on the inner wall and an inclined surface extending toward the first groove. The second arm has an inner wall and a second groove. The second groove is located opposite to the first groove. The cross member is located between the first arm and the second arm. The cross member connects the first arm and the second arm. The cross member is adjacent to a space between the first arm and the second arm. The space is configured to receive an umbrella rib. Different distances are set between the inclined surface and the inner wall of the second arm, so that the distance at a first position along the inclined surface is less than the distance at a second position along the inclined surface. The first position is located between the first groove and the second position.

[0021] U.S. Patent No. 9,289,038, issued to Oliver Joen-an Ma on March 22, 2016, relates to an umbrella having a transverse member with a top cover control module installed. The umbrella has a support structure and a top cover. The support structure includes a first support member and a second support member having an upper end. The first end of the second support member is adjacent to the first support member, and the second end is away from the first end. The second support member extends along a longitudinal axis transverse to the first support member. The top cover has an upper hub. The upper hub is connected to the second support member. The umbrella also has an outer cover arranged at the first end of the second support member. The top cover control mechanism is at least partially arranged in the outer cover for changing the structure of the top cover.

[0022] U.S. Patent No. 9,930,942, issued to Oliver Joen-an Ma on April 3, 2018, relates to an umbrella assembly as described herein, which is configured to be retractable, tilted laterally, and opened and closed. In certain embodiments, the umbrella assembly may include a cantilever beam. The umbrella assembly may also include a tilting mechanism that can be used to rotate the top cover frame. The umbrella assembly may include a clutch mechanism fixed to the cantilever beam. The umbrella assembly may also include an integrated mechanism for opening and closing the top cover frame and raising and lowering the cantilever beam.

[0023] U.S. Patent No. 10,136,709 issued to Oliver Joen-an Ma on November 27, 2018 relates to a cantilever umbrella assembly, which includes an upright pole, a rotating wheel, a transverse pole and a top cover. The upright pole includes an upright guide surface. The rotating wheel is connected to the upright pole and has a bearing connected to the guide surface for guiding the rotating wheel to move along the upright pole. The cantilever umbrella assembly includes a deployable tensile member, a first end of which is located in the transverse pole and a second end is connected to the top cover.

[0024] 2020-01-21Awarded to Dee Volin's U.S. Patent No. 10,537,161 is directed to a self-adjusting, self-stabilizing articulated assisted umbrella that eliminates wind forces, comprising: a deflector attached to a canopy, an upper cone rotatably attached to a cable guide to prevent radial distortion of the umbrella in clockwise and counterclockwise directions, a lower tube for centering the upper cone, a support post, a center shaft bolted to the support post, a support arm center shaft, a top hub, an articulated hand assist handle for adjusting the top height and tilt of the umbrella slidably attached to the support post, a height adjustment articulated hand assist trigger resiliently and pivotally attached to the handle for assisting the articulated hand in operating the handle without discomfort and providing a means for slidably lowering and raising the handle to adjust the umbrella, a support arm pivotally attached to a lift arm center shaft and a support arm center shaft, a lift arm pivotally attached to the handle and the top hub center shaft, the support arm center shaft pivotally attached to the lift arm, a cable unwinding, a cable reel formed with the handle and connected to the cable, an articulated hand assist crank, and a crank rotatably attached to the crank Arthritic hand assist crank paddle for assisting an arthritic hand in operating the crank to deploy and retract the umbrella without discomfort, a reversible wind pressure relief and cooling duct canopy for providing a covering to protect a user from weather elements and for releasing air pressure beneath the umbrella canopy, a canopy having an opening, a top hub ring, a cable guide rotatably connected to the top hub ring, a top hub center shaft rotatably connected to the top hub ring, a bottom hub ring, a lower cone rotatably connected to the bottom hub ring, a cable connected to the bottom hub ring, an upper rib, an automatic adjustment funnel for adjusting canopy tension, and a canopy tension adjustment spring for adjusting the air pressure beneath the canopy to stabilize and eliminate lift and vibration caused by gusts of wind according to customer requirements, an adjustable tension canopy spring bracket, the automatic adjustment funnel for eliminating wind lift and the canopy tension adjustment spring are spring-fastened to the upper rib, the lower rib is rotatably tightened to the bottom hub ring and the upper rib, a support base mounting plate is connected to the support, and a base stabilizing foot is bolted to the base mounting plate.

[0025] U.S. Patent No. 10,925,362 issued to Xiong Luo on February 23, 2021 relates to a manual cantilever umbrella, comprising a vertical column (1), a transverse rod (2), a pull rod (3), an umbrella frame (4) and an umbrella adjustment mechanism (5). The lower end of the transverse rod (2) is hinged to a slider arranged on the vertical column (1), the umbrella frame (4) is hinged to the upper end of the transverse rod (2), and the large rib connector (470) and the pull rod connector (30) are rotatably arranged on the middle part of the transverse rod (2). The large rib connector (470) has a stopper (471) to resist the pull rod connector (30). The umbrella has a simple and reasonable structure, and the opening and folding operations are more convenient and quick. Moreover, since the product does not require any ropes to resist wind force during the opening process and subsequent use stages, it is more labor-saving to open, has higher strength, and has a more stable structure.

[0026] U.S. Patent No. 10,932,536 issued to Chengxi Kong on March 2, 2021 relates to a cantilever umbrella, including a frame having an upper tray and a lower tray. Two first cross rods, a transverse rod and a first long rib are hinged to the upper tray. Two second cross rods and two first short ribs are hinged to the lower tray. One of the two first short ribs is hinged to the middle part of the transverse rod, and the other is hinged to the middle part of the first long rib. The middle part of each second cross rod is hinged to the middle part of the first cross rod on the same side. One end of each first cross rod is hinged to the short rib tray, and the short rib tray is hinged to the short rib; one end of each second cross rod is hinged to the long rib tray, and the long rib tray is hinged to the long rib. One end of each short rib is hinged to the short rib tray, and the other end is hinged to the middle part of one of the long ribs. There are covers on the upper tray and the two long rib trays, and the top cover fabric is covered on the long ribs to form three top covers.

[0027] U.S. Patent No. D738,610 issued to Oliver Joen-an Ma on September 15, 2015, relates to a decorative design for an umbrella runner as shown and described.

[0028] U.S. Patent No. D809,284 issued to Zhun-An Ma on February 6, 2018, relates to a decorative design for an umbrella runner as shown and described.

[0029] U.S. Patent No. D848,139 issued to Oliver Joen-an Ma on May 14, 2019, relates to a decorative design for an umbrella stand as shown and described.

[0030] U.S. Patent No. D911,018 issued to James Fisher on 2021-02-23 relates to a decorative design for a cantilever umbrella as shown and described.

[0031] U.S. Patent No. 20020129847 issued to Mark JS Ma on September 19, 2002 relates to a parasol opening device mounted on a parasol for opening / closing a top cover of the parasol. The parasol includes a tubular support for movably receiving the parasol opening device therein. The parasol opening device can move along the support between an open and a closed position. A first end of a top cover support arm is pivotally attached to the parasol opening device, and a second end is pivotally attached to a top cover system. A first end of a connecting rod is pivotally connected to the support, and a second end is pivotally connected to a slider, which can move along the arm. A rope with a predetermined and fixed length partially extends through the support, the parasol opening device and the arm, a first end of the rope is fixed to the support, and a second end of the rope is attached to a rotating wheel of the top cover system, and driving the rope can open / close the top cover system. The parasol opening device includes a movement control device for guiding / controlling the parasol opening device to move along the support between an open position and a closed position, thereby driving the rope to open / close the parasol.

[0032] U.S. Patent No. 20060254628 issued to Chuen-Jong Tseng on November 16, 2006 relates to a standing umbrella, comprising a mast, an operating member, a carrier beam, a foldable umbrella, a tension member and two connecting struts. The operating member is mounted on the mast and is movable along the mast between upper and lower positions. The carrier beam is pivotally connected to the operating member. The foldable umbrella is pivotally connected to the carrier beam and is foldable. The tension member is fixed to the mast and extends along the mast and the carrier beam and is connected to the foldable umbrella. The connecting struts are spaced apart from each other and are pivotally connected to the upper end of the mast and the middle portion of the carrier beam.

[0033] US Patent No. 20140251394 issued to Oliver Joen-an Ma on September 11, 2014 relates to an umbrella hub, which includes a hub body and a plurality of slots. The hub body extends between a periphery and a central hole, and the central hole is used to receive an umbrella pole. The slot includes a pivot area for receiving and fixing a mounting pin of an umbrella rib or a support. The hub can be loaded in a generally horizontal orientation. The deflectable surface can enable a rigid pin of an umbrella rib or a support to engage with the hub so as to rotate therein.

[0034] There is a need for an improved cantilever parasol compared to the above-described designs. Summary of the invention

[0035] In one exemplary embodiment, an embodiment includes a cantilever parasol.

[0036] Disclosed is an exemplary embodiment of a cantilever canopy umbrella that is physically handicapped assistive, easy-slide-lift, adaptable to dog run, adaptable to land yacht, adaptable to projector screen, anti-shake foot pedal operated, and robotically assembled. The cantilever canopy umbrella includes a rotatable floating table lock, a rotatable floating chair lock, and a rotatable umbrella lock foot pedal. The cantilever canopy umbrella includes a 360-degree four-wall tunnel locking disk. The cantilever canopy umbrella includes a plurality of umbrella pole locking four-wall tunnels formed into the 360-degree four-wall tunnel locking disk. The cantilever canopy umbrella includes a noise-eliminating tunnel and a disk protection shell. The cantilever canopy umbrella includes a noise-eliminating tunnel and a disk protection flange that slides on the noise-eliminating tunnel and the disk protection shell. The cantilever canopy umbrella includes a multi-height adjustable, easy-slide-lift, 360-degree rotatable canopy support vertical mast that is fixed to the 360-degree rotatable, noise-eliminating, adaptable to rotatable floating table, adaptable to rotatable floating chair pole support vertebral body. The cantilever canopy umbrella includes a plurality of multi-height adjustable holes drilled into the multi-height adjustable, easy slide lift, 360 degree rotatable canopy support vertical mast. The cantilever canopy umbrella includes a rain-shielding top strut lift weather cap secured to the multi-height adjustable, easy slide lift, 360 degree rotatable canopy support vertical mast. The cantilever canopy umbrella includes a swingable lifting boom lift top strut swingably secured to the rain-shielding top strut lift weather cap. The cantilever canopy umbrella includes a height adjustable, handicap assisted, easy slide lift handle. The cantilever canopy umbrella includes a handicap assisted, easy squeeze, height adjustable, spring loaded trigger hingedly secured to the height adjustable, handicap assisted, easy slide lift handle. The cantilever canopy umbrella includes a height adjustable, spring loaded trigger pin slidably secured to the handicap assisted, easy squeeze, height adjustable, spring loaded trigger. The cantilever canopy umbrella includes a handicap assisting, handle-fixed, easy-slide-lift outer housing fixed to the height-adjustable, handicap assisting, easy-slide-lift handle. The cantilever canopy umbrella includes a noise-canceling, easy-shuttle handle bearing inserted into the handicap assisting, handle-fixed, easy-slide-lift outer housing. The cantilever canopy umbrella includes a swingable rain-shielding, rotatably lockable, woodpecker device housing bracket hingedly attached to the handicap assisting, handle-fixed, easy-slide-lift outer housing. The cantilever canopy umbrella includes a handicap assisting, lateral rotatably lockable, spring-loaded, tooth-fixed woodpecker device hingedly attached to the swingable rain-shielding, rotatably lockable, woodpecker device housing bracket. The cantilever canopy umbrella includes a rotatably adjustable locking tooth housing rotatably inserted into the swingable rain-shielding, rotatably lockable, woodpecker device housing bracket. The cantilever canopy umbrella includes a plurality of body barrier assisted, over-rotation preventing internal stops formed to the swingable, rain-shielding, rotatable and lockable, woodpecker mechanism housing bracket.The cantilever canopy umbrella includes a plurality of rotation locking teeth formed to the rotationally adjustable locking teeth housing. The cantilever canopy umbrella includes a cable protected, rotatable cantilever lifting boom fixed to the rotationally adjustable locking teeth housing. The cantilever canopy umbrella includes a two-way universal canopy deployment crank housing fixed to the cable protected, rotatable cantilever lifting boom. The cantilever canopy umbrella includes a two-way universal canopy deployment crank rotatably fixed to the two-way universal canopy deployment crank housing. The cantilever canopy umbrella includes a tension locking spring fixed to the two-way universal canopy deployment crank in the two-way universal canopy deployment crank housing. The cantilever canopy umbrella includes a cable fixed winding spindle rotatably fixed to the tension locking spring in the two-way universal canopy deployment crank housing. The cantilever canopy umbrella includes a one-way locking sawtooth ratchet gear rotatably fixed to the cable fixed winding spindle. The cantilever canopy umbrella includes a rotationally locking sawtooth gear ratchet finger swingably secured to the one-way locking sawtooth ratchet gear. The cantilever canopy umbrella includes a canopy securing, velcro seam failure, top strut connection flange secured to the cable protecting, rotatable cantilever lifting boom. The cantilever canopy umbrella includes a swingable boom connection hinge swingably secured to the cable protecting, rotatable cantilever lifting boom. The cantilever canopy umbrella includes a canopy deployment and retraction cable secured within the cable protecting, rotatable cantilever lifting boom. The cantilever canopy umbrella includes a robotically assembled, thermally expandable and cold-contractable upper canopy joint swingably secured to the swingable boom connection hinge. The cantilever canopy umbrella includes a robotically assembled, thermally expandable and cold-contractable lower canopy joint, the canopy deployment and retraction cable passing through the robotically assembled, thermally expandable and cold-contractable lower canopy joint and tied with a knot. The cantilever canopy umbrella includes a plurality of robotically assembled expandable and contractible holes formed into the robotically assembled, expandable and contractible upper canopy joint and the robotically assembled, expandable and contractible lower canopy joint. The cantilever canopy umbrella includes a robotically assembled, automatically expanding and shielding rivet tails, and a hammer shield to prevent injury. The cantilever canopy umbrella includes a robotically assembled, automatically expanding and shielding screw tails, and a hammer shield to prevent injury, formed into the robotically assembled, expandable and contractible upper canopy joint and the robotically assembled, expandable and contractible lower canopy joint. The cantilever canopy umbrella includes a central canopy support column secured to the robotically assembled, expandable and contractible upper canopy joint. The cantilever canopy umbrella includes two opposing semicircular automatic cable cleaning scrapers formed into the robotically assembled, expandable and contractible upper canopy joint. The cantilever canopy umbrella includes a plurality of ridges swingably attached to the robotically assembled, thermally expandable and contractible upper canopy joint. The cantilever canopy umbrella includes a plurality of ridge support struts swingably attached to the robotically assembled, thermally expandable and contractible lower canopy joint. The cantilever canopy umbrella includes a plurality of robotically assembled, noise canceling, rust-resistant strut end covers secured to the ridge support struts.The cantilever canopy umbrella includes a plurality of robotically assembled expandable rivets secured through the spine, through the spine support struts and through the robotically assembled, noise cancelling, rust proof strut end covers, the robotically assembled, automatically expanding and shielding rivet tails, hammer shields to prevent injury attached to the robotically assembled expandable rivets. The cantilever canopy umbrella includes a plurality of robotically assembled expandable anti-shake screws robotically screwed into the robotically assembled, expandable upper canopy joint and the robotically assembled, expandable lower canopy joint. The cantilever canopy umbrella includes a robotically assembled, automatic cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, crop irrigation canopy. The cantilever canopy umbrella includes a plurality of expandable internal rib securing ridges. The cantilever canopy umbrella includes a canopy securing fan. The cantilever canopy umbrella includes a canopy securing robotic suture groove formed to the canopy securing fan. The cantilever top cover umbrella includes a rib end cover rainproof end, which is formed on the top cover fixing fan. The cantilever top cover umbrella includes a plurality of rib end cover finger grip grooves, which are formed on the rib end cover rainproof end.

[0037] Disclosed is an exemplary embodiment of a cantilever canopy umbrella that is physically handicapped assistive, easy-slide-lift, adaptable to dog run, adaptable to land yacht, adaptable to projector screen, anti-shake foot pedal operated, and robotically assembled. The cantilever canopy umbrella includes a rotatable floating table lock, a rotatable floating chair lock, and a rotatable umbrella lock foot pedal. The cantilever canopy umbrella includes a 360-degree four-wall tunnel locking disk. The cantilever canopy umbrella includes a plurality of umbrella pole locking four-wall tunnels formed into the 360-degree four-wall tunnel locking disk. The cantilever canopy umbrella includes a noise-eliminating tunnel and a disk protection shell. The cantilever canopy umbrella includes a noise-eliminating tunnel and a disk protection flange that slides on the noise-eliminating tunnel and the disk protection shell. The cantilever canopy umbrella includes a multi-height adjustable, easy-slide-lift, 360-degree rotatable canopy support vertical mast that is fixed to the 360-degree rotatable, noise-eliminating, adaptable to rotatable floating table, adaptable to rotatable floating chair pole support vertebral body. The cantilever canopy umbrella includes a plurality of multi-height adjustable holes drilled into the multi-height adjustable, easy slide lift, 360 degree rotatable canopy support vertical mast. The cantilever canopy umbrella includes a rain-shielding top strut lift weather cap secured to the multi-height adjustable, easy slide lift, 360 degree rotatable canopy support vertical mast. The cantilever canopy umbrella includes a swingable lifting boom lift top strut swingably secured to the rain-shielding top strut lift weather cap. The cantilever canopy umbrella includes a height adjustable, handicap assisted, easy slide lift handle. The cantilever canopy umbrella includes a handicap assisted, easy squeeze, height adjustable, spring loaded trigger hingedly secured to the height adjustable, handicap assisted, easy slide lift handle. The cantilever canopy umbrella includes a height adjustable, spring loaded trigger pin slidably secured to the handicap assisted, easy squeeze, height adjustable, spring loaded trigger. The cantilever canopy umbrella includes a handicap assisting, handle-fixed, easy-slide-lift outer housing fixed to the height-adjustable, handicap assisting, easy-slide-lift handle. The cantilever canopy umbrella includes a noise-canceling, easy-shuttle handle bearing inserted into the handicap assisting, handle-fixed, easy-slide-lift outer housing. The cantilever canopy umbrella includes a swingable rain-shielding, rotatably lockable, woodpecker device housing bracket hingedly attached to the handicap assisting, handle-fixed, easy-slide-lift outer housing. The cantilever canopy umbrella includes a handicap assisting, lateral rotatably lockable, spring-loaded, tooth-fixed woodpecker device hingedly attached to the swingable rain-shielding, rotatably lockable, woodpecker device housing bracket. The cantilever canopy umbrella includes a rotatably adjustable locking tooth housing rotatably inserted into the swingable rain-shielding, rotatably lockable, woodpecker device housing bracket. The cantilever canopy umbrella includes a plurality of body barrier assisted, over-rotation preventing internal stops formed to the swingable, rain-shielding, rotatable and lockable, woodpecker mechanism housing bracket.The cantilever canopy umbrella includes a plurality of rotation locking teeth formed to the rotationally adjustable locking teeth housing. The cantilever canopy umbrella includes a cable protected, rotatable cantilever lifting boom fixed to the rotationally adjustable locking teeth housing. The cantilever canopy umbrella includes a two-way universal canopy deployment crank housing fixed to the cable protected, rotatable cantilever lifting boom. The cantilever canopy umbrella includes a two-way universal canopy deployment crank rotatably fixed to the two-way universal canopy deployment crank housing. The cantilever canopy umbrella includes a tension locking spring fixed to the two-way universal canopy deployment crank in the two-way universal canopy deployment crank housing. The cantilever canopy umbrella includes a cable fixed winding spindle rotatably fixed to the tension locking spring in the two-way universal canopy deployment crank housing. The cantilever canopy umbrella includes a one-way locking sawtooth ratchet gear rotatably fixed to the cable fixed winding spindle. The cantilever canopy umbrella includes a rotationally locking sawtooth gear ratchet finger swingably secured to the one-way locking sawtooth ratchet gear. The cantilever canopy umbrella includes a canopy securing, velcro seam failure, top strut connection flange secured to the cable protecting, rotatable cantilever lifting boom. The cantilever canopy umbrella includes a swingable boom connection hinge swingably secured to the cable protecting, rotatable cantilever lifting boom. The cantilever canopy umbrella includes a canopy deployment and retraction cable secured within the cable protecting, rotatable cantilever lifting boom. The cantilever canopy umbrella includes a robotically assembled, thermally expandable and cold-contractable upper canopy joint swingably secured to the swingable boom connection hinge. The cantilever canopy umbrella includes a robotically assembled, thermally expandable and cold-contractable lower canopy joint through which the canopy deployment and retraction cable passes. The cantilever canopy umbrella includes a plurality of robotically assembled expandable and contractible holes formed into the robotically assembled, expandable and contractible upper canopy joint and the robotically assembled, expandable and contractible lower canopy joint. The cantilever canopy umbrella includes a robotically assembled, automatically expanding and shielding rivet tails, and a hammer shield to prevent injury. The cantilever canopy umbrella includes a robotically assembled, automatically expanding and shielding screw tails, and a hammer shield to prevent injury, formed into the robotically assembled, expandable and contractible upper canopy joint and the robotically assembled, expandable and contractible lower canopy joint. The cantilever canopy umbrella includes a central canopy support column secured to the robotically assembled, expandable and contractible upper canopy joint. The cantilever canopy umbrella includes two opposing semicircular automatic cable cleaning scrapers formed into the robotically assembled, expandable and contractible upper canopy joint. The cantilever canopy umbrella includes a plurality of ridges swingably attached to the robotically assembled, thermally expandable and contractible upper canopy joint. The cantilever canopy umbrella includes a plurality of ridge support struts swingably attached to the robotically assembled, thermally expandable and contractible lower canopy joint. The cantilever canopy umbrella includes a plurality of robotically assembled, noise canceling, rust-resistant strut end covers secured to the ridge support struts.The cantilever canopy umbrella includes a plurality of robotically assembled expandable and contractible rivets secured through the spine, through the spine support struts, and through robotically assembled, noise canceling, rust resistant strut end covers.

[0038] The robotically assembled, automatically expanding and shielding rivet tails, hammer shields to prevent injury are attached to the robotically assembled expandable rivets. The cantilever canopy umbrella includes a plurality of robotically assembled expandable anti-shake screws that are robotically screwed into the robotically assembled, expandable upper canopy joint and the robotically assembled, expandable lower canopy joint. The cantilever canopy umbrella includes a robotically assembled, automatic cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, crop irrigation canopy.

[0039] Disclosed is an exemplary embodiment of a cantilever canopy umbrella that is physically handicapped assistive, easy-slide-lift, adaptable to dog run, adaptable to land yacht, adaptable to projector screen, anti-shake foot pedal operated, and robotically assembled. The cantilever canopy umbrella includes a rotatable floating table lock, a rotatable floating chair lock, and a rotatable umbrella lock foot pedal. The cantilever canopy umbrella includes a 360-degree four-wall tunnel locking disk. The cantilever canopy umbrella includes a plurality of umbrella pole locking four-wall tunnels formed into the 360-degree four-wall tunnel locking disk. The cantilever canopy umbrella includes a noise-eliminating tunnel and a disk protection shell. The cantilever canopy umbrella includes a noise-eliminating tunnel and a disk protection flange that slides on the noise-eliminating tunnel and the disk protection shell. The cantilever canopy umbrella includes a multi-height adjustable, easy-slide-lift, 360-degree rotatable canopy support vertical mast that is fixed to the 360-degree rotatable, noise-eliminating, adaptable to rotatable floating table, adaptable to rotatable floating chair pole support vertebral body. The cantilever canopy umbrella includes a plurality of multi-height adjustable holes drilled into the multi-height adjustable, easy slide lift, 360 degree rotatable canopy support vertical mast. The cantilever canopy umbrella includes a rain-shielding top strut lift weather cap secured to the multi-height adjustable, easy slide lift, 360 degree rotatable canopy support vertical mast. The cantilever canopy umbrella includes a swingable lifting boom lift top strut swingably secured to the rain-shielding top strut lift weather cap. The cantilever canopy umbrella includes a height adjustable, handicap assisted, easy slide lift handle. The cantilever canopy umbrella includes a handicap assisted, easy squeeze, height adjustable, spring loaded trigger hingedly secured to the height adjustable, handicap assisted, easy slide lift handle. The cantilever canopy umbrella includes a height adjustable, spring loaded trigger pin slidably secured to the handicap assisted, easy squeeze, height adjustable, spring loaded trigger. The cantilever canopy umbrella includes a handicap assisting, handle-fixed, easy-slide-lift outer housing fixed to the height-adjustable, handicap assisting, easy-slide-lift handle. The cantilever canopy umbrella includes a noise-canceling, easy-shuttle handle bearing inserted into the handicap assisting, handle-fixed, easy-slide-lift outer housing. The cantilever canopy umbrella includes a swingable rain-shielding, rotatably lockable, woodpecker device housing bracket hingedly attached to the handicap assisting, handle-fixed, easy-slide-lift outer housing. The cantilever canopy umbrella includes a handicap assisting, lateral rotatably lockable, spring-loaded, tooth-fixed woodpecker device hingedly attached to the swingable rain-shielding, rotatably lockable, woodpecker device housing bracket. The cantilever canopy umbrella includes a rotatably adjustable locking tooth housing rotatably inserted into the swingable rain-shielding, rotatably lockable, woodpecker device housing bracket. The cantilever canopy umbrella includes a plurality of body barrier assisted, over-rotation preventing internal stops formed to the swingable, rain-shielding, rotatable and lockable, woodpecker mechanism housing bracket.The cantilever canopy umbrella includes a plurality of rotation locking teeth formed to the rotationally adjustable locking teeth housing. The cantilever canopy umbrella includes a cable protected, rotatable cantilever lifting boom fixed to the rotationally adjustable locking teeth housing. The cantilever canopy umbrella includes a two-way universal canopy deployment crank housing fixed to the cable protected, rotatable cantilever lifting boom. The cantilever canopy umbrella includes a two-way universal canopy deployment crank rotatably fixed to the two-way universal canopy deployment crank housing. The cantilever canopy umbrella includes a tension locking spring fixed to the two-way universal canopy deployment crank in the two-way universal canopy deployment crank housing. The cantilever canopy umbrella includes a cable fixed winding spindle rotatably fixed to the tension locking spring in the two-way universal canopy deployment crank housing. The cantilever canopy umbrella includes a one-way locking sawtooth ratchet gear rotatably fixed to the cable fixed winding spindle. The cantilever canopy umbrella includes a rotationally locking sawtooth gear ratchet finger swingably secured to the one-way locking sawtooth ratchet gear. The cantilever canopy umbrella includes a canopy securing, velcro seam failure, top strut connection flange secured to the cable protecting, rotatable cantilever lifting boom. The cantilever canopy umbrella includes a swingable boom connection hinge swingably secured to the cable protecting, rotatable cantilever lifting boom. The cantilever canopy umbrella includes a canopy deployment and retraction cable secured within the cable protecting, rotatable cantilever lifting boom. The cantilever canopy umbrella includes a robotically assembled, thermally expandable and cold-contractable upper canopy joint swingably secured to the swingable boom connection hinge. The cantilever canopy umbrella includes a robotically assembled, thermally expandable and cold-contractable lower canopy joint through which the canopy deployment and retraction cable passes. The cantilever canopy umbrella includes a plurality of robotically assembled expandable and contractible holes formed into the robotically assembled, expandable and contractible upper canopy joint and the robotically assembled, expandable and contractible lower canopy joint. The cantilever canopy umbrella includes a robotically assembled, automatically expanding and shielding rivet tails, and a hammer shield to prevent injury. The cantilever canopy umbrella includes a robotically assembled, automatically expanding and shielding screw tails, and a hammer shield to prevent injury, formed into the robotically assembled, expandable and contractible upper canopy joint and the robotically assembled, expandable and contractible lower canopy joint. The cantilever canopy umbrella includes a central canopy support column secured to the robotically assembled, expandable and contractible upper canopy joint. The cantilever canopy umbrella includes two opposing semicircular automatic cable cleaning scrapers formed into the robotically assembled, expandable and contractible upper canopy joint. The cantilever canopy umbrella includes a plurality of ridges swingably attached to the robotically assembled, thermally expandable and contractible upper canopy joint. The cantilever canopy umbrella includes a plurality of ridge support struts swingably attached to the robotically assembled, thermally expandable and contractible lower canopy joint. The cantilever canopy umbrella includes a plurality of robotically assembled, noise canceling, rust-resistant strut end covers secured to the ridge support struts.The cantilever canopy umbrella includes a plurality of robotically assembled expandable rivets secured through the spine, through the spine support struts, and through robotically assembled, noise-cancelling, rust-proof strut end covers, the robotically assembled, self-expanding and shielded rivet tails, and injury-preventing hammer shields attached to the robotically assembled expandable rivets. The cantilever canopy umbrella includes a plurality of robotically assembled expandable anti-shake screws robotically screwed into the robotically assembled, expandable upper canopy joint and the robotically assembled, expandable lower canopy joint.

[0040] The features and advantages described in the specification are not all-inclusive. In particular, many additional features and advantages will be apparent to one of ordinary skill in the art in view of the drawings, specification, and claims. Furthermore, it should be noted that the language used in the specification is primarily selected for readability and instructional purposes and may not be selected to describe or limit the disclosed subject matter. BRIEF DESCRIPTION OF THE DRAWINGS

[0041] The foregoing summary and the following detailed description may be better understood when read in conjunction with the accompanying drawings, which are incorporated herein and form a part of the specification, illustrate several embodiments and together with the description further serve to explain the principles involved and enable those skilled in the relevant art to make and use the disclosed technology.

[0042] Figure 1 A perspective view of a five-in-one physically handicapped assistive, easily slidable and liftable, dog run adaptable, land yacht adaptable, projector screen adaptable, anti-shake foot pedal operated, robotically assembled cantilever canopy umbrella configured as a dog run apparatus is shown.

[0043] Figure 2 A top view of a five-device-in-one cantilever canopy umbrella configuration for a dog run, which is physically handicapped-assistant, easy to slide and lift, adaptable to a dog run, adaptable to a land yacht, adaptable to a projector screen, and operated by an anti-shake foot pedal and assembled by a robot, is shown.

[0044] Figure 3 A perspective view of a five-in-one physically handicapped assistive, easily slideable lift, adaptable to a dog run, adaptable to a land yacht, adaptable to a projector screen, anti-shake foot pedal operated, robotically assembled cantilever canopy umbrella for rainwater collection is shown.

[0045] Figure 4 A perspective view of a five-in-one physically handicapped assisted, easily slide-liftable, adaptable to a dog run, adaptable to a land yacht, adaptable to a projector screen, anti-shake foot pedal operated, robotically assembled cantilever canopy umbrella for irrigating crops is shown.

[0046] Figure 5Shown is a left view of a five-in-one physically challenged assistive, easy-slide lift, adaptable to dog trot, adaptable to land yachts, adaptable to projector screens, anti-sway foot pedal operated, robotically assembled cantilever canopy parasol configured as a sail for a land yacht.

[0047] Figure 6 A perspective view of a five-in-one physically challenged assistive, easy-slide lift, adaptable to dog run, adaptable to land yacht, adaptable to projector screen, anti-sway foot pedal operated, robotically assembled cantilever canopy parasol configured as a sail for a land yacht is shown.

[0048] Figure 7 A perspective view of a five-in-one physically challenged assistive, easy-slide lift, adaptable to dog run, adaptable to land yacht, adaptable to projector screen, anti-sway foot pedal operated, robotically assembled cantilever canopy parasol configured as a sail for a land yacht is shown.

[0049] Figure 8 A perspective view of a five-in-one physically challenged assistive, easy-slide lift, adaptable to dog run, adaptable to land yacht, adaptable to projector screen, anti-sway foot pedal operated, robotically assembled cantilever canopy parasol configured as a sail for a land yacht is shown.

[0050] Fig. 9 A perspective view of a five-in-one physically challenged assistive, easy-slide lift, adaptable to dog run, adaptable to land yacht, adaptable to projector screen, anti-sway foot pedal operated, robotically assembled cantilever canopy umbrella for collecting rainwater on watercraft is shown.

[0051] Fig.10 A perspective view of a five-in-one physically challenged assistive, easy-slide lift, adaptable to dog run, adaptable to land yacht, adaptable to projector screen, anti-sway foot pedal operated, robotically assembled cantilever canopy umbrella for collecting rainwater on watercraft is shown.

[0052] Fig.11 Shown is a right side view of a five-device-in-one physically challenged assist, easy-slide lift, adaptable to dog run, adaptable to land yacht, adaptable to projector screen, anti-sway foot pedal operated, robotically assembled cantilever canopy umbrella mounted on a traction frame, configured as a projector screen.

[0053] Fig.12 A perspective view of a five-in-one physically challenged assistive, easy-slide lift, adaptable to dog run, adaptable to land yacht, adaptable to projector screen, anti-sway foot pedal operated, robotically assembled cantilever canopy umbrella mounted on a towing frame to provide sunshade is shown.

[0054] Fig.13A right view of a five-device-in-one physically handicapped assistive, easy-slide-lift, dog-trot-adaptable, land-yacht-adaptable, projector-screen-adaptable, anti-shake foot-pedal-operated, robotically assembled cantilever canopy umbrella configured as a stand-alone projector screen is shown.

[0055] Fig.14 A perspective view of a robotically assembled expandable and contractable anti-wobble screw is shown.

[0056] Fig.15 A perspective view of a robotically assembled expandable and contractable anti-wobble screw is shown.

[0057] Fig.16 A perspective view of a robotically assembled, expandable and contractable upper cover joint is shown, demonstrating the installation of the robotically assembled, expandable and contractable anti-wobble screws.

[0058] Fig.17 A perspective view of a robotically assembled, expandable lower top cover joint is shown, demonstrating the installation of the robotically assembled expandable anti-wobble screws.

[0059] Fig.18 A perspective view of a robotically assembled, expandable and contractable upper cover joint is shown, demonstrating the robotic installation of the robotically assembled expandable and contractable anti-wobble screws.

[0060] Fig.19 A perspective view of a robotically assembled, expandable lower top cover joint is shown, demonstrating robotic installation of the robotically assembled expandable anti-wobble screws.

[0061] Fig. 20 A top view of the robot-assembled, thermally expandable and thermally contractible upper cover joint is shown, demonstrating the installation of the robot-assembled thermally expandable and thermally contractible anti-shake screws.

[0062] Fig.21 A top view of the robotically assembled, thermally expandable and thermally contractible lower cover joint is shown, demonstrating the installation of the robotically assembled, thermally expandable and thermally contractible anti-sway screws.

[0063] Fig. 22 A cross-sectional view showing a robotically assembled, expandable and contractible anti-wobble screw inserted into a robotically assembled, expandable and contractible upper cover joint.

[0064] Fig.23 A cross-sectional view showing that a thermally expandable and cold-contractable anti-shake screw assembled by a robot heats and expands a thermally expandable and cold-contractable hole assembled by the robot when the screw is rotated and inserted.

[0065] Fig.24A cross-sectional view showing a robotically assembled expandable and contractible anti-shake screw that expands a robotically assembled expandable and contractible hole upon heating, and expands and locks upon striking a robotically assembled, automatically anti-expansion and shielding screw tail, preventing injury from a hammer shield.

[0066] Fig.25 A cross-sectional view showing that a thermally expandable and cold-contractable anti-shake screw assembled by a robot heats and expands a thermally expandable and cold-contractable hole assembled by the robot when the screw is rotated and inserted.

[0067] Fig.26 A cross-sectional view showing a robotically assembled expandable anti-wobble screw expanding and locking upon impact with a robotically assembled, automatically anti-expansion and shielding screw tail, preventing injury from a hammer shield.

[0068] Fig. 27 Shown is a right side view of the height-adjustable, handicap-assisted, easy-slide-lift handle, demonstrating how a handicapped person can operate it without bending their hands or fingers.

[0069] Fig.28 A right side view of the physically challenged assisted, handle-fixed, easy-slide-and-lift outer shell is shown, demonstrating how a physically challenged person can operate it without bending their hands or fingers.

[0070] Fig.29 A right side view of a physically handicapped assisted, laterally rotatable and lockable, spring loaded, tooth-fixed woodpecker device is shown.

[0071] Fig.30 Shown is a right side view of the ambidextrous top cover deployment crank, demonstrating how a person with a physical disability can operate it without bending their hands or fingers.

[0072] Fig.31 Shows perspective view of robotic assembly, automatic cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, crop irrigation, anti-sway canopy system, demonstrates how to disassemble.

[0073] Fig.32 A perspective view of the canopy system showing robotic assembly, automated cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, crop irrigation, anti-sway, demonstrates how to flip over and reattach.

[0074] Fig.33 Shows perspective view of canopy deployment and retraction cables, demonstrating how to untie the cables in preparation for disassembly of robotic assembly, automated cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater harvesting, crop irrigation, anti-sway canopy system.

[0075] Fig.34 A perspective view showing how to pull out the top cover deployment and retraction cables.

[0076] Fig.35 Shows right side view of canopy system with robotic assembly, automatic cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, crop irrigation, anti-sway, demonstrates disassembly and flips 180 degrees.

[0077] Fig.36 Shows right side view of robotic assembly, automatic cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, crop irrigation, anti-sway canopy system, demonstrated with right side up.

[0078] Fig.37 Right side view showing robotic assembly, automatic cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, crop irrigation, anti-sway canopy system, demonstrating inversion.

[0079] Fig.38 A perspective view showing reinstallation of the top cover deployment and retraction cables.

[0080] Fig.39 Shows perspective view of canopy deployment and retraction cables, demonstrates knot tying to secure robotic assembly, automated cable cleaning, adaptable to dog run, adaptable to land yacht sail, adaptable to projector screen, rainwater collection, crop irrigation, anti-sway canopy system.

[0081] Fig.40 A perspective view of a five-in-one physically challenged assistive, easy-slide lift, adaptable dog run, adaptable land yacht, adaptable projector screen, anti-shake foot pedal operated, robotically assembled cantilever canopy umbrella configured with floating tables and chairs is shown.

[0082] Fig.41 A perspective view of a five-in-one physically challenged assistive, easy-slide lift, adaptable dog run, adaptable land yacht, adaptable projector screen, anti-shake foot pedal operated, robotically assembled cantilever canopy umbrella configured with floating tables and chairs is shown.

[0083] Fig.42 A perspective view of a five-in-one physically challenged assistive, easy-slide lift, adaptable dog run, adaptable land yacht, adaptable projector screen, anti-shake foot pedal operated, robotically assembled cantilever canopy umbrella configured with floating tables and chairs is shown.

[0084] Figure 43A (Prior Art) and Fig.43BA perspective view showing the amount of transport container space that can be saved by transporting the height-adjustable, handicap-assisted, easy-slide-and-lift handle unfolded in half.

[0085] Fig.44 A perspective view of one side of a height-adjustable, handicap-assisted, easy-slide-and-lift handle is shown.

[0086] Fig.45 A perspective view of one side of a height-adjustable, handicap-assisted, easy-slide-and-lift handle is shown.

[0087] Fig.46 A perspective view of two halves of a height-adjustable, handicap-assisted, easy-slide-lift handle is shown, the two halves being adjacent to each other to demonstrate that they can be combined.

[0088] Fig.47 A perspective view of two halves of a height-adjustable, handicap-assisted, easy-slide-lift handle is shown, the two halves being adjacent to each other to demonstrate that they can be combined.

[0089] Fig.48 A perspective view of two halves of a height-adjustable, handicap-assisted, easy-slide-lift handle is shown, the two halves being adjacent to each other to demonstrate that they can be combined.

[0090] Fig.49 A perspective view of a combined height-adjustable, handicap-assisting, easy-slide-lift handle is shown.

[0091] Fig.50 A perspective view of the outer shell of the physically handicapped assistive, handle-fixed, easy-slide lift is shown.

[0092] Fig.51 A perspective view of a noise eliminating, easy shuttling shank bearing is shown.

[0093] Fig.52 A perspective view showing the insertion of a noise cancelling, easy-shuttle handle bearing into the outer housing of a body handicap assisting, handle-securing, easy-slide lift.

[0094] Fig.53 A front cutaway view of a physically handicapped assisted, laterally rotatable lockable, spring loaded, tooth-fixed woodpecker device locked into a rotatably adjustable locking tooth housing is shown.

[0095] Fig.54 A front cutaway view of a physically handicap-assisted, laterally rotatable lockable, spring-loaded, tooth-fixed woodpecker device is shown disengaged to allow rotation of a rotatable adjustable locking tooth housing.

[0096] Fig.55Shown is a front cutaway view of a swingable, rain-shielding, rotatable and lockable, woodpecker device housing bracket and a body barrier assist, internal stop to prevent over-rotation.

[0097] Fig.56 A front cutaway view of a swingable, rainproof, rotatable and lockable, woodpecker device housing bracket is shown, demonstrating how a physically handicapped, internal stop to prevent over-rotation prevents over-rotation of the rotatable and adjustable locking tooth housing.

[0098] Fig.57 Shown is a right side view of a five-device-in-one physically challenged assist, easy-slide lift, adaptable to dog run, adaptable to land yacht, adaptable to projector screen, anti-sway foot pedal operated, robotically assembled cantilever canopy umbrella mounted on a traction frame, configured as a projector screen.

[0099] Fig.58 A perspective view of a five-in-one physically challenged assistive, easy-slide lift, adaptable to dog run, adaptable to land yacht, adaptable to projector screen, anti-sway foot pedal operated, robotically assembled cantilever canopy umbrella mounted on a towing frame to provide sunshade is shown.

[0100] Fig.59 Shown is a front view of a 360 degree rotatable, rotatable floating table adaptable, rotatable floating chair adaptable, foot pedal operated umbrella stabilized base system attached to a traction frame.

[0101] Fig.60 Shown is a front view of a 360 degree rotatable, noise cancelling, rotatable floating table, rotatable floating chair, foot pedal operated umbrella stabilized base system attached to a traction frame via a twist locking 360 degree rotatable, noise cancelling, rotatable floating table, rotatable floating chair pole support cone.

[0102] Fig.61 A perspective view of a five-in-one physically challenged assistive, easy-slide-lift, dog-trot-adaptable, land-yacht-adaptable, projector-screen-adaptable, anti-sway foot-pedal-operated, robotically assembled cantilever canopy umbrella twist-locked on a land-yacht is shown.

[0103] Fig.62 A perspective view of a five-in-one physically challenged assistive, easy-slide lift, adaptable to dog run, adaptable to land yacht, adaptable to projector screen, anti-sway foot pedal operated, robotically assembled cantilever canopy umbrella twist locked to boat deck is shown.

[0104] Fig.63A perspective view of a five-in-one physically challenged assistive, easy-slide lift, adaptable dog run, adaptable land yacht, adaptable projector screen, anti-sway foot pedal operated, robotically assembled cantilever canopy umbrella locked onto a truck glove hole is shown.

[0105] Fig.64 A perspective view of a robotically assembled expandable and contractable anti-wobble screw is shown.

[0106] Fig.65 A perspective view of a robotically assembled expandable and contractable anti-wobble screw is shown.

[0107] Fig.66 Shown is a left view demonstrating how a robotically assembled expandable rivet can be installed by a robot, and how the robotically assembled, automatically expands and shields the rivet tail, preventing injury by using a hammer shield to eliminate the need for nuts and bolts.

[0108] Fig.67 Shown is a left view demonstrating the installation of a robotically assembled expandable rivet, as well as the expansion robot assembly, automatic expansion and shielding of the rivet tail, and the hammer shield to prevent injury to lock it in place.

[0109] Fig.68 Shown is a perspective view of the robotically assembled, automatically expanding and shielding rivet tails, and the damage-preventing hammer shield being robotically installed to lock together the spine ribs, spine rib support struts, and the robotically assembled, noise-cancelling, rust-proof strut end covers.

[0110] Fig.69 A perspective view showing the robotically assembled expandable and contractible rivets being robotically installed to lock together spine ribs, spine rib support struts, and robotically assembled, noise cancelling, rust resistant strut end covers.

[0111] Fig.70 A perspective view of a five-device-in-one physically challenge-assisted, easy-slide-lift, dog-trot-adaptable, land-yacht-adaptable, projector-screen-adaptable, anti-shake foot-pedal-operated, robotically assembled cantilever canopy umbrella is shown.

[0112] Fig.71 A perspective view of a five-device-in-one physically challenge-assisted, easy-slide-lift, dog-trot-adaptable, land-yacht-adaptable, projector-screen-adaptable, anti-shake foot-pedal-operated, robotically assembled cantilever canopy umbrella is shown.

[0113] Fig.72 A left view of a five-device-in-one cantilever canopy umbrella that assists with physical disabilities, is easy to slide and lift, can adapt to a dog run, can adapt to a land yacht, can adapt to a projector screen, is operated by an anti-shake foot pedal, and is assembled by a robot.

[0114] Fig.73 A left view of a five-device-in-one cantilever canopy umbrella that assists with physical disabilities, is easy to slide and lift, can adapt to a dog run, can adapt to a land yacht, can adapt to a projector screen, is operated by an anti-shake foot pedal, and is assembled by a robot.

[0115] Fig.74 A perspective view of a folded cantilever canopy umbrella that is five-in-one, physically handicapped-assistant, easily slideable and liftable, adaptable to a dog run, adaptable to a land yacht, adaptable to a projector screen, operated by an anti-shake foot pedal, and assembled by a robot.

[0116] Fig.75 A perspective view of a folded cantilever canopy umbrella that is five-in-one, physically handicapped-assistant, easily slideable and liftable, adaptable to a dog run, adaptable to a land yacht, adaptable to a projector screen, operated by an anti-shake foot pedal, and assembled by a robot.

[0117] Fig.76 The left view of the cantilever canopy umbrella after folding is shown, which has five devices in one, including assistance for physically handicapped persons, easy sliding lifting, adaptability to dog running devices, adaptability to land yachts, adaptability to projector screens, anti-shake foot pedal operation, and robot assembly.

[0118] Fig.77 The left view of the cantilever canopy umbrella after folding is shown, which has five devices in one, including assistance for physically handicapped persons, easy sliding lifting, adaptability to dog running devices, adaptability to land yachts, adaptability to projector screens, anti-shake foot pedal operation, and robot assembly.

[0119] Fig.78 Perspective view showing robotic assembly, automatic cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, crop irrigation, anti-sway canopy system.

[0120] Fig.79 A perspective view of a robotically assembled, expandable and contractable upper cover joint is shown.

[0121] Fig.80 A perspective view of a robotically assembled, expandable and contractable lower and top cover joint is shown.

[0122] Fig.81 A perspective view of a robotically assembled, expandable, cap-secured, rainproof rib end cap system is shown.

[0123] Fig.82 A perspective view of a robotically assembled, expandable, cap-secured, rainproof rib end cap system is shown.

[0124] Fig.83A perspective view of the rotatable, rain shield, physically challenged assistive, ambidextrous compliant, canopy crank and lift system is shown.

[0125] Fig.84 A perspective view of the rotatable, rain shield, physically challenged assistive, ambidextrous compliant, canopy crank and lift system is shown.

[0126] Fig.85 A perspective view of a physically handicapped assistive, laterally rotatable and lockable system is shown.

[0127] Fig.86 A perspective view of a physically handicapped assistive, laterally rotatable and lockable system is shown.

[0128] Figure 87 shows a perspective view of the various components that make up the rotatable, rain shield, handicap assistive, ambidextrous compliant, canopy crank and lift system.

[0129] Fig.88 A perspective view of a height-adjustable, handicap-assisting, easy-slide-and-lift handle and a handicap-assisting, handle-fixed, easy-slide-and-lift outer housing combination is shown.

[0130] Fig.89 A perspective view of a 360 degree rotatable, adaptable rotatable floating table, adaptable rotatable floating chair, foot pedal operated umbrella stabilizing base system is shown.

[0131] Fig.90 A perspective view of a 360 degree rotatable, adaptable rotatable floating table, adaptable rotatable floating chair, foot pedal operated umbrella stabilizing base system is shown.

[0132] Fig.91 A perspective view of a 360 degree rotatable, adaptable rotatable floating table, adaptable rotatable floating chair, foot pedal operated umbrella stabilizing base system is shown.

[0133] Fig.92 A perspective view of a 360 degree rotatable, adaptable rotatable floating table, adaptable rotatable floating chair, foot pedal operated umbrella stabilizing base system is shown.

[0134] Fig.93 A perspective view of a base stabilizing foot reinforcing the base is shown.

[0135] Fig.94 A perspective view of the noise cancellation tunnel and disc protection housing is shown.

[0136] Fig.95 A perspective view of a 360 degree rotatable, noise cancelling, adaptable rotatable floating table, adaptable rotatable floating chair, rod supported cone and 360 degree four wall tunnel locking disk is shown.

[0137] Fig.96 A perspective view of a footrest showing a rotatable floating table lock, a rotatable floating chair lock, and a rotatable umbrella lock.

[0138] Fig.97 A perspective view of the base stabilizing foot and fillable weight securing toe is shown.

[0139] Fig.98 A perspective view of a fillable base stabilizing footrest housing weight is shown.

[0140] Fig.99 A perspective view of a fillable base stabilizing weight is shown.

[0141] Fig.100 A perspective view showing the installed fillable base stabilizing weight and fillable base stabilizing footrest housing weight.

[0142] Fig.101 An exploded view of a 360 degree rotatable, adaptable rotatable floating table, adaptable rotatable floating chair, foot pedal operated umbrella stabilizing base system is shown.

[0143] Fig.102 A perspective view of a 360 degree rotatable, adaptable rotatable floating table, adaptable rotatable floating chair, foot pedal operated umbrella stabilizing base system and its operation is shown.

[0144] Fig.103 A perspective view of a 360 degree rotatable, adaptable rotatable floating table, adaptable rotatable floating chair, foot pedal operated umbrella stabilizing base system and its operation is shown.

[0145] Fig.104 A perspective view of a 360 degree rotatable, adaptable rotatable floating table, adaptable rotatable floating chair, foot pedal operated umbrella stabilizing base system and its operation is shown.

[0146] Fig.105 A perspective view of a 360 degree rotatable, adaptable rotatable floating table, adaptable rotatable floating chair, foot pedal operated umbrella stabilizing base system and its operation is shown.

[0147] Fig.106 A perspective view of a physically handicapped assistive, laterally rotatable and lockable system is shown.

[0148] Fig.107 A perspective view of a physically handicapped assistive, laterally rotatable and lockable system is shown.

[0149] Fig.108 A perspective view of the rotatable, rain shield, physically challenged assistive, ambidextrous compliant, canopy crank and lift system is shown.

[0150] Fig.109A perspective view of the rotatable, rain shield, physically challenged assistive, ambidextrous compliant, canopy crank and lift system is shown.

[0151] Fig.110 It is a perspective view of the multi-height adjustable, physically handicapped assistive, easy slide lift, adaptable to dog run, adaptable to land yacht, adaptable to projector screen, anti-sway handle and mast system.

[0152] Fig.111 It is a perspective view of the multi-height adjustable, physically handicapped assistive, easy slide lift, adaptable to dog run, adaptable to land yacht, adaptable to projector screen, anti-sway handle and mast system.

[0153] Fig.112 It is a perspective view of the multi-height adjustable, physically handicapped assistive, easy slide lift, adaptable to dog run, adaptable to land yacht, adaptable to projector screen, anti-sway handle and mast system.

[0154] Fig.113 It is a perspective view of the multi-height adjustable, physically handicapped assistive, easy slide lift, adaptable to dog run, adaptable to land yacht, adaptable to projector screen, anti-sway handle and mast system.

[0155] Fig.114 A perspective view of the rotatable, rain shield, physically challenged assistive, ambidextrous compliant, canopy crank and lift system is shown.

[0156] Fig.115 A perspective view of the rotatable, rain shield, physically challenged assistive, ambidextrous compliant, canopy crank and lift system is shown.

[0157] Fig.116 A perspective view of two opposing semi-circular automatic cable cleaning blades is shown in inset cross-section.

[0158] Fig.117 Shown is a perspective view of the top cover deployment and retraction cables and two opposing semi-circular automatic cable cleaning scrapers.

[0159] Fig.118 A perspective view showing assembly of robotics, automatic cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, crop irrigation, anti-sway canopy system.

[0160] Fig.119 A perspective view showing assembly of robotics, automatic cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, crop irrigation, anti-sway canopy system.

[0161] Fig.120A perspective view showing assembly of robotics, automatic cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, crop irrigation, anti-sway canopy system.

[0162] Fig.121 Shown are a multi-height adjustable, handicap-assisted, easy-glide-lift, dog-trot-adaptable, land-yacht-adaptable, projector-screen-adaptable, anti-sway handle and mast system; a handicap-assisted, lateral rotatable and lockable system; and a cross-sectional view of a rotatable, rain-shielded, handicap-assisted, ambidextrous-compliant, canopy crank and lift system.

[0163] Fig.122 A perspective view of a five-in-one physically handicapped assistive, easily slidable and liftable, dog run adaptable, land yacht adaptable, projector screen adaptable, anti-shake foot pedal operated, robotically assembled cantilever canopy umbrella configured as a dog run apparatus is shown.

[0164] Fig.123 A top view of a five-device-in-one cantilever canopy umbrella configuration for a dog run, which is physically handicapped-assistant, easy to slide and lift, adaptable to a dog run, adaptable to a land yacht, adaptable to a projector screen, and operated by an anti-shake foot pedal and assembled by a robot, is shown.

[0165] Fig.124 A perspective view of a physically handicap-assisted, laterally rotatable and lockable, spring-loaded, tooth-secured woodpecker device used as a hook is shown.

[0166] Fig.125 A perspective view of a robotically assembled expandable and contractable anti-wobble screw is shown.

[0167] Fig.126 A perspective view of a robotically assembled expandable and contractable anti-wobble screw is shown.

[0168] Fig.127 A cross-sectional view showing that a thermally expandable and cold-contractable anti-shake screw assembled by a robot heats and expands a thermally expandable and cold-contractable hole assembled by the robot when the screw is rotated and inserted.

[0169] Fig.128 A cross-sectional view showing a robotically assembled expandable anti-wobble screw 153 expanding and locking upon impact with a robotically assembled, automatically anti-expanding and shielding screw tail, preventing injury from a hammer shield.

[0170] Fig.129 A cross-sectional view showing a robotically assembled, expandable and contractible anti-wobble screw inserted into a robotically assembled, expandable and contractible upper cover joint.

[0171] Fig.130A cross-sectional view showing that a thermally expandable and cold-contractable anti-shake screw assembled by a robot heats and expands a thermally expandable and cold-contractable hole assembled by the robot when the screw is rotated and inserted.

[0172] Fig.131 A cross-sectional view showing a robotically assembled expandable and contractible anti-shake screw that expands a robotically assembled expandable and contractible hole upon heating, and expands and locks upon striking a robotically assembled, automatically anti-expansion and shielding screw tail, preventing injury from a hammer shield.

[0173] Fig.132 A perspective view of a robotically assembled, expandable and contractable upper cover joint is shown, demonstrating the installation of the robotically assembled, expandable and contractable anti-wobble screws.

[0174] Fig.133 A perspective view of a robotically assembled, expandable lower top cover joint is shown, demonstrating the installation of the robotically assembled expandable anti-wobble screws.

[0175] Fig.134 A perspective view of a robotically assembled, expandable and contractable upper cover joint is shown, demonstrating the robotic installation of the robotically assembled expandable and contractable anti-wobble screws.

[0176] Fig.135 A perspective view of a robotically assembled, expandable lower top cover joint is shown, demonstrating robotic installation of the robotically assembled expandable anti-wobble screws.

[0177] Fig.136 A top view of the robot-assembled, thermally expandable and thermally contractible upper cover joint is shown, demonstrating the installation of the robot-assembled thermally expandable and thermally contractible anti-shake screws.

[0178] Fig.137 A top view of the robotically assembled, thermally expandable and thermally contractible lower cover joint is shown, demonstrating the installation of the robotically assembled, thermally expandable and thermally contractible anti-sway screws.

[0179] Fig.138 A cross-sectional view showing a robotically assembled, expandable, anti-wobble screw inserted into a robotically assembled, expandable, lower top cover joint.

[0180] Fig.139 A cross-sectional view showing a robotically assembled expandable and contractible anti-shake screw that expands a robotically assembled expandable and contractible hole upon heating, and expands and locks upon striking a robotically assembled, automatically anti-expansion and shielding screw tail, preventing injury from a hammer shield.

[0181] Fig.140Shows perspective view of robotic assembly, automatic cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, crop irrigation, anti-sway canopy system, demonstrates how to disassemble.

[0182] Fig.141 A perspective view of the canopy system showing robotic assembly, automated cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, crop irrigation, anti-sway, demonstrates how to flip over and reattach.

[0183] Fig.142 Shows perspective view of canopy deployment and retraction cables, demonstrating how to untie the cables in preparation for disassembly of robotic assembly, automated cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater harvesting, crop irrigation, anti-sway canopy system.

[0184] Fig.143 A perspective view showing how to pull out the top cover deployment and retraction cables.

[0185] Fig.144 Shows right side view of canopy system with robotic assembly, automatic cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, crop irrigation, anti-sway, demonstrates disassembly and flips 180 degrees.

[0186] Fig.145 Shows right side view of robotic assembly, automatic cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, crop irrigation, anti-sway canopy system, demonstrated with right side up.

[0187] Fig.146 Right side view showing robotic assembly, automatic cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, crop irrigation, anti-sway canopy system, demonstrating inversion.

[0188] Fig.147 A perspective view showing reinstallation of the top cover deployment and retraction cables.

[0189] Fig.148 Shows perspective view of canopy deployment and retraction cables, demonstrates knot tying to secure robotic assembly, automated cable cleaning, adaptable to dog run, adaptable to land yacht sail, adaptable to projector screen, rainwater collection, crop irrigation, anti-sway canopy system.

[0190] Fig.149 A cross-sectional view of an LED powered roof solar panel and its installation onto a robotically assembled expandable and contractible upper roof joint is shown.

[0191] Fig.150 Shown is a perspective view of the robotically assembled, automatically expanding and shielding rivet tails, and the damage-preventing hammer shield being robotically installed to lock together the spine ribs, spine rib support struts, and the robotically assembled, noise-cancelling, rust-proof strut end covers.

[0192] Fig.151 A perspective view showing the robotically assembled expandable and contractible rivets being robotically installed to lock together spine ribs, spine rib support struts, and robotically assembled, noise cancelling, rust resistant strut end covers.

[0193] Fig.152 A perspective view showing the robotic installation of a robotically assembled expandable rivet.

[0194] Fig.153 A perspective view showing the installation of a robotically assembled expandable rivet.

[0195] Fig.154 A perspective view of a robotically assembled, noise cancelling, rust resistant strut end cover is shown.

[0196] Fig.155 A perspective view of a robotically assembled, noise cancelling, rust resistant strut end cover is shown.

[0197] Fig.156 A left side view showing the installation of a robotically assembled expandable and contractible rivet.

[0198] Fig.157 A left side view of a robotically assembled expandable rivet robotically impacting a hammer shield that automatically expands and shields the rivet tail to prevent injury.

[0199] Fig.158 Shown is a right side view of a five-device-in-one physically challenged assist, easy-slide lift, adaptable to dog run, adaptable to land yacht, adaptable to projector screen, anti-sway foot pedal operated, robotically assembled cantilever canopy umbrella mounted on a traction frame, configured as a projector screen.

[0200] Fig.159 Shown is a front view of a 360 degree rotatable, rotatable floating table adaptable, rotatable floating chair adaptable, foot pedal operated umbrella stabilized base system attached to a traction frame.

[0201] Fig.160 Shown is a front view of a 360 degree rotatable, noise cancelling, rotatable floating table, rotatable floating chair, foot pedal operated umbrella stabilized base system attached to a traction frame via a twist locking 360 degree rotatable, noise cancelling, rotatable floating table, rotatable floating chair pole support cone.

[0202] Fig.161 Shown is a right side view of a five-device-in-one physically challenged assist, easy-slide lift, adaptable to dog run, adaptable to land yacht, adaptable to projector screen, anti-sway foot pedal operated, robotically assembled cantilever canopy umbrella mounted on a traction frame, configured as a projector screen.

[0203] Fig.162 A perspective view of a five-in-one physically challenged assistive, easy-slide lift, adaptable to dog run, adaptable to land yacht, adaptable to projector screen, anti-sway foot pedal operated, robotically assembled cantilever canopy umbrella mounted on a towing frame to provide sunshade is shown.

[0204] Fig.163 A perspective view of a five-in-one physically handicapped assistive, easily slideable lift, adaptable to a dog run, adaptable to a land yacht, adaptable to a projector screen, anti-shake foot pedal operated, robotically assembled cantilever canopy umbrella for rainwater collection is shown.

[0205] Fig.164 A perspective view of a five-in-one physically handicapped assisted, easily slide-liftable, adaptable to a dog run, adaptable to a land yacht, adaptable to a projector screen, anti-shake foot pedal operated, robotically assembled cantilever canopy umbrella for irrigating crops is shown.

[0206] Fig.165 Shown is a left view of a five-in-one physically challenged assistive, easy-slide lift, adaptable to dog trot, adaptable to land yachts, adaptable to projector screens, anti-sway foot pedal operated, robotically assembled cantilever canopy parasol configured as a sail for a land yacht.

[0207] Fig.166 A perspective view of a five-in-one physically challenged assistive, easy-slide lift, adaptable to dog run, adaptable to land yacht, adaptable to projector screen, anti-sway foot pedal operated, robotically assembled cantilever canopy parasol configured as a sail for a land yacht is shown.

[0208] Fig.167 A perspective view of a five-in-one physically challenged assistive, easy-slide lift, adaptable to dog run, adaptable to land yacht, adaptable to projector screen, anti-sway foot pedal operated, robotically assembled cantilever canopy parasol configured as a sail for a land yacht is shown.

[0209] Fig.168 A perspective view of a five-in-one physically challenged assistive, easy-slide lift, adaptable to dog run, adaptable to land yacht, adaptable to projector screen, anti-sway foot pedal operated, robotically assembled cantilever canopy parasol configured as a sail for a land yacht is shown.

[0210] Fig.169 A perspective view of a five-in-one physically challenged assistive, easy-slide lift, adaptable to dog run, adaptable to land yacht, adaptable to projector screen, anti-sway foot pedal operated, robotically assembled cantilever canopy umbrella for collecting rainwater on watercraft is shown.

[0211] Fig.170 A perspective view of a five-in-one physically challenged assistive, easy-slide lift, adaptable to dog run, adaptable to land yacht, adaptable to projector screen, anti-sway foot pedal operated, robotically assembled cantilever canopy umbrella for collecting rainwater on watercraft is shown.

[0212] Fig.171 A perspective view of a five-in-one physically challenged assistive, easy-slide lift, adaptable dog run, adaptable land yacht, adaptable projector screen, anti-shake foot pedal operated, robotically assembled cantilever canopy umbrella configured with floating tables and chairs is shown.

[0213] Fig.172 A perspective view of a five-in-one physically challenged assistive, easy-slide lift, adaptable dog run, adaptable land yacht, adaptable projector screen, anti-shake foot pedal operated, robotically assembled cantilever canopy umbrella configured with floating tables and chairs is shown.

[0214] Fig.173 A perspective view of a five-in-one physically challenged assistive, easy-slide lift, adaptable dog run, adaptable land yacht, adaptable projector screen, anti-shake foot pedal operated, robotically assembled cantilever canopy umbrella configured with floating tables and chairs is shown.

[0215] Fig.174 Shown is a right view of the height-adjustable, handicap-assisted, easy-slide-lift handle, demonstrating how a handicapped person can operate it without bending their hands or fingers.

[0216] Fig.175 A right side view of the physically challenged assisted, handle-fixed, easy-slide-and-lift outer shell is shown, demonstrating how a physically challenged person can operate it without bending their hands or fingers.

[0217] Fig.176 A right side view of a physically handicapped assisted, laterally rotatable and lockable, spring loaded, tooth-fixed woodpecker device is shown.

[0218] Fig.177 Shown is a right side view of a physically challenged assisted, laterally rotatable and lockable, spring loaded, tooth-fixed woodpecker device, demonstrating how a physically challenged person can operate it without bending their hands or fingers.

[0219] Fig.178Shown is a right side view of the ambidextrous top cover deployment crank, demonstrating how a person with a physical disability can operate it without bending their hands or fingers.

[0220] Fig.179 A right view of a five-device-in-one cantilever canopy umbrella that assists with physical disabilities, is easy to slide and lift, can adapt to a dog run, can adapt to a land yacht, can adapt to a projector screen, is operated by an anti-shake foot pedal, and is assembled by a robot.

[0221] Fig.180 A perspective view of a five-device-in-one physically challenge-assisted, easy-slide-lift, dog-trot-adaptable, land-yacht-adaptable, projector-screen-adaptable, anti-shake foot-pedal-operated, robotically assembled cantilever canopy umbrella is shown.

[0222] Figure 181A (Prior Art) and Fig.181B A perspective view showing the amount of transport container space that can be saved by transporting the height-adjustable, handicap-assisted, easy-slide-and-lift handle unfolded in half.

[0223] Fig.182 A perspective view of two halves of a height-adjustable, handicap-assisted, easy-slide-lift handle is shown, the two halves being adjacent to each other to demonstrate that they can be combined.

[0224] Fig.183 A perspective view of two halves of a height-adjustable, handicap-assisted, easy-slide-lift handle is shown, the two halves being adjacent to each other to demonstrate that they can be combined.

[0225] Fig.184 A perspective view of a combined height-adjustable, handicap-assisting, easy-slide-lift handle is shown.

[0226] Fig.185 A perspective view showing the insertion of a noise cancelling, easy-shuttle handle bearing into the outer housing of a body handicap assisting, handle-securing, easy-slide lift.

[0227] Fig.186 A perspective view of a height-adjustable, handicap-assisting, easy-slide-and-lift handle and a handicap-assisting, handle-fixed, easy-slide-and-lift outer housing combination is shown.

[0228] Fig.187 A perspective view of a base stabilizing foot reinforcing the base is shown.

[0229] Fig.188 A perspective view of a rod supported vertebral body of a 360 degree rotatable, noise cancelling, adaptable rotatable floating table, adaptable rotatable floating chair is shown.

[0230] Fig.189A front view of a rod-supported vertebral body of a 360 degree rotatable, noise cancelling, adaptable rotatable floating table, adaptable rotatable floating chair is shown.

[0231] Fig.190 A right side view of a rod supported vertebral body of a 360 degree rotatable, noise cancelling, adaptable rotatable floating table, adaptable rotatable floating chair is shown.

[0232] Fig.191 Shown is a perspective view of a 360 degree four wall tunnel locking disk.

[0233] Fig.192 Shown is a right side view of the height-adjustable, physically challenged assisted, easy-slide-lift handle.

[0234] Fig.193 A right side view of the outer shell of the physically handicapped assistive, handle-fixed, easy-sliding and lifting device is shown.

[0235] Fig.194 A right side view of a physically handicapped assisted, laterally rotatable and lockable, spring loaded, tooth-fixed woodpecker device is shown.

[0236] Fig.195 A right side view of the ambidextrous top cover deployment crank is shown.

[0237] Fig.196 A front cutaway view of a physically handicapped assisted, laterally rotatable lockable, spring loaded, tooth-fixed woodpecker device locked into a rotatably adjustable locking tooth housing is shown.

[0238] Fig.197 A front cutaway view of a physically handicap-assisted, laterally rotatable lockable, spring-loaded, tooth-fixed woodpecker device is shown disengaged to allow rotation of a rotatable adjustable locking tooth housing.

[0239] Fig.198 Shown is a front cutaway view of a swingable, rain-shielding, rotatable and lockable, woodpecker device housing bracket and a body barrier assist, internal stop to prevent over-rotation.

[0240] Fig.199 A front cutaway view of a swingable, rainproof, rotatable and lockable, woodpecker device housing bracket is shown, demonstrating how a physically handicapped, internal stop to prevent over-rotation prevents over-rotation of the rotatable and adjustable locking tooth housing.

[0241] Fig.200 A perspective view of a robotically assembled, expandable, cap-secured, rainproof rib end cap system is shown.

[0242] Fig.201Perspective view showing robotic assembly, automatic cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, crop irrigation, anti-sway canopy system.

[0243] Fig.202 A perspective view of a 360 degree rotatable, adaptable rotatable floating table, adaptable rotatable floating chair, foot pedal operated umbrella stabilizing base system is shown.

[0244] Fig.203 A perspective view of a fillable base stabilizing footrest housing weight is shown.

[0245] Fig.204 A perspective view of a fillable base stabilizing weight is shown.

[0246] Fig.205 A perspective view of a base stabilizing foot is shown.

[0247] Fig.206 A perspective view of a base stabilizing foot is shown.

[0248] Fig.207 A perspective view showing how to assemble the base stabilizing feet.

[0249] Fig.208 A perspective view of the assembled base stabilizing foot is shown.

[0250] Fig.209 A perspective view of the outer shell of the physically handicapped assistive, handle-fixed, easy-slide lift is shown.

[0251] Fig.210A , Fig.210B , Fig.210C and Fig.210D A perspective view of a rain shield top strut lifting weather cap is shown.

[0252] Fig.211A , Fig.211B , Fig.211C and Fig.211D Shows perspective view of top cover attachment, Velcro and seam failure, top strut attachment flange.

[0253] Fig.212A , Fig.212B , Fig.212C , Fig.212D , Fig.213 , Fig.214A , Fig.214B , Fig.215A , Fig.215B , Fig.216A , Fig.216B , Fig.216C , Fig.216D , Fig.217A , Fig.217B , Fig.217C , 217D , Fig.218 , Fig.219 , Fig.220 , Fig.221 , Fig.222 , Fig.223 , Fig.224 , Fig.225 , Fig.226 , Fig.227 , Fig.228 , Fig.229 , Figure 230A , Figure 230B , Figure 230C , Fig.231A , Fig.231B , Fig.231C , Figure 232A , Fig.232B , Figure 233A , Fig.233B , Fig.233C , Fig.233D , Fig.234A , Fig.234B , Fig.234C ,and Fig.234D A perspective view showing an equivalent variation of the components of a five-in-one physically handicapped assistive, easy-slide lift, adaptable to a dog run, adaptable to a land yacht, adaptable to a projector screen, anti-shake foot pedal operated, robotically assembled cantilever canopy umbrella.

[0254] Fig.235 , Fig.236 , Fig.237 , Fig.238 , Fig.239 and Fig.240 A perspective view of an equivalent variant of a five-device-in-one physically handicapped assistive, easily slidable and liftable, adaptable to a dog run, adaptable to a land yacht, adaptable to a projector screen, anti-shake foot pedal operated, robotically assembled cantilever canopy umbrella.

[0255] The drawings and the following description describe certain embodiments by way of illustration only. Those skilled in the art will readily recognize from the following description that alternative embodiments of the structures and methods shown herein may be employed without departing from the principles described herein. Reference will now be made in detail to several embodiments, examples of which are shown in the accompanying drawings. Note that, whenever feasible, the same or similar reference numerals may be used in the drawings to indicate the same or similar functions. DETAILED DESCRIPTION

[0256] The detailed description provided below in conjunction with the accompanying drawings is a description of various configurations and does not represent the only configurations in which the concepts described herein may be implemented. The detailed description includes specific details for the purpose of providing a thorough understanding of the various concepts. However, it will be apparent to those skilled in the art that these concepts may be implemented without these specific details. In some cases, well-known structures and components are shown in block diagram form to avoid obscuring these concepts.

[0257] Several aspects of the exemplary system will now be described with reference to various devices and methods. These devices and methods will be described in the detailed description below and illustrated in the accompanying drawings by various blocks, components, loops, processes, algorithms, etc. (collectively referred to as "elements"). These elements can be implemented using various components, hardware, electronic hardware, computer software, or any combination thereof. Whether these elements are implemented in the form of hardware or software depends on the specific application and design constraints on the overall system.

[0258] Disadvantages of existing technology

[0259] It will be appreciated that not every deficiency can be addressed by every embodiment.

[0260] The prior art fails to address many of the problems associated with foldable pop-up devices, specifically as follows: The prior art does not mention or disclose any such foldable pop-up device, which has a 360-degree rotatable, noise-canceling, rotatable floating table-adaptable, rotatable floating chair-adaptable rod support cone 108. Therefore, the foldable pop-up devices in the prior art: cannot provide vertical support for the multi-height adjustable, easy-slide-lift, 360-degree rotatable canopy support vertical mast 114; cannot support and rotate floating chairs; cannot support and rotate floating tables; cannot twist and lock to truck clog holes, trailer racks, boat decks, and land yachts.

[0261] The prior art does not mention or disclose any such foldable pop-up device with a physically handicapped assistive, handle-fixed, easy-slide-lift outer housing 121. Therefore, the foldable pop-up device in the prior art: cannot provide vertical support for the multi-height adjustable, easy-slide-lift, 360-degree rotatable canopy supporting vertical mast 114; cannot support and rotate floating chairs; cannot support and rotate floating tables; cannot twist and lock to truck storage holes, trailer frames, boat decks, and land yachts.

[0262] The prior art does not mention or disclose any such collapsible pop-up device having a noise-canceling, easy-shuttle handle bearing 122. Therefore, the collapsible pop-up devices in the prior art: cannot easily slide the physically handicapped assistive, handle-fixed, easy-shuttle lift outer housing 121 on the multi-height-adjustable, easy-slide-lift, 360-degree-rotatable canopy-supporting vertical mast 114; cannot silently slide the physically handicapped assistive, handle-fixed, easy-slide-lift outer housing 121 on the multi-height-adjustable, easy-slide-lift, 360-degree-rotatable canopy-supporting vertical mast 114; cannot provide easy gliding without the need for rollers and other moving parts that may become damaged or worn over time; cannot provide easy gliding without the need for grease or other lubricants.

[0263] The prior art does not mention or disclose any such foldable pop-up device with a body barrier-assisted, over-rotation-preventing internal stopper 127. Therefore, the foldable pop-up device in the prior art: cannot prevent over-rotation of the cable protection rotatable cantilever lifting boom 130; cannot prevent injuries caused by over-rotation of the cable protection rotatable cantilever lifting boom 130; cannot rotate and lock the position of the cable protection rotatable cantilever lifting boom 130; cannot prevent the umbrella from overturning due to over-rotation imbalance.

[0264] The prior art does not mention or disclose any such foldable pop-up device with an ambidextrous canopy deployment crank 132. Therefore, the foldable pop-up device in the prior art: cannot provide an ergonomic design that can be operated by physically disabled people without bending their hands or fingers; cannot easily deploy or retract the robotic assembly, automatic cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, crop irrigation, anti-sway canopy system 140; cannot adjust the desired deployment amount of the robotic assembly, automatic cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, crop irrigation, anti-sway canopy system 140; cannot accommodate both right-handed and left-handed users at the same time.

[0265] There is no mention or disclosure of any such foldable pop-up device with top cover fixation, Velcro and seam failure, top pillar connecting flange 137 in the prior art. Therefore, the foldable pop-up device in the prior art: cannot attach the top cover 154 for robot assembly, automatic cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, and crop irrigation to the cable-protecting rotatable cantilever lift boom 130 without the need for Velcro; cannot attach the top cover 154 for robot assembly, automatic cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, and crop irrigation to the cable-protecting rotatable cantilever lift boom 130 without additional seams; cannot provide a locking edge to fix the top cover 154 for robot assembly, automatic cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, and crop irrigation to the cable-protecting rotatable cantilever lift boom 130; cannot rotatably connect the swingable lift boom lifting top support 117 to the cable-protecting rotatable cantilever lift boom 130.

[0266] The prior art does not mention or disclose any such foldable pop-up device having an LED powered top cover solar panel 146. Therefore, the foldable pop-up devices in the prior art: do not provide a device for collecting solar energy; do not collect energy to power LED lights; do not power LED lights without plugging in; and do not save money by providing a self-sufficient power source.

[0267] The prior art does not mention or disclose any such foldable pop-up device with robotic assembly, noise elimination, rust-proof pillar end cover 151. Therefore, the foldable pop-up device in the prior art: cannot eliminate the need for nuts and bolts to reduce manufacturing costs; cannot eliminate the need for washers to reduce manufacturing costs; cannot prevent rain, dust and insects from entering the interior of the spine support pillar 150; cannot eliminate noise by preventing additional noise generated by friction between parts.

[0268] There is no prior art mention or disclosure of any such foldable pop-up device with a robotically assembled, thermally expandable anti-shake screw 153. Therefore, the foldable pop-up device in the prior art: cannot robotically secure the spine 149 to the robotically assembled, thermally expandable upper cover joint 141; cannot robotically secure the spine support struts 150 to the robotically assembled, thermally expandable lower cover joint 142; cannot robotically automatically thermally expand the thermally expandable holes 143 and contract after cooling to lock in place; cannot robotically automatically expand when striking the robotically assembled, automatically expanding and shielding screw tail, preventing injury hammer shield 145 that is locked in place; cannot eliminate the need for washers and bolts.

[0269] The prior art does not mention or disclose any such foldable pop-up device with robotic assembly, automatic cable cleaning, adaptability to dog runs, adaptability to land yacht sails, adaptability to projector screens, rainwater collection, and crop irrigation canopy 154. Therefore, the foldable pop-up device in the prior art: cannot be windproof, sunproof, rainproof, and snowproof; cannot be used as a cover for a dog run; cannot collect rainwater on marine vessels; cannot collect rainwater for irrigation; cannot catch and change wind direction in a multi-stage adjustable manner to operate a land yacht.

[0270] Objects and advantages of the present invention

[0271] The present invention is very different from the conventional concepts and designs of the prior art. To this end, the present invention provides a cantilever canopy umbrella that is physically handicapped-assisted, easy to slide and lift, adaptable to dog run, adaptable to land yacht, adaptable to projector screen, anti-shake foot pedal operation, and robot assembly, which has many unique and significant features, functions and advantages, overcoming all the shortcomings of the prior art, as follows:

[0272] It is an object of some embodiments to provide a five-device-in-one physically handicapped assisting, easy-slide-and-lift, dog-trot-adaptable, land-yacht-adaptable, projector-screen-adaptable, wobbly-foot-pedal-operated, robotically-assembled cantilever canopy umbrella having a 360-degree rotatable, noise-canceling, rotatable floating table-adaptable, rotatable floating chair-adaptable pole support cone 108. Thus, the five-device-in-one physically handicapped assisting, easy-slide-and-lift, dog-trot-adaptable, land-yacht-adaptable, projector-screen-adaptable, wobbly-foot-pedal-operated, robotically-assembled cantilever canopy umbrella can: be capable of providing vertical support for a multi-height adjustable, easy-slide-and-lift, 360-degree rotatable, canopy support vertical mast 114; be capable of supporting and rotating a floating chair; be capable of supporting and rotating a floating table; be capable of twist-locking into a truck grommet, trailer rack, boat deck, and land-yacht.

[0273] Another object of some embodiments is to provide a five-in-one physically handicapped assisted, easy-slide-lift, dog-trot-adaptable, land-yacht-adaptable, projector-screen-adaptable, sway-resistant foot-pedal-operated, robotic-assembled cantilever canopy umbrella having a physically handicapped assisted, handle-fixed, easy-slide-lift outer shell 121. Thus, the five-in-one physically handicapped assisted, easy-slide-lift, dog-trot-adaptable, land-yacht-adaptable, projector-screen-adaptable, sway-resistant foot-pedal-operated, robotic-assembled cantilever canopy umbrella can be: capable of providing an arc position for physically handicapped persons to deploy the umbrella without bending their hands or fingers; capable of providing a smooth tapered position for persons with less strength to lift and deploy the umbrella; capable of protecting a noise-canceling, easy-shuttle handle bearing 122; capable of connecting a height-adjustable, physically handicapped assisted, easy-slide-lift handle 118 to a cable-protected rotatable cantilever lift boom 130.

[0274] It is also an object of certain embodiments to provide a five-in-one handicap-assisted, easy-slide-lift, dog-trot-adaptable, land-yacht-adaptable, projector-screen-adaptable, anti-sway foot-pedal-operated, robotically assembled cantilever canopy umbrella with a noise-canceling, easy-shuttle handle bearing 122. Thus, the five-in-one handicap-assisted, easy-slide-lift, dog-trot-adaptable, land-yacht-adaptable, projector-screen-adaptable, anti-sway foot-pedal-operated, robotically assembled cantilever canopy umbrella can be: a handicap-assisted, handle-fixed, easy-slide-lift outer housing 121 capable of easily sliding on a multi-height-adjustable, easy-slide-lift, 360-degree-rotatable canopy-supporting vertical mast 114; a handicap-assisted, handle-fixed, easy-slide-lift outer housing 121 capable of silently sliding on a multi-height-adjustable, easy-slide-lift, 360-degree-rotatable canopy-supporting vertical mast 114; capable of providing easy slidability without the need for rollers and other moving parts that may become damaged or worn over time; capable of providing easy slidability without the need for grease or other lubricants.

[0275] Another object of certain embodiments is to provide a five-in-one physically handicapped assistive, easy-slide-lift, dog-run-adaptable, land-yacht-adaptable, projector-screen-adaptable, wobbly-pedal-operated, robotically assembled cantilever canopy umbrella having a physically handicapped assistive, over-rotation-preventing internal stopper 127. Thus, the five-in-one physically handicapped assistive, easy-slide-lift, dog-run-adaptable, land-yacht-adaptable, projector-screen-adaptable, wobbly-pedal-operated, robotically assembled cantilever canopy umbrella can be: capable of preventing over-rotation of the cable-protecting rotatable cantilever lift boom 130; capable of preventing injury from over-rotation accidents of the cable-protecting rotatable cantilever lift boom 130; capable of rotationally locking the position of the cable-protecting rotatable cantilever lift boom 130; and capable of preventing the umbrella from tipping over due to over-rotation imbalance.

[0276] Another object of some embodiments is to provide a five-in-one physically handicapped assistive, easy-slide-and-lift, dog-run-adaptable, land-yacht-adaptable, projector-screen-adaptable, anti-sway foot-pedal-operated, robotically assembled cantilever canopy umbrella with an ambidextrous canopy deployment crank 132. Thus, the five-in-one physically handicapped assistive, easy-slide-and-lift, dog-run-adaptable, land-yacht-adaptable, projector-screen-adaptable, anti-sway foot-pedal-operated, robotically assembled cantilever canopy umbrella can be: capable of providing an ergonomic design that allows physically handicapped persons to operate without bending their hands or fingers; capable of easily deploying or retracting the robotically assembled, automatic cable cleaning, dog-run-adaptable, land-yacht-adaptable sail, projector-screen-adaptable, rainwater collection, crop irrigation, anti-sway canopy system 140; capable of adjusting the desired deployment amount of the robotically assembled, automatic cable cleaning, dog-run-adaptable, land-yacht-adaptable sail, projector-screen-adaptable, rainwater collection, crop irrigation, anti-sway canopy system 140; capable of accommodating both right-handed and left-handed users.

[0277] A further object of certain embodiments is to provide a five-in-one physically handicapped assistive, easy-slide-lift, dog run-adaptable, land yacht-adaptable, projector screen-adaptable, wobbly foot pedal operated, robotically assembled cantilever canopy umbrella having a canopy securing, velcro and stitch failure, top strut connecting flange 137. Thus, the five-in-one physically handicapped assistive, easy-slide-lift, dog run-adaptable, land yacht-adaptable, projector screen-adaptable, wobbly foot pedal operated, robotically assembled cantilever canopy umbrella may be: capable of attaching a robotically assembled, automatic cable cleaning, dog run-adaptable, land yacht-adaptable, projector screen-adaptable, rainwater collection, crop irrigation canopy 154 to a cable protecting rotatable cantilever lift boom 130 without the need for velcro; capable of attaching a robotically assembled, automatic cable cleaning, dog run-adaptable, land yacht-adaptable, projector screen-adaptable, rainwater collection, crop irrigation canopy 154 to a cable protecting rotatable cantilever lift boom 130 ...; capable of attaching a robotically A top cover 154 capable of adapting to land yacht sails, projector screens, rainwater collection, and crop irrigation is attached to the cable-protecting rotatable cantilever lift boom 130 without the need for additional seams; a locking edge can be provided to secure the top cover 154 capable of adapting to robot assembly, automatic cable cleaning, dog run, land yacht sails, projector screens, rainwater collection, and crop irrigation to the cable-protecting rotatable cantilever lift boom 130; and a swingable lift boom lifting top support 117 can be rotatably connected to the cable-protecting rotatable cantilever lift boom 130.

[0278] A further object of certain embodiments is to provide a five-in-one physically handicapped-assisted, easy-slide-and-lift, dog-run-adaptable, land-yacht-adaptable, projector-screen-adaptable, sway-resistant foot-pedal-operated, robot-assembled cantilever canopy umbrella with an LED-powered canopy solar panel 146. Thus, the five-in-one physically handicapped-assisted, easy-slide-and-lift, dog-run-adaptable, land-yacht-adaptable, projector-screen-adaptable, sway-resistant foot-pedal-operated, robot-assembled cantilever canopy umbrella can be: capable of providing a device for collecting solar energy; capable of collecting energy to power LED lights; capable of powering LED lights without plugging in; capable of saving money by providing a self-sufficient power source.

[0279] A further object of certain embodiments is to provide a five-in-one physically handicapped assistive, easy-slide-and-lift, dog-trot-adaptable, land-yacht-adaptable, projector-screen-adaptable, sway-proof foot-pedal-operated, robot-assembled cantilever canopy umbrella having a robot-assembled, noise-eliminating, rust-proof support post end cap 151. Thus, the five-in-one physically handicapped assistive, easy-slide-and-lift, dog-trot-adaptable, land-yacht-adaptable, projector-screen-adaptable, sway-proof foot-pedal-operated, robot-assembled cantilever canopy umbrella can: eliminate the need for nuts and bolts, thereby reducing manufacturing costs; eliminate the need for washers, thereby reducing manufacturing costs; prevent rain, dust, and insects from entering the interior of the rib support post 150; and eliminate noise by preventing additional noise from rubbing against components.

[0280] A further purpose of certain embodiments is to provide a cantilever canopy umbrella that is five-in-one and can assist the physically disabled, is easy to slide and lift, can adapt to dog running devices, can adapt to land yachts, can adapt to projector screens, is foot pedal-operated with anti-shake, and is assembled by robots. The umbrella has anti-shake screws 153 that are assembled by robots and can expand and contract with heat. Therefore, a five-in-one cantilever canopy umbrella that assists people with physical disabilities, is easy to slide and lift, can adapt to dog trots, can adapt to land yachts, can adapt to projector screens, is foot pedal-operated, and is robotically assembled can be: capable of robotically fixing the spine 149 to the robotically assembled, thermally expandable and contractible upper canopy joint 141; capable of robotically fixing the spine support struts 150 to the robotically assembled, thermally expandable and contractible lower canopy joint 142; capable of automatically thermally expanding the thermally expandable and contractible holes 143 and contracting them after cooling to lock them in place; capable of automatically expanding robotically when impacting the robotically assembled, automatically expanding and shielding the screw tail to prevent injury hammer shield 145 that is locked in place; capable of eliminating the need for washers and bolts.

[0281] A further purpose of some embodiments is to provide a cantilever canopy umbrella that is five-in-one, physically handicapped-assisted, easy-sliding-and-lifting, adaptable to dog runs, land yachts, projector screens, anti-sway pedal-operated, and robotically assembled, which has a canopy 154 that is robotically assembled, automatically cable-cleaned, adaptable to dog runs, land yacht sails, projector screens, rainwater collection, and crop irrigation. Therefore, the cantilever canopy umbrella that is five-in-one, physically handicapped-assisted, easy-sliding-and-lifting, adaptable to dog runs, land yachts, projector screens, anti-sway pedal-operated, and robotically assembled can be: windproof, sunproof, rainproof, and snowproof; can be used as a cover for dog runs; can collect rainwater on marine vessels; can collect rainwater for irrigation; can capture and change wind direction in a variety of adjustable ways to maneuver land yachts.

[0282] The five-device-in-one cantilever canopy umbrella with physical disability assistance, easy sliding and lifting, adaptability to dog run, adaptability to land yacht, adaptability to projector screen, anti-sway foot pedal operation, and robot assembly may include one or more of the following: a 360-degree rotatable, adaptable to a rotatable floating table, adaptable to a rotatable floating chair, and foot pedal-operated umbrella stabilizing base system; a multi-height adjustable, physical disability assistance, easy sliding and lifting, adaptability to dog run, adaptability to land yacht, adaptability to projector screen, and anti-sway handle and mast system; a physical disability assistance, lateral rotatable and lockable system; a rotatable rainproof, physical disability assistance, ambidextrous and compliant canopy crank and lifting system; a robot-assembled, automatic cable cleaning, adaptable to dog run, adaptability to land yacht sails, adaptability to projector screens, rainwater collection, crop irrigation, and anti-sway canopy system; and a robot-assembled, thermally expandable and contractible, canopy fixing, and rainproof rib end cap system.

[0283] part

[0284] refer to Figure 1 , Figure 2 , Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8 , Fig. 9 , Fig.10 , Fig.11 , Fig.12 , Fig.13 , Fig.14 , Fig.15 , Fig.16 , Fig.17 , Fig.18 , Fig.19 , Fig. 20 , Fig.21 , Fig. 22 , Fig.23 , Fig.24 , Fig.25 , Fig.26 , Fig. 27 , Fig.28 , Fig.29 , Fig.30 , Fig.31 , Fig.32 , Fig.33 , Fig.34 , Fig.35 , Fig.36 , Fig.37 , Fig.38 , Fig.39 , Fig.40 , Fig.41 , Fig.42 , FIG. 43A (prior art), Fig.43B , Fig.44, Fig.45 , Fig.46 , Fig.47 , Fig.48 , Fig.49 , Fig.50 , Fig.51 , Fig.52 , Fig.53 , Fig.54 , Fig.55 , Fig.56 , Fig.57 , Fig.58 , Fig.59 , Fig.60 , Fig.61 , Fig.62 , Fig.63 , Fig.64 , Fig.65 , Fig.66 , Fig.67 , Fig.68 , Fig.69 , Fig.70 , Fig.71 , Fig.72 , Fig.73 , Fig.74 , Fig.75 , Fig.76 , Fig.77 , Fig.78 , Fig.79 , Fig.80 , Fig.81 , Fig.82 , Fig.83 , Fig.84 , Fig.85 , Fig.86 , Figure 87a, Figure 87b, Figure 87c, Figure 87d, Fig.88 , Fig.89 , Fig.90 , Fig.91 , Fig.92 , Fig.93 , Fig.94 , Fig.95 , Fig.96 , Fig.97 , Fig.98 , Fig.99 and Fig.100 :

[0285] The five-in-one cantilever canopy umbrella with physical disability assistance, easy sliding lifting, adaptable to dog running device, adaptable to land yacht, adaptable to projector screen, anti-shake foot pedal operation, and robot assembly may include one or more of the following: 360-degree rotation, adaptable to rotatable floating table, adaptable to rotatable floating chair, and foot pedal-operated umbrella stabilizing base system 101, including one or more of the following: base stabilizing support feet 102, fillable weight fixing toes 103, fillable base stabilizing counterweights 104, fillable base stabilizing foot pedal shell counterweights 105, base stabilizing support feet reinforced base 106, rotatable floating table locking, rotatable floating chair locking, rotatable umbrella locking foot pedal 107, 36 0 degree rotatable, noise cancelling, adaptable to rotatable floating table, adaptable to rotatable floating chair pole support cone 108, 360 degree four-wall tunnel locking disk 109, umbrella pole locking four-wall tunnel 110, noise cancelling tunnel and disk protection shell 111 and noise cancelling tunnel and disk protection flange 112; multiple height adjustable, physical disability assistance, easy sliding lift, adaptable to dog run, adaptable to land yacht, adaptable to projector screen, anti-sway handle and mast system 113, which may include one or more of the following: multiple height adjustable, easy sliding lift, 360 degree rotatable top cover supporting vertical mast 114, multiple height adjustable holes 115, rainproof top support lift weather cap 116, swingable Lifting boom lift top support 117, height adjustable, handicap assisted, easy slide lift handle 118, handicap assisted, easy squeeze, height adjustable, spring loaded trigger 119, height adjustable spring loaded trigger pin 120, handicap assisted, handle fixed, easy slide lift outer housing 121 and noise canceling, easy shuttle handle bearing 122; handicap assisted, lateral rotatable lockable system 123, which may include one or more of the following: swingable, rainproof, rotatable lockable woodpecker device housing bracket 124, handicap assisted, lateral rotatable lockable, spring loaded tooth fixed woodpecker device 125, rotatable adjustable locking tooth housing 126, handicap assisted, easy squeeze, height adjustable, ... body-obstruction-assisted, internal stop to prevent over-rotation 127 and rotation locking teeth 128; rotatable, rain-proof, body-obstruction-assisted, ambidextrous compliant canopy crank and lift system 129 which may include one or more of the following: cable protection, rotatable cantilever lift boom 130, ambidextrous canopy deployment crank housing 131, ambidextrous canopy deployment crank 132, tension locking spring 133, cable securing and winding spindle 134, one-way locking serrated ratchet gear 135, rotation locking serrated gear ratchet finger 136, canopy securing, Velcro and seam-failure top strut attachment flange 137, swingable boom attachment hinge 138 and canopy deployment and retraction cables 139;The anti-sway roof system 140 with robot assembly, automatic cable cleaning, adaptability to dog running devices, land yacht sails, projector screens, rainwater collection, and crop irrigation can include one or more of the following: robot assembly, thermal expansion and contraction upper roof joint 141, robot assembly, thermal expansion and contraction lower roof joint 142, thermal expansion and contraction holes 143, robot assembly, automatic expansion and shielding of rivet tail to prevent damage hammer shield 144, robot assembly, automatic expansion and shielding of screw tail to prevent damage hammer shield 145, LED-powered roof solar panel 146, central roof support column 147, two opposing semicircular automatic cable cleaning scrapers 148, Rib 149, rib support strut 150, robotically assembled, noise-canceling, rust-proof strut end cover 151, robotically assembled, expandable rivets 152, robotically assembled, expandable anti-sway screws 153, and robotically assembled, self-cleaning cables, adaptable to dog run, adaptable to land yacht sail, adaptable to projector screen, rainwater collection, crop irrigation top cover 154; robotically assembled, expandable, top cover fixed, rainproof rib end cover system 155, which may include one or more of the following: expandable internal rib fixed ridge 156, top cover fixed fan 157, top cover fixed robotic suture groove 158, rib end cover rainproof end 159, and rib end cover finger grip groove 160.;

[0286] Material

[0287] refer to Figure 1 , Figure 2 , Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8 , Fig. 9 , Fig.10 , Fig.11 , Fig.12 , Fig.13 , Fig.14 , Fig.15 , Fig.16 , Fig.17 , Fig.18 , Fig.19 , Fig. 20 , Fig.21 , Fig. 22 , Fig.23 , Fig.24 , Fig.25 , Fig.26 , Fig. 27 , Fig.28 , Fig.29 , Fig.30 , Fig.31 , Fig.32 , Fig.33 , Fig.34 , Fig.35 , Fig.36 , Fig.37 , Fig.38 , Fig.39 , Fig.40 , Fig.41 , Fig.42 , FIG. 43A (prior art), Fig.43B , Fig.44 , Fig.45 , Fig.46 , Fig.47 , Fig.48 , Fig.49 , Fig.50 , Fig.51 , Fig.52 , Fig.53 , Fig.54 , Fig.55 , Fig.56 , Fig.57 , Fig.58 , Fig.59 , Fig.60 , Fig.61 , Fig.62 , Fig.63 , Fig.64 , Fig.65 , Fig.66 , Fig.67 , Fig.68 , Fig.69 , Fig.70 , Fig.71 , Fig.72 , Fig.73 , Fig.74 , Fig.75 , Fig.76 , Fig.77 , Fig.78 , Fig.79 , Fig.80 , Fig.81 , Fig.82 , Fig.83 , Fig.84 , Fig.85 , Fig.86 , Figure 87a, Figure 87b, Figure 87c, Figure 87d, Fig.88 , Fig.89 , Fig.90 , Fig.91 , Fig.92 , Fig.93 , Fig.94 , Fig.95 , Fig.96 , Fig.97 , Fig.98 , Fig.99 and Fig.100: The 360 ​​degree rotatable, adaptable rotatable floating table, adaptable rotatable floating chair, foot pedal operated umbrella stabilizing base system 101 can be made of the combined materials of its components respectively. The base stabilizing foot 102 can be made of metal material. The fillable weight fixing toe 103 can be made of metal material. The fillable base stabilizing counterweight 104 can be made of plastic material. The fillable base stabilizing foot pedal housing counterweight 105 can be made of plastic material. The base stabilizing foot reinforcing base 106 can be made of metal material. The foot pedal 107 for rotatable floating table locking, rotatable floating chair locking, and rotatable umbrella locking can be made of metal and plastic materials. The 360 ​​degree rotatable, noise canceling, adaptable rotatable floating table, and adaptable rotatable floating chair rod support cone 108 can be made of metal material. The 360 ​​degree four-wall tunnel locking disk 109 can be made of metal material. The umbrella rod locking four-wall tunnel 110 can be empty. The noise cancelling tunnel and dish protection housing 111 may be made of metal or plastic material. The noise cancelling tunnel and dish protection flange 112 may be made of metal or plastic material. The multi-height adjustable, handicap assisted, easy slide lift, adaptable dog run, adaptable land yacht, adaptable projector screen, anti-sway handle and mast system 113 may be made of a combination of materials of its components. The multi-height adjustable, easy slide lift, 360 degree rotatable top cover supporting vertical mast 114 may be made of metal material. The multi-height adjustable hole 115 may be empty. The rain shield top support lifting weather cap 116 may be made of metal or plastic material. The swingable lifting boom lift top support 117 may be made of metal material. The height adjustable, handicap assisted, easy slide lift handle 118 may be made of plastic material. The handicap assisted, easy squeeze, height adjustable, spring loaded trigger 119 may be made of plastic material. The height adjustable, spring loaded trigger pin 120 may be made of metal material. The handicap-assisted, handle-fixed, easy-slide lift outer housing 121 may be made of a metal material. The noise-canceling, easy-shuttle handle bearing 122 may be made of a plastic material. The handicap-assisted, lateral rotatable lockable system 123 may be made of a combination of materials of its components. The swingable, rainproof, rotatable lockable woodpecker device housing bracket 124 may be made of metal and plastic materials. The handicap-assisted, lateral rotatable lockable, spring-loaded, tooth-fixed woodpecker device 125 may be made of metal or plastic materials. The rotatable adjustable locking tooth housing 126 may be made of metal or plastic materials. The handicap-assisted, over-rotation-preventing internal stop 127 may be made of metal or plastic materials. The rotation locking tooth 128 may be made of metal or plastic materials. The rotatable, rainproof, handicap-assisted, ambidextrous compliant top cover crank and lift system 129 may be made of a combination of materials of its components. The cable-protecting rotatable cantilever lift boom 130 may be made of a metal material.The ambidextrous canopy deployment crank housing 131 may be made of metal or plastic material. The ambidextrous canopy deployment crank 132 may be made of metal material. The tension locking spring 133 may be made of metal material. The cable securing and winding spindle 134 may be made of metal material. The one-way locking sawtooth ratchet gear 135 may be made of metal material. The rotation locking sawtooth gear ratchet finger 136 may be made of metal material. The canopy securing, velcro and seam failure, top strut connection flange 137 may be made of metal or plastic material. The swingable boom connection hinge 138 may be made of metal or plastic material. The canopy deployment and retraction cable 139 may be made of metal or fiber material. The robotically assembled, automated cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, crop irrigation, anti-sway canopy system 140 may be made of a combination of materials of its components. The robotically assembled, thermally expandable upper cover joint 141 can be made of metal or plastic material. The robotically assembled, thermally expandable lower cover joint 142 can be made of metal or plastic material. The robotically assembled thermally expandable hole 143 can be empty. The robotically assembled, automatically expanding and shielding rivet tails, hammer shield to prevent injury 144 can be made of metal or plastic material. The robotically assembled, automatically expanding and shielding screw tails, hammer shield to prevent injury 145 can be made of metal or plastic material. The LED powered top cover solar panel 146 can be made of solar panel material. The center top cover support column 147 can be made of metal material. The two opposing semicircular automatic cable cleaning scrapers 148 can be made of metal or plastic material. The spine 149 can be made of metal material. The spine support rod 150 can be made of metal material. The robotically assembled, noise-canceling, rust-proof pillar end cover 151 can be made of metal or plastic material. The robot-assembled expandable and contractible rivet 152 can be made of metal or plastic material. The robot-assembled expandable and contractible anti-shake screw 153 can be made of metal material. The robot-assembled, automatic cable cleaning, adaptable dog run device, adaptable land yacht sail, adaptable projector screen, rainwater collection, crop irrigation top cover 154 can be made of fabric material. The robot-assembled, expandable and contractible, top cover fixed, rainproof rib end cover system 155 can be made of the combined materials of its components. The expandable and contractible internal rib fixing ridge 156 can be made of plastic material. The top cover fixing fan 157 can be made of plastic material. The top cover fixing robot suture groove 158 can be made of plastic material. The rib end cover rainproof end 159 can be made of plastic material. The rib end cover finger grasping groove 160 can be made of plastic material.

[0288] shape

[0289] refer to Figure 1 , Figure 2 , Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8 , Fig. 9 , Fig.10 , Fig.11 , Fig.12 , Fig.13 , Fig.14 , Fig.15 , Fig.16 , Fig.17 , Fig.18 , Fig.19 , Fig. 20 , Fig.21 , Fig. 22 , Fig.23 , Fig.24 , Fig.25 , Fig.26 , Fig. 27 , Fig.28 , Fig.29 , Fig.30 , Fig.31 , Fig.32 , Fig.33 , Fig.34 , Fig.35 , Fig.36 , Fig.37 , Fig.38 , Fig.39 , Fig.40 , Fig.41 , Fig.42 , FIG. 43A (prior art), Fig.43B , Fig.44 , Fig.45 , Fig.46 , Fig.47 , Fig.48 , Fig.49 , Fig.50 , Fig.51 , Fig.52 , Fig.53 , Fig.54 , Fig.55 , Fig.56 , Fig.57 , Fig.58 , Fig.59 , Fig.60 , Fig.61 , Fig.62 , Fig.63 , Fig.64 , Fig.65 , Fig.66 , Fig.67 , Fig.68 , Fig.69 , Fig.70 , Fig.71 , Fig.72 , Fig.73 , Fig.74, Fig.75 , Fig.76 , Fig.77 , Fig.78 , Fig.79 , Fig.80 , Fig.81 , Fig.82 , Fig.83 , Fig.84 , Fig.85 , Fig.86 , Figure 87a, Figure 87b, Figure 87c, Figure 87d, Fig.88 , Fig.89 , Fig.90 , Fig.91 , Fig.92 , Fig.93 , Fig.94 , Fig.95 , Fig.96 , Fig.97 , Fig.98 , Fig.99 and Fig.100: The 360 ​​degree rotatable, rotatable floating table adaptable, rotatable floating chair adaptable, foot pedal operated umbrella stabilizing base system 101 can be formed into a combined shape of its components. The base stabilizing foot 102 can be formed into an elongated box shape. The fillable weight fixing toe 103 can be formed into a flat shape. The fillable base stabilizing counterweight 104 can be formed into a semi-triangular shape. The fillable base stabilizing foot pedal housing counterweight 105 can be formed into a semi-triangular shape. The base stabilizing foot reinforcing base 106 can be formed into a cylindrical shape. The foot pedal 107 for rotatable floating table locking, rotatable floating chair locking, and rotatable umbrella locking can be formed into a seesaw shape. The 360 ​​degree rotatable, noise canceling, rotatable floating table adaptable, rotatable floating chair adaptable rod support vertebral body 108 can be formed into the shape of a spine. The 360 ​​degree four-wall tunnel locking disk 109 can be formed into the shape of a flat cylinder. The umbrella rod locking four-wall tunnel 110 can be formed into a square shape. The noise cancelling tunnel and dish protection housing 111 may be formed in a dome shape. The noise cancelling tunnel and dish protection flange 112 may be formed in a circular shape. The multi-height adjustable, handicap assisted, easy slide lift, adaptable dog run, adaptable land yacht, adaptable projector screen, anti-sway handle and mast system 113 may be formed in a combined shape of its components. The multi-height adjustable, easy slide lift, 360 degree rotatable top cover supporting vertical mast 114 may be formed in a semi-cylindrical shape. The multi-height adjustable hole 115 may be formed in a circular shape. The rain shield top pillar lift weather cap 116 may be formed in the shape of a trapezoidal cube. The swingable lifting boom lift top pillar 117 may be formed in a tubular shape. The height adjustable, handicap assisted, easy slide lift handle 118 may be formed in the shape of a D-shaped handle. The handicap assisted, easy squeeze, height adjustment, spring loaded trigger 119 may be formed in a curved shape. The height adjustment, spring loaded trigger pin 120 may be formed in a cylindrical shape. The outer housing 121 of the handicap assist, handle fixed, easy sliding lift can be formed in the shape of a hollow diamond. The noise elimination, easy shuttle handle bearing 122 can be formed in the shape of a hollow diamond. The handicap assist, lateral rotatable lockable system 123 can be formed in the shape of a combination of its parts. The swingable, rainproof, rotatable lockable woodpecker device housing bracket 124 can be formed in the shape of a cylinder. The handicap assist, lateral rotatable lockable, spring loaded, tooth fixed woodpecker device 125 can be formed in the shape of a seesaw. The rotatable adjustable locking tooth housing 126 can be formed in the shape of a cylinder. The handicap assist, internal stopper 127 to prevent over rotation can be formed in the shape of a wedge. The rotation locking tooth 128 can be formed in the shape of a square. The rotatable, rainproof, handicap assist, ambidextrous compliant top cover crank and lifting system 129 can be formed in the shape of a combination of its parts. The cable protection rotatable cantilever lift boom 130 can be formed in a tubular shape.The ambidextrous canopy deployment crank housing 131 may be formed in a square shape. The ambidextrous canopy deployment crank 132 may be formed in a rectangular shape. The tension locking spring 133 may be formed in the shape of a spring. The cable fixing and winding spindle 134 may be formed in a cylindrical shape. The one-way locking sawtooth ratchet gear 135 may be formed in the shape of a gear. The rotation locking sawtooth gear ratchet finger 136 may be formed in a hook-like shape. The canopy fixing, Velcro and seam failure, top pillar connection flange 137 may be formed in a square shape. The swingable boom connection hinge 138 may be formed in the shape of an elbow. The canopy deployment and retraction cable 139 may be formed in the shape of a cable. The robotic assembly, automatic cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, crop irrigation, anti-sway canopy system 140 may be formed in the combined shape of its components. The robotic assembly, thermal expansion and contraction upper canopy joint 141 may be formed in a cylindrical shape. The robot-assembled, thermally expandable and cold-contractable lower top cover joint 142 can be formed in a cylindrical shape. The robot-assembled thermally expandable and cold-contractable hole 143 can be formed in a circular shape. The robot-assembled, automatically expanding and shielding rivet tail, and preventing damage to the hammer shield 144 can be formed in a flat shape. The robot-assembled, automatically expanding and shielding screw tail, and preventing damage to the hammer shield 145 can be formed in a flat shape. The LED-powered top cover solar panel 146 can be formed in an inverted rounded cube shape. The central top cover support column 147 can be formed in a tubular shape. Two opposing semicircular automatic cable cleaning scrapers 148 can be formed in the shape of semicircular blades. The spine 149 can be formed in a tubular shape. The spine support pillar 150 can be formed in a tubular shape. The robot-assembled, noise-eliminating, rust-proof pillar end cover 151 can be formed in a cup shape. The robot-assembled thermally expandable and cold-contractable rivet 152 can be formed in a flat head cylindrical shape. The robot-assembled, heat-expandable and cold-contractable anti-shake screw 153 can be formed in the shape of a screw. The robot-assembled, automatic cable cleaning, adaptable dog run device, adaptable land yacht sail, adaptable projector screen, rainwater collection, and crop irrigation can be formed in a flat hexagonal shape. The robot-assembled, heat-expandable and cold-contractable, top cover fixing, and rainproof rib end cap system 155 can be formed in the combined shape of its components. The heat-expandable and cold-contractable internal rib fixing ridge 156 can be formed in the shape of a rib. The top cover fixing fan 157 can be formed in the shape of a fan. The top cover fixing robot suture groove 158 can be formed in the shape of a groove. The rib end cap rainproof end 159 can be formed in the shape of a cube. The rib end cap finger grasping groove 160 can be formed in the shape of a cube depression.

[0290] connect

[0291] refer to Figure 1 , Figure 2 , Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8 , Fig. 9 , Fig.10 , Fig.11 , Fig.12 , Fig.13 , Fig.14 , Fig.15 , Fig.16 , Fig.17 , Fig.18 , Fig.19 , Fig. 20 , Fig.21 , Fig. 22 , Fig.23 , Fig.24 , Fig.25 , Fig.26 , Fig. 27 , Fig.28 , Fig.29 , Fig.30 , Fig.31 , Fig.32 , Fig.33 , Fig.34 , Fig.35 , Fig.36 , Fig.37 , Fig.38 , Fig.39 , Fig.40 , Fig.41 , Fig.42 , FIG. 43A (prior art), Fig.43B , Fig.44 , Fig.45 , Fig.46 , Fig.47 , Fig.48 , Fig.49 , Fig.50 , Fig.51 , Fig.52 , Fig.53 , Fig.54 , Fig.55 , Fig.56 , Fig.57 , Fig.58 , Fig.59 , Fig.60 , Fig.61 , Fig.62 , Fig.63 , Fig.64 , Fig.65 , Fig.66 , Fig.67 , Fig.68 , Fig.69 , Fig.70 , Fig.71 , Fig.72 , Fig.73 , Fig.74, Fig.75 , Fig.76 , Fig.77 , Fig.78 , Fig.79 , Fig.80 , Fig.81 , Fig.82 , Fig.83 , Fig.84 , Fig.85 , Fig.86 , Figure 87a, Figure 87b, Figure 87c, Figure 87d, Fig.88 , Fig.89 , Fig.90 , Fig.91 , Fig.92 , Fig.93 , Fig.94 , Fig.95 , Fig.96 , Fig.97 , Fig.98 , Fig.99 and Fig.100: The 360-degree rotatable, rotatable floating table adaptable, rotatable floating chair adaptable, foot pedal operated umbrella stabilizing base system 101 can be connected by a combined connection of its components. The base stabilizing foot 102 can be welded to the fillable weight fixing toe 103. The fillable weight fixing toe 103 can be welded to the base stabilizing foot 102. The fillable base stabilizing counterweight 104 can be fixed to the base stabilizing foot 102. The fillable base stabilizing foot pedal housing counterweight 105 can be fixed to the base stabilizing foot 102. The base stabilizing foot reinforcement base 106 can be fixed to the base stabilizing foot 102 with screws. The rotatable floating table locking, rotatable floating chair locking, rotatable umbrella locking foot pedal 107 can be hingedly fixed to the base stabilizing foot reinforcement base 106. 360 degree rotatable, noise cancelling, adaptable rotatable floating table, adaptable rotatable floating chair pole support cone 108 may be secured to base stabilizing foot reinforcement base 106. 360 degree four wall tunnel locking disc 109 may be secured to base stabilizing foot reinforcement base 106. Umbrella pole locking four wall tunnel 110 may be formed into 360 degree four wall tunnel locking disc 109. Noise cancelling tunnel and disc protection housing 111 may slide over 360 degree rotatable, noise cancelling, adaptable rotatable floating table, adaptable rotatable floating chair pole support cone 108. Noise cancelling tunnel and disc protection flange 112 may slide over noise cancelling tunnel and disc protection housing 111. Multi-height adjustable, handicap assistive, easy slide lift, adaptable dog run, land yacht adaptable, projector screen adaptable, anti-sway handle and mast system 113 may be connected by a combination of its components. The multi-height adjustable, easy slide lift, 360 degree rotatable canopy support vertical mast 114 can be secured to the 360 ​​degree rotatable, noise cancelling, adaptable rotatable floating table, adaptable rotatable floating chair pole support cone 108. The multi-height adjustable holes 115 can be drilled into the multi-height adjustable, easy slide lift, 360 degree rotatable canopy support vertical mast 114. The rain shielding top pillar lift weather cap 116 can be secured to the multi-height adjustable, easy slide lift, 360 degree rotatable canopy support vertical mast 114. The swingable lifting boom lift top pillar 117 can be swingably secured to the rain shielding top pillar lift weather cap 116. The height adjustable, physically handicapped assisting, easy slide lift handle 118 can be secured to the physically handicapped assisting, handle secured, easy slide lift outer housing 121. The physically handicapped assisted, easy squeeze, height-adjustable, spring-loaded trigger 119 can be hingedly secured to the height-adjustable, physically handicapped assisted, easy slide-lift handle 118. The height-adjustable, spring-loaded trigger pin 120 can be slidably secured to the physically handicapped assisted, easy squeeze, height-adjustable, spring-loaded trigger 119.The handicap assisting, handle-fixed, easy-slide-lift outer housing 121 can be fixed to the height-adjustable handicap assisting, easy-slide-lift handle 118. The noise-canceling, easy-shuttle handle bearing 122 can be inserted into the handicap assisting, handle-fixed, easy-slide-lift outer housing 121. The handicap assisting, lateral rotatable lockable system 123 can be connected by a combination of its parts. The swingable rain-shielding, rotatable lockable, woodpecker device housing bracket 124 can be hingedly attached to the handicap assisting, handle-fixed, easy-slide-lift outer housing 121. The handicap assisting, lateral rotatable lockable, spring-loaded, tooth-fixed woodpecker device 125 can be hingedly attached to the swingable rain-shielding, rotatable lockable, woodpecker device housing bracket 124. The rotatably adjustable locking tooth housing 126 can be rotatably inserted into the swingable rain-shielding, rotatable lockable, woodpecker device housing bracket 124. A handicap assisting, over-rotation preventing internal stop 127 may be formed to the swingable rain-shielding, rotatable lockable, woodpecker device housing bracket 124. A rotation locking tooth 128 may be formed to the rotationally adjustable locking tooth housing 126. A rotatable, rain-shielding, handicap assisting, ambidextrous compliant canopy crank and lifting system 129 may be connected by a combined connection of its components. A cable-protecting, rotatable boom lift boom 130 may be secured to the rotatably adjustable locking tooth housing 126. An ambidextrous canopy deployment crank housing 131 may be secured to the cable-protecting, rotatable boom lift boom 130. An ambidextrous canopy deployment crank 132 may be rotatably secured to the ambidextrous canopy deployment crank housing 131. A tension locking spring 133 may be secured to the ambidextrous canopy deployment crank 132 within the ambidextrous canopy deployment crank housing 131. The cable securing and winding spindle 134 can be rotatably secured to a tension locking spring 133 within the dual purpose canopy deployment crank housing 131. A one-way locking sawtooth ratchet gear 135 can be rotatably secured to the cable securing and winding spindle 134. A rotation locking sawtooth gear ratchet finger 136 can be swingably secured to the one-way locking sawtooth ratchet gear 135. A canopy securing, velcro seam failure, top strut attachment flange 137 can be secured to the cable securing, rotatable boom lift boom 130. A swingable boom attachment hinge 138 can be swingably secured to the cable securing, rotatable boom lift boom 130. A canopy deployment and retraction cable 139 can be secured within the cable securing, rotatable boom lift boom 130. The robot-assembled, automatic cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, crop irrigation, anti-sway roof system 140 can be connected by the combination connection of its parts. The robot-assembled, thermally expandable and cold-contractable upper roof joint 141 can be swingably fixed to the swingable boom connection hinge 138.The robotically assembled, expandable lower cover joint 142 may be secured to the rib support struts 150. The robotically assembled, expandable holes 143 may be formed into the robotically assembled, expandable upper cover joint 141 and the robotically assembled, expandable lower cover joint 142. The robotically assembled, automatically expanding and shielding rivet tails, and the damage-proof hammer shield 144 may be formed into the robotically assembled, expandable rivet 152. The robotically assembled, automatically expanding and shielding screw tails, and the damage-proof hammer shield 145 may be formed into the robotically assembled, expandable upper cover joint 141 and the robotically assembled, expandable lower cover joint 142. The LED powered cover solar panel 146 may be secured to the robotically assembled, expandable upper cover joint 141. A center top cover support post 147 may be secured to the robotically assembled, thermally expandable upper top cover joint 141. Two opposing semicircular automatic cable cleaning scrapers 148 may be formed to the robotically assembled, thermally expandable upper top cover joint 141. A spine rib 149 may be swingably attached to the robotically assembled, thermally expandable upper top cover joint 141. A spine support post 150 may be swingably attached to the robotically assembled, thermally expandable lower top cover joint 142. A robotically assembled, noise cancelling, rust resistant post end cover 151 may be secured to the spine support post 150. A robotically assembled, thermally expandable rivet 152 may be secured through the spine rib 149, through the spine support post 150, and through the robotically assembled, noise cancelling, rust resistant post end cover 151. The robotically assembled expandable anti-shake screw 153 can be robotically screwed into the robotically assembled, expandable upper cover joint 141 and the robotically assembled, expandable lower cover joint 142. The robotically assembled, automatic cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, crop irrigation cover 154 can be attached to the cover fixing fan 157. The robotically assembled, expandable, cover fixing, rainproof rib end cap system 155 can be connected by the combined connection of its components. The expandable internal rib fixing ridge 156 can be formed on the rib end cap rainproof end 159. The cover fixing fan 157 can be formed on the rib end cap rainproof end 159. The cover fixing robot stitching groove 158 can be formed on the cover fixing fan 157. The rib end cap rainproof end 159 can be formed on the cover fixing fan 157. The rib end cap finger grip groove 160 may be formed into the rib end cap rain shielding end 159 .

[0292] Function

[0293] refer to Fig.101 , Fig.102 , Fig.103 , Fig.104 , Fig.105、 Fig.106 、 Fig.107 、 Fig.108 、 Fig.109 、 Fig.110 、 Fig.111 、 Fig.112 、 Fig.113 、 Fig.114 、 Fig.115 、 Fig.116 、 Fig.117 、 Fig.118 、 Fig.119 、 Fig.120 、 Fig.121 、 Fig.122 、 Fig.123 、 Fig.124 、 Fig.125 、 Fig.126 、 Fig.127 、 Fig.128 、 Fig.129 、 Fig.130 、 Fig.131 、 Fig.132 、 Fig.133 、 Fig.134 、 Fig.135 、 Fig.136 、 Fig.137 、 Fig.138 、 Fig.139 、 Fig.140 、 Fig.141 、 Fig.142 、 Fig.143 、 Fig.144 、 Fig.145 、 Fig.146 、 Fig.147 、 Fig.148 、 Fig.149 、 Fig.150 、 Fig.151 、 Fig.152 、 Fig.153 、 Fig.154 、 Fig.155 、 Fig.156 、 Fig.157 、 Fig.158 、 Fig.159 、 Fig.160 、 Fig.161 、 Fig.162 、 Fig.163 、 Fig.164 、 Fig.165 、 Fig.166 、 Fig.167 、 Fig.168 、 Fig.169 、 Fig.170 、 Fig.171 、 Fig.172 、 Fig.173 、 Fig.174 、 Fig.175 、 Fig.176 、 Fig.177 , Fig.178 , Fig.179 , Fig.180 , Figure 181A (prior art), Figure 181b, Fig.182 , Fig.183 , Fig.184 , Fig.185 , Fig.186 , Fig.187 , Fig.188 , Fig.189 , Fig.190 , Fig.191 , Fig.192 , Fig.193 , Fig.194 , Fig.195 , Fig.196 , Fig.197 , Fig.198 , Fig.199 , Fig.200 , Fig.201 , Fig.202 , Fig.203 , Fig.204 , Fig.205 , Fig.206 , Fig.207 and Fig.208 : 360 degree rotatable, adaptable rotatable floating table, adaptable rotatable floating chair, foot pedal operated umbrella stabilizing base system 101 can be used to perform the combined functions of its components. Base stabilizing feet 102 can be used to: stabilize the umbrella. Fillable weight fixing toe 103 can be used to: fix the fillable base stabilizing weight 104 and the fillable base stabilizing foot pedal shell weight 105. The fillable base stabilizing weight 104 can be used to: stabilize the umbrella. The fillable base stabilizing foot pedal shell weight 105 can be used to: stabilize the umbrella and protect the foot pedal 107 of the rotatable floating table lock, rotatable floating chair lock, and rotatable umbrella lock.

[0294] The base stabilizing foot reinforcement base 106 can be used to: provide a pivot for the 360 ​​degree rotatable, noise canceling, adaptable rotatable floating table, adaptable rotatable floating chair rod support cone 108 and 360 degree four wall tunnel locking plate 109. The rotatable floating table locking, rotatable floating chair locking, rotatable umbrella locking foot pedal 107 can be used to: rotate and unlock the 360 ​​degree four wall tunnel locking plate 109 in the direction of arrows 179a, 179b, 180a, 180b, 180c, 180d and 180f (see Fig.89 , Fig.90 , Fig.91 , Fig.92 , Fig.103 , Fig.104 and Fig.105 ).

[0295] 360 degree rotatable, noise cancelling, adaptable rotatable floating table, adaptable rotatable floating chair rod support cone 108 can be used to: provide vertical support for the multi-height adjustable, easy sliding lifting, 360 degree rotatable top cover support vertical mast 114; support and rotate the floating chair along the direction of arrow 166 (see Fig.41 , Fig.42 , Fig.171 and Fig.172 ); supporting and rotating the floating table; and twisting and locking in the direction of arrows 170a and 170b to truck cargo holes, trailers, boat decks and land yachts (see Fig.159 , Fig.160 , Fig.159 , Fig.160 ). The 360 ​​degree four wall tunnel locking disc 109 can be used to: provide positioning for the umbrella pole locking four wall tunnel 110. The umbrella pole locking four wall tunnel 110 can be used to: rotate and lock the 360 ​​degree rotatable, noise canceling, rotatable floating table, rotatable floating chair pole support cone 108. The noise canceling tunnel and disc protection shell 111 can be used to: protect the base stabilizing foot reinforcement base 106, rotatable floating table locking, rotatable floating chair locking, rotatable umbrella locking footrest 107, 360 degree rotatable, noise canceling, rotatable floating table, rotatable floating chair pole support cone 108, 360 degree four wall tunnel locking disc 109 and umbrella pole locking four wall tunnel 110. The noise canceling tunnel and disc protection flange 112 can be used to: prevent dirt and dust from entering the noise canceling tunnel and disc protection shell 111.

[0296] The multi-height adjustable, handicap assistive, easy slide lift, dog run adaptable, land yacht adaptable, projector screen adaptable, anti-sway handle and mast system 113 can be used to perform the combined functions of its components. The multi-height adjustable, easy slide lift, 360 degree rotatable canopy support vertical mast 114 can be used to: support the umbrella in the vertical direction. The multi-height adjustable holes 115 can be used to: provide multiple locking points for the adjustment of the umbrella.

[0297] The rain shield top strut lift weather cap 116 can be used to: prevent rain from entering the multi-height adjustable, easy-slide lift, 360-degree rotatable top cover supports the vertical mast 114. The swing-lift boom lift top strut 117 can be used to: provide a rotation point for the swing-lift boom lift top strut 117. The height adjustable, physically challenged, easy-slide lift handle 118 can be used to: provide an arched structure to allow physically challenged people to raise and lower the umbrella without bending their hands or fingers (see Fig. 27 and Fig.174); lifting robot assembly, automatic cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, anti-sway canopy system for crop irrigation 140; provide a tapered smooth surface so that the hand can lift comfortably (see Fig. 27 and Fig.174 ); and reducing the transport container space by providing a compact design, reducing the packaging size in the direction of arrow 167 (see FIG. 43A (prior art), Fig.43B , Fig.47 , Fig.48 , Fig.49 , Figure 181A (prior art), Fig.181B , Fig.182 , Fig.183 and Fig.184 ).

[0298] The physically challenged assisted, easy squeeze, height-adjustable, spring-loaded trigger 119 can be used to: provide an arched structure to allow physically challenged individuals to release the height-adjustable, spring-loaded trigger pin 120 (see Fig. 27 and Fig.174 ); locking and unlocking the height-adjustable, handicap-assisted, easy-slide lift handle 118 and the lifting of the handicap-assisted, handicap-secured, easy-slide lift outer housing 121; providing an arched structure to facilitate the release of the height-adjustable, spring-loaded trigger pin 120; and providing a smooth surface so that the hand can comfortably operate in the direction of arrows 183a and 183b (see Fig.110 , Fig.111 and Fig.186 ).

[0299] The height adjustment, spring loaded trigger pin 120 can be used to: engage and disengage with the multi-height adjustable hole 115. The handicap assistive, handle fixed, easy slide lift outer shell 121 can be used to: provide an arc position for physically disabled people to deploy the umbrella without bending their hands or fingers (see Fig.28 and Fig.175 ); Provides a smooth tapered position for less physically fit people to rise and fall in the direction of arrows 183a and 183b to deploy the parachute (see Fig.110 , Fig.111 and Fig.186 ); protecting the noise cancelling, easy shuttle handle bearing 122; and connecting the height adjustable, physically handicapped assisted, easy glide lift handle 118 to the cable protected rotatable cantilever lift boom 130.

[0300] The noise canceling, easy-to-shuttle handle bearing 122 can be used to easily slide the body-impairment-assisting, handle-fixed, easy-to-slide-lift outer housing 121 (see the multi-height adjustable, easy-to-slide-lift, 360-degree rotatable top cover supporting the vertical mast 114) Fig.28 and Fig.175 ); The body-handicap-assisted, handle-fixed, easy-sliding and lifting outer housing 121 slides silently on the multi-height-adjustable, easy-sliding and lifting, 360-degree rotatable top cover supporting the vertical mast 114 in the direction of arrows 183a and 183b (see Fig.110 , Fig.111 and Fig.186 ); provides easy gliding without the need for rollers and other moving parts that may damage or wear over time; provides easy gliding without the need for grease or other lubricants.

[0301] The handicap assisting, laterally rotatable lockable system 123 can be used to perform the combined functions of its components. The swingable rain shielding, rotatable lockable, woodpecker device housing bracket 124 can be used to: accommodate the handicap assisting, laterally rotatable lockable, spring loaded, toothed woodpecker device 125. The handicap assisting, laterally rotatable lockable, spring loaded, toothed woodpecker device 125 can be used to: lock and unlock to allow the cable protection rotatable boom lift boom 130 to rotate laterally in the direction of arrows 181a and 181b (see Fig.28 and Fig.175 ), in an ergonomic manner allowing physically impaired persons to operate without bending their hands and fingers in the direction of arrows 181a and 181b (see Fig.77 ).

[0302] The rotationally adjustable locking tooth housing 126 can be used to provide a location for the rotational locking tooth 128. The internal stop 127 for physical barrier assistance and over-rotation prevention can be used to prevent the cable protection rotatable boom lift boom 130 from over-rotating in the direction of arrows 169a and 169b (see Fig.55 , Fig.56 , Fig.198 and Fig.199 ); prevent injury due to excessive rotation of the cable protection rotatable cantilever lifting boom 130; rotate and lock the position of the cable protection rotatable cantilever lifting boom 130; prevent the umbrella from overturning due to excessive rotation imbalance.

[0303] The rotating locking teeth 128 can be used to: provide a locking position to position the anti-sway canopy system 140 in the direction of arrows 168a, 168b, 168c and 169d for robotic assembly, automatic cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, crop irrigation (see Fig.53 , Fig.54 , Fig.196 and Fig.197 ).

[0304] The rotatable, rain-proof, handicap-assisted, ambidextrous compliant canopy crank and lift system 129 can be used to perform the combined functions of its components. The cable-protecting rotatable cantilever lift boom 130 can be used to: provide a longer reach to allow deployment of robotic assembly, automated cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, anti-sway canopy system 140 for crop irrigation.

[0305] The ambidextrous canopy deployment crank housing 131 can be used to: provide an ambidextrous crank position to comfortably deploy the sway canopy system 140 in the direction of arrow 182 for robotic assembly, automated cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, crop irrigation (see Fig.108 and Fig.109 ); protecting the cable fixing and winding main shaft 134; protecting the one-way locking sawtooth ratchet gear 135; and protecting the rotation locking sawtooth gear ratchet finger 136.

[0306] The bell crank 132 can be used to: provide an ergonomic design that allows physically challenged people to operate without bending their hands or fingers (see Fig.30 and Fig.178 ); easily deploy or retract the robotic assembly, automatic cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, crop irrigation, anti-sway canopy system 140; adjust the desired deployment amount of the robotic assembly, automatic cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, crop irrigation, anti-sway canopy system 140; and accommodate both right-handed and left-handed users.

[0307] The tension locking spring 133 can be used to provide a tension locking force to the dual-purpose canopy deployment crank 132. The cable securing and winding spindle 134 can be used to wind and unwind the canopy deployment and retraction cable 139 during deployment and retraction.

[0308] The one-way locking serrated ratchet gear 135 can be used to: when the dual-purpose top cover deployment crank 132 is turned, the ratchet locking cable is fixed and wound around the main shaft 134.

[0309] The rotation locking sawtooth gear ratchet finger 136 can be used to lock and unlock the one-way locking sawtooth ratchet gear 135 .

[0310] The fixed top cover, Velcro and seam failure, top strut connection flange 137 can be used to: attach the robotic assembly, automatic cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, crop irrigation top cover 154 to the cable protection rotatable cantilever lift boom 130 without the need for Velcro; attach the robotic assembly, automatic cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, crop irrigation top cover 154 to the cable protection rotatable cantilever lift boom 130 without the need for additional seams; provide a locking edge to secure the robotic assembly, automatic cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, crop irrigation top cover 154 to the cable protection rotatable cantilever lift boom 130; rotatably connect the swingable lift boom lifting top strut 117 to the cable protection rotatable cantilever lift boom 130.

[0311] The swingable boom connection hinge 138 can be used to: pivotally connect the anti-sway roof cover system 140 for robot assembly, automatic cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, and crop irrigation to the cable protection rotatable cantilever lifting boom 130. The roof deployment and retraction cable 139 can be used to: deploy and retract the anti-sway roof cover system 140 for robot assembly, automatic cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, and crop irrigation: and tie and release in the direction of arrows 177a, 177b, 177c, 177d, 177e, 177f, 177g, 177i, and 177j to release and fix the anti-sway roof cover system 140 for robot assembly, automatic cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, and crop irrigation and flip 180 degrees (see Fig.33 , Fig.34 , Fig.35 , Fig.36 , Fig.37 , Fig.38 , Fig.39 , Fig.140 , Fig.141 , Fig.142 , Fig.143 , Fig.144 , Fig.145 , Fig.146 , Fig.147 and Fig.148 ).

[0312] The robot-assembled, automatic cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, crop irrigation anti-sway roof system 140 can be used to perform the combined functions of its components. The robot-assembled, thermally expandable and thermally contractible upper roof joint 141 can be used to: pivotally connect the spine rib 149 in the direction of arrows 171a and 172b (see Fig.16 , Fig.18 , Fig. 20 , Fig.132 , Fig.134 and Fig.136 ).

[0313] The robotically assembled, thermally expandable lower top cover joint 142 may be used to pivotally connect the spinal rib support struts 150 .

[0314] The robot assembly thermal expansion and contraction holes 143 can be used to: along the directions of arrows 173a, 173b, 175d and 175e, when the screw robot enters the interior, and then when cooling, it will be locked and contracted around the screw thread (see Fig.24 , Fig.25 , Fig.127 , Fig.131 and Fig.139 ).

[0315] Robotic assembly, automatic expansion and shielding of rivet tails, preventing damage to hammer shield 144 can be used to radially expand and lock in place when inserted robotically in the direction of arrows 185b, 185c and 185d (see Fig.66 , Fig.67 , Fig.150 and Fig.151 ). The robotically assembled, automatically expanded and shielded screw tail, preventing damage to the hammer shield 145 can be used to radially expand the end of the robotically assembled thermally expandable and cold-shrinkable anti-shake screw 153 when inserted in the direction of arrows 171a, 171e, 175f, 175g and 185h (see Fig.24 , Fig.26 , Fig.128 and Fig.131 ); and preventing injuries by shielding sharp edges. The LED powered top cover solar panel 146 can be used to: provide a device for collecting solar energy; collect energy to power LED lights; power LED lights without plugging in; save money by providing a self-sufficient power source.

[0316] The central canopy support column 147 can be used to provide central support for the anti-sway canopy system 140 for robotic assembly, automatic cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, and crop irrigation.

[0317] Two opposing semicircular automatic cable cleaning scrapers 148 can be used to: clean debris that may accumulate on the top cover deployment and retraction cable 139 in the direction of arrow 184 (see Fig.116 and Fig.117 ). The spine ribs 149 can be used for: supporting robotic assembly, automatic cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, crop irrigation canopy 154.

[0318] Rib support struts 150 can be used to: support ribs 149. Robotic assembly, noise elimination, rust-proof strut end covers 151 can be used to: along the direction of arrows 185b and 185c, eliminate the need for nuts and bolts, and reduce manufacturing costs (see Fig.66 , Fig.67 , Fig.150 and Fig.151 ); eliminating the need for gaskets, reducing manufacturing costs; preventing rain, dust and insects from entering the interior of the spine support strut 150; and eliminating noise by preventing additional noise from rubbing against components.

[0319] The robot-assembled expandable and contractible rivet 152 can be used to reduce assembly time by performing robot factory installation in the directions of arrows 185b, 185c and 185d (see Fig.66 , Fig.67 , Fig.150 and Fig.151 ); reducing end user assembly time through robotic factory installation; eliminating the need for washers; and robotically hot stamping rivet end securing spine rib 149, spine rib support struts 150 and robotically assembled, noise eliminating, rust resistant strut end covers 151 together without the need for nuts and bolts.

[0320] The robotically assembled expandable and contractible anti-shake screws 153 can be used to: robotically secure the spine 149 to the robotically assembled, expandable and contractible upper cover joint 141; robotically secure the spine support pillars 150 to the robotically assembled, expandable and contractible lower cover joint 142; robotically automatically thermally expand the expandable and contractible holes 143 and contract them after cooling to lock them in place; robotically automatically expand in the directions of arrows 185b, 185c, and 185d when striking the locked-in-place robotically assembled, automatically expanding and shielding screw tails to prevent injury hammer shield 145 (see Fig.66 , Fig.67 , Fig.150 and Fig.151 ); eliminates the need for washers and bolts.

[0321] Robot assembly, automatic cable cleaning, adaptable to dog run, adaptable to land yacht sail, adaptable to projector screen, rainwater collection, crop irrigation can be used for: wind protection, sun protection, rain protection, snow protection; along the direction of arrow 161 as a cover for dog run (see Figure 1 , Figure 2 , Fig.122 and Fig.123 ); Collect rainwater from ships at sea in the direction of arrows 174a and 174b (see Fig. 9 , Fig.10 , Fig.169 and Fig.170 ); collecting rainwater for irrigation (see Figure 3 , Figure 4 , Fig.163 and Fig.164 ); and various ways to adjustably catch and change the wind direction to steer the land yacht in the directions of arrows 161, 162, 163, 164, 165 and 176 (see Figure 5 , Figure 6 , Figure 7 , Figure 8 , Fig.165 , Fig.166 , Fig.167 and Fig.168 ).

[0322] The robotically assembled, thermally expandable, cap-fixed, weatherproof rib end cap system 155 may be used to perform the combined functions of its components.

[0323] The internal rib fixing ridge 156 that can expand and contract with heat can be used to: fix in the ridge rib 149 (see Fig.82 and Fig.200 ). Canopy mounting fans 157 can be used to: provide a flat surface to attach to canopy 154 for robotic assembly, automated cable cleaning, adaptable dog run, adaptable land yacht sails, adaptable projector screens, rainwater collection, crop irrigation (see Fig.82 and Fig.200 ).

[0324] The canopy fixing robot suture groove 158 can be used to: provide grooves to guide sutures to fix to the canopy 154 for robotic assembly, automatic cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, crop irrigation (see Fig.82 and Fig.200 ).

[0325] The rib end cap rainproof end 159 can be used to: protect the ridge rib 149, prevent rain and insects from entering (see Fig.82 and Fig.200 ). The rib end cap finger grip groove 160 can be used to: provide an insert for finger grip (see Fig.82 and Fig.200 ).

[0326] Variant

[0327] Any part of the five-in-one physically handicapped assistive, easy-slide-lift, dog-trot adaptable, land-yacht adaptable, projector-screen adaptable, anti-shake foot-pedal operated, robotically assembled cantilever canopy umbrella may be of any shape and size.

[0328] Any part of the five-in-one physically handicapped assistive, easy-slide lift, dog run adaptable, land yacht adaptable, projector screen adaptable, anti-shake foot pedal operated, robotically assembled cantilever canopy umbrella may be replaced with an equivalent part.

[0329] Any part of the five-in-one physically handicapped assistive, easy-slide-lift, dog-trot-adaptable, land-yacht-adaptable, projector-screen-adaptable, anti-shake foot-pedal-operated, robotically assembled cantilever canopy umbrella may be made of any material or any combination of any materials.

[0330] Any part of the five-in-one physically handicapped assistive, easy-slide lift, adaptable to dog run, adaptable to land yacht, adaptable to projector screen, anti-shake foot pedal operated, robotically assembled cantilever canopy umbrella can be made of any flexible, semi-flexible, bendable, semi-bendable, stretchable, semi-stretchable, rigid or semi-rigid material.

[0331] Any method of attachment of the components of the five-in-one physically handicapped assistive, easy-slide lift, adaptable to dog run, adaptable to land yacht, adaptable to projector screen, anti-shake foot pedal operation, robotically assembled cantilever canopy umbrella may be replaced by an equivalent method.

[0332] For example, Fig.209 A perspective view of an equivalent variation of the physically handicapped assistive, handle-fixed, easy-sliding and lifting outer housing 121 is shown.

[0333] For example, Fig.210A , Fig.210B , Fig.210C and Fig.210D A perspective view of an equivalent variation of a top strut lift weather cap 116 is shown to keep out rain.

[0334] For example, Fig.211A , Fig.211B , Fig.211C and Fig.211D A perspective view of an equivalent variation of the top cover securing, Velcro and seam failure, top pillar connecting flange 137 is shown.

[0335] For example, Fig.212A , Fig.212B , Fig.212C and Fig.212D A perspective view of an equivalent variation of a rotatable, rain shielding, handicap assisting, ambidextrous compliant, canopy crank and lift system 129 or components thereof is shown.

[0336] For example, Fig.213 , Fig.214A , Fig.214B , Fig.215A , Fig.215B , Fig.216A , Fig.216B , Fig.216C and Fig.216D A perspective view of an equivalent variation of a physical impairment assist, laterally rotatable lockable system 123 or components thereof is shown.

[0337] For example, Fig.217A , Fig.217B , Fig.217C and Fig.217D A perspective view of an equivalent variation of a rotatable, rain shielding, handicap assisting, ambidextrous compliant, canopy crank and lift system 129 or components thereof is shown.

[0338] For example, Fig.218 , Fig.219 , Fig.220 , Fig.221 , Fig.222 , Fig.223 and Fig.224 A perspective view of an LED powered cap solar panel 146 or an equivalent variation of its connection components is shown.

[0339] For example, Fig.225 , Fig.226 , Fig.227 , Fig.228 , Fig.229 , Figure 230A , Figure 230B , Figure 230C , Fig.231A , Fig.231B , Fig.231C , Figure 232A , Fig.232B A perspective view of a robotically assembled, automated cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater collection, crop irrigation anti-sway canopy system 140 or equivalent variations of its components is shown.

[0340] For example, Figure 233A , Fig.233B , Fig.233C , Fig.233D A perspective view of an equivalent variation of a robotically assembled, noise cancelling, rust resistant strut end cover 151 is shown.

[0341] For example, Fig.234A and Fig.234B A perspective view of an equivalent variation of a robotically assembled expandable rivet 152 is shown.

[0342] For example, Fig.234C and Fig.234D A perspective view of an equivalent variation of the robotically assembled thermally expandable and thermally contractible anti-wobble screw 153 is shown.

[0343] For example, Fig.235 , Fig.236 , Fig.237 , Fig.238 , Fig.239 and Fig.240 A perspective view of an equivalent variant of a five-in-one cantilever canopy umbrella that assists people with physical disabilities, easily slides and lifts, can adapt to dog run devices, can adapt to land yachts, can adapt to projector screens, has anti-sway foot pedals, and is assembled by robots is shown. The present invention is very different from the conventional concepts and designs of the prior art. To this end, some embodiments provide a five-in-one cantilever canopy umbrella that assists people with physical disabilities, easily slides and lifts, can adapt to dog run devices, can adapt to land yachts, can adapt to projector screens, has anti-sway foot pedals, and is assembled by robots, which has many unique and significant features, functions, and advantages that overcome all the shortcomings of the prior art, as follows.

[0344] It is an object of some embodiments to provide a five-device-in-one physically handicapped assisting, easy-slide-and-lift, dog-trot-adaptable, land-yacht-adaptable, projector-screen-adaptable, wobbly-foot-pedal-operated, robotically-assembled cantilever canopy umbrella having a 360-degree rotatable, noise-canceling, rotatable floating table-adaptable, rotatable floating chair-adaptable pole support cone 108. Thus, the five-device-in-one physically handicapped assisting, easy-slide-and-lift, dog-trot-adaptable, land-yacht-adaptable, projector-screen-adaptable, wobbly-foot-pedal-operated, robotically-assembled cantilever canopy umbrella can: be capable of providing vertical support for a multi-height adjustable, easy-slide-and-lift, 360-degree rotatable, canopy support vertical mast 114; be capable of supporting and rotating a floating chair; be capable of supporting and rotating a floating table; be capable of twist-locking into a truck grommet, trailer rack, boat deck, and land-yacht.

[0345] Another object of some embodiments is to provide a five-in-one physically handicapped assisted, easy-slide-lift, dog-trot-adaptable, land-yacht-adaptable, projector-screen-adaptable, sway-resistant foot-pedal-operated, robotic-assembled cantilever canopy umbrella having a physically handicapped assisted, handle-fixed, easy-slide-lift outer shell 121. Thus, the five-in-one physically handicapped assisted, easy-slide-lift, dog-trot-adaptable, land-yacht-adaptable, projector-screen-adaptable, sway-resistant foot-pedal-operated, robotic-assembled cantilever canopy umbrella can be: capable of providing an arc position for physically handicapped persons to deploy the umbrella without bending their hands or fingers; capable of providing a smooth tapered position for persons with less strength to lift and deploy the umbrella; capable of protecting a noise-canceling, easy-shuttle handle bearing 122; capable of connecting a height-adjustable, physically handicapped assisted, easy-slide-lift handle 118 to a cable-protected rotatable cantilever lift boom 130.

[0346] It is also an object of certain embodiments to provide a five-in-one handicap-assisted, easy-slide-lift, dog-trot-adaptable, land-yacht-adaptable, projector-screen-adaptable, anti-sway foot-pedal-operated, robotically assembled cantilever canopy umbrella with a noise-canceling, easy-shuttle handle bearing 122. Thus, the five-in-one handicap-assisted, easy-slide-lift, dog-trot-adaptable, land-yacht-adaptable, projector-screen-adaptable, anti-sway foot-pedal-operated, robotically assembled cantilever canopy umbrella can be: a handicap-assisted, handle-fixed, easy-slide-lift outer housing 121 capable of easily sliding on a multi-height-adjustable, easy-slide-lift, 360-degree-rotatable canopy-supporting vertical mast 114; a handicap-assisted, handle-fixed, easy-slide-lift outer housing 121 capable of silently sliding on a multi-height-adjustable, easy-slide-lift, 360-degree-rotatable canopy-supporting vertical mast 114; capable of providing easy slidability without the need for rollers and other moving parts that may become damaged or worn over time; capable of providing easy slidability without the need for grease or other lubricants.

[0347] Another object of certain embodiments is to provide a five-in-one physically handicapped assistive, easy-slide-lift, dog-run-adaptable, land-yacht-adaptable, projector-screen-adaptable, wobbly-pedal-operated, robotically assembled cantilever canopy umbrella having a physically handicapped assistive, over-rotation-preventing internal stopper 127. Thus, the five-in-one physically handicapped assistive, easy-slide-lift, dog-run-adaptable, land-yacht-adaptable, projector-screen-adaptable, wobbly-pedal-operated, robotically assembled cantilever canopy umbrella can be: capable of preventing over-rotation of the cable-protecting rotatable cantilever lift boom 130; capable of preventing injury from over-rotation accidents of the cable-protecting rotatable cantilever lift boom 130; capable of rotationally locking the position of the cable-protecting rotatable cantilever lift boom 130; and capable of preventing the umbrella from tipping over due to over-rotation imbalance.

[0348] Another object of some embodiments is to provide a five-in-one physically handicapped assistive, easy-slide-and-lift, dog-run-adaptable, land-yacht-adaptable, projector-screen-adaptable, anti-sway foot-pedal-operated, robotically assembled cantilever canopy umbrella with an ambidextrous canopy deployment crank 132. Thus, the five-in-one physically handicapped assistive, easy-slide-and-lift, dog-run-adaptable, land-yacht-adaptable, projector-screen-adaptable, anti-sway foot-pedal-operated, robotically assembled cantilever canopy umbrella can be: capable of providing an ergonomic design that allows physically handicapped persons to operate without bending their hands or fingers; capable of easily deploying or retracting the robotically assembled, automatic cable cleaning, dog-run-adaptable, land-yacht-adaptable sail, projector-screen-adaptable, rainwater collection, crop irrigation, anti-sway canopy system 140; capable of adjusting the desired deployment amount of the robotically assembled, automatic cable cleaning, dog-run-adaptable, land-yacht-adaptable sail, projector-screen-adaptable, rainwater collection, crop irrigation, anti-sway canopy system 140; capable of accommodating both right-handed and left-handed users.

[0349] A further object of certain embodiments is to provide a five-in-one physically handicapped assistive, easy-slide-lift, dog run-adaptable, land yacht-adaptable, projector screen-adaptable, wobbly foot pedal operated, robotically assembled cantilever canopy umbrella having a canopy securing, velcro and stitch failure, top strut connecting flange 137. Thus, the five-in-one physically handicapped assistive, easy-slide-lift, dog run-adaptable, land yacht-adaptable, projector screen-adaptable, wobbly foot pedal operated, robotically assembled cantilever canopy umbrella may be: capable of attaching a robotically assembled, automatic cable cleaning, dog run-adaptable, land yacht-adaptable, projector screen-adaptable, rainwater collection, crop irrigation canopy 154 to a cable protecting rotatable cantilever lift boom 130 without the need for velcro; capable of attaching a robotically assembled, automatic cable cleaning, dog run-adaptable, land yacht-adaptable, projector screen-adaptable, rainwater collection, crop irrigation canopy 154 to a cable protecting rotatable cantilever lift boom 130 ...; capable of attaching a robotically A top cover 154 capable of adapting to land yacht sails, projector screens, rainwater collection, and crop irrigation is attached to the cable-protecting rotatable cantilever lift boom 130 without the need for additional seams; a locking edge can be provided to secure the top cover 154 capable of adapting to robot assembly, automatic cable cleaning, dog run, land yacht sails, projector screens, rainwater collection, and crop irrigation to the cable-protecting rotatable cantilever lift boom 130; and a swingable lift boom lifting top support 117 can be rotatably connected to the cable-protecting rotatable cantilever lift boom 130.

[0350] A further object of certain embodiments is to provide a five-in-one physically handicapped-assisted, easy-slide-and-lift, dog-run-adaptable, land-yacht-adaptable, projector-screen-adaptable, sway-resistant foot-pedal-operated, robot-assembled cantilever canopy umbrella with an LED-powered canopy solar panel 146. Thus, the five-in-one physically handicapped-assisted, easy-slide-and-lift, dog-run-adaptable, land-yacht-adaptable, projector-screen-adaptable, sway-resistant foot-pedal-operated, robot-assembled cantilever canopy umbrella can be: capable of providing a device for collecting solar energy; capable of collecting energy to power LED lights; capable of powering LED lights without plugging in; capable of saving money by providing a self-sufficient power source.

[0351] A further object of certain embodiments is to provide a five-in-one physically handicapped assistive, easy-slide-and-lift, dog-trot-adaptable, land-yacht-adaptable, projector-screen-adaptable, sway-proof foot-pedal-operated, robot-assembled cantilever canopy umbrella having a robot-assembled, noise-eliminating, rust-proof support post end cap 151. Thus, the five-in-one physically handicapped assistive, easy-slide-and-lift, dog-trot-adaptable, land-yacht-adaptable, projector-screen-adaptable, sway-proof foot-pedal-operated, robot-assembled cantilever canopy umbrella can: eliminate the need for nuts and bolts, thereby reducing manufacturing costs; eliminate the need for washers, thereby reducing manufacturing costs; prevent rain, dust, and insects from entering the interior of the rib support post 150; and eliminate noise by preventing additional noise from rubbing against components.

[0352] A further purpose of certain embodiments is to provide a cantilever canopy umbrella that is five-in-one and can assist the physically disabled, is easy to slide and lift, can adapt to dog running devices, can adapt to land yachts, can adapt to projector screens, is foot pedal-operated with anti-shake, and is assembled by robots. The umbrella has anti-shake screws 153 that are assembled by robots and can expand and contract with heat. Therefore, a five-in-one cantilever canopy umbrella that assists people with physical disabilities, is easy to slide and lift, can adapt to dog trots, can adapt to land yachts, can adapt to projector screens, is foot pedal-operated, and is robotically assembled can be: capable of robotically fixing the spine 149 to the robotically assembled, thermally expandable and contractible upper canopy joint 141; capable of robotically fixing the spine support struts 150 to the robotically assembled, thermally expandable and contractible lower canopy joint 142; capable of automatically thermally expanding the thermally expandable and contractible holes 143 and contracting them after cooling to lock them in place; capable of automatically expanding robotically when impacting the robotically assembled, automatically expanding and shielding the screw tail to prevent injury hammer shield 145 that is locked in place; capable of eliminating the need for washers and bolts.

[0353] A further purpose of some embodiments is to provide a cantilever canopy umbrella that is five-in-one, physically handicapped-assisted, easy-sliding-and-lifting, adaptable to dog runs, land yachts, projector screens, anti-sway pedal-operated, and robotically assembled, which has a canopy 154 that is robotically assembled, automatically cable-cleaned, adaptable to dog runs, land yacht sails, projector screens, rainwater collection, and crop irrigation. Therefore, the cantilever canopy umbrella that is five-in-one, physically handicapped-assisted, easy-sliding-and-lifting, adaptable to dog runs, land yachts, projector screens, anti-sway pedal-operated, and robotically assembled can be: windproof, sunproof, rainproof, and snowproof; can be used as a cover for dog runs; can collect rainwater on marine vessels; can collect rainwater for irrigation; can capture and change wind direction in a variety of adjustable ways to maneuver land yachts.

[0354] Not every embodiment will achieve every objective of the examples described herein.

[0355] One or more elements or aspects or steps, or any portion thereof, of any one or more of the systems and methods described herein may be combined with one or more elements or aspects or steps, or any portion thereof, of any other one or more of the systems and methods described herein, and combinations thereof, to form one or more additional embodiments and / or claims of the present disclosure.

[0356] One or more components, steps, features and / or functions shown in the figure can be rearranged and / or combined into a single component, block, feature or function, or implemented as multiple components, steps or functions. Other elements, components, steps and / or functions can also be added without departing from the present disclosure. The device, equipment and / or components shown in the figure can be configured to perform one or more methods, features or steps described in the figure.

[0357] The "one embodiment" or "embodiment" mentioned in the specification means that a particular feature, structure or characteristic associated with the embodiment is included in at least one embodiment of the present invention. The phrase "in one embodiment" appearing in different places in the specification does not necessarily refer to the same embodiment.

[0358] The above description of the embodiments of the present invention is for the purpose of illustration and description. It is not intended to be exhaustive of the present invention or to limit the present invention to the precise form disclosed. In light of the above teachings, many modifications and variations may be made. The scope of the present invention is not limited by this detailed description, but by the claims of the present application. It is well known to those skilled in the art that the present invention may be implemented in other specific forms without departing from its spirit or essential characteristics. Similarly, the specific naming and division of modules, routines, features, attributes, methods and other aspects is not mandatory or important, and the mechanisms for implementing the present invention or its features may have different names, divisions and / or formats.

[0359] It is to be understood that, unless otherwise stated, each element and sub-element can be claimed separately. In addition, it is to be understood that other embodiments of the apparatus described herein may have fewer elements than the combination of elements described herein.

[0360] The foregoing description is intended to enable any person skilled in the art to practice the various aspects described herein. Various modifications to these aspects will be apparent to those skilled in the art, and the general principles defined herein may also be applied to other aspects. Therefore, these claims are not limited to the aspects shown herein, but should be given the full scope consistent with the language of the claims, wherein the singular elements mentioned do not mean "one and only one", but "one or more", unless otherwise specified. The word "exemplary" here means "as an example, instance or illustration". Any aspect described herein as "exemplary" is not necessarily to be understood as superior or superior to other aspects. Unless otherwise expressly stated, the term "some" refers to one or more. Combinations such as "at least one of A, B or C", "one or more of A, B or C", "at least one of A, B and C", "one or more of A, B and C", and "A, B, C or any combination thereof" include any combination of A, B and / or C, and may include multiple A, multiple B or multiple C. Specifically, combinations such as "at least one of A, B, or C," "one or more of A, B, or C," "at least one of A, B and C," "one or more of A, B, and C," and "A, B, C, or any combination thereof" may be A only, B only, C only, A and B, A and C, B and C, or A and B and C, wherein any such combination may include one or more members of A, B, or C. All structural and functional equivalents of the various aspects of the elements described in this disclosure that are known or later known to one of ordinary skill in the art are expressly incorporated into this disclosure by reference and are covered by the claims. In addition, nothing disclosed herein is intended to be dedicated to the public, regardless of whether such disclosure is explicitly recited in the claims. Words such as "module," "mechanism," "element," "device," etc. cannot replace the word "means." Therefore, any claim element cannot be understood as "means plus function" unless the element is expressly stated using the phrase "means for..."

Claims

1. A cantilever canopy umbrella with five devices in one, which is physically handicapped-assistant, easy to slide and lift, adaptable to dog running devices, adaptable to land yachts, adaptable to projector screens, anti-shake foot pedal operation, and robot assembly, comprising: Footrests with rotatable floating table lock, rotatable floating chair lock, rotatable umbrella lock; 360-degree four-wall tunnel locking plate; A plurality of umbrella pole locking four-wall tunnels formed into the 360-degree four-wall tunnel locking disk; noise-cancelling tunnel and pan-protective housing; a noise cancellation tunnel and disc protection flange that slides over said noise cancellation tunnel and disc protection housing; A multi-height adjustable, easy-slide-lift, 360-degree rotatable canopy supports a vertical mast that is secured to said 360-degree rotatable, noise-canceling, rotatable floating table-adaptable, rotatable floating chair-adaptable pole support cone; a plurality of multi-height adjustable holes drilled and formed on the multi-height adjustable, easy-sliding-lifting, 360-degree rotatable top cover supporting vertical mast; a rain-shielding top strut lifting weather cap, which is fixed to the multi-height adjustable, easy-slide lifting, 360-degree rotatable top cover supporting vertical mast; A swingable lifting boom lift top support, which is swingably fixed to the rain shield top support lift weather cap; Height-adjustable, physically handicapped-accessible, easy-slide-and-lift handle; a physically challenged assisted, easy squeeze, height adjustable, spring loaded trigger hingedly secured to the height adjustable, physically challenged assisted, easy slide lift handle; a height-adjustable, spring-loaded trigger pin slidably secured to the physically handicapped assisted, easily squeezed, height-adjustable, spring-loaded trigger; a physically handicapped assisting, handle-fixed, easy-slide-and-lift outer housing fixed to the height-adjustable, physically handicapped assisting, easy-slide-and-lift handle; a noise eliminating, easy shuttling handle bearing which is inserted within the body handicap assisting, handle fixing, easy sliding lifting outer housing; a swingable rain-shielding, rotatable and lockable, woodpecker device housing bracket hingedly attached to said physically handicapped assisting, handle-fixed, easy-slide-and-lift outer housing; a physically handicapped assistive, laterally rotatable lockable, spring loaded, tooth-fixed woodpecker device hingedly attached to said swingable rain-shielding, rotatable lockable, woodpecker device housing bracket; a rotatable and adjustable locking tooth housing which is rotatably inserted into the swingable rain-shielding, rotatable and lockable, woodpecker device housing bracket; a plurality of body barrier assisted, over-rotation preventing internal stops formed to said swingable, rain-shielding, rotatable, lockable, woodpecker device housing bracket; a plurality of rotational locking teeth formed onto the rotationally adjustable locking tooth housing; a cable protected, rotatable cantilever lift boom secured within said rotatably adjustable locking gear housing; a dual purpose canopy deployment crank housing secured to said cable protected, rotatable boom lift boom; a dual-purpose canopy deployment crank rotatably fixed to the dual-purpose canopy deployment crank housing; a tension locking spring secured to the ambidextrous top cover deployment crank within the ambidextrous top cover deployment crank housing; a cable securing winding spindle rotatably secured to said tension locking spring within the ambidextrous top cover deployment crank housing; a one-way locking sawtooth ratchet gear rotatably fixed to the cable fixing winding spindle; a rotationally locking sawtooth gear ratchet finger pivotally secured to the one-way locking sawtooth ratchet gear; The top cover is fixed, the Velcro seam fails, and the top support connecting flange is fixed to the cable-protected, rotatable cantilever lifting boom; a swingable boom connection hinge swingably secured to the cable protected, rotatable boom lift boom; canopy deployment and retraction cables secured within said cable protected, rotatable cantilever lift boom; A robot-assembled, thermally expandable and thermally contractible upper cover joint, which is swingably fixed to the swingable boom connecting hinge; Robotic assembly, thermally expandable and thermally contractible lower and upper cover joints, The top cover deployment and retraction cable passes through the robot assembly, the thermally expandable and thermally contractible lower top cover joint and is tied into a knot; A plurality of robot-assembled thermally expandable and thermally contractible holes formed into the robot-assembled thermally expandable and thermally contractible upper cover joint and the robot-assembled thermally expandable and thermally contractible lower cover joint; Robotic assembly, automatic expansion and shielding of rivet tails, hammer shields to prevent injury; A robotically assembled, automatically expanding and shielding screw tail, injury-preventing hammer shield formed into said robotically assembled, thermally expandable and thermally contractible upper cover joint and said robotically assembled, thermally expandable and thermally contractible lower cover joint; A central top cover support column, which is fixed to the upper top cover joint portion assembled by the robot and can expand and contract with heat and cold; Two opposing semicircular automatic cable cleaning scrapers formed to the robot-assembled, thermally expandable and thermally contractible upper cover joint; A plurality of spine ribs swingably attached to the robot assembly and the upper cover joint that can expand and contract with heat and cool; A plurality of ridge support struts swingably attached to the robot assembly, thermally expandable and thermally contractible lower roof joint; a plurality of robotically assembled, noise-cancelling, rust-resistant strut end covers secured to said spine support struts; a plurality of robotically assembled expandable and contractible rivets secured through the spine, through the spine support struts, and through robotically assembled, noise canceling, rust resistant strut end covers, The robotically assembled, automatically expanding and shielding rivet tails, and a hammer shield to prevent injury are attached to the robotically assembled expandable and contractible rivets; A plurality of robot-assembled thermally expandable and thermally contractible anti-shake screws, which are robotically screwed into the robot-assembled, thermally expandable and thermally contractible upper cover joint and the robot-assembled, thermally expandable and thermally contractible lower cover joint; Robotic assembly, automated cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater harvesting, crop irrigation canopy; Multiple internal ribs that can expand and contract with heat and cool to secure the spine; Top cover fixed fan: a top cover fixing robot stitching a groove formed onto the top cover fixing fan; a rib end cap rain shield formed to the top cap fixed fan; and A plurality of rib end cap finger gripping grooves are formed onto the rain shielding ends of the rib end caps.

2. The cantilever canopy umbrella with five devices in one, which is physically disabled-assistant, easy to slide and lift, adaptable to dog running devices, adaptable to land yachts, adaptable to projector screens, operated by anti-shake foot pedals, and assembled by robots according to claim 1: It also includes: Multiple base stabilizing feet, The base stabilizing feet are attached to the footrests of the rotatable floating table lock, rotatable floating chair lock, and rotatable umbrella lock.

3. The cantilever canopy umbrella with five devices in one, which is physically disabled-assistant, easy to slide and lift, adaptable to dog running devices, adaptable to land yachts, adaptable to projector screens, operated by anti-shake foot pedals, and assembled by robots according to claim 1: It also includes: Multiple fillable weight fixed toe, The fillable weight securing toe is welded to the base stabilizing foot.

4. The cantilever canopy umbrella with five devices in one, which is physically disabled-assistant, easy to slide and lift, adaptable to dog running devices, adaptable to land yachts, adaptable to projector screens, operated by anti-shake foot pedals, and assembled by robots according to claim 1: It also includes: Multiple fillable base stabilizing weights, The fillable base stabilizing weight is secured to the base stabilizing feet.

5. The cantilever canopy umbrella with five devices in one, which is physically disabled-assistant, easy to slide and lift, adaptable to dog running devices, adaptable to land yachts, adaptable to projector screens, operated by anti-shake foot pedals, and assembled by robots according to claim 1: It also includes: Padded base for stability, weighted footrest housing, The fillable base stabilizing, footrest housing weights are secured to the base stabilizing feet.

6. The cantilever canopy umbrella with five devices in one, which is physically disabled-assistant, easy to slide and lift, adaptable to dog running devices, adaptable to land yachts, adaptable to projector screens, operated by anti-shake foot pedals, and assembled by robots according to claim 1: It also includes: Base stabilizing feet strengthen the base, The base stabilizing foot reinforcement base is threadedly connected to the base stabilizing foot and is connected to the footrest of the rotatable floating table lock, rotatable floating chair lock, and rotatable umbrella lock.

7. The cantilever canopy umbrella with five devices in one, which is physically disabled-assistant, easy to slide and lift, adaptable to dog running devices, adaptable to land yachts, adaptable to projector screens, operated by anti-shake foot pedals, and assembled by robots according to claim 1: It also includes: 360 degree rotatable, noise cancelling, adaptable to rotatable floating table, adaptable to rotatable floating chair, rod support vertebrae, The 360 ​​degree rotatable, noise cancelling, adaptable rotatable floating table, adaptable rotatable floating chair pole support cone is secured to the base stabilizing foot reinforced base and slides into the noise cancelling tunnel and tray protection housing.

8. The cantilever canopy umbrella according to claim 1, which is physically disabled-assistant, easy to slide and lift, adaptable to dog running devices, adaptable to land yachts, adaptable to projector screens, operated by anti-shake foot pedals, and assembled by robots: It also includes: LED powered roof solar panel, The top cover solar panel powered by the light emitting diode is fixed to the upper cover joint part assembled by the robot and capable of thermal expansion and contraction.

9. The cantilever canopy umbrella with five devices in one, which is physically handicapped-assistant, easy to slide and lift, adaptable to dog running devices, adaptable to land yachts, adaptable to projector screens, operated by anti-shake foot pedals, and assembled by robots according to claim 1: in: The noise eliminating, easy shuttling shank bearing is made of a plastic material.

10. A cantilever canopy umbrella with five devices in one, which is physically handicapped-assistant, easy to slide and lift, adaptable to dog run devices, adaptable to land yachts, adaptable to projector screens, anti-shake foot pedal operation, and robot assembly, comprising: Footrests with rotatable floating table lock, rotatable floating chair lock, rotatable umbrella lock; 360-degree four-wall tunnel locking plate; A plurality of umbrella pole locking four-wall tunnels formed into the 360-degree four-wall tunnel locking disk; noise-cancelling tunnel and pan-protective housing; a noise cancellation tunnel and disc protection flange that slides over said noise cancellation tunnel and disc protection housing; A multi-height adjustable, easy-slide-lift, 360-degree rotatable canopy supports a vertical mast that is secured to said 360-degree rotatable, noise-canceling, rotatable floating table-adaptable, rotatable floating chair-adaptable pole support cone; a plurality of multi-height adjustable holes drilled and formed on the multi-height adjustable, easy-sliding-lifting, 360-degree rotatable top cover supporting vertical mast; a rain-shielding top strut lifting weather cap, which is fixed to the multi-height adjustable, easy-slide lifting, 360-degree rotatable top cover supporting vertical mast; A swingable lifting boom lift top support, which is swingably fixed to the rain shield top support lift weather cap; Height-adjustable, physically handicapped-accessible, easy-slide-and-lift handle; a physically challenged assisted, easy squeeze, height adjustable, spring loaded trigger hingedly secured to the height adjustable, physically challenged assisted, easy slide lift handle; a height-adjustable, spring-loaded trigger pin slidably secured to the physically handicapped assisted, easily squeezed, height-adjustable, spring-loaded trigger; a physically handicapped assisting, handle-fixed, easy-slide-and-lift outer housing fixed to the height-adjustable, physically handicapped assisting, easy-slide-and-lift handle; a noise eliminating, easy shuttling handle bearing which is inserted within the body handicap assisting, handle fixing, easy sliding lifting outer housing; a swingable rain-shielding, rotatable and lockable, woodpecker device housing bracket hingedly attached to said physically handicapped assisting, handle-fixed, easy-slide-and-lift outer housing; a physically handicapped assistive, laterally rotatable lockable, spring loaded, tooth-fixed woodpecker device hingedly attached to said swingable rain-shielding, rotatable lockable, woodpecker device housing bracket; a rotatable and adjustable locking tooth housing which is rotatably inserted into the swingable rain-shielding, rotatable and lockable, woodpecker device housing bracket; a plurality of body barrier assisted, over-rotation preventing internal stops formed to said swingable, rain-shielding, rotatable, lockable, woodpecker device housing bracket; a plurality of rotational locking teeth formed onto the rotationally adjustable locking tooth housing; a cable protected, rotatable cantilever lift boom secured within said rotatably adjustable locking gear housing; a dual purpose canopy deployment crank housing secured to said cable protected, rotatable boom lift boom; a dual-purpose canopy deployment crank rotatably fixed to the dual-purpose canopy deployment crank housing; a tension locking spring secured to the ambidextrous top cover deployment crank within the ambidextrous top cover deployment crank housing; a cable securing winding spindle rotatably secured to said tension locking spring within the ambidextrous top cover deployment crank housing; a one-way locking sawtooth ratchet gear rotatably fixed to the cable fixing winding spindle; a rotationally locking sawtooth gear ratchet finger pivotally secured to the one-way locking sawtooth ratchet gear; The top cover is fixed, the Velcro seam fails, and the top support connecting flange is fixed to the cable-protected, rotatable cantilever lifting boom; a swingable boom connection hinge swingably secured to the cable protected, rotatable boom lift boom; canopy deployment and retraction cables secured within said cable protected, rotatable cantilever lift boom; A robot-assembled, thermally expandable and thermally contractible upper cover joint, which is swingably fixed to the swingable boom connecting hinge; Robotic assembly, thermally expandable and thermally contractible lower and upper cover joints, The top cover deployment and retraction cable passes through the robot assembly, the thermally expandable and thermally contractible lower top cover joint and is tied into a knot; A plurality of robot-assembled thermally expandable and thermally contractible holes formed into the robot-assembled thermally expandable and thermally contractible upper cover joint and the robot-assembled thermally expandable and thermally contractible lower cover joint; Robotic assembly, automatic expansion and shielding of rivet tails, hammer shields to prevent injury; A robotically assembled, automatically expanding and shielding screw tail, injury-preventing hammer shield formed into said robotically assembled, thermally expandable and thermally contractible upper cover joint and said robotically assembled, thermally expandable and thermally contractible lower cover joint; A central top cover support column, which is fixed to the upper top cover joint portion assembled by the robot and can expand and contract with heat and cold; Two opposing semicircular automatic cable cleaning scrapers formed to the robot-assembled, thermally expandable and thermally contractible upper cover joint; A plurality of spine ribs swingably attached to the robot assembly and the upper cover joint that can expand and contract with heat and cool; A plurality of ridge support struts swingably attached to the robot assembly, thermally expandable and thermally contractible lower roof joint; a plurality of robotically assembled, noise-cancelling, rust-resistant strut end covers secured to said spine support struts; a plurality of robotically assembled expandable and contractible rivets secured through the spine, through the spine support struts, and through robotically assembled, noise canceling, rust resistant strut end covers, The robotically assembled, automatically expanding and shielding rivet tails, and a hammer shield to prevent injury are attached to the robotically assembled expandable and contractible rivets; a plurality of robotically assembled, thermally expandable and thermally contractible anti-shake screws that are robotically screwed into the robotically assembled, thermally expandable and thermally contractible upper cover joint and the robotically assembled, thermally expandable and thermally contractible lower cover joint; and Robotic assembly, automatic cable cleaning, adaptable dog run, adaptable land yacht sail, adaptable projector screen, rainwater harvesting, crop irrigation canopy.

11. The cantilever canopy umbrella with five devices in one, which is physically disabled-assistant, easy to slide and lift, adaptable to dog running devices, adaptable to land yachts, adaptable to projector screens, operated by anti-shake foot pedals, and assembled by robots according to claim 10: It also includes: Multiple base stabilizing feet, The base stabilizing feet are attached to the footrests of the rotatable floating table lock, rotatable floating chair lock, and rotatable umbrella lock.

12. The cantilever canopy umbrella according to claim 10, which is five-in-one and can assist the physically handicapped, can slide and lift easily, can adapt to dog running devices, can adapt to land yachts, can adapt to projector screens, can be operated by anti-shaking foot pedals, and can be assembled by robots: It also includes: Multiple fillable weight fixed toe, The fillable weight securing toe is welded to the base stabilizing foot.

13. The cantilever canopy umbrella according to claim 10, which is five-in-one and can assist the physically handicapped, can slide and lift easily, can adapt to dog running devices, can adapt to land yachts, can adapt to projector screens, can be operated by anti-shaking foot pedals, and can be assembled by robots: It also includes: Multiple fillable base stabilizing weights, The fillable base stabilizing weight is secured to the base stabilizing feet.

14. The cantilever canopy umbrella according to claim 10, which is five-in-one and can assist the physically handicapped, can slide and lift easily, can adapt to dog running devices, can adapt to land yachts, can adapt to projector screens, can be operated by anti-shaking foot pedals, and can be assembled by robots: It also includes: Base stabilizing feet strengthen the base, The base stabilizing foot reinforcement base is threadedly connected to the base stabilizing foot and is connected to the footrest of the rotatable floating table lock, rotatable floating chair lock, and rotatable umbrella lock.

15. The cantilever canopy umbrella according to claim 10, which is five-in-one and can assist the physically handicapped, can slide and lift easily, can adapt to dog running devices, can adapt to land yachts, can adapt to projector screens, can be operated by anti-shaking foot pedals, and can be assembled by robots: It also includes: 360 degree rotatable, noise cancelling, adaptable to rotatable floating table, adaptable to rotatable floating chair, rod support vertebrae, The 360 ​​degree rotatable, noise cancelling, adaptable rotatable floating table, adaptable rotatable floating chair pole support cone is secured to the base stabilizing foot reinforced base and slides into the noise cancelling tunnel and tray protection housing.

16. A cantilever canopy umbrella with five devices in one, which is physically handicapped-assistant, easy to slide and lift, adaptable to dog-running devices, adaptable to land yachts, adaptable to projector screens, operated by anti-shake foot pedals, and assembled by robots, comprising: Footrests with rotatable floating table lock, rotatable floating chair lock, rotatable umbrella lock; 360-degree four-wall tunnel locking plate; A plurality of umbrella pole locking four-wall tunnels formed into the 360-degree four-wall tunnel locking disk; noise-cancelling tunnel and pan-protective housing; a noise cancellation tunnel and disc protection flange that slides over said noise cancellation tunnel and disc protection housing; A multi-height adjustable, easy-slide-lift, 360-degree rotatable canopy supports a vertical mast that is secured to said 360-degree rotatable, noise-canceling, rotatable floating table-adaptable, rotatable floating chair-adaptable pole support cone; a plurality of multi-height adjustable holes drilled and formed on the multi-height adjustable, easy-sliding-lifting, 360-degree rotatable top cover supporting vertical mast; a rain-shielding top strut lifting weather cap, which is fixed to the multi-height adjustable, easy-slide lifting, 360-degree rotatable top cover supporting vertical mast; A swingable lifting boom lift top support, which is swingably fixed to the rain shield top support lift weather cap; Height-adjustable, physically handicapped-accessible, easy-slide-and-lift handle; a physically challenged assisted, easy squeeze, height adjustable, spring loaded trigger hingedly secured to the height adjustable, physically challenged assisted, easy slide lift handle; a height-adjustable, spring-loaded trigger pin slidably secured to the physically handicapped assisted, easily squeezed, height-adjustable, spring-loaded trigger; a physically handicapped assisting, handle-fixed, easy-slide-and-lift outer housing fixed to the height-adjustable, physically handicapped assisting, easy-slide-and-lift handle; a noise eliminating, easy shuttling handle bearing which is inserted within the body handicap assisting, handle fixing, easy sliding lifting outer housing; a swingable rain-shielding, rotatable and lockable, woodpecker device housing bracket hingedly attached to said physically handicapped assisting, handle-fixed, easy-slide-and-lift outer housing; a physically handicapped assistive, laterally rotatable lockable, spring loaded, tooth-fixed woodpecker device hingedly attached to said swingable rain-shielding, rotatable lockable, woodpecker device housing bracket; a rotatable and adjustable locking tooth housing which is rotatably inserted into the swingable rain-shielding, rotatable and lockable, woodpecker device housing bracket; a plurality of body barrier assisted, over-rotation preventing internal stops formed to said swingable, rain-shielding, rotatable, lockable, woodpecker device housing bracket; a plurality of rotational locking teeth formed onto the rotationally adjustable locking tooth housing; a cable protected, rotatable cantilever lift boom secured within said rotatably adjustable locking gear housing; a dual purpose canopy deployment crank housing secured to said cable protected, rotatable boom lift boom; a dual-purpose canopy deployment crank rotatably fixed to the dual-purpose canopy deployment crank housing; a tension locking spring secured to the ambidextrous top cover deployment crank within the ambidextrous top cover deployment crank housing; a cable securing winding spindle rotatably secured to said tension locking spring within the ambidextrous top cover deployment crank housing; a one-way locking sawtooth ratchet gear rotatably fixed to the cable fixing winding spindle; a rotationally locking sawtooth gear ratchet finger pivotally secured to the one-way locking sawtooth ratchet gear; The top cover is fixed, the Velcro seam fails, and the top support connecting flange is fixed to the cable-protected, rotatable cantilever lifting boom; a swingable boom connection hinge swingably secured to the cable protected, rotatable boom lift boom; canopy deployment and retraction cables secured within said cable protected, rotatable cantilever lift boom; A robot-assembled, thermally expandable and thermally contractible upper cover joint, which is swingably fixed to the swingable boom connecting hinge; Robotic assembly, thermally expandable and thermally contractible lower and upper cover joints, The top cover deployment and retraction cable passes through the robot assembly, the thermally expandable and thermally contractible lower top cover joint and is tied into a knot; A plurality of robot-assembled thermally expandable and thermally contractible holes formed into the robot-assembled thermally expandable and thermally contractible upper cover joint and the robot-assembled thermally expandable and thermally contractible lower cover joint; Robotic assembly, automatic expansion and shielding of rivet tails, hammer shields to prevent injury; A robotically assembled, automatically expanding and shielding screw tail, injury-preventing hammer shield formed into said robotically assembled, thermally expandable and thermally contractible upper cover joint and said robotically assembled, thermally expandable and thermally contractible lower cover joint; A central top cover support column, which is fixed to the upper top cover joint portion assembled by the robot and can expand and contract with heat and cold; Two opposing semicircular automatic cable cleaning scrapers formed to the robot-assembled, thermally expandable and thermally contractible upper cover joint; A plurality of spine ribs swingably attached to the robot assembly and the upper cover joint that can expand and contract with heat and cool; A plurality of ridge support struts swingably attached to the robot assembly, thermally expandable and thermally contractible lower roof joint; a plurality of robotically assembled, noise-cancelling, rust-resistant strut end covers secured to said spine support struts; a plurality of robotically assembled expandable and contractible rivets secured through the spine, through the spine support struts, and through robotically assembled, noise canceling, rust resistant strut end covers, The robotically assembled, automatically expanding and shielding rivet tails, a hammer shield to prevent injury, is attached to the robotically assembled expandable and contractible rivet; and A plurality of robot-assembled thermally expandable and thermally contractible anti-shake screws are robotically screwed into the robot-assembled, thermally expandable and thermally contractible upper cover joint and the robot-assembled, thermally expandable and thermally contractible lower cover joint.

17. The cantilever canopy umbrella with five devices in one, which is physically disabled-assistant, easy to slide and lift, adaptable to dog running devices, adaptable to land yachts, adaptable to projector screens, operated by anti-shake foot pedals, and assembled by robots according to claim 16: It also includes: Multiple base stabilizing feet, The base stabilizing feet are attached to the footrests of the rotatable floating table lock, rotatable floating chair lock, and rotatable umbrella lock.

18. The cantilever canopy umbrella according to claim 16, which is five-in-one and can assist the physically handicapped, can slide and lift easily, can adapt to dog running devices, can adapt to land yachts, can adapt to projector screens, can be operated by anti-shaking foot pedals, and can be assembled by robots: It also includes: Multiple fillable weight fixed toe, The fillable weight securing toe is welded to the base stabilizing foot.

19. The cantilever canopy umbrella according to claim 16, which is five-in-one and can assist the physically handicapped, can slide and lift easily, can adapt to dog running devices, can adapt to land yachts, can adapt to projector screens, can be operated by anti-shaking foot pedals, and can be assembled by robots: It also includes: Base stabilizing feet strengthen the base, The base stabilizing foot reinforcement base is threadedly connected to the base stabilizing foot and is connected to the footrest of the rotatable floating table lock, rotatable floating chair lock, and rotatable umbrella lock.

20. The cantilever canopy umbrella according to claim 16, which is physically disabled-assistant, easy to slide and lift, adaptable to dog running devices, adaptable to land yachts, adaptable to projector screens, anti-shake foot pedal operation, and robot-assembled: It also includes: 360 degree rotatable, noise cancelling, adaptable to rotatable floating table, adaptable to rotatable floating chair, rod support vertebrae, The 360 ​​degree rotatable, noise cancelling, adaptable rotatable floating table, adaptable rotatable floating chair pole support cone is secured to the base stabilizing foot reinforced base and slides into the noise cancelling tunnel and tray protection housing.

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