88results about "Balustrades" patented technology

An assembly of extruded members including: an extruded housing member including one or more holes formed along at least one side thereof for entry of ends of one or more second extrusions therethrough; and at least one extruded aluminum clamping member including one or more pairs of opposed clamping portions for clamping the ends of the one or more second extrusions therebetween.

A connection system for joining members of a structure, said system comprising an anchor element fixed to a primary structure or structural member and an adapter element fixed to said anchor element, said adapter element being adapted to receive, support and be connected to the end of a secondary structural member, the system permitting the assembly so created be readily, partially or completely, dismantled; said anchor element being fixed in place using conventional fastening means, said adaptor element being slidingly engaging with complementary shapings of said anchor element and locked in place on said anchor element by the installation of locking means, an end of said structural member being entered into and secured to said adaptor element by frictional engagement, by bonding or, where a tensile loading is to be applied to said structural member, by means of conventional fastenings.

A dual-axis swivel bracket for a deck railing section is disclosed. The bracket is simultaneously adjustable along a first axis and a perpendicular second axis. When one end of the bracket is attached to a post and the other is attached to a rail, the position of the rail may be moved through a wide range of motion to allow for a wide range of installation designs.

The invention relates to the technical field of building handrails, in particular to a building corridor barrier-free handrail adjustable device which comprises a mounting frame body, a handrail adjusting assembly, a stool rotating assembly and a limiting connecting assembly, the handrail adjusting assembly is mounted on the mounting frame body, and the stool rotating assembly is mounted at the bottom end of the mounting frame body; a limiting connecting assembly is mounted on the outer side of the mounting frame main body; the armrest adjusting assembly comprises a lifting groove, a guide opening, a guide rod, a first spring, a lifting block, a guide hole, a first armrest and a second armrest. According to the invention, the armrest adjusting assembly is adopted, so that the armrest structure can be automatically adjusted to adapt to people with different heights, a user can comfortably use the armrest, and the use effect of the equipment is improved; the stool rotating assembly is adopted, a rotating seat can be arranged, when a user needs to use the chair, the user can sit for rest, the rest effect of the user is ensured, and the rest effect is improved.

Mounting device for railings with a linear guide, wherein holding devices for the upper and lower rails of the railing are arranged on the guiding component and at least one holding device for an element in the form of the post and infill elements of the railing is arranged on at least one guided component of the linear guide, characterized in that the guiding component is at least one guide rail (4) and the guided component is at least one slide (5) on the guide rail (4), that the guided component is a guided component of the linear guide (1) provided with a displacement measuring system, that the displacement measuring system has at least one optoelectronic displacement sensor and that the displacement measuring system is interconnected with a control device in such a way thatthat the control device is a control device which, by means of the displacement measuring system and a drive connected to the control device, moves the guided component to the respective position and successively sums the distance between positions of elements, wherein the control device is a control device which determines the number of elements from the minimum distance of the elements taking into account the respective width and from this either sets the positions of the elements equal to the minimum distance if the number is a whole number or rounds the number up to the next whole number if the number is not a whole number and from this determines the new distance.

A platform system comprising a platform structure having at least one modular platform unit with platform connection features on a side surface thereof to which other components can be connected, the other components including at least two of the following: another modular platform unit, a stair unit, a tower unit, a handrail unit, and a ladder unit. A stair assembly is connected to the platform structure via said connection features, the stair assembly comprising a plurality of stair units connected together to provide a number of steps equal to the sum of steps of the stair units.

This invention relates to a method for constructing a prefabricated river-blocking ribbon and the ribbon itself. The ribbon includes a frame, a base plate, and a finishing layer. The frame comprises several frame pieces and transverse connecting sub-frames connecting the frame pieces. Each frame piece has a clamping space for holding and fixing it to the edge of the building's load-bearing base. During construction, the frame pieces are processed into standard parts, and the clamping spaces of the frame pieces are used to clamp them to the edge of the building's load-bearing base. The upper elevation of the frame pieces is adjusted to the design height, and the frame pieces are then fixed to the building's load-bearing base. After the frame pieces are connected as a whole through the transverse connecting sub-frames, the base plate is installed on the outside of the frame, and the finishing layer is made on the surface of the base plate. The prefabricated river-blocking ribbon of this invention, through the processing of the frame pieces, allows the frame pieces to be manufactured as standard parts for on-site assembly and installation, reducing on-site welding work. The formation of the clamping space also improves the stability of the frame installation.

The invention relates to the technical field of parapet wall curtain wall inner handrail structures, in particular to a parapet wall curtain wall inner handrail structure and an implementation method thereof.The parapet wall curtain wall inner handrail structure comprises an embedded part, the top of the embedded part is connected with a connecting base, the top of the connecting base is provided with an inserting column, and the inserting column is inserted into an inserting groove formed in the bottom of a handrail vertical rod; through holes are simultaneously formed in the outer sides of the upper and lower ends of the handrail vertical rods and the tops of the slots; the parapet wall curtain wall inner handrail structure and the implementation method have the beneficial effects that when the parapet wall curtain wall inner handrail structure is installed, before a parapet wall is poured with concrete, the installation position of the embedded part is determined according to the design requirement, the embedded part is installed according to the set position, and after the embedded part is installed, the embedded part is installed in the set position; and after concrete of the parapet wall reaches certain strength, inserting grooves in the bottoms of the handrail vertical rods are aligned with inserting columns on the tops of the embedded parts and the tops of the connecting bases, and the handrail vertical rods are installed on the tops of the connecting bases.

The embodiment of the invention provides a supporting platform for testing a marine natural gas incineration device. The supporting platform comprises a main structure frame, a valve group platform, a pedestrian path and handrails. The main structure is of a welding structure and comprises multiple layers of platforms, the multiple layers of platforms are in a six-layer regular quadrangular tower form and comprise a lower layer platform and five upper layer platforms of the same structure, and the uppermost three upper layer platforms are of detachable structures. One side face of the upper-layer platform is a U-shaped opening, and enough cylindrical space is reserved in the middle. The valve group platform is positioned on three side surfaces of the main steel structure frame; a movable openable windproof canopy is arranged at the top of the valve group platform; the supporting platform is provided with a pedestrian path and handrails, and workers can reach all working areas of the valve group platform and the main steel structure frame from the ground through the pedestrian path and the handrails. The main steel structure frame is of a U-shaped opening structure, the front face of the main steel structure frame is provided with an inlet and outlet for hoisting GCU equipment, a space with the enough diameter is reserved in the middle of the main steel structure and used for deploying mainstream ship type GCU equipment, the bottom layer platform is arranged in a bent inclined strut mode, and the influence on equipment access channels is reduced.

A balustrade assembly (1) comprising: 1) a slab (2), made of glass, which extends planarly, comprising a first slab face (21) and a second slab face (22), and a slab foot (23); ID a supporting device (3) comprising a base (30), a first wing (31), and a second wing (32), which extend from said base (30) identifying a cavity (300) therebetween in which the slab foot (23) is insertable; ill) an adjustment / blocking group (4) suitable for blocking the slab (2) in the supporting device (3), wherein the adjustment / blocking group (4) comprises at least one adjustment / blocking device (5, 6, 7) housed in said cavity (300) between the first slab face (21) and the first wing (31). Said supporting device (3) comprises a thrust fin (320), included in the second wing (32), positioned in a region opposite to the adjustment / blocking group (4), wherein said thrust fin (320) is positionable in a position suitable for recovering the inclination of the slab (2).

The invention provides a construction method of a ceramic tile panel overhanging type guardrail, which comprises the following steps of: firstly, mounting adapters on a main body structure, then connecting each upright post with the corresponding adapters, mounting transverse frameworks at the bottoms, the middle parts and the tops of the upright posts, mounting ceramic tile steel pipes on the transverse frameworks at the bottoms, and then spraying fluorocarbon, so as to form the ceramic tile panel overhanging type guardrail. Decorative profiles are wrapped outside the stand columns, the lower-layer transverse framework and the middle transverse framework, then earthenware bricks are hung on earthenware brick steel pipes in a stringing mode and limited and fixed through long pins, and finally decorative profiles on the periphery of the upper-layer transverse framework are installed. The earthenware bricks hung in series serve as a main body to form a safe and stable guardrail system, the whole earthenware bricks are light and convenient and fast to assemble and disassemble, the guardrail can present different visual effects, and the earthenware bricks are made of environment-friendly high-strength inorganic materials, are free of pollution to human bodies and the environment and are not prone to corrosion.

Kit for a parapet structure (1) on a building (2), wherein the kit comprises at least the following: - at least one parapet element (3a, 3b) made of metal, wherein the parapet element (3a, 3b) comprises *vertically oriented, spaced-apart bars (3a1, 3b1), *an upper and a lower metal profile (3a2o, 3a2u, 3b2o, 3b2u), wherein these two metal profiles (3a2o, 3a2u, 3b2o, 3b2u) are spaced apart from each other in a vertical direction, such that the upper ends of the bars (3a1, 3b1) terminate in the upper metal profile (3a2o, 3b2o) and the lower ends of the bars (3a1, 3b1) terminate in the lower metal profile (3a2u, 3b2u), and *at least one extension (3a3, 3b3) that engages at least the lower metal profile (3a2u, 3b2u), wherein the two metal profiles (3a2o, 3a2u, 3b2o, 3b2u) each have a front (3VS) facing the building (2) and a rear (3RS) facing away from the building (2), wherein the extension (3a3,3b3) projects vertically from the lower metal profile (3a2o, 3a2u, 3b2o, 3b2u), wherein the at least one extension (3a3, 3b3) has at least one projection (4), preferably in the form of a mandrel, the projection extending at least 10 cm from the metal profile (3a2o, 3a2u, 3b2o, 3b2u) in the normal direction.

A hand rail system and associated methods. Newel posts of the hand rail system can be mounted in a top mount configuration or a lateral mount configuration. Mounts are receivable in a boot subassembly in a horizontal or vertical arrangement for anchoring the boot subassembly to substructure. After anchoring of the boot subassembly, a column subassembly may be installed and anchored. Openings in the boot and column subassemblies permit access to the interior of the newel post for anchoring the boot and column subassemblies and for connecting a hand rail to the column subassembly. Subsequent installation of covers on the boot subassembly and column subassembly closes the newel post and provides a finished appearance free of external indication that openings in the newel post existed and have been covered. Four-sided turned newels, newel panel retainers, and associated methods are also disclosed.

The invention relates to a wheel-rail docking system, which comprises a main body vehicle, a first wheel set and a second wheel set, a second wheel set; a base; the power supply device is connected to the first wheel set and provides variable power for the first wheel set; a rail including: an upper rail; a lower rail; the supporting piece is used for connecting the upper rail and the lower rail; the upper track and the lower track which are connected define a space for enabling the first wheel set and the second wheel set to rotate, and the device is characterized in that when the main body vehicle bearing the load walks on a slope, the first wheel set and the second wheel set walk on the lower track in a first rotation direction, and the first wheel set and the second wheel set do not make contact with the upper track; and when the main body vehicle bearing the load is located on a slope and turns forwards or backwards, the first wheel set is kept in contact with the lower rail, and the second wheel set is in contact with the upper rail and rotates in a second rotating direction opposite to the first rotating direction. The invention also relates to a method for wheel-rail butt joint by using the system.

In various embodiments, the present invention provides: a mounting for attaching a balustrade to the outer vertical side of a ledge; a kit of parts comprising a mounting and a balustrade; a balcony comprising a ledge and a balustrade attached to the outer vertical side of the ledge via a mounting; and a method of attaching a balustrade to the outer vertical side of a ledge via a mounting The mounting comprises a first bracket configured for attachment to the outer side of the ledge, the first bracket defining a central channel, the central channel having a first opening at a vertically upper end of the first bracket. It comprises a second bracket having one or more fixings arranged to connect to an internal side of the balustrade. The first and second brackets are configured to be assembled by sliding the second bracket into the central channel of the first bracket. The vertical and / or horizontal angle of the second bracket relative to the first bracket is adjustable by one or more of: (i) accessing, via the first opening, an adjustment mechanism provided within the central channel of the first bracket, and operating said adjustment mechanism; and / or (ii) inserting, via the first opening, one or more spacing components or compositions in a gap between the first and second brackets.

This invention discloses a modular viewing frame for rapeseed fields, comprising a base plate with a through groove at the top and a central fixing column inside the groove. Multiple fixing nails are fixedly connected to the bottom of the central fixing column, and four viewing frame members are detachably connected to its outer surface. Each viewing frame member includes a first connecting component, a second connecting component, a third connecting component, and a fourth connecting component. By firmly connecting the viewing frame members to the base plate and the central fixing column, visitors can sequentially climb onto the fourth, third, second, and first connecting components to view the rapeseed flowers at different heights, facilitating photography and scenery appreciation. After the flowering period, the device can be disassembled, saving space and facilitating transportation. This device is convenient to use, highly safe, and meets the needs of viewers during the rapeseed flower season.

The present invention provides a unitized curtain wall and railing installation device and a unitized curtain wall system, relating to the field of curtain wall technology. The device solves the technical problem in the prior art where railing embedded parts are fixed to groove-type embedded parts by bolting, which easily causes interference between railing units and curtain wall units. The unitized curtain wall and railing installation device and the unitized curtain wall system include a railing adapter and a curtain wall adapter. The railing adapter is constructed with an escape space for the curtain wall adapter to pass through, so that the railing adapter and the curtain wall adapter can be separately arranged on the main structure. The present invention is used to provide a unitized curtain wall and railing installation device and a unitized curtain wall system that prevents mutual interference between railing units and curtain wall units.

A telescopic handrail that includes first and second telescoping members adapted to move from a first contracted position to a second expanded position. The telescoping members each having a free end and an opposing telescoping end. The handrail includes locking arrangement to releasably secure the telescoping members in the first contracted position. The handrail includes restraining arrangement to prevent the telescoping members from separating more than the second expanded position. The handrail includes a first fixing device to secure a free end of the first telescoping member to a fixed point. The handrail includes a second releasable fixing device to releasably secure a free end of the second telescoping member to a fixed point.

The application discloses an assembled design structure of an ultra-high rotary stair, and belongs to the technical field of rotary stairs, which comprises an upper fixing sleeve, a lower fixing sleeve, a plurality of steps, a plurality of protective pieces and two handrails, the upper fixing sleeve is fixedly installed on a wall base, the lower fixing sleeve is located below the upper fixing sleeve and is fixedly installed on a ground base, the steps are arranged in a spiral ascending mode, two adjacent steps are overlapped, and the two adjacent steps are connected through two connecting pieces; the connecting pieces are used for connecting two adjacent steps, the installation of the steps is completed, the mutual constraint between the steps is established, the steps are arranged in a spiral ascending mode, the steps form an integral whole, the integral whole is constrained by the upper fixing sleeve and the lower fixing sleeve, a column-free rotary stair is formed, the whole installation structure is simple, the installation process is simple and convenient, and therefore the assembling efficiency of the rotary stair is greatly improved.

The application discloses a load-bearing type balcony for fabricated building, which comprises a bottom plate, a positioner, an adjusting frame, a driver and a dryer, the top of the bottom plate is provided with a baffle, the inner wall of the bottom plate is provided with the positioner, and the bottom of the bottom plate is provided with a plurality of load-bearing frames. The positioner and the second positioning plate are installed, so that the position of the load-bearing type balcony can be temporarily limited, the installation efficiency is improved, after the load-bearing type balcony is moved to the installation site, the one end of the load-bearing plate is moved into the limiting groove of the fabricated wall body, the output end of the micro motor is rotated to drive the bidirectional lead screw to rotate, the one end of the second positioning plate is moved out of the inside of the load-bearing plate and into the limiting groove of the wall body, the position of the load-bearing plate is limited, the position of the load-bearing type balcony can be temporarily limited through the load-bearing plate, and the purpose that the position of the load-bearing type balcony can be temporarily positioned is achieved.

A modular platform system utilizing a number of components including a platform. The platform is configured so that each of the components may interchangeably connect to any side of the platform. The components include, for example, handrails and stairways, as well as other platforms. The platform and most of the components are formed from single, continuous pieces of metal.

This invention relates to a prefabricated steel structure staircase and its assembly method, specifically within the technical field of prefabricated steel structure staircases. The invention addresses the problems of existing steel structure staircases, which require on-site welding, resulting in low construction efficiency, high labor costs, and cumbersome transportation due to their long length, necessitating the use of large hoisting equipment and incurring high operating costs. The invention comprises multi-layered stair column assemblies and multi-layered staircase assemblies. The multi-layered stair column assemblies are arranged sequentially from bottom to top along the outer end of the frame assembly. The stair column assemblies are fixed to the outer end of the frame assembly via TU snap-fit ​​nodes. Each layer of stair column assemblies is fixedly connected to one layer of staircase assembly. Each layer of staircase assembly includes a landing assembly, a lower stair flight assembly, and an upper stair flight assembly. The landing assembly is connected to the stair column assembly via TB or UT nodes. This invention is used for building connections.

The present disclosure concerns a handrail-mounting bracket assembly for mounting a first handrail element to a second handrail element or a support structure, the bracket assembly comprising: a first handrail-mounting subassembly including a first handrail-mounting member and a first connecting member; a second handrail-mounting subassembly including a second handrail-mounting member and a second connecting member; the bracket assembly being selectively configurable in an engagement configuration in which the first and second handrail-mounting members are at least partially insertable into a bracket-engaging opening of the first handrail element, and in a mounting configuration wherein the first and second handrail-mounting members at least partially form together a handrail-mounting end portion and are locked with the first handrail element so as to prevent removal of the bracket assembly from the bracket-engaging opening once inserted therein. It also concerns a corresponding method for removably mounting a multi-pieced handrail-mounting bracket to a handrail element.

A fence element comprising a base (1), at least two slats (2) and a handrail (3), wherein: the slats (2) are arranged side by side; the slats (2) are arranged substantially vertically; each slat (2) has a lower end (4) connected to the base (1); each slat (2) has an upper end (5) connected to the handrail (3); the lower ends (4) of the slats (2) are connected to the base (1) offset and spaced apart from each other when the fence element is viewed in side view; the upper ends (5) of the slats (2) intersect each other at the connection to the handrail (3) when the fence element is viewed in side view; and the slats (2) form a force-fitting triangle.

The invention discloses an assembly type intelligent barrier-free linkage component, and relates to the technical field of barrier-free facilities, the assembly type intelligent barrier-free linkage component comprises an assembly wall plate, an electric appliance mounting assembly, a driving mechanism, a locking device and a protection assembly, the assembly wall plate is detachably mounted on the surface of an assembly frame assembly through bolts; the electric appliance installation assembly is installed on the inner wall of the assembling frame assembly, the driving mechanism is installed on the electric appliance installation assembly, and the locking device is installed on the bottom side of the connecting position of the driving mechanism and the anti-skid handrail. The problems that a traditional component cannot adjust the height of a handrail according to the use requirement of a user, the use inconvenience of the user is increased, meanwhile, when some adjustable anti-skid handrails are prone to being subjected to lateral force different from the axial pushing force of the electric push rod, normal pushing work of the electric push rod is affected, the lifting track of the handrails is prone to deviation, and use is inconvenient are solved. And a sliding groove for moving the handrail is exposed, so that fingers enter the handrail by mistake or sundries are accumulated, and potential safety hazards are increased.

A modular platform system utilizing a number of components including a platform. The platform is configured so that each of the components may interchangeably connect to any side of the platform. The components include, for example, handrails and stairways, as well as other platforms. The platform and most of the components are formed from single, continuous pieces of metal.

A staircase is provided that includes a column and steps. Each step: is coupled to the column and extends outside of, and away from, the column; includes a tread surface; and can move longitudinally along the column. The staircase can transition to a plurality of states by an actuation system, including closed and open states. The closed state includes the steps positioned at the upper end with the tread surfaces of the plurality of steps oriented around the upper end and coplanar to a flooring surface of the upper floor. The opened state includes the steps positioned at varying distances longitudinally along the column from the upper end towards the lower end so as to form spiraling steps around the column between the upper and lower floors. The steps can move longitudinally along the column for positioning in the closed and opened states.

Aspects hereof provide apparatuses, systems and / or methods directed to a top load vertical railing comprised of a top rail, a bottom rail, a spacer, and a plurality of balusters extending between the top rail and the bottom rail. The bottom rail and the spacer have corresponding apertures for receiving the lower ends of the balusters. The spacer is temporally positioned on the bottom rail such that the apertures of the bottom rail align with the apertures of the spacer. The balusters are then positioned through the aligned apertures. The top rail is then positioned along the upper ends of the balusters. To finalize assembly, the spacer slides upwardly toward the top rail to engage a connecting structure on the top rail.

A holding, clamping and adjustment fitting (1) of glass panel (6) vertical inclination within a holding section (5) is proposed, characterized in that it comprises a wedge-shaped fixed part (2), one side of which is flat and in assembled state of the glass panel (6) contacts the section (5), and a movable part (3), wherein one side (4) of the movable part in assembled state of the glass panel (6) contacts the glass panel (6) and is flat and the opposite side contacting the fixed part (2) is convex and fully or partially contacts the surface of the fixed part (2), which is correspondingly concave, so that the movable part (3) can move along circular arc occupying various inclined positions relative to the imaginary vertical axis of the fixed part (2), so that the side (4) of the movable part (3) in assembled state of the glass panel (6) contacting the glass panel (6) adopts the proper inclination relative to section (5) and glass panel (6) geometry concurrently.

A coping and a panel including same can be stably fixed without the need for a post process by a simple fastening method in which the coping is fitted and fastened from top to bottom when the coping is installed, and the risk of water leakage can be greatly reduced by forming a drain space into which water flows. According to the present invention, the coping is configured in a dry type, so that environmental pollution can be reduced and constructability can be improved without a post-process. The present invention employs a dry construction method which enables adaptive construction by mechanical assembling such as bolt tightening without using an adhesive which requires waiting for curing, and thus requires lower difficulty of construction than wet construction, requires short construction period, and enables construction regardless of season, thereby achieving a high construction efficiency.