99 results about "Adhesive disc" patented technology

A repeated locking device can be used as a protective device of a magnetic suspension flywheel, mainly consisting of an electromagnet, a locking pillar, a support, a supporting pillar, a spring pillar, a compression spring, a connection shaft, a baffle, a stretching spring and a sensor; the electromagnet, the sensor and the baffle are fixed on the support through a tightening bolt and a connection bolt; a magnet seat is fixed on one end of the support through the connection bolt, an adhesive disc is arranged on the outer side of the electromagnet and is connected with the supporting pillar; the locking pillar is connected with the support through the stretching spring; the spring pillar is arranged between the baffle and the supporting pillar and is connected with the supporting pillar; the compression spring is arranged on the outer side of the spring pillar and is connected with the baffle through the spring pillar; the sensor and the baffle are fixed on the support through the tightening bolt and the connection bolt; the locking pillar is arranged on the upper side of the supporting pillar. The locking device protects the magnetic suspension flywheel system, and has the advantages of repeated utilization, high reliability, simple structure, and the like.

The invention discloses a novel optical fiber coiling device of a laser device. The optical fiber coiling device includes a coiling motor, a supporting frame, a fixing plate, a base, an adjustable conveying plate structure, a rapid rotation seat structure, a rapid disassembly optical fiber coiling wheel structure, a connecting shaft, a coupling, a buffering rubber roller, a fixing shaft, a connecting sleeving, a baffle ring and a main switch. According to the novel optical fiber coiling device of the laser device, through the arrangement of the buffering rubber roller, the fixing shaft, the connecting sleeving and the baffle ring, the problem that the optical fiber is too hard resulting in the fact that coiling is broken in the coiling process can be prevented, and the effect of cushion protection can be achieved. Through the arrangement of a conveying connection bolt and nut and a fixing adhesive disc, safe fixation is convenient to conduct in the conveying process, and stability andreliability in the conveying process are ensured; and through the arrangement of a conveying fixing steel plate and a damping spring, the effect of cushion protection can be achieved and the problem that violent waggle appeared in the conveying or coiling process affects the work of conveying or coiling is prevented.

A grinder for machining straight-line guide track is composed of a main body, a bench on the main body, a fixture on the bench, a gantry above the main body and consisting of two vertical columns and transverse beams, two servo motors at both sides of front transverse beam, feeding carriage driven by leading screw, electric mainshafts on said carriage, and lift adhesive discs arranged to lower end of each electric mainshafts. It has high machining precision.

The invention relates to a silicon wafer automatic feeding and discharging device for a plasma enhanced chemical vapor deposition (PECVD) device. A mechanical arm is installed on a rack in a rotating mode, and an adhesive disc is installed on the mechanical arm. A first silicon box transmission mechanism, a first lifting platform mechanism, a guide mechanism, a first out slice transporting mechanism, a first musical storing mechanism, a first transporting mechanism, a first trolley positioning mechanism, a first graphite boat positioning mechanism and a first transporting trolley are installed on the rack which is arranged at the outer side of the mechanical arm. A second silicon box transmission mechanism, a second lifting platform mechanism, an out slice transporting mechanism, a second out slice transporting mechanism, a second musical storing mechanism, a second transporting mechanism, a second trolley positioning mechanism, a second graphite boat positioning mechanism and a second transporting trolley are installed at the inner side of the rack. The silicon wafer automatic feeding and discharging device for the PECVD device has the advantages of greatly improving production efficiency, reducing labor intensity of workers, preventing the problem of high silicon damage rate caused by manual feeding and discharging from happening and decreasing manufacturing cost.

The invention discloses a curtain wall cleaning robot control system and method controlled by a microcontroller and belongs to the field of climbing robots. According to the curtain wall cleaning robot control system and method, an internal attachment walking mechanism and an external attachment walking mechanism are alternately attached to a curtain wall, so that a curtain wall cleaning robot horizontally and vertically moves, the curtain wall cleaning robot turns freely by using rotation movement of the internal attachment walking mechanism, and 360-degree all-dimensional movement is achieved; meanwhile, adhesive discs in the internal attachment walking mechanism and the external attachment walking mechanism have the extending and retracting functions, and the curtain wall cleaning robothas good obstacle crossing function and can be suitable for a frameless glass curtain wall and a frame glass curtain wall; according to the curtain wall cleaning robot control system and method, by using a microcontroller program and a control circuit, a motor and a magnetic valve in the curtain wall cleaning robot are subjected to logic control so that the curtain wall cleaning robot can executemovements such as cleaning, walking, turning and obstacle crossing according to operation commands, and the curtain wall cleaning robot is operated flexibly and conveniently, is stable and reliable,and improves the working efficiency and cleaning effect.

The invention discloses a decoration wallboard for indoor design. The decoration wallboard includes a rectangular plate, wherein the inner portion of the rectangular plate is hollow and first throughholes are formed in the middle of the four end faces of upper, lower, left and right of the rectangular plate; a second through hole is formed in the middle of the back end face of the rectangular plate and a third through hole is formed in the middle of the front end face of the rectangular plate; a first piston pipe is fixedly arranged in the second through hole and an adhesive disc is fixedly mounted at the outer end of the first piston pipe; the outer end of the first piston pipe communicates with the adhesive disc and the inner end of the first piston pipe is closed and a fourth through hole is formed in the middle of the inner end face of the first piston pipe; and a piston rod is arranged in the fourth through hole. The decoration wallboard for the indoor design has the advantages that the wallboard is not damaged, mounting is convenient, combination is optional, mounting is firm, the appearance is beautiful and disassembly is convenient. A mode suitable for indoor style can besprayed on the front face of the rectangular plate, due to the fact that disassembly and changing and mounting are convenient, texture of the rectangular plate and the spraying mode can be changed atany time according to the temporal popular wallboard mode, the decoration style can be changed optionally and the decoration wallboard is suitable for popularizing and using.

Pick-up robot, the lower part of the suction cup is fixed with a suction nozzle, the ventilation pipe is fixed on the suction cup frame, and the ventilation pipe is connected to the air pressure station through a hose; the main shaft is inserted into the casing, the inner ring of the bearing is fixed with the main shaft, and the bearing The outer ring is fixed on the inner wall of the shell; the main shaft flange is fixed together with the suction cup flange through bolts; the rotating shaft of the main shaft motor is fixed with the input shaft of the main shaft reducer, and the output shaft of the main shaft reducer is fixed with the main shaft; the frame The linear slide rail is fixed on the shaped support, the linear slide block is fixed on the shell cover, and the linear slide block is inserted into the linear slide rail; the top motor is fixed on the frame support, and the gear is fixed on the rotating shaft of the top motor. The racks are engaged; the frame-shaped support is fixed with the drum. After it picks up the workpiece, it can rotate within a range of 360 degrees both horizontally and vertically. At the same time, it can slide horizontally to transport the workpiece to another processing equipment, which improves the efficiency of workpiece transportation and reduces the labor intensity.

The invention relates to a furniture glass laminate support. The furniture glass laminate support comprises an L-shaped bracket. The furniture glass laminate support is characterized in that an arc connecting part is arranged at an inside top corner, a fixing column is connected to the outside surface, and a rubber adhesive disc is fixed to the upper end surface; a fastening block connected with the upper end surface of the L-shaped bracket is arranged outside the bottom of the rubber adhesive disc. The furniture glass laminate support is relatively simple in structure, low in manufacture cost and convenient to use; glass can be supported and fixed through a differential pressure absorbing method according to the flat surface of the glass; the bracket has a firm structure, and is high in pressure resistance and long in service life; the laminate support is fixedly and reliably connected with a rear plate of the furniture; in addition, the laminate support can be mounted conveniently; the rubber adhesive disc arranged on the upper end surface of the L-shaped bracket is used for absorbing a glass laminate layer, so that the glass laminate layer can be absorbed and fixed during being supported; meanwhile, the fastening block connected with the outside of the bottom of the rubber adhesive disc is arranged on the upper end surface of the L-shaped bracket, thus the rubber adhesive disc can be firmly fixed to the upper end surface of the L-shaped bracket.

An automatic detecting device for air tightness of a battery comprises a stand, a battery fixture, a detector, a worktable, a rushing board, a water tank, an exhaust device and a controller. The stand is L-shaped; the battery fixture is arranged at the underframe of the stand; a running cylinder is arranged at the lower part of the battery fixture; a rushing board to push the battery is arranged on the outer side of the underframe of the stand; the rushing board is connected with the double-cylinder cylinder; an adjustable cylinder, which is connected with a slide bar, is arranged above the stand; the worktable is connected on the slide bar; and the worktable are provided with a plurality of detectors. As the device adopts the detector with a suction nozzle and an adhesive disc, the effective detecting range is extended, and a plurality of detectors detect at the same time and operate alternately with at least two pairs of batteries, thus greatly improving detecting efficiency and satisfying the requirement of industrial production. Besides, the device has the advantages of easy operation, prolonged detecting and observing time, and exact detecting result.

The invention discloses a gluing composition device applied to equipment for processing paper for daily use. The gluing composition device comprises an embossing roller, a composite glue roller, a transfer glue roller, an anilox roller, first drive parts and second drive parts, which are tangent to one another in sequence, wherein the second drive parts are connected with the transfer glue roller through second sliding plates, first sliding plates and the anilox roller are arranged in the second sliding plates, third drive parts are arranged below the second drive parts, the second and third drive parts are fixed onto a fixed plate, the second sliding plates are connected with chutes of third sliding plates, the chutes of the third sliding plates are connected with a fixed sliding plate, the third drive parts are connected with the fixed sliding plate, a glue scraper shaft is arranged between the two first sliding plates, a plurality of glue scrapers are arranged on the glue scraper shaft and are tangent to the anilox roller, a glue disc is arranged at the side of the composite glue roller, and a glue equalizing motor is used for driving the anilox roller to move. The invention also discloses an implementation method of the gluing composition device applied to the equipment for processing paper for daily use. The gluing composition device has the characteristics of simple structure, low manufacture cost, good gluing composition effect, convenience in adjustment and the like, and can guarantee high percent of pass of products.

The invention provides a printing device. The printing device comprises a shell, a printing mechanism arranged in the shell in a moving mode, a first directional drive mechanism for driving the printing mechanism to move in the first direction and a second directional drive mechanism which is connected with the printing mechanism and the first directional drive mechanism and is used for driving the printing mechanism to move in the second direction. The printing device can automatically complete image printing, has two-dimensional directional movement, can freely print and can be suitable for a printing task of various image media. In addition, the underside of the shell of the printing device is provided with an adhesive disc so that the printing device can be adsorbed and fixed on certain plane and carries out automatic printing without needing a user to intervene in the printing process; therefore, various material printing and stable image quality can be reached, thereby avoiding poor printing quality as the user unstably holds the printing device.

The invention discloses an outer wall cleaning robot and a control method and device thereof, and relates to the technical field of outer wall cleaning. The outer wall cleaning robot comprises an adhesive disc (1), a robotic arm (2), a duster cloth (3), a winding engine (4), a sling (5), a radar (6), a doctor blade (7), controller (no drawing), and, a robot body (8) and a camera (9); the radar (6)is used for detecting a distance from a barrier; the camera (9) is used for observing surrounding environments and movement of the device itself; the controller (no drawing) is used for controlling the movement of the robotic arm and the robot body (8), the rotation of the winding engine (4) and the movement of the duster cloth (3) or doctor blade (7) according to the distance detected by the radar (6) from the barrier and images acquired from the camera (9). According to the robot, the surrounding environments, the floor position and other positions are detected through the radar (6) and camera (9), weather information is acquired through an internet, the controller controls the movement of the robotic arm and the robot body (8), the rotation of the winding engine (4) and the movement ofthe duster cloth (3) or doctor blade (7) according to the acquired information, unmanned operation and cleaning can be achieved, and the automation degree of outer wall cleaning is improved.

The invention discloses a flashlight mounting rack. The flashlight mounting rack comprises an adhesive disc assembly and a mounting assembly; the adhesive disc assembly comprises an adhesive disc, a housing, a pulling rod and a wrenching part; a housing cover is arranged at the annular press-fit side edge of the housing; a clearance is formed between the center of the housing and the center of the adhesive disc; the pulling rod in the axial direction is overlapped with a central axis of the adhesive disc; the first end of the pulling rod is fixedly connected with the mounting surface of the adhesive plate, and while the second end of the pulling rod glidingly passes through the housing and extends to one side of the housing, far away from the adhesive disc. According to the flashlight mounting rack, the adhesive disc can be absorbed and connected to a safety helmet, so that the safety helmet can be avoided damage; the pulling rod is driven by the wrenching part to move to enable the center of the adhesive disc to be close to the housing, the peripheral edge of the adhesive disc can be compressed between the housing and the safety helmet through the press-fit side edge of the housing, the air pressure between the adhesive disc and the safety helmet is less than the outside atmosphere pressure, and therefore, the adhesive disc can be firmly and reliably connected with the safety helmet; the wrenching part is rotated to enable the center of the adhesive disc to be far away from the housing, thus the adhesive disc can be removed from the safety helmet, and the use is convenient.

The invention relates to a rapid installation and automatic adhesive tape cutting device. The rapid installation and automatic adhesive tape cutting device comprises a supporting mechanism, a stud installing mechanism, a drying mechanism, an adhesive tape installing mechanism and an adhesive tape cutting mechanism, wherein the stud installing mechanism, the drying mechanism, the adhesive tape installing mechanism and the adhesive tape cutting mechanism are arranged on the supporting mechanism. The stud installing mechanism comprises a stud base (27) used for placing studs, an ejector pin (29), an ejector pin (30) and an air cylinder (13); the drying mechanism comprises a metal air pipe (9) with an air inlet switch; the adhesive tape installing mechanism comprises an adhesive disc (25), an adhesive disc stopping port (4) and a locking pin (5), and the adhesive disc stopping port (4) is formed in the adhesive disc (25) and used for controlling output of adhesive tape; the adhesive tape cutting mechanism comprises a rack (12) arranged in parallel to the stud base (27), a blade rotating wheel and a gear (20) driving the blade rotating wheel to rotate on the tack (12). The rapid installation and automatic adhesive tape cutting device can greatly improve production efficiency, shorten base coat drying time and meanwhile save the usage amount of a base coat, and accuracy and bonding quality of adhesive distribution are ensured through a fixed stud profile modeling base and an adhesive distribution device.

A wall-mounted bottomless pen container comprises a pen container body and an adhesive disc and is characterized in that the pen container body is in the shape of a solid semi-cylinder, the adhesive disc is connected with the rectangular face of the pen container body, and vertical through holes are formed in the pen container body. The wall-mounted bottomless pen container can be hung on a desk or a wall to be used, does not occupy the space of the desk surface, effectively solves the problem that ink stains are left in the pen container after the pen container is used for a long time, and is simple in structure, convenient to manufacture, low in cost and convenient to use.

The invention discloses a flashlight mounting rack. The flashlight mounting rack comprises an adhesive disc assembly and a mounting assembly; the adhesive disc assembly comprises an adhesive disc, a press-fit housing and a rotating housing; the press-fit housing covers the adhesive disc; a clearance is formed between the center of the adhesive disc and the center of the press-fit housing; a guide surface, which is in a shape of an arc-shaped strip and arranged around a central axis of the adhesive disc, is arranged on the rotating housing; the press-fit end of the guide surface is far away from the adhesive disc, relative to the returning end; a pulling rod is fixed on the adhesive disc; a guide column is arranged on the pulling rod. According to the flashlight mounting rack, the adhesive disc can be absorbed and connected to a safety helmet, so that the safety helmet can be avoided damage; the guide surface and the guide column are matched to move the pulling rod; when the guide column is positioned at the press-fit end, the center of the adhesive disc is close to the press-fit housing; the peripheral edge of the adhesive disc can be compressed between the press-fit housing and the safety helmet through the press-fit peripheral edge of the press-fit housing, and the adhesive disc can be firmly and reliably connected with the safety helmet; the rotating housing can be rotated to enable matching between the returning end and the guide column, the center of the adhesive disc is far away from the press-fit housing, thus the adhesive disc can be removed from the safety helmet, and the use is convenient.

The invention discloses a detection mechanism based on an adhesive disc of a crawling robot on the inner wall of an offshore platform pile leg. The mechanism comprises a basic sucking disc mechanism, an ultrasonic probe mechanism and a laser distance measure mechanism, wherein the basic sucking disc mechanism includes a plurality of suction modules separated from each other; the ultrasonic probe mechanism is fixedly connected with the basic sucking disc mechanism through a connecting pin, and are composed of an ultrasonic probe, a solution inlet, a solution injecting hole and a through hole, and meanwhile, the solution inlet, solution injecting hole and through hole are used for injecting coupling agents; the laser distance measure mechanism is fixedly connected with the ultrasonic probe mechanism through the connecting pin, and provided with a laser distance measure sensor. In the detection mechanism based on an adhesive disc of a crawling robot on the inner wall of an offshore platform pile leg, the sucking disc can achieve controllable suction on vertical, horizontal, oblique and multiple types of wall surfaces, and adapt to load and the wall curvature of inner wall of pile legs at a certain degree; a detection mechanism of ultrasound and laser, which adopts the sucking disc mechanism as a carrier, can detect thickness of wall surfaces and barriers in the way as the robot sets foot down. The detection mechanism based on the adhesive disc of the crawling robot on the inner wall of the offshore platform pile leg has the advantages of enlarging the application range of detection robots and expanding functions of sucking disc mechanisms of robots.