47results about How to "Stable placement" patented technology

The invention belongs to the field of bridge monitoring and particularly relates to a system and method for continuously monitoring bridge deformation through foundation radar. The system comprises concrete piers (3), fixed supports (2) and foundation radar instruments (1), wherein each concrete pier (3) is fixed to a foundation, each fixed support (2) is connected with the corresponding concrete pier (3), and each foundation radar instrument (1) is connected with the corresponding fixed support (2). Each foundation radar instrument (1) is used for conducting interference-strategy measurement on a bridge (4). The foundation radar instruments (1), the fixed supports (2) and the concrete piers (3) are located between the bridge (4) and the foundation. By the adoption of the system and method for continuously monitoring bridge deformation through the foundation radar, the problem that an existing instrument can only monitor bridge deformation for once is solved, and the design basis stability of the instruments is achieved; through the method for continuous monitoring, an operator can continuously monitor a monitored target for a long time without arranging the instruments for a long time; the system is simple in structure and convenient to debug, and capable of continuously and accurately monitoring the health condition of the bridge.

A double-layered medical tray comprises a division board as well as a tray body A and a tray body B which are connected with each other in a sliding manner; the division board is mounted in the tray body A through an inserting groove formed in the inner wall of the tray body A; the tray body A adopts an open-type square structure; two side walls arranged on the tray body A oppositely protrude from a bottom plate of the tray body A, slide rails are arranged on the inner walls of the two side walls protruding from the bottom plate of the tray body A, and fixing rods used for fixing the tray are arranged on the outer walls; chutes in sliding fit with the slide rails are arranged on the outer wall of the tray body B. According to the invention, the division board can be taken out from the tray body A so as to be cleaned completely, and no dead angle exists; medicine and medical wastes are placed in the tray body A and the tray body B respectively, and the division is clear, so that convenience is provided for operation of medical staff; the tray body B can be taken down from the tray body A, so as to be cleaned and disinfected respectively; the fixing rods can fix the tray on the edge of an operating bed or a sickbed, so that extra manpower for holding the tray can be avoided, and unsafe factors caused when the tray is placed on the sickbed can be avoided.

The invention discloses a robot grasping and placing tool fixture for toy doll skeletons. The robot grasping and placing tool fixture comprises an installation plate which is installed on a robot mechanical hand and moves along with the mechanical hand. A pneumatic claw driving cylinder and a telescopic air cylinder are installed on the installation plate. The pneumatic claw driving cylinder drives claw hooks to grasp and place the toy doll skeletons, and when the claw hooks place the toy doll skeletons down, the telescopic air cylinder drives a pressing block to press the toy doll skeletons for positioning. The grasping and placing tool fixture can complete the needed automatic grasping and placing work just through a simple structure; and besides, the working process is fast, and working efficiency is greatly improved. When releasing the toy doll skeletons, the claw hooks can complete the placing work more stably and more accurately under the cooperation of the pressing block; and besides, no extra working time is needed, and the placing accuracy can be easily improved.

The invention discloses a compact comprehensive power distribution cabinet. The power distribution cabinet comprises a cabinet body, and is characterized in that the power distribution cabinet furthercomprises a main switch cabinet arranged on the upper portion of the cabinet body, and a power cabinet and a capacitor cabinet which are arranged on the lower portion of the cabinet body side by side; the main switch cabinet is connected with an external circuit through a wire inlet horizontal busbar, the main switch cabinet is connected with the power cabinet through a neutral bus, and the mainswitch cabinet is connected with the capacitor cabinet through a neutral bus. The switch cabinet, the power cabinet and the capacitor cabinet are integrated so that the power distribution cabinet canguarantee high convenience and high safety while providing power, and the optimized design is carried out so that the power distribution cabinet can be compact in overall structure and reasonable in layout.

The invention discloses turnover equipment for automobile carpet production, which comprises a processing box, a conveying hole is formed in the processing box, two groups of conveying belt bodies are fixedly connected to the bottom end of the conveying hole, two groups of fixing seats are fixedly connected to the interior of the conveying hole, the two groups of fixing seats are symmetrically arranged, and the conveying belt bodies are fixedly connected to the bottom end of the processing box. A first guide seat is moved downwards through a lifting assembly, a carpet is sucked up through a vacuum suction cup, the surface of the carpet is carded through a cleaning roller to enable the rough surface to flow, metal strips, metal wires and other residual metal objects in the carpet during processing are attracted through electrification of an electromagnet, and after one face is carded, the position of the carpet is adjusted through an overturning air cylinder; then the second guide seat is moved to the upper end of the first guide seat through the pushing assembly, and the carpet is sucked up through the pad suction mechanism to comb the other side of the carpet, so that the equipment is high in automation degree, safe, stable, reliable and extremely convenient to use, and the carpet production and processing efficiency is greatly improved.

The invention discloses a qualitative inspection device and method for regenerated cellulose and relates to the field of regenerated fiber inspection, the device comprises a placement platform and a side clamping plate, an adjusting device is arranged at the upper end of the exterior of the placement platform, a placement cavity is formed in the exterior of the top of the adjusting device, a fixing device is arranged in the placement cavity, a glass carrying base plate is arranged in the middle of the interior of the placement cavity, and an inner cavity is formed in the glass carrying base plate. According to the invention, the fixing device, the electric push rod, the fixing plate, the limiting groove and the horizontal plate are arranged; limiting and fixing can be conducted through theinteraction of the electric push rod and the fixing plate according to the specific size of the glass carrying base plate, the position of the microscope body is prevented from deviating when the microscope body is used for observation, the placement position of the glass carrying base plate is more stable, subsequent observation of a user is facilitated, meanwhile, the limiting groove and the horizontal plate are movably connected, the user can rotate the horizontal plate according to observation needs, and the observation convenience degree of regenerated fibers is increased.

The invention discloses a multi-station material preparing rotary table. The multi-station material preparing rotary table comprises a material preparing rotary table, multiple material preparing stations are formed on the material preparing rotary table, and a material preparing barrel is arranged on each material preparing station; a colander is placed at the set position in each material preparing barrel, a colander handle and a colander handle inserting base of each colander are connected in an inserted mode, an inserting opening of each colander handle inserting base is vertically upward, each colander handle inserting base is fixedly connected to the corresponding material preparing rotary table, and each colander handle is of a U-shaped structure with an opening downwards and is connected with the corresponding colander handle inserting base through the U-shaped bottom. Preferably, the material preparing rotary table comprises a rotary table body which is rotationally arranged on a rack through a rotating shaft, an annular roller path is formed in the rack, a roller is matched in the annular roller path, and the rotary table body is supported on the rack through the roller. The multi-station material preparing rotary table has the advantages of being short in material preparing time, high in efficiency, low in energy consumption, long in service life, low in use cost and high in reliability, manual participation can be effectively reduced, which is beneficial for controlling vegetable product quality, and the vegetable product quality is high.

The invention discloses silicon wafer loading equipment. The silicon wafer loading equipment comprises a suction disc and a silicon wafer table, wherein the suction disc is located in the y direction;and the silicon wafer table is located below the suction disc and matched with the suction disc. The silicon wafer table is provided with a base, two first block bodies, two second block bodies and two third block bodies and two loading assemblies. The two first block bodies are located above the base; the connection line of the two first block bodies is parallel with the x direction; and the twofirst block bodies are located in the x negative direction. The two second block bodies are located above the first block bodies correspondingly and are in the x negative direction. The two third block bodies are located above the two second block bodies correspondingly and are in the x negative direction. The two loading assemblies are located above the third block bodies correspondingly and aresymmetrical about the y direction. The equipment can move in all directions and is applicable to silicon wafer samples of various sizes and large in application scope; and the silicon wafer samples can be adsorbed firmly.

The invention provides a suspension type lower limb orthopedic surgery traction device, and relates to the technical field of orthopedic traction, wherein the suspension type lower limb orthopedic surgery traction device comprises bases, totally two bases are arranged, sliding grooves are formed in the two bases, through grooves are formed in one sides of the two bases, one side of one base is fixedly connected with a support, and a motor is arranged on one side of the support; a transmission shaft is arranged on one side of the motor and penetrates through the support; and a guide gear is further mounted on the side, penetrating through the support, of the motor, and a driven gear is driven to rotate through meshing transmission between the guide gear and a transmission gear. Through meshing between the driven gear and a guide strip, an affected limb can be subjected to left-right extension adjustment when placed in the base body, so that the design of assisting a patient in limb movement is achieved, and the problems that an existing rope hoisting suspension type traction mode cannot achieve a good traction effect on the affected limb, and long-time suspension traction is easy to cause unsmooth bleeding of the affected limb to cause necrosis of the diseased limb are solved.