52results about How to "Efficient assembly work" patented technology

The invention discloses an automobile seat sliding track assembling machine and an assembling method for same. The automobile seat sliding track assembling machine comprises a base, an assembling cylinder, a cylinder rack, an outer ejector block, an inner ejector block, a right guide track, a right limiting block, an inner sliding track rack, an end stopping block, a left limiting block, a supporting block, a side sliding track rack, a left guide track, a front clamping jaw, a front connecting rod, a front clamping cylinder, a rear clamping cylinder, a rear connecting rod and a rear clamping jaw. The automobile seat sliding track assembling machine is suitable for assembling automobile seat slide tracks. By the automobile seat sliding track assembling machine, assembly operation can be finished instead of manual work, and slide track components are clamped and assembled by the different cylinders. The automobile seat sliding track assembling machine has the advantages of large output force, high assembling speed, high efficiency, high quality and the like; the labor intensity of workers is effectively reduced; and the quality uniformity of products of assembly parts is ensured. In addition, the automobile seat sliding track assembling machine is compact in structure, high in reliability, stable in operation and low in cost.

The invention discloses an O-shaped ring assembling device which comprises a turntable device, a first feeding device, a first detection sensor, a second feeding device, a second detection sensor and a discharging device. When the O-shaped ring assembling device is in operation, only one operator is needed to perform related assisting, and the operator firstly puts an O-shaped ring workpiece to be assembled on an assembly station of a turntable working table. After the device is started, the first feeding device, the first detection sensor, the second feeding device, the second detection sensor, an intelligent camera detection device and the discharging device which are arranged around the turntable device perform automatic matched operation, a first O-shaped ring and a second O-shaped ring are quickly and accurately assembled on the workpiece, and accepted product and defective product classification and output are performed, so that the O-shaped ring assembling device is simple in operation, high in production efficiency and capable of achieving automatic operation to the most extent and greatly saving labor.

The invention discloses a fastening device for a quickly assembled concrete formwork. The fastening device comprises a fastener clamped on a fixing rod which is used for fixedly splicing a concrete formwork, and a locking piece which penetrates through the fastener to fasten the formwork unit on the fixing rod. By the fastening device for the quickly assembled concrete formwork, the fastener is directly clamped on the fixing rod which is used for fixedly splicing the concrete formwork, and the locking piece penetrates through the fastener to fix the concrete formwork to the fixing rod. Because the fastener adopts a convenient clamping mode, assembly can be efficiently and conveniently finished; moreover, the fastening device has high universality; because the assembly pieces and the fasteners can realize good fastening connection without precision fit, good fastening connection can be ensured in case of deformation in the using process; and therefore, the fastening device is applied to various complex construction sites, is free from limitation of working conditions and has wide application prospect.

A machine hand claw capable of entwisting wiring harnesses comprises a machine hand, a worm transmission mechanism and entwisting hand fingers, wherein the entwisting hand fingers are composed of upper entwisting fingers and lower entwisting fingers, and the upper entwisting fingers and the lower entwisting fingers share the same structure. The worm transmission mechanism comprises a motor, a worm, a first transmission gear and a second transmission gear. The worm is meshed with a first worm wheel on the upper entwisting fingers, and meshed with a second worm wheel on the lower entwisting fingers. When the wiring harnesses are at a clamping position, the motor drives a rotating worm to rotate so as to drive the first worm wheel and the second worm wheel to rotate, and a first belt and a second belt are driven to entwist the wiring harnesses by a first belt wheel and a second belt wheel, wherein the first belt wheel is connected with a first worm wheel shaft, and the second belt wheel is connected with a second worm wheel shaft. According to the machine hand claw capable of entwisting the wiring harnesses, terminal direction of the wiring harnesses can be adjusted accurately so as to enable the wiring harnesses to rotate and to be matched with a jack socket of a connector, accurate assembly is achieved, and wiring harness assembling is enabled to be high efficient. Labor demand is reduced to a great extent, production cost is reduced, and production efficiency and product quality are improved.

A machine for transplanting rice seedlings, which carrying seedlings table is assembled on a transverse transportation axis under the state that the table connects to a couple of right and left connecting support pieces. In the body, a transverse transportation axis (71) is supported with the mode of moving freely along the body horizontally, the two end of the transportation axis (71) connect with the couple of right and left connecting support pieces (75) with the mode of moving freely with one body. The transverse transportation axis (71) includes: a transverse transportation main body (71a), being supported on the body with the mode of to-and-fro moving freely; connecting axis (100, 105) connecting with two end of the transverse transportation main body (71a) through a screw with the mode of being adjusting flexibly along the transverse transportation axis moving direction; combining parts (102, 107) which locate on the couple connecting axis (100, 105) and joint to the support piece (75) with the mode of moving with one body freely along the transverse transportation axis moving direction.

The invention provides an assembling system and method of a front window of a high-speed rail locomotive. The system comprises an outer shaft walking device, an industrial robot, a quick change device, a grinding device, a gelatinizing device, a glass grabbing device, a three-dimensional scanning device, a central control device and a glass feed and discharge working table. The industrial robot executes corresponding control actions. The quick change device replaces a device for current operation of a robot body. The three-dimensional scanning device scans a locomotive body and glass of the high-speed rail locomotive. The central control device calculates a plurality of parameters of to-be-installed gaskets of the front window according to three-dimensional scanning data and selects grinding routes of the gaskets and a locomotive frame. The grinding device grinds the locomotive frame. The gelatinizing device gelatinizes the ground locomotive frame. The glass grabbing device grabs the glass from the glass feed and discharge working table and installs the glass on the ground locomotive frame. Automatic installation is completed through the robot, higher work efficiency and work accuracy are achieved, and product quality is ensured.

The invention belongs to the technical field of mechanical assembling and discloses a pneumatic adjustable remote center compliance device. The device comprises a fixed platform, a plurality of adjustable elastic units and a moving platform, wherein the fixed platform and the moving platform are arranged oppositely up and down, the adjustable elastic units are arranged obliquely between the fixed platform and the moving platform in a circumferential annular array mode with the circle center of the outer side end surface of the fixed platform as the center. Each adjustable elastic unit comprises an upper base, a lower base, a petal-type multi-cavity adjustable elastic structure, a stacked elastic structure and a gas channel nipple which are arranged coaxially, wherein the petal-type multi-cavity adjustable elastic structure is fixed to the stacked elastic structure in a sleeving mode to form a plurality of gas channels, the upper end and the lower end of the petal-type multi-cavity adjustable elastic structure are sleeved with the upper base and the lower base correspondingly in a sealed mode, and the gas channel nipple is fixedly connected with the upper base and connected with the gas channels. According to the pneumatic adjustable remote center compliance device provided by the invention, by additionally arranging a gas actuating structure, the universality of the compliance device is improved, and requirements of assembling operation for a series of shaft holes of various sizes can be met.

The invention discloses a continuous assembly process of an automobile chassis mixing line, which comprises the following steps: an AGV electric automobile carries five parts into the automobile assembly chassis line for assembling; the assembly of gasoline automobile requires two AGVs to complete the assembly of an automobile chassis, wherein one AGV carries an engine gearbox and a front sub-frame, and the other AGV carries a rear axle into the chassis line for assembly; the assembly of an electric automobile requires three AGVs to complete the assembly of an electric automobile chassis: oneAGV carries a motor gearbox and a sub-frame, another AGV carries a rear axle, and a third AGV carries a battery into the chassis line for assembly. The continuous assembly process of the automobile chassis mixing line can be completed efficiently, and the manpower cost can be reduced.

A lead-screw-utilized twisting machine hand claw with a fixed wiring harness position comprises a machine hand, parallelly moving fingers and twisting fingers. The machine hand comprises a machine hand base seat, a parallellly moving finger base seat and a twisting finger base seat. A moving finger connecting plate is integrally arranged on the parallelly moving fingers which are provided with wiring harness position fixing grooves, roller pin grooves are placed inside the wiring harness position fixing grooves, and roller pins are arranged inside the roller pin grooves. The twisting fingers comprise a support frame, a motor, a lead screw and a sliding block. The support frame comprises a motor base seat and a sliding rod limiting plate, wherein a twisting finger connecting plate is integrally connected with the motor base seat, the motor is fixed on the motor base seat, and a first belt pulley is placed on an output shaft of the motor. The sliding rod limiting plate is provided with a sliding groove and fixedly connected with the motor base seat, two end shafts of the lead screw are placed on a lead screw support plate and the motor base seat respectively, and the sliding block can slide in the sliding groove. According to the lead-screw-utilized twisting machine hand claw with the fixed wiring harness position, terminal direction of wiring harnesses can be adjusted accurately to enable the terminal direction of the wiring harnesses to be matched with a jack socket of a connector, and accurate assembly is achieved.

The present invention provided a drive unit utilizing magnetism which generates high torque and increases torque without enlarging the diameters of a driving magnetic wheel and a driven magnetic wheel. This driving unit, which rotates a shaft b to which a roller is attached by a power transmission mechanism in noncontact making use of magnetic force, transmits power from the driving magnetic wheel 1 to the driven magnetic wheel 2 to which the roller shaft b is attached, by means of two or more transmission systems, and totals the power to rotate the shaft to which the above roller is attached.

There is provided an assembling method of a bearing unit which has a bearing having an outer ring and a retainer plate having a retainer hole for holding the outer ring. The assembling method has pressing a plurality of portions in a circumferential direction of a circumferential edge of an inner circumferential portion of the retainer hole of the retainer plate in an axial direction so as to form engagement pawls and moving the engagement pawls of the retainer plate from one axial end of the outer ring to a engagement groove formed on an outer circumferential surface of the outer ring so as to engage the engagement pawls of the retainer plate with the engagement groove of outer ring.

It is possible to stably and compactly position a large-volume fuel tank in a work vehicle such as a tractor. A traveling body (1) has a seat bracket (16) supported by a transmission case (11) and a rear housing (217). A steering seat (12) is mounted to the seat bracket (16). When seen in planar view, a fuel tank (26) appears substantially L-shaped and wraps around the rear and right side of the steering seat (12). The fuel tank (26) is supported by the seat bracket (16). The fuel tank (26) is positioned so as to make use of the dead space around the steering seat (12); therefore, even in the case that the fuel tank (26) is a large-volume tank, the traveling body (1) can be compactly made. The seat bracket (16) for supporting the steering seat (12) is also used to support the fuel tank (26); therefore, it is possible to prevent complication of structure.

The invention provides an automatic assembly line and technology for solar photo-thermal heating equipment. The automatic assembly line comprises a plurality of stations, a transporting system and a control system; the transporting system comprises a plurality of pallets moving in the forward direction of the operation working procedure, and the pallets are suitable for supporting the solar photo-thermal heating equipment in the assembly process; and the control system controls start and stop of the transporting system so as to enable a bottom plate to serve as an assembly standard piece of the whole assembly process to complete the assembly working procedure of the solar photo-thermal heating equipment starting from the bottom plate. According to the automatic assembly line and technology, assembly is started from the bottom plate of the solar photo-thermal heating equipment, the bottom plate serves as the assembly standard piece of the whole assembly process, the solar photo-thermalheating equipment is assembled in a mode of transmitting of the transporting system, assembly operation is achieved in a form of automatic transferring of a conveying system, thus the purpose of automatic assembly is achieved, assembly operation on the assembly line is achieved through cooperation of labor, and the purposes of high assembly efficiency and high quality are achieved.

The invention discloses an automatic wire harness machine. The basic structure includes a base, a power supply, a stroke traction part and a working part. The invention solves the automation problem of the winding process in the wire harness processing process, and can solve the complex winding process in the wire harness production process. Simplify, and can greatly reduce the heavy physical labor and workload in the production process of wire harness winding, so that the original wire winding work in the wire harness production line has changed from manual operation to machine operation, to a greater extent Reduce labor requirements, reduce production costs, improve production efficiency and product quality.

The invention relates to a tubular heat exchanger manufacturing and processing technology. The technology uses tubular heat exchanger manufacturing and processing equipment, the tubular heat exchanger manufacturing and processing equipment comprises a base and an assembling device, and the assembling device is arranged on the upper surface of the base. The equipment can solve the current problems that heat exchange tubes are of U-shaped structures, so that the heat exchange tubes are manually mounted on a tube plate one by one according to specifications from small to large, the manual mounting efficiency is lower, the production efficiency of the heat exchanger is influenced, moreover, indentations or creases are easy to appear on the surfaces of the heat exchange tubes when the tube plate and the heat exchange tubes are manually assembled, so that the use value of the heat exchange tubes is reduced, the quality of the heat exchanger is influenced, although the tube plate is firmly fixed, the tube plate and the heat exchange tubes are not very convenient to place and take down before and after being assembled, opening and closing of clamping equipment need to be manually controlled, the assembling efficiency of the tube plate and the heat exchange tubes is affected, and certain personal safety is brought to workers.

The invention discloses a paperboard barrel bottom assembly device, and belongs to the technical field of paperboard barrel bottom assembly. The paperboard barrel bottom assembly device comprises a base, an assembly component, a feeding device and a feeding mechanism, wherein the assembly component used for pushing paperboard materials into a paperboard barrel is arranged on the base; the feedingdevice used for feeding a paperboard material mechanism into the board material position of the assembly component is arranged on the assembly component; and the feeding mechanism used for feeding thepaperboard barrel into the barrel position of the assembly component is arranged on the base and located on the right side of a transfer mechanism. The paperboard barrel bottom assembly device is simple in structure, convenient to operate, high in stability, convenient to popularize and reliable in work, all component mechanisms are efficiently matched for work, and assembly work can be efficiently and stably completed.

The invention relates to the technical field of protection devices for spaceflight, aviation and mechanical manufacturing industry production field management, in particular to a trail management tray. The trail management tray comprises a tray body, the tray body is formed by upper high-molecule material and a lower high-molecule material in a composited mode, the colors of the upper high-molecule material and the lower high-molecule material are different, a plurality of stereo clamping groove positions used for storing components, parts and tools are formed in the tray body, and as for thearrangement mode, the stereo clamping groove positions are spatially arranged according to the demounting and mounting order of the components and the parts or according to the sequential use order ofthe tools. According to the trail management tray, trail management of the components, the parts and the tools is achieved, a worker is assisted and guided to complete disassembling and assembling work accurately and efficiently, and omission and loss of the components, the parts and the tools are effectively eradicated.

The invention relates to the technical field of robots, in particular to a cotter pin assembling robot and a cotter pin assembling method. According to the cotter pin assembling robot provided by theinvention, a clamp holder is driven to move to a cotter pin fixing seat, so that the clamping end of the clamp holder is aligned with a cotter pin; then, the clamp holder clamps the cotter pin and moves the cotter pin to a pin hole of a bolt, so that two supporting legs of the cotter pin are aligned with the pin hole of the bolt; then, the clamp holder clamps the cotter pin, a mechanical arm movesto enable the open end of the cotter pin to be inserted into the pin hole of the bolt, then the clamp holder releases the cotter pin; and finally, the clamp holder moves to the non-open end of the cotter pin, and the clamp holder pushes against the non-open end of the cotter pin, so that the cotter pin is completely inserted into the pin hole of the bolt. The invention provides the cotter pin assembling robot and the cotter pin assembling method. The cotter pin assembling robot and the cotter pin assembling method can solve the technical problems that an existing robot is difficult to grab and clamp the cotter pin and cannot automatically assemble the cotter pin into the pin hole of the bolt.