293results about How to "Improve assembly work efficiency" patented technology

The invention discloses a household electrical appliance product transformer assembly assembling system. The household electrical appliance product transformer assembly assembling system includes a rack and a workbench arranged on the rack; a first conveying mechanism, a second conveying mechanism, a third conveying mechanism, an assembly magnetic core inserting positioning mechanism, magnetic core inserting mechanisms, a feeding and grabbing mechanism, an adhesive tape conveying mechanism, a rotation adhesive tape winding mechanism, and a discharging grabbing mechanism are arranged on the workbench, wherein the first conveying mechanism, the second conveying mechanism and the third conveying mechanism are used for conveying a transformer assembly to be assembled; a discharging end of the first conveying mechanism is in butt joint with a feeding end of the assembly magnetic core inserting positioning mechanism; the magnetic core inserting mechanisms are arranged on two sides of the assembly magnetic core inserting positioning mechanism; feeding ends of the magnetic core inserting mechanisms are in butt joint with a discharging end of the second conveying mechanism for conveying a magnetic core; and the feeding and grabbing mechanism is correspondingly arranged on a discharging end of the assembly magnetic core inserting positioning mechanism. The household electrical appliance product transformer assembly assembling system is reasonable in structural design, can achieve rapid inserting and rapid winding of the magnetic core, can achieve continuous assembly production, and can greatly improve the assembly working efficiency.

An IR cut-filter is fitted into a support portion within the optical-system containing portion of a ceramic board and a lens 11 is mounted in the ceramic board by screwing the lens.

In an imaging-device containing portion, an imaging device with a light receiving portion arranged therein is mounted outside the support portion by flip-chip packaging. Further, the vicinity of the flip-chip packaging portion is sealed with resin.

Additionally, on the base of the imaging-device containing portion of a ceramic package, the lands of an imaging device are so positioned as to correspond to the respective land positions of a ceramic package and patterns are electrically connected by melting a gold bump, whereby the imaging device is mounted by bare-chip packaging. The land portion is filled with an underfill agent and then sheet glass is mounted on a through-hole 5b and sealed with a sealing agent, so that the through-hole 5b for containing a light receiving portion is sealed up.

The invention discloses a shaft ringshield mounting device and relates to automatic selective assembly equipment, in particular to a measurement selective assembly portion of the automatic selective assembly equipment. Conveying rails stretch across the upper portion of a base; a workpiece tray is conveyed along the conveying rails; a clamp ring measuring and calibration device is mounted on one side of the conveying rails; a clamp ring rolling-out device, a clamp ring recheck device, a clamp ring feeding device and a clamp ring transfer device are assembled on the other side of the conveyingrails through supports; a servo horizontal moving device stretches across the conveying rails; a clamp ring measuring device is mounted on the servo horizontal moving device through a clamp ring measuring and lifting device, and a clamp ring pressure head device is mounted on the servo horizontal moving device through a pressure head servo lifting device; and a secondary positioning and jacking device is mounted on the base and is located on the lower portion of the workpiece tray. The shaft ringshield mounting device has the characteristics that the structure is novel, detection is automaticand accurate, assembling is automatic, the accuracy rate is increased, the assembling working efficiency is improved, and the labor cost is lowered, and the shaft ringshield mounting device is a novelshaft ringshield mounting device integrating the economical efficiency and practicability.

The invention relates to a bilateral locking device, relates to the technical field of locksets and aims to solve to the technical problems of inconvenient maintenance and low assembling efficiency of an existing device. The device comprises an outer cover plate, a main-body part and a handle, wherein the main-body part is fixedly arranged on the outer cover plate, and the handle is pivoted with the main-body part; a left sliding-shaft barrel and a right sliding-shaft barrel are respectively and fixedly arranged at the back of the handle, a sliding shaft is arranged in each sliding-shaft barrel, and the two sliding shafts are respectively driven to extend and retract through the matching of the shaft-barrel guiding ports and the sliding-shaft pins of the two sliding-shaft barrels and the sliding shafts in the barrels; a shaft hole is formed in the clamping end of each sliding shaft, two disassembling holes are formed in the hole wall of each shaft hole, and a stop block is fixedly arranged in each shaft hole; the left side and the right side of the main-body part are respectively provided with a locking rod, the hook end of each locking rod is inserted into the shaft hole of the corresponding sliding shaft, and the stop block in each shaft hole is hooked after two elastic clamping hooks at the hook end of the corresponding locking rod penetrate through a clamping hole in the corresponding shaft hole. The device provided by the invention is suitable for being used as the box cover of an automobile glove box.

The invention provides an improved air spring for a vehicle. The air spring can be provided with a hanger convenient for carrying, meanwhile does not produce the butting problem of an upper supporting part and a lower supporting part caused by a hanging structure thereof, is suitable for hanging movement and is favorable for the durability of a stop dog. A rubber diaphragm (3) is arranged in the air spring for the vehicle in a mode of crossing the upper supporting part (1) on the vehicle body side and the lower supporting part (2) arranged on the chassis side below the upper supporting part (1), the upper supporting part (1) and the lower supporting part (2) are provided with female threads (16, 17) with a common longitudinal axis (P) respectively, and the female thread (17) of the lower supporting part (2) is constructed to screw with a lower male thread (22) formed at the lower end of the roughly bar-shaped hanger (B) for hanging the air spring. The female thread (16) of the upper supporting part (1) is constructed to screw with an upper male thread (21) positioned in the hanger (B) and spaced from the lower male thread (22) on the upper part, and meanwhile, the female thread (16) of the upper supporting part (1) is set in a state that the lower male thread (22) can pass.

The invention provides an assembled type pole changing stator iron core and winding and relates to a motor stator iron core and winding. The assembled type pole changing stator iron core and winding mainly comprises a stator magnet yoke and a plurality of stator insert parts; in an assembling process of the assembled type pole changing stator iron core and winding, a working winding and a starting winding are wound firstly, then the working winding and the starting winding are assembled in the stator insert parts, then the plurality of stator insert parts are arranged at the inner side of the stator magnet yoke, a traditional method that a lead wire is embedded in a stator line slot through manual marking and line pressing in the stator winding inserting process is not required, the assembling efficiency of the assembled type pole changing stator iron core and winding is high, and the production efficiency can be improved and the cost is reduced due to the adoption of mechanical equipment.

The object of the invention is to provide a separator for fuel cells which is of improved strength and corrosion resistance and facilitates the assembling of unit cells. The separator comprises an electrically conductive resin layer formed by electrodeposition in such a way as to cover a metal substrate and a gasket component. The resin layer contains an electrically conductive material. The separator of the invention has thus an enhanced corrosion resistance, makes some considerable improvements in the assembling work efficiency of unit cells, and makes sure higher strength because of the use of the metal substrate.

The invention provides an air-out device of an air conditioner outdoor unit. The air-out device comprises a face shield and a disc-shaped air-out grid, the face shield is arranged on a case of the air conditioner outdoor unit, and the air-out grid is assembled on the face shield. An air outlet is formed in the surface of the face shield, and the disc-shaped air-outlet grid covers the air outlet. Fastening devices and fixing devices are arranged on the edge of the circumference of the air-outlet grid. Fastening grooves and positioning devices respectively matched with the fastening devices and the fixing devices are arranged on the surface of the face shield. Each fastening device of the air-outlet grid is clamped into the corresponding fastening groove in the face shield and fastened with the same, and each fixing device of the air-outlet grid is fittingly fixed with the corresponding positioning device of the face shield. By the air-outlet device, the air-outlet grid can be further firmly assembled on the air conditioner outdoor unit; looseness, sliding and the like can be effectively avoided; quick positioning of the air-outlet grid in assembling is realized, efficiency of the assembling is greatly improved, the air-outlet grid is convenient to disassemble and replace, and actual operation is facilitated; use of fasteners is decreased, and thereby cost is reduced.

The invention discloses a dual-camera module assembling device, which comprises a circuit board feeding unit, a circuit board transmission unit, two groups of circuit board pickup units, two groups ofsix-axis transmission units, two groups of dispensing units, two groups of detection units, two groups of adjusting and fixing units, a motor transmission unit, a motor group feeding unit, a motor pickup unit and a module output unit. Thus, two cameras and lenses at two sides which are integrated can realized AA aligning and assembling at the same time; as a two-working position and four six-axismode is adopted, complete and automatic aligning of the dual camera modules can be realized, the operation speed during the aligning process is quick, the aligning precision is high, and the output ratio of the aligning module is high and is 1.5 to 2.5 times that of an ordinary base.

The invention discloses a floating conveying assembling vehicle which comprises a lifter, a universal ball platform and a workbench placed on the universal ball platform. The universal ball platform is arranged on the upper portion of the lifter in a supporting mode through a spring support. During assembling, a workpiece is placed on the workbench, the workbench is placed on a universal ball of the universal ball platform so that the workpiece can be easily pushed to move freely in the horizontal plane, meanwhile, due to the fact that the universal ball platform is arranged on the spring support, the gravity of the workpiece and the gravity of the universal ball platform are balanced through a spring, an assembling operator can adjust the position of the workpiece in a fine mode easily in the up-down direction, accordingly, the assembling position of the workpiece can be easily adjusted through the assembling vehicle, quick assembling is achieved, assembling working efficiency is improved, labor is saved during assembling operation, labor intensity is low, a track is arranged, long-distance conveying and alignment assembling integrated automatic working can be achieved, the automatic degree is high, and meanwhile the floating conveying assembling vehicle has the advantages of being simple in structure, convenient to maintain and the like.

A chain guide and a chain tensioner device using the chain guide. A roller, brought into contact with a chain, comprises a support shaft supported by an opposing guide base provided along the running direction of the chain, and roller bearings each having a steel outer ring on the outer peripheral surface of the support shaft so as to be brought into contact with the chain. The roller is also configured to be assembled by inserting opposite ends of the support shaft into support recesses on facing wall surfaces of the guide base. The roller, has a vibration damping material between the support shaft and the support recess of each of the plate members.

The invention discloses a turnover machine for assembling. The turnover machine comprises a machine seat and a pair of turnover manipulators arranged on the machine seat, wherein the turnover manipulators comprise turnover arms, turnover elbows, first insertion pin cylinders, second insertion pin cylinders and turnover hydraulic cylinders. The invention also discloses a base assembling device for engineering machinery. The base assembling device for the engineering machinery comprises vehicle rails and a transporting vehicle which is arranged on the vehicle rails and is used for transporting a base of the engineering machinery. According to the turnover machine for assembling and the base assembling device for the engineering machinery, taking and arrangement of a workpiece to be turned over are realized by controlling insertion pins to be inserted into and released out of the workpiece by the insertion pin cylinders; the turnover elbows and the turnover arms are controlled to integrally rotate around a hinge center, and the turnover arms are controlled to be fixed and the turnover elbows are controlled to rotate independently, so that the turnover machine can catch up and put down the workpiece and enable the workpiece to randomly rotate between 0-90 degrees; a large-size workpiece can be turned over conveniently through the turnover machine; the working efficiency for assembling parts on the upper surface and the lower surface of the large-size workpiece is improved; the assembling work is high in safety; the turnover machine is applicable to large-batch production.

The invention relates to an H-shaped steel overturning, welding and forming device. The H-shaped steel overturning, welding and forming device comprises a welding robot moving mechanism, a steel plateconveying mechanism, and a plurality of clamping and overturning mechanisms arranged in the length direction of the steel plate conveying mechanism, wherein a web jacking mechanism and a wing plate jacking mechanism are further arranged on the steel plate conveying mechanism. The H-shaped steel overturning, welding and forming device is simple in structure, ingenious in design and suitable for welding of H-shaped steel components of various types, and ensures the welding quality and the welding precision; spot welding is performed through an electric welding machine; and the assembling precision, machining efficiency and automation degree of the H-shaped steel are greatly improved; the H-shaped steel can be directly assembled through the H-shaped steel overturning, welding and forming device with no need for a traveling crane and a large amount of auxiliary manual work; and the the H-shaped steel overturning, welding and forming device has high assembling operation efficiency, saves labor force and operation time, is safe and convenient, and improves the production efficiency of products.

A low noise shaft assembling device, to add balls into the shaft through the shaft's ferrule, comprises platform, a pressure input device fixed on the platform and a shaft supporter. Two piston rods put pressure on the inner ferrule and outer ferrule of the shaft to make it elastic deformation and add balls into the shaft.

A rotating electric machine armature core (1) is configured by combining such a number of magnetic tooth sections (2) that corresponds to the number of magnetic poles, each of the magnetic tooth sections (2) including a plurality of first sheet members (6) each of which includes a magnetic tooth portion (3) formed at one end and a root portion (5) formed at the other end with an end face of the root portion (5) having a prescribed external shape, and at least one second sheet member (10) inserted between the individual first sheet members (6) in a laminating direction thereof at a location different from the locations of the other sheet members, the second sheet member (10) including the magnetic tooth portion (3) formed at one end and an overlapping portion (9) formed at the other end, the overlapping portion (9) forming a back yoke portion (8) together with the root portion (5) with a through hole (7) formed at a specified position in the overlapping portion (9), the overlapping portion (9) jutting out from the root portion (5) in such a manner that the overlapping portion (9) can fit on the end face of the root portion (5) of the first sheet member (6), wherein the magnetic tooth sections (2) are combined in a radial form with the through holes (7) in the individual overlapping portions (9) aligned at the same location.

The invention discloses an automatic assembling system for a bogie side beam. The automatic assembling system comprises a material conveying and identifying platform and a detection robot, wherein the material conveying and identifying platform is used for identifying parts for consisting the side beam and conveying the parts to storage and transportation fixtures; the detection robot is used for identifying 2-dimensional bar code information of the parts in the storage and transportation fixtures and transmitting the 2-dimensional bar code information to a control chamber; the control chamber is used for transmitting side beam model information to a conveying robot according to the received 2-dimensional bar code information, and transmitting an installing and welding command matched with the model of the side beam to a detecting, installing and welding robot; a conveying robot is used for conveying the parts in the storage and transportation fixtures to installing and welding stations, and setting up the parts according to the side beam model information; the installing and welding robot is used for installing and welding the set up parts according to the installing and welding command; and a manual pretreatment station is used for manually detecting workpieces which are installed and welded at the installing and welding stations. By adopting the system, automatic operation for installing and welding of each part during assembly of the side beam can be realized, so that working efficiency for assembly is improved.

The frame of a vehicle body is constituted by left and right vertical plates and a bottom plate coupling the vertical plates horizontally. In addition, a control valve device and a control valve device including a plural number of directional control valves are mounted in advance on a single mounting plate together with a correction lever, a plural number of operation levers and link mechanisms to obtain a lever/valve assembly. Then, the mounting plate constituting of the lever/valve assembly is attachable to or detachable from the left vertical plate of the frame by using bolts or the like. As a result, the efficiency of the assembly operation can be improved.

A bearing device for a wheel, in which circumferential play is suppressed, which facilitates connection between a hub ring and an outer coupling member, in which a reduction in NVH characteristics due to play at a joint between the hub ring and the constant velocity universal joint and by play between a bearing outer member and a knuckle is prevented, and which performs highly accurate transmission of rotational torque. The bearing device has a groove-ridge fitting structure (M) by which the hub ring (1) and a shaft section (12) of the outer coupling member of the constant velocity universal joint (3) are integrated together, and the shaft section (12) is fitted in a hole (22) of the hub ring (1). In the groove-ridge fitting structure (M), ridges (35) on the outer diameter surface of the shaft section (12) and grooves (36) in the inner diameter surface (37) of the hub ring (1) are fitted to each other in a fitting contact portion (38), and the ridges (35) and the grooves (36) are in intimate contact with each other in the entire fitting contact portion (38).