187results about How to "Guaranteed assembly efficiency" patented technology

The invention provides a swash plate type axial piston pump or a motor, which comprises a shell, a main shaft, a plurality of piston components, a swash plate, a cylinder, a distributive flow disk and a connecting part, wherein the connecting part comprises a first part and a second part which relatively swing, the first part is combined with the main shaft and synchronously rotates with the main shat, the swash plate is combined with the second part and synchronously rotates with the second part, a cylindrical inner hole is arranged on the center of the cylinder, the main shaft stretches into the cylindrical inner hole, the main shaft and the cylindrical inner hole are matched, and when the main shat rotates, the cylinder is driven by the piston components to rotate. The main shaft and the cylinder of the swash plate type axial piston pump can form clearance fit, the transmission line of the swash plate type axial piston pump is the main shaft, the connecting part, the swash plate, the piston components and the cylinder, and the swash plate type axial piston pump has the advantages of excellent assembly, high total efficiency and small lateral force, and can achieve the advantages of coaxial or through-shaft connection and the like.

The invention relates to a fiber array board assembly device and a fiber array board assembly platform using the same. The fiber array board assembly device comprises an L-shaped positioning base and a clamp component. The L-shaped positioning base comprises a side wall and a base. A positioning block is fixedly connected to the inner side of the side wall. A pressure block parallel to the positioning block is also movably connected to the inner side of the side wall. The pressure block can horizontally move along the inner side of the side wall. The inner side of the side wall is further provided with a clamp groove. The base is provided with a through hole. A lifting member and a support member are disposed in the through hole. A U-shaped support is disposed on two side walls of the clamp component. An elastic member is arranged between the bottom of the U-shaped support and the bottom of the clamp component. A glass pressure block is arranged between two ends of the U-shaped support. One end of the clamp component is provided with a protrusion which is clamped in the clamp groove. The lifting member controls the U-shaped support to ascend and descend through the support member.

The embodiment of the present invention relates to assembly equipment, and discloses an assembly screw equipment, which includes a frame and a conveying line arranged on one side of the frame. The frame is equipped with a main control system, a screw feeder, a screw acquiring and tightening device, and a camera device ; Each component is connected to the main control system respectively; the conveying line is electrically connected to the main control system for conveying the product, and the conveying line is provided with a sensor and a clamping device. When the sensor detects the product, the main control system closes the conveying line, drives the clamping device to clamp the product, and turns on the camera to capture the image of the product, and obtains the screw hole position of the product in the image according to the captured image. The main control system is still After obtaining the screw hole positions, drive the screw obtaining and tightening device to obtain screws from the screw feeder, and control the screw obtaining and tightening device to screw the screws into the screw holes of the product. The screw assembling equipment in the present invention can not only ensure the quality of assembling but also the efficiency of assembling when assembling screws, and can reduce the cost of assembling at the same time.

The invention relates to magnetic steel assembling equipment. The magnetic steel assembling equipment comprises an execution unit, a tool unit, an assembling unit and a detecting-positioning unit, wherein the detecting-positioning unit comprises a magnetic steel detecting-positioning mechanism for detecting position information of the magnetic steel and an iron core detecting-positioning mechanism for detecting position information of an iron core. By adoption of the equipment, quick and high-precision assembling of the magnetic steel can be realized; and in addition, detecting-positioning is performed in assembling of the magnetic steel in each time, so that positioning accuracy is ensured.

The invention relates to a mechanical arm tool mechanism, in particular to a mechanical arm tool mechanism used for nut assembling in a narrow space. The problems that during nut assembling in the narrow space, manual assembling is needed, the time and labor are consumed, working efficiency is low, and the assembling quality is difficult to guarantee are solved. The mechanical arm tool mechanism used for nut assembling in the narrow space comprises a motor, a supporting assembly, a lifting mechanism, a transmission mechanism, a posture control mechanism and an executing mechanism; the lifting mechanism is arranged at an entrance of the narrow space, the supporting assembly is arranged on the lifting mechanism and makes up-down reciprocating movement in the height direction of the lifting mechanism under control of the lifting mechanism, and the executing mechanism is hinged to the bottom of the supporting assembly; and the motor is arranged on the supporting assembly and connected with the executing mechanism through the transmission mechanism, the executing mechanism is driven by the posture control mechanism to make rotating action, and the executing mechanism is driven by the transmission mechanism to make nut assembling action. The mechanical arm tool mechanism used for nut assembling in the narrow space is used for assisting nut assembling in the narrow space.

The invention relates to the technical field of mold production and manufacturing, and discloses a high-precision mold production process. The production process specifically comprises the following steps that S1 material/mold base ordering is conducted, specifically, a mold base material is preliminarily screened out, and is preliminary machined, so that a mold base material internally with largeparticles is removed; and S2, roughing is conducted, specifically, the mold base material is machined through a machine tool, the approximate shape of the mold is machined out, and a margin is reserved on the periphery of the mold. According to the production process, procedures are simple and convenient, used equipment is mostly a numerical control lathe, the machining process is controllable, wire cutting treatment and computerized numerical control machine treatment in the treatment procedures are gathered on the same equipment for treatment, when the numerical control milling machine is used for machining, high-precision machining is conducted by utilizing primary electric spark and intermediate electric spark, technical personnel conduct detection by utilizing 3D scanning detection and 2D detection, so that the size errors of an insert hole and a slide tunnel are minimized.

The invention provides a rotary table mechanism capable of preventing a line from winding. The rotary table mechanism comprises a bottom plate, a rotary module which is fixedly arranged in the middle of the bottom plate, a rotary table arranged on the rotary module, a fixed loading table which is fixedly connected onto the bottom plate through a fixed loading table connection block, and is located above the rotary table, a pneumatic component or an electric component which is arranged on the fixed loading table and is pneumatically or electrically arranged on the fixed loading table, and a wiring hole which is formed in the fixed loading table and is matched with the pneumatic component or the electric component to use. According to the rotary table mechanism capable of preventing the line from winding, provided by the invention, the fixed loading table is arranged for arranging the pneumatic component or the electric component for driving; a pneumatic or electric wire of the pneumatic component or the electric component is arranged in a wiring groove which has no corresponding contact with the rotary table; and the rotation of the rotary table does not cause the winding of the wire of the pneumatic component or the electric component and the working of a mouse is not influenced, so that the assembling efficiency of the mouse is guaranteed.

The invention relates to the technical field of motor component transferring, and particularly relates to a bearing transshipment mechanism of a motor rotor assembly machine. The bearing transshipmentmechanism comprises a pedestal which is provided with a first transshipment mechanism. The first transshipment mechanism comprises a material loading device and a carrying device. The material loading device comprises a first supporting stand, a rotating disc and a first driving motor. The output end of the first driving motor and the bottom part of the rotating disc are matched in a transmissionway through a belt pulley. The top part of the rotating disc is provided with multiple material canisters which are circumferentially distributed. The bottom part of the carrying device is provided with a shifting and transporting mechanism used for transshipment of the bearings in the material canisters. The carrying device comprises a second supporting stand, a clamping component and a transferstand. The top part of the second supporting stand is provided with a second supporting frame. The upper part of the second supporting frame is horizontally provided with a second lead screw slide block. According to the bearing transshipment mechanism of the motor rotor assembly machine, the degree of automation is high, the manual labor intensity can be effectively reduced, working is enabled to be safer, the processing quality can also be enhanced and the assembling efficiency of the motor rotor can be ensured.

The invention belongs to the field of pipeline cleaning equipment and particularly relates to a portable pipeline inner wall electric cleaning device. The portable pipeline inner wall electric cleaning device comprises a work assembly, a power controller and a flexible shaft. A special-shaped sheave is fixed to a power input shaft in a sleeving mode, the appearance of the special-shaped sheave is cylindrical, the cylinder surface of the special-shaped sheave is surrounded by a wavy groove part, the waving direction of the groove part is parallel to the axis direction of the special-shaped sheave, and the groove part is of an axial symmetry structure with the axis of the special-shaped sheave as the axis of symmetry. The special-shaped sheave is coaxially sleeved with a cleaning shaft sleeve, a ball containing hole or a ball containing groove is formed in the inner cylinder wall of the cleaning shaft sleeve in a recessed mode, and containing space for containing a ball and enabling the ball to roll is defined by the ball containing hole or the ball containing groove and the groove part jointly. The outer wall of the cleaning shaft sleeve is fixedly connected with a cleaning brush. The device is low in use cost and high in portability, and meanwhile conforms to the operating purposes of high efficiency, automation and the high cleaning effect required by existing pipeline cleaning.

An inter-structural-disk connecting force limiting device is used for limiting force and screwing nuts, in an inner cavity of the device, which are less easy to screw. The inter-structural-disk connecting force limiting device is structurally characterized by comprising an operating handle, a matching screwing part (55) and a connecting part, wherein the matching screwing part (55) is used with a screwed nut (2) to be screwed, and the connecting part is used for connecting the operating handle and the matching screwing part (55) and is integrated with the same. The defect that position of the nut and contact with the nut cannot be ensured with human eyes and human hands is overcome, and screwing and force limiting for the nut are achieved. The inter-structural-disk connecting force limiting device is simple and reasonable in design, assembly process of nut screwing is optimized, the technical difficulty in screwing and force limiting for the nut of the special structural disk is overcome, and application of the connecting force limiting device is achieved. In addition, the concept of design can be used for reference and applied to other projects of inter-structural-disk connecting force limiting, and the inter-structural-disk connecting force limiting device is worthy of wide application.

The invention discloses an intelligent new energy semi-submersible offshore floating helicopter platform, and belongs to the technical field of ocean platforms. Through the arrangement of buoyancy adjustable points with adjustable buoyancy and buoyancy fixed or adjustable semi-submersible buoyancy nodes and the array arrangement and corresponding connection of the corresponding buoyancy nodes in aplane or a space, the buoyancy main body and the semi-submersible buoyancy body can be rapidly obtained; and then the semi-submersible offshore floating type helicopter platform can be rapidly arranged through combined arrangement of the diving stand column, the lifting stand column and the deck assembly above the semi-submersible buoyancy body. The platform is simple in structure and easy and convenient to arrange, rapid arrangement of the helicopter platform can be achieved, the construction efficiency of the helicopter platform is improved, the arrangement cost of the helicopter platform is reduced, the influence of sea waves on a buoyancy structure is reduced, the arrangement stability and wind and wave resistance of the helicopter platform are guaranteed, and the continuous development of the deep sea culture industry is promoted.

An automatic assembling device of a protector having a retained workpiece detecting function comprises a worktable, a rotary disk, a rotary disk driving mechanism, a rivet installing mechanism, a protector base extracting and releasing mechanism, a workpiece absence detecting mechanism, a static contact piece installing mechanism, a rivet spinning and riveting mechanism, a movable contact piece extracting and releasing mechanism, a movable contact piece pre-pressing mechanism, a movable contact piece pressing mechanism, an insertion piece extracting and releasing mechanism, an insertion piece pressing and fixing mechanism and a protector moving mechanism and is characterized by further comprising a retained workpiece detecting mechanism located between the protector moving mechanism and the rivet installing mechanism, a rivet supplying vibration disk is arranged at the position of the rivet installing mechanism, a protector base supplying vibration disk is arranged at the position of the protector base extracting and releasing mechanism, a static contact piece supplying vibration disk is arranged at the position of the static contact piece installing mechanism, a movable contact piece supplying vibration disk is arranged at the position of the movable contact piece extracting and releasing mechanism, and an insertion piece supplying vibration disk is arranged at the position of the insertion piece extracting and releasing mechanism. The automatic assembling efficiency is guaranteed, and operating strength is reduced.

The invention discloses a stator, rotor and bearing one-time assembled precision guiding device for a permanent magnetism motor. The device includes a rotor guiding tool and a stator guiding tool; theinner surface of the rotor guiding tool is an installation surface, and the rotor guiding tool is installed on the rotating shaft of a rotor; a bearing inner ring is located between the rotor guidingtool and the rotor; the stator guiding tool is detachably connected to the end cover of a driving end of a permanent magnetism motor; the outer surface of the stator guiding tool is an excircle guiding surface, and the diameter of the excircle guiding surface is not greater than the external diameter of the bearing inner ring; and the stator guiding tool is provided with an upper inner circle guiding surface matching the excircle guiding surface. The device has advantages of being simple in structure, good in assembling quality and high in assembling efficiency.

The invention discloses a plunger rotary-assembling machine. The plunger rotary-assembling machine comprises a machine frame. One end of the machine frame is slidably connected with a movable workbench through a sliding rod and a transmission lead screw. A supporting frame is fixedly arranged at the other end of the machine frame. A rotary shaft is rotatably arranged on the supporting frame through a rolling bearing. A chuck is arranged on the rotary shaft. The transmission lead screw and the rotary shaft are separately connected with a rotary motor and a servo motor. According to the plungerspin-assembling machine, a to-be-assembled cylinder body is fixed to the movable workbench, a plunger is mounted on the chuck, the chuck drives the plunger to rotate, the movable workbench drives theto-be-assembled cylinder body to move linearly, and then the plunger is rotatably assembled into the to-be-assembled cylinder body; and the assembling efficiency is high, the assembling difficulty isgreatly lowered, and the labor intensity of workers is relieved.

The invention provides an aircraft internal complicated structure boundary reverse leading method adopting digital measurement to achieve calculation, measurement and boundary reverse leading. Using an aircraft designed coordinate system as reference, the method comprises the following steps: data is acquired through digital measurement system, and an aircraft coordinate system is built by adopting an optimal fitting algorithm; a measurement head of the digital measurement system is adopted to measure the surface of a part near a boundary to be reversely leaded; aircraft part three-dimensional digital analogies are combined to extract a vector direction in the boundary, and a space curve of aircraft internal complicated structure boundary on the outer surface of a cover is obtained through a projection algorithm according to the thickness of the cover; the cover is finished and mounted; and the boundary is reversely leaded. The method reversely leads the aircraft internal complicated structure boundary by dint of three-dimensional digital measurement technology, can reach the boundary reverse leading precision of 0.5 mm, provides the basis for determination of hole positions of standard parts, and effectively improves the hole connecting precision and efficiency.

The invention relates to an assembly type television splicing screen mounting device and a mounting method thereof. The assembly type television splicing screen mounting device comprises vertical brackets, transverse brackets, connectors, lifting ropes and splicing screens; the bottoms of the vertical brackets are connected onto the ground; the transverse brackets are parallelly erected between the adjacent vertical brackets; first mounting rails are arranged on the vertical brackets; second mounting rails are arranged on the transverse brackets; one end of each connector is connected with thecorresponding first mounting rail by a first locking piece; the other end of each connector is connected with the corresponding second mounting rail by a second locking piece; one lifting rope is arranged between the two adjacent transverse brackets, and is wound on the transverse bracket on the upper side; one end of each lifting rope is connected with the corresponding transverse bracket on thelower side; a pull handle is arranged at the other end of each lifting rope and the other ends of the lifting ropes extend to the bottoms of the vertical brackets; the splicing screens are connectedwith the second mounting rails by hooks; all the splicing screens are on the same plane. The mounting device and the mounting method have the advantages of convenience in adjusting, high assembling accuracy, convenience in dismounting and mounting, and high safety.

The invention discloses a detection tooling apparatus for a rear fork of a two-wheeled motorcycle. A front positioning seat is fixed at the front part of a base, through-holes penetrating left and right end surfaces are formed on the front positioning seat, and positioning shafts are inserted into the through-holes; a left front positioning seat is positioned on the left side of the rear part of the front positioning seat, an upper through-hole and a lower through-hole which respectively penetrate the left and the right end surfaces are formed on the left front positioning seat, and a first positioning pin is inserted in each through-hole from outside to inside; a left rear positioning seat and a right rear positioning seat are positioned at left and right ends of the rear part of the base, second positioning pins are inserted into the upper parts of the left rear positioning seat and the right rear positioning seat from outside to inside, positioning holes penetrating the inner end surface of the second positioning pin are formed at the inner end thereof, and a third positioning pin and a fourth positioning pin are respectively arranged on front and rear sides of the second positioning pins at the left end. The detection tooling apparatus can greatly improve the rate and the accuracy of the quality detection when the rear fork enters a factory of a motorcycle manufacturer, ensure that the quality of the rear forks meet the requirements, effectively improve the assembly speed of the rear fork and meet the requirement of uniform production.

The embodiment of the invention provides an assembly system and method based on cooperation of double manipulators. The assembly system and method are applied to the technical field of automation. During cooperative assembly of the double manipulators, the first manipulator obtains a placing position corresponding to a to-be-assembled material through a first visual system, and grabs the to-be-assembled material through a gripper at the tail end; after the to-be-assembled material is placed on the placing position, a pressing block is grabbed through the grabber, and the to-be-assembled material is pressed on the placing position through the pressing block; and the second manipulator obtains an assembly position in the to-be-assembled material through a second visual system, and the assembly position in the to-be-assembled material is accurately assembled through an assembling tool. Through cooperative assembly of the double manipulators, the intelligent level of assembly is improved, the assembly efficiency and the assembly precision are also improved, and the assembly system and method can be used for automatic assembly of high-precision instruments.