1899results about How to "Realize the assembly" patented technology

The invention discloses a reality augmenting method. The reality augmenting method comprises the steps that a terminal obtains a current scene image through a camera, and detects a recognized target in the image to obtain data information in the recognized target; whether corresponding calling information exists in the terminal or not is checked, if yes, real-time rendering is directly carried out, and virtual information is superimposed on a terminal screen to be displayed in a scene; if the corresponding information does not exist, the information is uploaded to a server, the corresponding information is called from a database and downloaded to the terminal to be rendered in real time, and the effect of augmenting the reality is achieved. Meanwhile, movement, rotation and zooming of a virtual image can be controlled by moving the current scene or a terminal device.

The invention relates to a folding key assembling machine, which comprises a worktable, and a plastic head feeding mechanism, a hardware press-in mechanism, a key handle feeding mechanism, a pin feeding mechanism, a pin pressing mechanism, a loading mechanism and an assembling and conveying mechanism which are arranged on the worktable, wherein the assembling and conveying mechanism is provided with a key holder; the hardware press-in mechanism, the key handle feeding mechanism and the pin pressing mechanism are connected with the assembling and conveying mechanism in turn; the output end of the plastic head feeding mechanism is connected with the hardware press-in mechanism; the output end of the pin feeding mechanism is connected with the pin pressing mechanism; and the mechanisms are connected with the main control circuit electrically. In the invention, the automatic feeding mechanism and the automatic assembling mechanism are combined scientifically; the operation mechanicals form a continuous operation streamline for automatically feeding and assembling folding keys in place of the manual and semi-automatic ways of assembling the folding keys; thus, the production efficiency of the folding keys is improved obviously, assembly quality is improved, production cost is saved and labor intensity is lowered.

The invention discloses a numerical control bottle cap production line, which comprises the following processes of: an inner plug feeding unit, an inner assembly unit, a bottle neck feeding unit, a bottle neck assembly unit, a middle sleeve feeding unit, a middle sleeve assembly unit, a middle sleeve stamping unit, a manipulator pick-up unit, an inner cap feeding unit, an inner cap assembly unit,an inner cap screwing unit, a top cap feeding unit and the top cap assembly unit, wherein the inner plug feeding unit is connected with the inner plug assembly unit by an inner plug vibrating plate slideway; the bottle neck feeding unit is connected with the bottle neck assembly unit by a bottle neck slideway and a bottle neck conveying belt; the middle sleeve feeding unit is connected with the middle sleeve assembly unit by a slideway and a middle sleeve conveying belt; the middle sleeve stamping unit is connected with the middle sleeve assembly unit and the manipulator pick-up unit; and theinner cap feeding unit is connected with the inner cap assembly unit by an inner cap conveying belt. In the numerical control bottle cap production line, an integral bottle cap is assembled on the automatic production line to fulfill the aims of improving the production efficiency and the quality of products.

The invention discloses a new energy power module assembling line relating to the technical field of tools for battery modules. A battery cell detection station is arranged on one side of a battery cell loading assembly, a automatic battery cell frame mounting station is arranged on one side of the battery cell detection station, a battery cell splicing station is arranged on one side of the automatic battery cell frame mounting station, a side loading line of the battery cell splicing station is arranged on one side of the battery cell splicing station, a battery cell module transplanter is arranged on one side of the side loading line of the battery cell splicing station, and a riveting machine is mounted on the battery cell module transplanter. The new energy power module assembling line can achieve assembly of a new energy battery module and can achieve automatic assembling, so that the labor and the time are saved and the efficiency is high.

The invention relates to a hinge component assembling machine which assembles a permanent pedestal and a hinge arm component of a hinge together by a bolt. The hinge component assembling machine comprises a pedestal positioning seat arranged on a worktable, a bolt positioning seat positioned positioned above the pedestal positioning seat, a bolt feeding mechanism for transporting the bolt to the bolt positioning seat, a bench drill for assembling the bolt on the permanent pedestal and the hinge arm component, and a control switch connected with an electrical control device; the bolt positioning seat comprises a bolt assembling guide hole which is formed on the bolt positioning seat and is communicated up and down, a blanking port connector which is used for sending the bolt to the bolt assembling guide hole by the bolt feeding mechanism, guide grooves formed on two sides of the bolt positioning seat, bolt aligning splints arranged on the guide grooves, and a cylinder for controlling the bolt aligning splints to close up or separate from the bolt assembling guide hole; and the cylinder is fixed by a fixing plate which is arranged on the worktable. The hinge component assembling machine with the structure can effectively improve production efficiency and reduce production cost.

The invention relates to a rack storage system (1) having a conveyor vehicle (3) for transporting goods (3) to be stored, parallel storage racks (6a, 6b) and a rack aisle (7) extending therebetween, which storage racks (6a, 6b) each comprise front track posts (12) adjacent to the rack aisle (7), rear rack posts (13) remote from the rack aisle (7) and front and rear horizontal beams (14, 15, 16, 17) extending in the direction of the rack aisle (7) in rack planes (10) that lie one above the other, wherein the autonomous conveyor vehicle (3) is drivable on the front horizontal beams (14, 15, 16, 17) opposite of one another. The front and/or rear horizontal beams (14, 15, 16, 17) in at least one of the rack planes (10) comprise, in the direction of the longitudinal extent thereof, at least one mounting section (66; 76) in which mounting interfaces (67) for fixing at least one function add-on module (57) of the rack storage system (1) and optionally a mounting plane for the function add-on module (57) are formed.

The invention relates to the technical field of precision assembly, in particular to a tiny component assembling device and method. The tiny component assembling device is characterized by consisting of a feeding clamp unit, combined adsorbing clamp unit and an assembling clamp unit, wherein the combined adsorbing clamp unit comprises a connecting block, a U-shaped pneumatic connecting block, a sucking disc connecting post, a left clamp finger, a right clamp finger, a sucking disc, a transitional adsorbing block, a positioning block and a pneumatic clamp; the transitional adsorbing block is designed to have a series of different sizes and structures and is used for adsorbing tiny components with various structural characteristics, so that the shift function of a clamp is achieved and the universality of the clamp is improved; the transitional adsorbing block adsorbs, moves and assembles the tiny components in the assembling process, and fixes an assembly after completion of the assembling process, thus ensuring that the assembly precision is not damaged, and achieving precision assembly of the tiny components. The tiny component assembling device and method are applicable to clamping adsorption, movement, assembly and fixation of tiny mechanical components.

The invention belongs to area of software engineering technique. Component library is setup at one or more computers so as to form computers of component library. User encapsulates components from computers of component library so as to form packages described in unified formalism. The said packages are stored in directory library of component so as to form computers of directory library of component. Software for assembling components is setup in a computer so as to form a computer of component assembly. User picks up a set of package of component to be assembled from computers of directory library of component, and down loads the set of package to the computer of component assembly. Based on information of package of component to be assembled, the computer of component assembly assembles the set of package. Features are: visual programming based on components, supporting integration of service flow for different application areas, customizing and integrating individualized services.

The invention discloses a modular reconfigurable crawler-type wall climbing robot, consisting of seven or more than seven absorption joints. Each absorption joint comprises a U-shaped frame, a bracket, a shell A, a shell B, a shaft, a shaft sleeve, a steering engine, an electromagnet, a sucker A and a sucker B; the sucker A is arranged on the shell A; the sucker B is arranged on the shell B; the steering engine and the shaft are arranged on the bracket; the shaft sleeve is arranged on the U-shaped frame; the shell A and the shell B are connected and form a cavity used for arranging the electromagnet; the U-shaped frame is connected with the shell A; and the bracket is connected with the shell B. The modular reconfigurable crawler-type wall climbing robot forms a serial crawler-type structure of the robot by the U-shaped frame of the former absorption joint and the output shaft and shaft of the steering engine of the latter absorption joint so as to lead the robot to have the feature of multiple degrees of freedom. The crawler-type robot which is formed by adopting connection of seven or more than seven absorption joints with identical structures enhances the motion flexibility, absorption reliability and obstacle-climbing capability of the robot.

The invention relates to a camera module assembling machine, which comprises a frame and an operating table disposed on the frame. A feeding mechanism, a glue feeding mechanism and an assembly mechanism are arranged on the operating table and respectively connected with a master control circuit, wherein the feeding mechanism is used for respectively conveying camera modules and FPC (flexible printed circuit) flexible substrates to an assembly station, and the assembly mechanism is used for dipping the camera modules into glue and then mounting the same on the FPC flexible substrates. The camera module assembling machine is reasonable in structural design, a camera module feeding mechanism, an FPC flexible substrate feeding mechanism, the glue feeding mechanism and the assembly mechanism are disposed on the operating table, the camera module feeding mechanism and the FPC flexible substrate feeding mechanism convey the camera modules and the FPC flexible substrates to the assembly station respectively, and the assembly mechanism dips the camera modules into glue and then mounts the same on the FPC flexible substrates, so that automatic feeding, glue dipping and assembly of the camera modules and the FPC flexible substrates are realized, mounting procedures are reduced while assembly efficiency is improved, and assembly quality is further guaranteed.

The invention provides an automatic assembling machine of rotors and bearings of motors, belongs to the technical field of mechanical equipment and solves the problem that the rotors and the bearings cannot be assembled smoothly by the existing automatic assembling machine of the rotors and the bearings of the motors. The automatic assembling machine of the rotors and the bearings of the motors comprises a frame and a workbench, wherein a positioning seat is arranged on the workbench; a material receiving block I and a material receiving block II are arranged on two longitudinal sides of the positioning seat; storage slots are formed in the material receiving block I and the material receiving block II; a conveying chain I and a conveying chain II are respectively arranged on two transverse sides of the positioning seat; a mechanical arm assembly is arranged on the workbench; a translation mechanism I capable of driving the material receiving block I to be subjected to longitudinal translation is arranged on the workbench; a resetting mechanism is arranged between the workbench and the positioning seat. The automatic assembling machine of the rotors and the bearings of the motors has the advantage that the rotors and the bearings are smoothly assembled.

The invention discloses a bearing assembly all-in-one machine and an assembly method thereof. The assembling of bearing balls and press-fitting of a bearing retainer are important processes in the assembly of rolling bearings. The machine comprises an operating platen, a ball loading module, a retainer pressing-in module, a station switching mechanism and a base, wherein the ball loading module comprises an inner ring triaxial mechanical arm, a ball triaxial mechanical arm, an inner ring mounting chuck and a ball blowing mechanism; the retainer pressing-in module comprises a pressing-down mechanism and a retainer pushing mechanism; the ball blowing mechanism comprises an air pressure ball bin, an on-off valve, a nozzle and a ball conveying pipe; and the retainer pushing mechanism comprisesa feeding device seat, a feeding air cylinder, a return spring, a T-shaped locking pin, a feeding bottom plate, a feeding device, a feeding inclined rail and a retainer storage bin. By matching the station switching mechanism, the ball loading module and the retainer pressing-in module, the assembly of an inner ring, an outer ring, the balls and the retainer of the bearing can be completed fullyautomatically, and the assembly precision and uniformity of the bearing are effectively guaranteed.

The invention relates to the field of sealing ring assembling, and discloses an automatic sealing ring assembling device and an automatic assembling method thereof. The automatic sealing ring assembling device comprises a feeding mechanism, a moving mechanism and a taking and unloading mechanism, and the feeding mechanism is used for automatic discharging of the sealing ring. The taking and unloading mechanism is driven by the moving mechanism to assemble the sealing ring on the feeding mechanism onto a to-be-mounted part. A material taking assembly comprises a conical clamping jaw and a fourth driving device, the outer diameter of the conical clamping jaw is increased through driving of the fourth driving device, the conical clamping jaw is sleeved with the sealing ring, and automatic material taking is completed. An unloading assembly comprises an annular movable assembly and a fifth driving device, the annular movable assembly moves on the conical clamping jaw through the fifth driving device, the sealing ring is pushed to be installed on the to-be-mounted part, and automatic assembling is completed. According to the automatic sealing ring assembling device, automatic assembling of a single sealing ring can be achieved, and automatic assembling of a plurality of sealing rings with different inner diameters can be achieved at the same time.

The invention discloses a lithium battery cathode assembling machine which comprises a working platform, wherein a steel shell feeding device, a lithium sheet feeding and shearing device, a lithium sheet transferring device, a cathode shaping device, a steel shell transferring device and a cathode rolling device are sequentially arranged on the working platform, and all the devices are connected with a main control circuit. The invention solves the problems of low speed and low efficiency for manually assembling the cathode of a lithium battery, has the advantages of good assembling quality and high efficiency, improves the operating environment, and saves the cost. The lithium battery cathode assembling machine has a simple structure; when the cathode is assembled, the lithium sheet is firstly fed, and then sheared; the sheared lithium sheet is fed into a shaping working station, and subjected to low shaping, left and right shaping and upper shaping, and then loaded into a steel shell; and the steel shell loaded with the cathode is fed to a rolling position for rolling, and then the steel shell subjected to the rolling is conveyed and discharged, therefore, the automatic feeding,shaping and assembling of the lithium battery cathode are realized.

The invention relates to a pressure assembly mechanism, which is used for pressing small products or parts in corresponding cavities of large products or parts. The pressure assembly mechanism comprises an upper punch arranged on an upper die fixed plate and a lower die fixed plate arranged on a base, wherein a guiding sleeve is also arranged on the upper die fixed plate; a guiding rod is arranged in the guiding sleeve; the upper die fixed plate is connected with the head part of a piston rod for driving an air cylinder; the piston rod is parallel to the guiding rod; a clamp for clamping the large products or parts is arranged on the lower die fixed plate; and at least part of the lateral surface of the upper punch along the feeding direction is an inclined plane.

The invention discloses an extrusion forming manufacturing method for an inner race of an integral type titanium alloy self-lubricating spherical plain bearing. The method comprises the following steps: firstly machining a titanium outer race for the spherical plain bearing according to the requirement, and adhering a self-lubricating layer on the inner surface of the outer race to form a finished bearing outer face; secondly, conducting obturated-extrusion forming on a blank of the bearing inner race through an obturated-extrusion die; thirdly, machining a workpiece into an inner race middle forming piece which is provided with a cylindrical hole of certain size, wherein the diameter of the hole is smaller than that of an inner hole of a finished spherical plain bearing inner race; fourthly, conducting upset-extrusion forming on the inner race middle forming piece through an upset-extrusion die, and assembling the inner race and the outer race while conducting the upset-extrusion forming; and fifthly, grinding two end faces and the cylindrical hole of the inner race for assembling the inner race and the outer race of the bearing to obtain the finished self-lubricating spherical plain bearing. The extrusion forming manufacturing method is applicable to the self-lubricating spherical plain bearing with the titanium alloy outer race and the copper alloy inner race, and the manufactured bearing is long in service life and high in reliability.

The invention discloses a spatial and angular assembling device for micro-devices. The spatial and angular assembling device is used for spatially and angularly assembling micron-grade fine filaments and the cylindrical micro-devices and comprises a control host, a two-dimensional orthogonal microscopic vision observing device, a cylindrical micro-device attitude adjusting device and a thin filament pose adjusting device. The spatial and angular assembling device has the advantages that the cylindrical micro-device attitude adjusting device has three rotational degrees of freedom, three rotary shafts intersect with one another at a point owing to structural designs, the geometric centers of the cylindrical micro-devices are positioned at the intersection point of the three rotary shafts, accordingly, the micro-devices are assuredly always positioned in microscopic vision fields of view when attitudes of the cylindrical micro-devices are adjusted, the random attitudes of the cylindrical micro-devices can be adjusted in three-dimensional spaces, and various spatial and angular assembly requirements can be met; a fine filament pose adjusting mechanism has five degrees of freedom and is used for positioning spatial poses of the micron-grade fine filaments and fittingly assembling the micron-grade fine filaments; the micron-grade fine filaments and the cylindrical micro-devices can be spatially and angularly assembled under high-precision conditions by the spatial and angular assembling device, and the assembly precision can reach 0.3 degree.