46results about How to "Pressing to achieve" patented technology

The invention relates to the field of feed, in particular to feed smashing equipment. Mixture of soybean and bean cake can be smashed through a smashing and combining body; the smashing effect can beadjusted according to actual conditions; straw can be cut through a cutting and combining body; the cutting length of the straw can be adjusted according to actual conditions; and the machining speedof the device can be adjusted; the feed smashing equipment comprises the smashing and combining body, the cutting and combining body and a bottom frame and combining body, when a second bevel gear rotates, a first bevel gear is driven, then a middle-end rectangular frame is driven to move through an N-shaped frame, and through the action of a rectangular frame clamping groove and a driving inner sliding rod, a hinged connection block is driven and a driving rectangular rod is driven to move, then a first rectangular sliding rod is driven to slide along a second middle end support, then a firstclamping and moving rod and a second clamping and moving rod drive the straw to move forwards in a stepping mode along a cutting outer frame at the same time, straw transportation is completed, strawcutting is facilitated through a cutting blade, and straw pressing is achieved through a pressing roller.

The invention provides a gelatinizing and pressing-fit device for a plate, and belongs to the technical field of plate processing. The gelatinizing and pressing-fit device comprises a pressing-fit mechanism, a gelatinizing mechanism and a glue liquid control mechanism. A gelatinizing support of the gelatinizing mechanism is arranged on a guide rail in a left-right sliding manner, and a gelatinizing roll is rotationally arranged between two gelatinizing roll supporting plates. A first lead screw and a first lead screw nut are in threaded connection, and a second lead screw and a second lead screw nut are in threaded connection. The pressing-fit mechanism is arranged over the gelatinizing mechanism, and first sliding sleeve plate, a second sliding sleeve plate and a third sliding sleeve plate of the pressing-fit mechanism are arranged from top to bottom and arranged on a pressing rod in a vertical sliding manner. The rigidity of a first spring is smaller than that of a second spring, andthe rigidity of the second spring is smaller than that of a third spring. The gelatinizing and pressing-fit device is fast and even in gelatinizing, pressing-fit force changes can be divided into three stages, the pressing-fit force is in a gradually increasing broken line type, the pressing-fit force stability is good, and the gelatinizing and pressing-fit effect of the plate is greatly improved.

The invention discloses a print circuit board laminating device. The print circuit board laminating device comprises a second air cylinder, a first slider, a second slider, a first air cylinder, a steel plate and a first heating plate. A piston rod is driven by the second air cylinder to extend so as to drive a frame to move upwards to the portion above the steel plate, and the bottom of a secondlimiting plate is made to be flush with the top of the steel plate. According to the size of a to-be-laminated print circuit board, the position of the print circuit board on the top of the steel plate is calculated, the first slider and the second slider are further driven to move, so that a first limiting plate and the second limiting plate are moved to a designated position, it is achieved thatthe to-be-laminated print circuit board is identified on the top of the steel plate, and the operation is simple; the print circuit board is further placed on the top of the steel plate, the two sides of the circuit board are made to make contact with the first limiting plate and the second limiting plate respectively, accordingly, it is achieved that the circuit board is limited on the top of the steel plate, the operation is simple, it is not required that the position of the circuit board is manually adjusted, and a lot of time is saved.

The invention provides film tearing assembling equipment. The film tearing assembling equipment comprises a machine frame, a rotating disc mechanism arranged on the machine frame, an arranging feedingmechanism, a rotary riveting feeding mechanism, a film tearing mechanism, a pressing mechanism and a discharging mechanism, wherein the arranging feeding mechanism, the rotary riveting feeding mechanism, the film tearing mechanism, the pressing mechanism and the discharging mechanism are arranged on the periphery of the rotating disc mechanism in the circumferential direction. The rotary rivetingfeeding mechanism feeds a liquid crystal screen, the rotating disc mechanism rotates, the liquid crystal screen is rotated to the next station, the film tearing mechanism is used for tearing off a protective film on the liquid crystal screen, the arranging feeding mechanism is used for feeding a metal frame, the pressing mechanism is used for clamping and pressing the metal frame to the peripheryof the liquid crystal screen, then the discharging mechanism is used for discharging the liquid crystal screen with the metal frame pressed, so that automatic feeding of the liquid crystal screen andthe metal frame, film tearing, metal frame pressing are realized, the intelligent production is realized, the labor is saved, and the production is efficient.

The invention discloses a press fitting device for crankshaft gears. The press fitting device comprises a lathe bed, a plurality of clamps, gear press-fitting mechanisms and crankshaft transferring mechanisms, wherein the clamps are arranged on the lathe bed and are used for installing workpieces on press fitting stations, the gear press-fitting mechanisms are arranged on the lathe bed and are used for carrying out press fitting on the corresponding gears on the workpieces on the corresponding press-fitting stations, and the crankshaft transferring mechanisms are arranged on the lathe bed andare used for sequentially installing the workpieces on the clamps according to a preset process sequence. The press fitting device for the crankshaft gears has the advantages that all the workpieces can be arranged on the different press fitting stations through the multiple clamps, the circulation of all the workpieces among the different press-fitting stations can be realized through the crankshaft transferring mechanisms, meanwhile, press fitting of the corresponding gears of the workpieces on all the press fitting stations can be realized through the gear press-fitting mechanisms, and therefore press fitting of all the gears on the workpieces (crankshafts) can be rapidly and efficiently realized, the manual labor can be greatly reduced, and the process flow can be shortened.

The invention provides a servo drive laminating device, which solves the problem of the power source of a special laminating machine during the laminating process; the device comprises an installationbase, a servo motor, a bidirectional ball screw nut pair, two cam sliding blocks driven by the bidirectional ball screw nut pair, a sliding block, a weighing sensor, an external reference limiting block, an internal reference limiting block, a joint injection oil cup, a longitudinal guide mechanism composed of a V-shaped convex guide rod and a V-shaped concave guide plate, a collision block, a stroke switch, a shaft, a support type roller, a straight-through injection oil cup, etc., the device can realize the different position requirements of the upward movement of a concave mold according to the product laminating process requirement, so multiple flanging can be finished and the laminating is realized; the weighing sensor feeds back the condition of the laminating force at different positions of the control system in real time.

The invention discloses a testing device and a testing method for Internet of Things semiconductor equipment. The invention belongs to the technical field of semiconductor equipment detection. The testing device comprises a testing host; a control panel is arranged on the test host; the lower end of the test host is fixedly connected with a base; a main control board is installed in the test host;a pair of parallel clamping plates is arranged on the upper side of the base; the clamping plates are positioned at one side of the test host; a main sliding groove is dug in the upper end of the base; and the lower end of eachclamping plate is slidably connected into the main sliding groove. According to the invention, a plurality of semiconductor equipments are stacked together to form a semiconductor equipment group; the semiconductor equipment group is scanned and imaged through the laser imaging technology, so that the surface flatness of multiple pieces of semiconductor equipment can bedetected at one time, multiple pieces of semiconductor equipment which do not meet the requirements can be quickly and accurately detected at one time, and the detection efficiency of the semiconductor equipment is greatly improved.

The invention relates to the technical field of automobile steering wheel assembly, in particular to an assembly processing line and an assembly process of a left gear lever handle for an automobile steering wheel. The assembly processing line used for assembling the left gear lever handle comprises a pre-assembling assembly, a rotary assembling assembly, an adsorption press-fitting assembly and alocking and pressing assembly which are sequentially arranged according to the assembling sequence of the left gear lever handle, through combined use of the pre-assembling assembly, the rotary assembling assembly, the adsorption press-fitting assembly and the locking and pressing assembly, machined parts can be automatically assembled in each assembling step, so that manual operation is reduced,the assembling precision and the assembling quality are improved, the technical problem of low assembling precision caused by manual factors in the assembling process is solved, and the defective rate is effectively reduced.

The invention provides a lid-pressing device. The lid-pressing device comprises a conveyor belt for conveying a bucket body and rollers located above the conveyor belt for pressing a bucket lid when the bucket body and the bucket lid pass through supports. The rollers are installed on the supports. The supports straddle the conveyor belt. The conveyor belt is driven by a motor. Since a deflection included angle Theta allowing the bucket body to pass through exists between the conveyor belt and a roller plate, 7 degrees <= Theta <= 15 degrees, so that the rollers roll on the bucket lid during pressing. In this process, the air is gradually exhausted, so that air blowing phenomenon does not happen to the bucket lid, and the bucket is easier to stack while being stacked and transported. In addition, the pressure to the bucket body is gradually increased, so that under the same conditions, the bucket can be protected from damage to the maximum extent during a pressing process. The lid-pressing device of the invention is simple in structure and ingenious in conception. The device only needs to rotate the conveyor belt at runtime, and the rollers can press the lid without any power. Therefore, the running cost is reduced.

The invention belongs to the technical field of machining equipment, and provides a rotating shaft, clamp spring and iron core integrated assembling device. A rotating shaft conveying mechanism is used for conveying a rotating shaft and then discharging the rotating shaft to the next station; a clamp spring conveying mechanism is used for conveying a clamp spring and discharging the clamp spring to the next station; a clamp spring press-fitting mechanism is used for receiving the rotating shaft and the clamp spring and press-fitting the rotating shaft to the clamp spring; and a rotating shaft iron core feeding mechanism comprises an iron core feeding assembly, a rotating shaft press-fitting assembly and an iron core discharging assembly, the iron core feeding assembly is used for conveying an iron core, and the rotating shaft press-fitting assembly is used for receiving the iron core conveyed by the iron core feeding assembly, press-fitting the rotating shaft to the iron core and then discharging the rotating shaft to the iron core discharging assembly for discharging. According to the rotating shaft, clamp spring and iron core integrated assembling device, each mechanism does not need manual operation, feeding, taking and press-fitting of materials can be completed, the labor cost can be saved, and the production efficiency is improved.

The invention provides a press-fit jig assembly and vacuum press-fit equipment. The jig assembly comprises a jig cover plate, a jig bottom plate and a plurality of force-gathering press-fit convex blocks. A first step surface is arranged on the upper surface of the jig bottom plate, a bottom plate step surface is arranged on the upper surface of the jig bottom plate, the shape of the bottom plate step surface is matched with that of the first step surface, and when the workpiece to be pressed is arranged on the jig bottom plate in a sleeving mode, the upper surface of the jig bottom plate is attached to the first step surface of the workpiece to be pressed; a plurality of embedding holes penetrating through the upper surface and the lower surface of the jig cover plate are formed in the edge of the jig cover plate, the force gathering pressing protruding blocks are embedded in the embedding holes, and the maximum thickness of the force gathering pressing protruding blocks is larger than the length of the embedding holes; and the workpiece to be pressed is arranged on the jig bottom plate in a sleeving mode, and when the workpiece to be pressed is pressed by the jig cover plate and the jig bottom plate, the lower surface of the jig cover plate is pressed on the surface of the second step, and the force gathering pressing protruding block is pressed on the local surface of the edge of the workpiece to be pressed.

The invention belongs to the technical field of process toolings and particularly relates to a press fitting device special for transmission system leather cup sealing. The press fitting device special for sealing comprises a pressure head, a shell, and a positioning mechanism and a limit mechanism which are mounted on the shell. The press fitting device is provided with the positioning mechanismand the limit mechanism, leather cup limit press fitting can be achieved, it is guaranteed that a leather cup is concentric with a mounting base after press abutting and press fitting, a leather cup leakage fault caused by improper press fitting is avoided, and normal working of a transmission system is guaranteed.

The invention relates to an elastic piece laminating device. The elastic piece laminating device comprises a base, a fixing piece, a driving piece and a laminating assembly, the fixing piece and the driving piece are fixed to base, and the laminating assembly is in transmission connection with the driving piece; the laminating assembly comprises a driving plate, a pushing piece, a laminating base,a first laminating piece, an elastic piece and a second laminating piece, the pushing piece is provided with at least one cam block, and the cam block is provided with an upward-moving section and adownward-moving section; the driving plate can move relative to the laminating base, and in the moving process of the driving plate relative to the laminating base, the upward-moving section and the downward-moving section abut against the first laminating piece successively; and when the upward-moving section abuts against the first laminating piece, the first laminating piece moves relative to the laminating base and laminates an elastic piece, when the downward-moving section abuts against the first laminating piece, the first laminating piece gradually resets under action of the elastic piece, when the first laminating piece slides through the last cam block, the second laminating piece penetrates through a through hole in the laminating base and laminates the elastic piece again, andthe elastic piece laminating device can achieve full laminating of the elastic piece.

The invention discloses an installing tool for a rear oil seal of a crankshaft. The installing tool comprises a body, a driving disk rotationally installed on the body, a guiding disk installed on the body and a plurality of oil seal acting blocks installed on the guiding disk in a sliding manner. The end face of the driving disk is provided with spiral teeth. The oil seal acting blocks are provided with tooth faces opposite to the spiral teeth. The tooth faces are provided with driving teeth meshed with the spiral teeth. The oil seal acting blocks have sliding strokes during which the oil seal acting blocks get close to or away from one another under the action of cooperation of the driving teeth and the spiral teeth. According to the installing tool, the positions of the oil seal acting blocks on the guiding disk are adjusted through the spiral teeth, and therefore the installing tool is suitable for rear oil seals in different sizes. Thus, the universality of the installing tool is better.

The invention discloses an automatic rotating laser welding mechanism for an electric kettle base, and relates to the technical field of electric kettle processing equipment. The telescopic end of a pushing air cylinder is connected with a support plate through a connecting plate; a motor and a speed reducer are fixedly installed in a first placing frame separately, and the output end of the speed reducer is fixedly connected with a rotating seat; the telescopic ends of a first pressing air cylinder and a second pressing air cylinder are jointly and fixedly connected with a tooling plate; and the interior of a pressing block is rotationally connected with a rotating disk. The equipment is novel in structure, low in cost input and convenient to maintain, feeding and positioning are integrated, time and labor are saved, the labor cost is reduced, and the processing efficiency is improved; a workpiece can be pressed and positioned, so that the problem that the workpiece deviates in the welding process is solved, and the welding accuracy and uniformity are improved; and an inner ring and an outer ring of the workpiece can be welded through a first welding hole, a second welding hole and a third welding hole, so that the product quality is further improved.

The invention discloses a segmented wide rubber pressing and molding machine. The segmented wide rubber pressing and molding machine includes a main track, a slave track, a main drive mechanism, and apressing base; the main track and the slave track are parallel to each other; the main drive mechanism is arranged on the main track and can reciprocate along the length direction of the main track;the pressing base is arranged on the slave track, and the main drive mechanism and the pressing base are connected by a connecting mechanism; the middle of the pressing base is provided with a hot pressing bonding mechanism, two clamping mechanisms and two traction mechanisms; the clamping mechanisms are separately located at the feeding port and discharging port of the hot pressing bonding mechanism, and the traction mechanisms are separately located at the feeding port and discharging port of the clamping mechanisms; each clamping mechanism includes an upper clamping part and a lower clamping part, and both the upper clamping part and the lower clamping part can reciprocate in the vertical direction; and the hot pressing bonding mechanism can heat and press the wide rubber. The segmentedwide rubber pressing and molding machine has the advantages of small volume and low cost.

The invention relates to the technical field of garment pressing and ironing, in particular to a pressing and ironing mechanism for garment production. The pressing and ironing mechanism comprises anelectric cylinder, a rack, a heat insulation plate, a heating plate, a gear, a driving wheel, anti-scalding cloth and an open groove, wherein the rack is driven by the electric cylinder to move downwards, and therefore the heat insulation plate and the heating plate are driven to move downwards relative to a hollow box, meanwhile, the gear and the driving wheel are driven to rotate, the driving wheel rotates to drive the anti-scalding cloth to rotate, when the open groove is changed along with the rotation position of the anti-scalding cloth and the heating plate moves downwards to the bottomend face to be aligned with the anti-scalding cloth, the open groove is rotated to the lower end of the heating plate, and the heating plate continues to move downwards to penetrate through the open groove and be attached to the clothes, so that garment are pressed and ironed, after the garment are pressed and ironed, the rack is driven by the electric cylinder to move upwards, the open groove ismoved away from the lower portion of the heating plate, at the moment, the portion, without the open groove, of the anti-scalding cloth is located on the lower portion of the heating plate, the heating plate is shielded, and the use safety is improved.

The invention relates to a laminated tempered glass processing technology which comprises the following steps: step 1, cutting and blanking glass, and edging and cleaning the cut glass; 2, feeding the cleaned glass into a toughening furnace for toughening treatment; step 3, laminating, laying the PVB film on the bottom layer glass, and then covering the PVB film with the upper layer glass; step 4, feeding the laminated glass into a roller press; 5, the extruded laminated glass is fed into a high-pressure kettle to be subjected to sectional type heating and pressurizing treatment; according to the invention, the press-fit assembly is arranged in the press-fit mechanism, and a horizontal pushing process is added in the vertical press-fit process, so that bubbles existing between two pieces of glass can be effectively pushed out, bubbles do not exist between the two pieces of glass which are adhered together through an intermediate film, the quality of finished products can be greatly improved, and the production efficiency is improved. The production efficiency is improved.