135results about How to "Avoid compression deformation" patented technology

The invention relates to multi-tube intensive flexible efficient automatic tube insertion processes, adopting an automatic tube insertion machine to conduct flexible tube insertion; the automatic tube insertion machine comprises a machine frame, a hanging rod device for positioning a long U-shaped copper tube, a pinch unit, a pinch unit driving mechanism, and a working platform; the pinch unit is driven by the pinch unit driving mechanism to move up and down; the pinch unit comprises an upper pinch unit and a lower pinch unit which are arranged in parallel and driven by an upper and a lower travel mechanism to move relatively; the upper pinch unit and the lower pinch unit respectively consists of a pinch rod and a positioning pinch rod; an air bag is arranged in the pinch rod and the positioning pinch rod respectively; an open-close driving mechanism respectively drives opening and closing between the pinch rods and the positioning pinch rods of the upper pinch unit and the lower pinch unit. According to the process, automatic tube insertion is realized during heat exchanger production, the demand for labor force and production costs are reduced, the production efficiency is improved, the labor strength of workers is reduced, and an air bag is simultaneously provided in the pinch unit for flexible clamping the copper tube, thus preventing the copper tube from deformation under pressure.

The invention provides a valve body assembling system. The valve body assembling system comprises a first assembling station; the first assembling station comprises a first machine table, a first index plate, a taking mechanism, a riveting mechanism and a discharging mechanism; the first index plate is rotatably arranged on the first machine table, and a plurality of first jigs are arranged on thefirst index plate; the taking mechanism is arranged on the first machine table and used for placing materials into the first jigs; the riveting mechanism is arranged on the first machine table and used for riveting the materials in the first jigs to obtain a first semi-finished product material; and the discharging mechanism is arranged on the first machine table and used for taking down the first semi-finished product material and placing the first semi-finished product material onto a tool plate. According to the valve body assembling system provided by the invention, actions of assembling,feeding, discharging and the like of valve body parts are completely and automatically completed by machine equipment, the labor cost is reduced while the product assembling efficiency is improved, the actions are stable, errors are not prone to happening, the yield of a product is further increased, and the reliable guarantee is provided for normal production of other subsequent stations.

The invention discloses a milling clamp for a plane of a sliding saddle and belongs to the technical field of machine tool clamp design. The milling clamp comprises a bottom plate, pressing plate supporting rods, pressing plates, studs, compression springs, movable supporting seats, movable ball head supports, a workpiece supporting rod, a workpiece and locating pins. The bottom plate is horizontally arranged. The bottom of each pressing plate supporting rod is provided with a thread. The two pressing plate supporting rods are screwed in the bottom plate, wherein one of the pressing plate supporting rods is arranged on the left, and the other pressing plate supporting rod is arranged on the right. The pressing plates are fixed to the pressing plate supporting rods. The pressing plates are pressed through cooperation of the studs and nuts. The workpiece supporting rod is arranged on the upper surface of the bottom plate, and therefore the workpiece is placed on the workpiece supporting rod and is located through the locating pins. The designed milling clamp for the plane of the sliding saddle is easy to manufacture and convenient to use, and a machined part is large in shape; a manner of combining fixed supporting and floating supporting is adopted, so that pressing deformation can be prevented, and the machining precision is ensured; and rod portions of the studs are sleeved with the compression springs, so that after the pressing plates are used for pressing the workpiece, the workpiece is not likely to be loosened, clamping is reliable, and the positions of the pressing plates are adjusted conveniently.

The invention discloses a solid wood composite floor pre-pressing device, and belongs to the technical field of board production equipment. The device comprises a workbench, wherein a support is arranged at the bottom end of the workbench, the middle of the workbench is provided with an broken opening, a conveying roller is arranged in the broken opening of the workbench, a spacing supporting plate is arranged on the lower side of the conveying roller, and a lifting push rod is arranged at the bottom end of the spacing supporting plate. The device can be directly applied to a composite board processing assembly line, in use, a board is conveyed into the broken opening of the workbench through the conveying roller, the lifting push rod pushes the spacing supporting plate upwards to push thecomposite board upwards, then a clamping push rod clamps the composite board, and then a lifting mechanism is started, so that the pre-pressing operation on the composite board can be completed. According to the device, the practicability and applicability are remarkably improved compared with the prior art, a movable transverse plate, a buffer spring and a pressing plate are arranged and connected, so that the board pre-pressing process has good buffering performance, and the problem of board pressing deformation can be effectively avoided.

The invention relates to a continuous automatic assembly machine of a lug plate elastic piece. The continuous automatic assembly machine comprises a rack, a power distribution control box, a rotary disc and carriers. A lug plate feeding mechanism, an elastic piece feeding mechanism, a press-fitting mechanism and a discharging mechanism are arranged on the rack. Each carrier comprises a carried material mounting seat embedded into the rotary disc. A carried material seat lifting block penetrating the rotary disc is arranged in each carried material mounting seat. A vertical carried material seat composite spring is arranged between each carried material seat lifting block and the lower portion of the corresponding carried material mounting seat. A carried material seat cooperating with a product is arranged above each carried material seat lifting block. A press-fitting device comprises a press-down device cooperating with the products on the carriers and a carried material seat jackingdevice which is located below the press-down device and cooperates with the carried material seat lifting blocks. According to the continuous automatic assembly machine, the carried material seat lifting blocks and the press-down device can be in butt joint precisely, meanwhile, pressing assembly of a lock piece and a lug plate can be achieved, it can be ensured that the press-down portion is a flat plate between two elastic piece mounting columns, the press-fitting precision is ensured, elastic deformation of the elastic pieces is avoided, and meanwhile continuous automatic machining is achieved.

The present invention relates to a plates hoisting equipment, in particular, it relates to combined hoisting equipment for horizontally-hoisting and turning hot-pressed plate and its application method. Said invention is characterized by changing the original flexible steel wire rope hoisting method into the invented rigid frame structure hoisting method. The invented hoisting equipment mainly includes the following several portions: curved board, cross-beam, horizontal hoisting plate, hoisting hooks, turning-hoisting plate and channel steel. Besides, said invention also provides the concrete steps of its application method.

The invention discloses an entire-line non-pressure conveying method for bottle belts. Sensors SQ1,SQ2 and SQ3 for detecting bottles are arranged at the bottom of an arch falling position, at the top of an arch top position and at the top of an arch camber position of a section of arch-shaped conveyer belt in a conveyer line respectively, signals of the three sensors are connected into a drive controller, and the drive controller drives the arch-shaped conveyer belt to start, stop, accelerate and decelerate in a variable frequency control manner and correspondingly outputs speeds of a motor driving the section of the conveyer belt at the arch falling tail end of the arch-shaped conveyer belt according to detection results of each sensor and based on the speed of a previous section of conveyer belt. Compared with a traditional constant-high-speed conveying method, the entire-line non-pressure conveying method has the obvious benefits as follows: the variable frequency control is adopted, and multi-point bottle inspection and entire-line tracking are performed on the conveyer line, so that the control flexibility of the speed of conveyer belt for different bottle quantities is greatly improved, the deformation of bottles caused by pressure is effectively prevented, the conveying energy consumption is reduced, and the service life of mechanical equipment is prolonged.

The invention discloses a vacuum loading device. The vacuum loading device is characterized in that a loading device body comprises a top and a main board; a top cover can detachably cover one side of the main board by a sealing manner; a closed vacuum maintaining cavity is formed between the top cover and the main board; a vacuum loading port and a vacuum releasing port are respectively formed in the sidewall of the vacuum maintaining cavity; an one-way valve through while the air flows from the vacuum maintaining cavity is arranged in the vacuum loading port; a sealing plug for sealing the vacuum releasing port is arranged in the vacuum releasing port; the side of the top cover, back to the main board is the outer side, and the side of the top cover, toward the main board is the inner side; a plurality of inwards concave cavities which are matched with an actuation product are formed in the outer side surface of the top cover; a sealing strip is arranged like a loop on the side edges of the inwards concave cavity; air holes which are communicated with the vacuum maintaining cavity are arranged in the bottom surfaces of all the inwards concave cavities. According to the vacuum loading device, the loading device body enables fixed positioning of the product without any compressing force, and thus the product is avoided being pressed and deformed; in addition, a processing device is not provided with a vacuum generation device, so that the normal processing of high-precision and small-size processing devices is realized.

The invention discloses a door gasket processing and production assembly line which comprises an extrusion molding mechanism, a metering transmission mechanism, a cutting device, an automatic magneticstrip penetrating and distributing production line, a full-automatic welding production line and a control device in sequential connection. The defect that an extruding amount of a screw extruder inthe prior art is unstable is overcome, and adverse effects on molding of door gaskets are reduced to the maximum extent; the defect that molding sizes of door gaskets fluctuate due to the difference of transmission speeds of an upper synchronous belt and a lower synchronous belt of a metering transmission mechanism in the prior art is also overcome, and the extrusion deformation of the door gaskets and the fluctuation of the molding sizes of the door gaskets are avoided; the defect that production efficiency of the door gaskets drops due to collecting and stacking of the cut-off door gaskets and use of steering engines in the prior art is overcome, and production efficiency of the door gaskets is improved; and through several automatic processes of automatic mold entering, positioning, transferring, welding, piece picking and the like, the full-automatic production of the door gaskets of refrigerators from semi-finished products to finished products is realized.

The invention discloses a metal spacer bender bending device. The bending device comprises a turntable, a locking block, a rotary cylinder, a fixing block, guiding shafts, a pressure plate, a pressing air cylinder and a baseplate, wherein the fixing block is used to fix one end of the guiding shaft, the pressing air cylinder is fixed on the base of the pressing air cylinder, the guiding shaft is connected between the fixing block and the base of the pressing air cylinder, an arc groove is arranged on the turntable corresponding to the guiding shaft; another cantilever type guiding shaft is connected on the base of the pressing air cylinder, one end of the cantilever type guiding shaft is fixed on the base of the pressing air cylinder, the other end is close to the surface of the turntable, the position of the turntable corresponding to the cantilever type guiding shaft is complanate so that no groove is needed to be arranged on the turntable, and the pressing part of the turntable and the pressure plate are both smooth planes so as to avoid that the spacers deform when being pressed at the positions; and the widths of the metal spacing frames are ensured to be equal, the bending parts are smooth and flat, and the bending effect can reach the specified requirements and the use requirements.

The invention discloses a stainless steel pipe cutting machine capable of automatically feeding and assisting in pressing after cutting. The stainless steel pipe cutting machine is characterized in that an automatic feeding base is arranged on the left side of a cutting blade, a feeding frame is arranged in the automatic feeding base in a sliding mode, the feeding frame is connected with a rotating center shaft in a rotating base through a connecting rod mechanism, and a vacuum suction cup and a pressing block are arranged on the feeding frame; when the cutting blade approaches a stainless steel pipe, the pressing block ascends and abuts against the outer circle wall of the stainless steel pipe, when the cutting blade cuts the stainless steel pipe, the pressing block stops ascending, and when the cutting blade finishes cutting reset, the vacuum suction cup adsorbs and drives the stainless steel pipe to move. The stainless steel pipe cutting machine has the advantages that by arrangingthe connecting rod mechanism, the feeding frame can drive the stainless steel pipe to conduct automatic feeding after the cutting machine completes cutting, in addition, the pressing block can automatically rise and press against the bottom of the stainless steel pipe when the cutting machine conducts cutting, the stainless steel pipe is fixed, the automation degree is high, and the cutting efficiency and quality are greatly improved.

The invention discloses a positioning protection structure for a tail row corrugated pipe. The positioning protection structure comprises an upper supporting arc plate and a lower supporting arc plate, wherein the inner side walls of the upper supporting arc plate and the lower supporting arc plate are each provided with a sliding slot, a slide bar is slidably mounted on the inner side of each sliding slot, and the slide bars are fixedly connected to arc-shaped clamping blocks through metal elastic pieces; the right sides of the upper support arc plate and the lower support arc plate are rotatably connected, air bags are pasted to the middle portions of the inner sides of the upper support arc plate and the lower support arc plate, the air bags communicate with a micro air pump through connecting pipes, the other sides of the air bags are connected with clamping plates in an adhered manner, and the upper ends of the clamping plates are fixedly connected with reset mechanisms. The positioning protection structure is simple in structure, the protective effect on the appearance surface is achieved while the corrugated pipe is positioned, the situation that the corrugated pipe is subjected to extrusion deformation in the positioning process is avoided, and the applicability to the corrugated pipe is stronger.

The invention belongs to the technical field of automobile accessory manufacturing tools and provides a wire drawing device of a luggage rack cover plate. The device comprises a bottom plate, a placement positioning assembly, a sliding rail and slider assembly, a wire drawing component, a cleaning component and a sliding power component. The bottom plate is located at the bottom, the sliding power component is arranged on one side of the bottom plate and connected with the sliding rail and slider assembly, the sliding power component drives the sliding rail and slider assembly to move, and the sliding rail and slider assembly drives the wire drawing component and the cleaning component which are combined together to move back and forth on the surface of the placed cover plate. The wire drawing device has the advantages the advantages that wire drawing stress is made uniform by using a cylinder floating mechanism, and quality can still be ensured under the condition that a wire drawing brush is abraded; by the adoption of an automatic cleaning device, manual wiping is avoided; a detergent flushing device is used, so wire drawing disorder caused by particles is avoided; an automatic air blowing device is used so that detergent can be blown dry directly, and the situation that the detergent is wiped dry manually is avoided.

The invention provides a pipe fitting packaging and fixing support assembly facilitating loading, unloading and transporting. The pipe fitting packaging and fixing support assembly comprises a front support of a U-shaped structure and a rear support of a U-shaped structure. The bottom of the front support is of a rolling wheel supporting structure. The bottom of the rear support is of a plane supporting structure. A plurality of arc-shaped structures allowing pipe fittings to be contained and located are arranged on a lower supporting cross frame of the front support and a lower supporting cross frame of the rear support. The structural form that rolling wheels are arranged at one end and a plane is arranged at the other end is adopted in the pipe fitting packaging and fixing support assembly, loading and unloading of a quite heavy pipe fitting packaging assembly can be facilitated, and meanwhile fixing of the pipe fitting packaging assembly in the transporting process can be guaranteed. A dual-layer structure is adopted, the pipe fittings at the bottom can be prevented from being pressed or deformed, and unnecessary scraping is avoided.

The invention relates to a single-column pier beam bridge and a reinforcement and transformation method of the single-column pier beam bridge, and belongs to the technical field of bridge reinforcement and transformation. The method comprises the following steps: (1) measuring an inclination angle between a main beam side part and a pier side part; (2) prefabricating an anti-overturning device, wherein the anti-overturning device comprises a wedge-shaped mother plate, a pull rod clamping groove and a pull rod; (3) driving anchor bolts into the preset positions of the side surface parts, and fixing the upper wedge-shaped mother board and the lower wedge-shaped mother board on the corresponding side surface parts by using nuts; (4) the two expansion ends of each pull rod are clamped into thegroove cavities of the upper pull rod clamping groove and the lower pull rod clamping groove from the open ends of the clamping grooves, and movable gaps can be reserved between the two expansion ends of each pull rod and the cavity walls of the corresponding clamping groove cavity; and (5) filling a groove cavity of the pull rod clamping groove with a non-hydrophilic lubricant, and sealing the groove cavity of the pull rod clamping groove to form a sealed cavity. The reinforcement and transformation method is convenient to construct, low in cost and convenient to replace in the subsequent maintenance process, and can be widely applied to the field of bridge reinforcement and transformation.

The invention discloses an isostatic pressing forming method and forming mold for ceramic roller bars, and relates to the field of isostatic pressing forming. The isostatic pressing forming mold comprises a bottom plate, a feeding assembly, an outer mold, an inner mold, a pressurizing assembly, a movable block, a pushing assembly, a fixed block, a first hydraulic bag, a second hydraulic bag, an exhaust pipe and feeding pipes, wherein the feeding assembly is mounted at one end of the top side of the bottom plate, the fixed block is installed on the top side of the bottom plate, the movable block is installed on the pushing assembly, and the inner mold is fixedly connected to the movable block. Through the arrangement of the feeding assembly, materials in a material hopper enter a feeding cylinder through a material guiding pipe, when a piston disc descends, the materials are discharged through discharging pipes, under the cooperation of six feeding pipes, filling of the materials can beachieved; the gap between the outer mold and an inner mold can be filled, through one-way injection material filling, gas mixing is reduced, the gas content is reduced, the compactness of blanks is improved, and through guide-in and synchronous filling of the six discharging pipes arranged in a surrounding mode, uneven material filling is avoided, and filling is more balanced.

The invention provides a backboard, a backboard component and a manufacturing method thereof as well as a backlight module and relates to the technical field of display. The backboard can be used for solving the solving the problem that an existing backboard can not meet the requirements on strength and narrow frame application at the same time when combined with a glue frame. The backboard comprises a bottom plate and at least two reinforced plates respectively connected with two opposite sides of the bottom plate, wherein the reinforced plates cover the edges of the bottom plate and are provided with multiple first through holes; the bottom plate is provided with multiple second through holes; part of the second through holes is shielded by the reinforced plates, and the second through holes are communicated with the first through holes.

The invention provides an anti-deformation steel tube clamp. The anti-deformation steel tube clamp comprises an electric cylinder. The electric cylinder is fixed at the left end of a centering drum, and a piston rod of the electric cylinder penetrates through an installing plate and is fixedly connected with a pushing head in the entering drum; through holes are formed in the inner side wall of the centering drum, pushing balls are installed in all the through holes, and the distance from the ball centers of the pushing balls to the right side face of the installing plate is smaller than the axial length of the pushing head; an elastic hole stopping ring is installed on the inner side wall of the centering drum, the distance from the ball centers of the pushing balls to the elastic hole stopping ring is smaller than the axial length of the pushing head; all the pushing balls correspond to all guiding rods; all sliding blocks are connected with all the guiding rods in a sliding mode, and lower ends of the sliding blocks abut against the pushing balls. According to the anti-deformation steel tube clamp, expanding supporting and clamping of the inner wall of a seamless steel tube are achieved, stress is even, it can be prevented that as a local suffers from oversize force, deformation occurs, the qualified product ratio of the seamless steel tube is effectively increased, and damage to the seamless steel tube is avoided in the transporting or processing process.

The invention provides an electric winch with an improved structure, and belongs to the technical field of winch devices. The electric winch with an improved structure comprises a base, a rotating shaft, a drive motor, a first round tube, a plurality of grooves and an anti-reverse mechanism. The rotating shaft is horizontally and rotatably arranged on the base through a base plate. The drive motoris fixedly arranged on the base. The drive motor is connected with the rotating shaft in a transmission mode. Both sides of the first round tube are fixedly provided with a side plate. One side plateis fixedly connected with one end of the rotating shaft. The first round tube and the rotating shaft are arranged coaxially. The outer side of the first round tube is provided with a plurality of rubber bumps. A plurality of grooves are arranged on the outer side of the first round tube along the circumferential direction. The length directions of the grooves are consistent with the length direction of the first round tube. A telescopic air bag is arranged in the grooves. The outer side of the telescopic air bag protrudes from the outer side wall of the first round tube. The telescopic air bag is filled with liquid. When the rotating shaft rotates counterclockwise, the anti-reverse mechanism can prevent the rotating shaft from rotating reversely. The electric winch can improve the anti-slide performance of a reel, and can also prevent the reel from turning over and damaging the drive motor.

The invention discloses a part air tightness detection device and a detection method thereof, which sequentially comprise from bottom to top: a base plate, a support rod, an upper connecting plate, a hydraulic action rod, and a tooling mechanism; wherein, the two sides of the base plate are arranged symmetrically There is a threaded hole for installing the support rod; a through hole is processed at the center of the bottom plate; the tooling mechanism includes: a mounting slot for detecting the outer contour of the workpiece, a tooling platform, and an overvoltage protection mechanism; the center position of the tooling platform is An air inlet installation hole is provided; the upper end surface of the tooling platform is provided with a detection workpiece outer contour installation card slot installation position; the detection workpiece outer contour installation card slot passes through the detection workpiece set on the upper end surface of the tooling platform The outer contour installation card slot installation position is fixedly installed on the upper end surface of the tooling platform; the overpressure protection mechanism includes: a hydraulic rod, and a pressure regulating valve; the pressure regulating valve is used to control the bearing pressure of the hydraulic rod .

The invention relates to a heat radiator for radiating the heat of an electronic component fixed on a circuit board. The heat radiator comprises a base board, a cooling fin group, a heat pipe and a fan, wherein the cooling fin group is arranged above the base board, the heat pipe is used for connecting the base board and the cooling fin group, and the fan is arranged on one side of the cooling fin group; the heat radiator also comprises a supporting frame comprising a fixing part and two supporting arms, the fixing part is fixed on the base board, the two supporting arms extend from the fixing part, and the two supporting arms are fixedly connected with the fan so as to supporting the fan. Compared with the prior art, the fan of the heat radiator is supported by the supporting frame, thereby the pressure on the heat pipe from the fan is reduced, the press deformation of the heat pipe is avoided, and the heat radiating efficiency of the heat radiator is ensured.

The invention relates to the technical field of lithium battery production, and discloses a lithium battery Z-shaped lamination device. The lithium battery Z-shaped lamination device comprises a fixing frame, a negative pole piece lifter, a positive pole piece lifter, an isolating membrane, a motor and an air pump; the fixing frame can be divided into three parts including a side plate, a top plate and a bottom supporting plate, and a battery negative pole piece is movably mounted in the negative pole piece lifter; and a battery positive pole piece is movably mounted to the position, the positive pole piece lifter, in the fixing frame, and a negative pole piece conveying device is movably mounted on a top plate of the fixing frame. Through arrangement of the negative pole piece conveying device and the positive pole piece conveying device, the battery negative pole piece and the battery positive pole piece which need to be laminated are quickly mounted on the isolating membrane at a time, so that the pole piece conveying time is shortened, and the laminating efficiency is improved; and meanwhile, due to synchronism of the negative pole piece conveying device and the positive pole piece conveying device, the position difference of each pole piece after installation is small, so that the error between the pole pieces is small, and the quality of battery pieces is effectively improved.

The invention relates to a two-way sealed pipeline butt joint, which includes a connecting cylinder, and pressing rings are symmetrically arranged on both axial sides of the connecting cylinder, and an annular connecting ring is arranged on the outer ring of the tightening ring, and the connecting ring and the outer wall of the connecting cylinder pass through Threaded fixed connection; a pipe fixing assembly and a pipe sealing assembly are arranged between the connecting cylinder and the pressing ring; the pipe sealing assembly includes a pipe wall sealing ring and a compression ring, the compression ring is slidingly connected to the inner wall of the connection ring, and the pipe wall The sealing ring is clamped between the end of the connecting cylinder and the end of the compression ring; the pipe fixing component includes a ring-shaped spring leaf, the spring leaf is a tapered structure, and an annular support protrusion is arranged on the outer edge of the pressing ring. On the inner edge of the pressing ring, there is an annular pushing protrusion, and the spring piece is clamped between the supporting protrusion and the pushing protrusion; the inner wall of the middle part of the connecting cylinder is also provided with an annular pipe end sealing ring, and the pipe Annular sealing grooves are coaxially arranged at both lateral ends of the end sealing ring.