CN105599291A - Crimping machine for radiator water chamber - Google Patents
Crimping machine for radiator water chamber Download PDFInfo
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- CN105599291A CN105599291A CN201610050051.4A CN201610050051A CN105599291A CN 105599291 A CN105599291 A CN 105599291A CN 201610050051 A CN201610050051 A CN 201610050051A CN 105599291 A CN105599291 A CN 105599291A
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- mould
- withhold
- tringle
- withheld
- die
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
- B29C—SHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
- B29C65/00—Joining or sealing of preformed parts, e.g. welding of plastics materials; Apparatus therefor
- B29C65/56—Joining or sealing of preformed parts, e.g. welding of plastics materials; Apparatus therefor using mechanical means or mechanical connections, e.g. form-fits
- B29C65/58—Snap connection
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- Mechanical Engineering (AREA)
- Moulds For Moulding Plastics Or The Like (AREA)
Abstract
The invention discloses a crimping machine for a radiator water chamber. The crimping machine comprises a machine frame, a water chamber pressing die, a left die, a left die worktable, a right die, a right die worktable, a core supporting base and a PLC. The water chamber pressing die is arranged above the machine frame, the left die worktable is arranged on the left side of the machine frame, and the right die worktable is arranged on the right side of the machine frame. The left die comprises a first crimping die, a second crimping die and a left die side edge crimping die, and the left die side edge crimping die is arranged on the first crimping die. The right die comprises a third crimping die, a fourth crimping die and a right die side edge crimping die, and the right die side edge crimping die is arranged on the third crimping die. The crimping machine is easy to operate, automatic crimping of the water chamber and a core main board is controlled through a PLC system, the crimping machine can be adjusted according to the specification of a workpiece water chamber to meet crimping assembly requirements of water chambers in various specifications, assembly speed is high, and compared with manual crimping, machining efficiency is greatly improved.
Description
Technical field
The present invention relates to radiator process equipment field, be specifically related to a kind of radiator water chamber buckle machine.
Background technology
Radiator claims again radiator, is critical part in automobile cooling system; Function is distribute heat, and cooling water is at waterIn cover, absorb heat, flow to radiator after heat leave, return circulation in water jacket, reach temperature adjustment, be the group of automobile engineBecome part.
Producing when radiator, need to buckle radiator water chamber at radiator mainboard, make mainboard on radiator core body withSealing gasket and plastic water chamber three combine, and by the blade tooth bending on mainboard, and tightly hook the limit pin of hydroecium, make hydroeciumClosely combine integrally with core body, form an airtight container, and the existing operation major part of withholding be to adopt manual operation to withhold,Or carry out hydroecium by manual simplified crimping device and withhold, but that this hydroecium is withheld the working (machining) efficiency of operation is lower, adds man-hourBetween longer, be difficult to adapt to the rapid processing demand of streamline.
Summary of the invention
Technical problem to be solved by this invention is to overcome the defect that above-mentioned prior art exists, and a kind of radiator water is providedChamber buckle machine, realizes radiator water chamber and the fast automatic of radiator core body mainboard withheld, and reduces workman's intensity of working, and raising addsWork production efficiency.
In order to address the above problem, a kind of radiator water chamber buckle machine provided by the present invention, comprises that frame, hydroecium compressMould, Zuo Mo, left mould workbench, right mould, right mould workbench, core body supporting seat, PLC controller, described hydroecium pressure die is located at instituteState frame top, described left mould workbench is located at the left side of described frame, and described right mould workbench is located at the right side of described frame,Described left mould is arranged on described left mould workbench by the left mode slider of left mould slide rail and cooperation with it, and described left mould is by being located atThe left mould ball screw of left mould driven by servomotor on described left mould workbench rotate to drive coordinate with it and be fixed on described inNut sleeve on left mould and moving, described right mould by right mould slide rail and the right mode slider coordinating be with it arranged on described right die workerDo on platform, described right mould is rotated to drive by the right mould ball screw of right mould driven by servomotor being located on described right mould workbenchCoordinate with it and be fixed on the nut sleeve on described right mould and move, described left mould comprises that first withholds mould, second and withhold mould, a left sideMould side is withheld mould, and described left mould side is withheld mould and is located at described first and withholds on mould, and described right mould comprises that the 3rd withholds mould,Four withhold mould, right mould side is withheld mould, described right mould side is withheld mould and is located at the described the 3rd and withholds on mould, described core body supporting seatComprise core body carries left seat, core body supports right seat, described core body carries left seat is located on described left mould workbench, and described core body props upSupportting right seat is located on described right mould workbench.
Preferably, described first withhold mould and comprise and withhold die holder, withhold mould Sliding partitions, withhold piece, withhold head, withhold mouldSliding partitions cylinder, withhold piece cylinder, worm and gear, described in withhold die holder two medial surfaces and be provided with chute, described in withhold mould and liveMoving slide plate promotes to seesaw by being fixed on the mould Sliding partitions cylinder of withholding of withholding on die holder outside on chute, and can be byDescribed in being fixed on, withhold and withhold mould Sliding partitions described in the fine setting of worm and gear on mould Sliding partitions and withhold mould activity described in relativelyThe position of slide plate cylinder, described in withhold piece front end by rotating shaft with described in withhold die holder and be flexibly connected, described in withhold piece end byThe piece cylinder of withholding of withholding mould Sliding partitions bottom described in being fixed on promotes to move up and down, described in withhold head and exist by bolt lockDescribed withholding on piece front end, described second withholds mould, the 3rd withholds mould, the 4th and withholds the structure and described first of mould and withhold mould knotStructure is identical.
Preferably, the nut sleeve on described left mould ball screw is fixed on described the first bottom of withholding mould, described right mouldNut sleeve on ball screw is fixed on described the 3rd bottom of withholding mould, and described second withholds mould withholds mould connection by described firstMoving motion, the described the 4th withholds mould withholds mould interlock motion by the described the 3rd.
Preferably, described left mould side is withheld mould and is comprised that side is withheld mould servomotor, side is withheld mould ball screw, sideTringle is withheld on limit, side is withheld head, tringle flexible connection cover, tringle rotary sleeve, tringle rotary cylinder, tringle supporting seat, described inTringle supporting seat is fixed on described first and withholds on mould front end, and described side is withheld tringle front end through described tringle supporting seat,Described side withhold that tringle is enclosed within that described side is withheld mould ball screw and the nut sleeve that coordinates with it on, and by described in being fixed onFirst withholds side on mould sidewall withholds described in mould driven by servomotor side and withholds mould ball screw and rotate to drive with itJoining tringle described in merga pass is flexibly connected cover and described side and withholds the nut sleeve that tringle is connected and move, described tringle activityAdapter sleeve is inner to be withheld tringle end with described side and is provided with the hasp tooth cooperatively interacting and makes described side withhold tringle in instituteState tringle flexible connection cover interior free to rotate, described tringle flexible connection cover is fixed on described side and withholds on mould ball screwNut sleeve on so that promote described side and withhold tringle and seesaw, described tringle is flexibly connected and is arranged with and described firstWithhold mould sidewall tangent plane bonded to each other, described side is withheld tringle and is provided with rotation draw-in groove, in described tringle rotary sleeve, is provided withThe rotation latch coordinating with it, described tringle rotary sleeve is enclosed within described side and withholds on tringle and by being fixed on described tringle and supportTringle rotary cylinder on seat promotes rotate and then drive described side to withhold the rotation of tringle, and described side is withheld head and is located at instituteState side and withhold tringle front end, it is identical that the structure that described right mould side is withheld mould and described left mould side are withheld mode structure, is located atThe described the 3rd withholds on the lateral wall of mould.
Preferably, described hydroecium pressure die is provided with hydroecium compression cylinder, at the bottom of described hydroecium compression cylinder piston rod rod endPortion is provided with hydroecium and compresses cushion, and described hydroecium pressure die two ends are flexibly connected with described frame by optical axis, and described hydroecium compressesMould is moved left and right by the screw rod control that is located at described frame top.
Preferably, described left mould workbench is installed by the left mould workbench slide block of left mould workbench slide rail and cooperation with itIn described frame, described left mould workbench is by being located at left mould workbench servomotor in described frame by Timing Belt controlTwo synchronizing wheels drive two left mould workbench ball screws to rotate to drive to coordinate with it and are fixed on described left mould workbenchOn nut sleeve and move, and regulate described Timing Belt by two regulating wheels that are located at adjustable position in described frameRate of tension.
Preferably, described PLC controller is located in described frame, described PLC controller and described hydroecium compression cylinder, a left sideMould servomotor, left mould workbench servomotor, right mould servomotor, withhold mould Sliding partitions cylinder, withhold piece cylinder, sideWithholding mould servomotor, tringle rotary cylinder connects and controls described hydroecium compression cylinder, left mould servomotor, left die workerMake platform servomotor, right mould servomotor, withhold mould Sliding partitions cylinder, withhold piece cylinder, side is withheld mould servomotor, mouldThe operation of bar rotary cylinder.
From the above-mentioned description of this invention, tool of the present invention has the following advantages: the present invention adopts touch-screen and PLC systemShow and set device duty (cloth distance and pace etc.), system can store several data parameter, and can adjust arbitrarilyWith, the workpiece hydroecium that is particularly suitable for many kinds is withheld; Equipment adopts servomotor and servo-driver, drives ball screw,Make-up pressing mold drives and controls, and makes to withhold mould and realizes accurate stepping along line slide rail; And can be real according to workpiece water chamber shapeThe action such as now dodge and advance, thereby realize the automatic inlaid of radiator water chamber and core body; The present invention is simple to operate, passes through PLCThe automatic inlaid of system control reality hydroecium and core body mainboard, and also can adjust buckle machine to adapt to according to the specification of workpiece hydroeciumThe hydroecium of plurality of specifications is withheld assembling demand, and the speed of withholding is fast, compares manual withholding, and has greatly improved working (machining) efficiency, and has fallenLow workman's work intensity.
Brief description of the drawings
Fig. 1 is the structural representation of embodiments of the invention.
Fig. 2 is the hydroecium pressure die structural representation of embodiments of the invention.
Fig. 3 is left and right mould and the Working table structure schematic diagram of embodiments of the invention.
Fig. 4 is the left and right mould of embodiments of the invention and another angle structural representation of workbench.
Fig. 5 is the left mould of embodiments of the invention and the structural representation of workbench.
Fig. 6 is the left mode structure schematic diagram of embodiments of the invention.
Fig. 7 is the stereo decomposing structural representation that first of embodiments of the invention are withheld mould.
Fig. 8 is that the side of embodiments of the invention is withheld mode structure schematic diagram.
Fig. 9 is that the side of embodiments of the invention is withheld mould stereo decomposing structural representation.
Detailed description of the invention
Below in conjunction with drawings and Examples, the invention will be further described.
Please refer to accompanying drawing 1, accompanying drawing 2, accompanying drawing 3, accompanying drawing 5, a kind of radiator water chamber buckle machine, comprises that frame 1, hydroecium compressMould 2, left mould 3, left mould workbench 4, right mould 5, right mould workbench 6, core body supporting seat 7, PLC controller 8, described hydroecium pressure die2 are located at described frame 1 top, and described left mould workbench 4 is located at the left side of described frame 1, described in described right mould workbench 6 is located atThe right side of frame 1, described left mould 3 is arranged on described left mould workbench by the left mode slider 44 of left mould slide rail 43 and cooperation with itOn 4, described left mould 3 drives left mould ball screw 41 to rotate by the left mould servomotor 42 being located on described left mould workbench 4Drive and coordinate with it and be fixed on the nut sleeve on described left mould 3 and move, described right mould 5 is by right mould slide rail 63 and join with itThe right mode slider 64 closing is arranged on described right mould workbench 6, and described right mould 5 is by the right mould being located on described right mould workbench 6Servomotor 62 drives right mould ball screw 61 to rotate to drive and coordinates with it and be fixed on the nut sleeve on described right mould 5 and transportMoving, described left mould 3 comprises that first withholds that mould 31, second is withheld mould 32, left mould side is withheld mould 33, and described left mould side is withheld mould33 are located at described first withholds on mould 31 front side walls, and described right mould 5 comprises that the 3rd withholds mould 51, the 4th and withhold mould 52, right mould sideMould 53 is withheld on limit, and described right mould side is withheld mould 53 and is located at the described the 3rd and withholds on mould 51 rear walls, and described core body supporting seat 7 wrapsDraw together core body carries left seat 71, core body supports right seat 72, described core body carries left seat 71 is located on described left mould workbench 4, described inCore body supports right seat 72 is located on described right mould workbench 6.
Please refer to accompanying drawing 3, accompanying drawing 7, described first withhold mould 31 comprise withhold die holder 311, withhold mould Sliding partitions 312,Withhold piece 313, withhold 314, withhold mould Sliding partitions cylinder 315, withhold piece cylinder 316, worm and gear 317, adjusting bolt318, described in withhold 311 liang of medial surfaces of die holder and be provided with chute, described in withhold mould Sliding partitions 312 and buckle by being fixed on chuteThe mould Sliding partitions cylinder 315 of withholding on stamper seat 311 outsides promotes to seesaw, and can described in being fixed on, withhold mould workDescribed in worm and gear 317 fine settings on moving slide plate 312, withhold mould Sliding partitions 312 and withhold mould Sliding partitions cylinder described in relatively315 position, described worm and gear 317 and described in withhold and on die holder 311, be also provided with the convenient fine setting of the scale time institute cooperatively interactingState and withhold mould Sliding partitions 312 displacement readings, described in withhold piece 313 front ends by rotating shaft with described in withhold that die holder 311 is movable to be connectedConnect, described in withhold piece 313 ends and withhold piece cylinder 316 by regulating by what withhold mould Sliding partitions 312 bottoms described in being fixed onBolt 318 promotes to move up and down, described in withhold 314 and withhold on piece 313 front ends described by bolt lock, and can be according to needPad lastblock cushion block and withhold a relative altitude for 314 relatively described core body supporting seats 7 described in adjusting, described second withholds mould32, the 3rd withhold mould 51, the 4th and withhold the structure and described first of mould 52 to withhold mould 31 structures identical.
Please refer to accompanying drawing 3, accompanying drawing 6, the nut sleeve on described left mould ball screw 41 is fixed on described first and withholds mould 31Bottom, the nut sleeve on described right mould ball screw 61 is fixed on described the 3rd bottom of withholding mould 51, described second withholdsMould 32 is withheld mould 31 motion that links by described first, and the described the 4th withholds mould 52 withholds mould 51 motion that links by the described the 3rd; InstituteStating first withholds mould 31, second and withholds mould 32 and the described the 3rd and withhold mould 51, the 4th and withhold mould 52 and be symmetrical set respectivelyOn described left mould workbench 4 and right mould workbench 6.
Please refer to accompanying drawing 3, accompanying drawing 6, accompanying drawing 8, accompanying drawing 9, described left mould side is withheld mould 33, and to comprise that side is withheld mould servoMotor 331, side are withheld mould ball screw 332, side and are withheld that tringle 333, side withhold 334, tringle is flexibly connected cover335, tringle rotary sleeve 336, tringle rotary cylinder 337, tringle supporting seat 338, described tringle supporting seat 338 is fixed on describedOne withholds on mould 31 front ends, and described side is withheld tringle 333 front ends through described tringle supporting seat 338, and described side is withheld mouldBar 333 is enclosed within described side and withholds in the nut sleeve of mould ball screw 332 and cooperation with it, and withholds by being fixed on described firstSide on mould 31 sidewalls is withheld mould servomotor 331 and is driven described side to withhold mould ball screw 332 to rotate and drive with itJoining tringle described in merga pass is flexibly connected cover 335 and described side and withholds the nut sleeve that tringle 333 is connected and move, described mouldBar is flexibly connected that cover 335 is inner to be withheld tringle 333 ends with described side and be provided with described in the hasp tooth 3351 cooperatively interacting makesIt is interior free to rotate at described tringle flexible connection cover 335 that side is withheld tringle 333, and it is fixing that described tringle is flexibly connected cover 335Withhold in the nut sleeve on mould ball screw 332 and then promote described side at described side and withhold tringle 333 and seesaw,Described tringle flexible connection cover 335 is provided with described first withholds mould 31 sidewalls tangent plane bonded to each other, and described side is withheld mouldBar 333 is provided with rotation draw-in groove 3331, is provided with the rotation latch 3361 coordinating with it, described mould in described tringle rotary sleeve 336Bar rotary sleeve 336 is enclosed within described side and withholds on tringle 333 and by the tringle rotary pneumatic being fixed on described tringle supporting seat 338Cylinder 337 promotes rotate and then drive described side to withhold the rotation of tringle 333, and described tringle rotary sleeve 336 and described tringle prop upOn support seat 338, be also provided with caging bolt and limit the rotation angle range of described tringle rotary sleeve 336, described side withholds 334Be located at described side and withhold tringle 333 front ends, and can pad as required lastblock cushion block and adjust described side and withhold 334 phaseTo the relative altitude of described core body supporting seat 7, described right mould side is withheld structure and the described left mould side of mould 53 and is withheld mould 33Structure is identical, is located at the described the 3rd and withholds on the rear wall of mould 51.
Please refer to accompanying drawing 1, accompanying drawing 2, described hydroecium pressure die 2 is provided with hydroecium compression cylinder 21, and described hydroecium compresses gasCylinder 21 piston rod rod end bottoms are provided with hydroecium and compress cushion 22, and described hydroecium pressure die 2 two ends are by optical axis 23 and described frame 1Be flexibly connected, described hydroecium pressure die 2 is controlled and is moved left and right by the screw rod 24 that is located at described frame 1 top; For different sizeRadiator core body and the withholding of hydroecium 9, can control the relatively described core body of described hydroecium pressure die 2 by described screw rod 24 and supportThereby the position of seat 7 compresses hydroecium 9, is convenient to withhold.
Please refer to accompanying drawing 3, accompanying drawing 4, accompanying drawing 5, described left mould workbench 4 is by left mould workbench slide rail 11 and cooperation with itLeft mould workbench slide block 12 be arranged in described frame 1, described left mould workbench 4 is by the left die worker who is located in described frame 1Making platform servomotor 46 controls two synchronizing wheels 47 by Timing Belt 49 and drives two left mould workbench ball screws 45 to rotateDrive and coordinate with it and be fixed on the nut sleeve on described left mould workbench 4 and move, and be located in described frame 1 by twoThe regulating wheel 48 of adjustable position regulates the rate of tension of described Timing Belt 49; For radiator core body and the hydroecium of different size9 withhold, can adjust by PLC controller 8 position of described left mould workbench 4, thereby adjusts described core body supporting seat 71With the spacing of described core body supporting seat 72, to adapt to the arrangement of core body of different in width.
Described PLC controller 8 is located in described frame 1, described PLC controller 8 and described hydroecium compression cylinder 21, Zuo MoServomotor 42, left mould workbench servomotor 46, right mould servomotor 62, described first withhold mould 31, second withhold mould 32,The 3rd withholds mould 51, the 4th withholds withholding mould Sliding partitions cylinder 315 and withholding piece cylinder 316, described left mould side on mould 52Limit is withheld mould 33, right mould side and is withheld side on mould 53 and withhold mould servomotor 331 and be connected and control with tringle rotary cylinder 337Make described hydroecium compression cylinder 21, left mould servomotor 42, left mould workbench servomotor 46, right mould servomotor 62,Withhold mould Sliding partitions cylinder 315, withhold piece cylinder 316, side is withheld mould servomotor 331, the fortune of tringle rotary cylinder 337OK.
In addition, in the time withholding the hydroecium 9 of larger specification, also can on described left mould workbench 4, right mould workbench 6, arrange,Core body supplemental support seat, to support radiator core body two ends, facilitates side to withhold, and protection core body is not bent damage.
The operation of withholding of the present invention is: after first manually radiator water chamber 9 being connected with core body mainboard, be placed in core body and prop upSupport on seat 7 and aim at after the automatic inlaid program of original position → startup PLC controller 8 of left mould 3, right mould 5, left die worker does46 actions of platform servomotor make mould workbench 6 motions to the right of left mould workbench 4 clamp core body mainboard and the water on core body supporting seat 7Chamber 9, then 21 actions of hydroecium compression cylinder on hydroecium pressure die 2 make hydroecium compress cushion 22 compress hydroecium 9 and core body →First withholds mould 31, second withholds mould 32, the 3rd and withholds mould 51, the 4th and withhold and withhold mould Sliding partitions cylinder 315 on mould 52Action simultaneously makes to withhold mould Sliding partitions 312 and advances 314 top of withholding that drive on it to make to the blade tooth on the long limit of core body mainboardBlade tooth bending, then withholds piece cylinder 316 action and makes to withhold 314 and the blade tooth on core body mainboard is further curved inwardly and tightlyTightly hook and withhold piece cylinder 316 after the limit pin of hydroecium 9 and reset, then withhold mould Sliding partitions cylinder 315 reset → side buttonsPressing mold servomotor 331 is controlled left mould side and is withheld mould 33 and advance and make side withhold 334 left side of aiming on mainboard front end sidesFirst blade tooth of limit, left mould servomotor 42 is controlled left mould 3 side that makes the left mould side on it withhold mould 33 that moves and is withheld head334 tops make blade tooth bending to the blade tooth on core body mainboard front end side, and then tringle rotary cylinder 337 action rotation sides are withheldTringle 333 makes side withhold 334 limit that the blade tooth on core body mainboard side is further curved inwardly and tightly hooks hydroecium 9After pin, tringle rotary cylinder 337 resets, and then left mould servomotor 42 is controlled left mould 3 and resetted, and then side is withheld the servo electricity of mouldMachine 331 is controlled left mould side again and is withheld the blade tooth that mould 33 carries out on next core body mainboard front end side and withhold until sideLast blade tooth withhold finish back side edge withhold mould servomotor 331 control again left mould side withhold mould 33 reset return →Left mould servomotor 42 and right mould servomotor 62 control that left mould 3,5 motions of right mould carry out that the long limit of mainboard blade tooth is withheld simultaneously untilLast on rear end, the long limit of mainboard withheld mould 53 to withheld → right mould side of blade tooth and withheld mould 33 according to left mould side and detainPress the action of mainboard front end side blade tooth, blade tooth on the withhold → mainboard of blade tooth of mainboard rear end side is all withheld to knotHydroecium compression cylinder 21 after bundle on hydroecium pressure die 2 resets, and left mould 3 and right mould 5 reset and return original position → left mould simultaneouslyWorkbench 4 resets, and unclamps the core body hydroecium after withholding, and takes off core body hydroecium, withholds operation and completes.
Above-mentioned automatic inlaid operation is programmed for operation in tandem pattern by electrical equipment PLC, sets according to core body and hydroecium 9 specificationsAfter good parameter, workman only need press start button on PLC controller 8 and can start above-mentioned each step and withhold and moved automaticallyWithholding of core body and hydroecium 9.
The present invention adopts import touch-screen and PLC system, shows and set device duty (cloth distance and paceDeng), can store several data parameter, and can call arbitrarily, the workpiece hydroecium that is particularly suitable for many kinds is withheld; Equipment adopts platformGulf inlet servo motor and servo-driver, drive ball screw, and make-up pressing mold drives and controls, and makes to withhold mould along straight lineSlide rail is accurately realized stepping; Withhold mould and withhold when action, can realize and dodging and the action such as advance according to workpiece water chamber shape; TherebyMainboard on radiator core body and sealing gasket and plastic water chamber three are combined, by the blade tooth bending on mainboard, and tightThe limit pin that tightly hooks hydroecium, closely combines hydroecium and core body integral, forms an airtight container; The present invention is simple to operate,By the automatic inlaid of PLC system control reality hydroecium and core body mainboard, and also can withhold according to the specification adjustment of workpiece hydroeciumMachine is withheld assembling demand to adapt to the hydroecium of plurality of specifications, and the speed of withholding is fast, on average each minute just can complete one looseHot device hydroecium and core body withhold operation, compare manual withholding, greatly improved working (machining) efficiency, and it is strong to reduce workman's workDegree.
The above, the present embodiment only, in order to technical scheme of the present invention to be described, is not intended to limit; Although with reference to aforementionedEmbodiment has been described in detail the present invention, and those of ordinary skill in the art is to be understood that: it still can be to aforementionedThe technical scheme that embodiment records is modified, or part technical characterictic is wherein equal to replacement; And these are repaiiedChange or replace, not making appropriate technical solution depart from the spirit and scope of embodiment of the present invention technical scheme, therefore this area is generalLogical technical staff, not making the every other embodiment obtaining under creative work prerequisite, belongs to protection of the present inventionScope.
Claims (7)
1. a radiator water chamber buckle machine, comprises frame (1), it is characterized in that, described radiator water chamber buckle machine also comprisesHydroecium pressure die (2), left mould (3), left mould workbench (4), right mould (5), right mould workbench (6), core body supporting seat (7), PLC controlDevice processed (8), described hydroecium pressure die (2) is located at described frame (1) top, and described left mould workbench (4) is located at described frame (1)Left side, described right mould workbench (6) is located at the right side of described frame (1), described left mould (3) by left mould slide rail (43) and withThe left mode slider (44) of cooperation to be arranged on described left mould workbench (4) upper, described left mould (3) is by being located at described left mould workbench(4) the left mould servomotor (42) on drives left mould ball screw (41) to rotate and drives and coordinates with it and be fixed on described left mould(3) nut sleeve on and moving, described right mould (5) by right mould slide rail (63) and the right mode slider (64) coordinating be with it arranged onDescribed right mould workbench (6) is upper, and described right mould (5) is driven by the right mould servomotor (62) being located on described right mould workbench (6)Moving right mould ball screw (61) rotates to drive and coordinates with it and be fixed on the nut sleeve on described right mould (5) and move, described inLeft mould (3) comprises that first withholds that mould (31), second is withheld mould (32), left mould side is withheld mould (33), and described left mould side is withheldMould (33) is located at described first, and to withhold mould (31) upper, described right mould (5) comprise the 3rd withhold mould (51), the 4th withhold mould (52),Right mould side is withheld mould (53), and described right mould side is withheld mould (53) and is located at the described the 3rd to withhold mould (51) upper, and described core body props upSupport seat (7) comprises core body carries left seat (71), core body supports right seat (72), and described core body carries left seat (71) is located at described left mouldWorkbench (4) is upper, and described core body supports right seat (72) is located on described right mould workbench (6).
2. a kind of radiator water chamber buckle machine according to claim 1, is characterized in that, described first withholds mould (31) bagDraw together and withhold die holder (311), withhold mould Sliding partitions (312), withhold piece (313), withhold head (314), withhold mould Sliding partitions gasCylinder (315), withhold piece cylinder (316), worm and gear (317), described in withhold die holder (311) two medial surfaces and be provided with chute, instituteState and withhold mould Sliding partitions (312) on die holder (311) outside, withhold mould Sliding partitions cylinder by being fixed on to withhold on chute(315) promote to seesaw, and can described in being fixed on, withhold worm and gear (317) fine setting on mould Sliding partitions (312)Describedly withhold the position that mould Sliding partitions (312) is withheld mould Sliding partitions cylinder (315) described in relatively, described in withhold piece (313)Front end by rotating shaft with described in withhold die holder (311) and be flexibly connected, described in withhold piece (313) end withhold mould described in being fixed onThe piece cylinder (316) of withholding of Sliding partitions (312) bottom promotes to move up and down, described in withhold head (314) and exist by bolt lockDescribed withholding on piece (313) front end, described second withholds mould (32), the 3rd withholds mould (51), the 4th and withholds the structure of mould (52)With described first to withhold mould (31) structure identical.
3. a kind of radiator water chamber buckle machine according to claim 1, is characterized in that, described left mould ball screw (41)On nut sleeve be fixed on the described first bottom of withholding mould (31), the nut sleeve on described right mould ball screw (61) is fixed onThe described the 3rd withholds the bottom of mould (51), and described second withholds mould (32) withholds mould (31) interlock motion by described first, described inThe 4th withholds mould (52) withholds mould (51) interlock motion by the described the 3rd.
4. a kind of radiator water chamber buckle machine according to claim 1, is characterized in that, described left mould side is withheld mould(33) comprise that side withholds that mould servomotor (331), side are withheld mould ball screw (332), side is withheld tringle (333), sideHead (334) is withheld on limit, tringle is flexibly connected cover (335), tringle rotary sleeve (336), tringle rotary cylinder (337), tringle supportSeat (338), described tringle supporting seat (338) is fixed on described first and withholds on mould (31) front end, and described side is withheld tringle(333) front end is through described tringle supporting seat (338), and described side is withheld tringle (333) and is enclosed within described side and withholds mould ballIn the nut sleeve of screw mandrel (332) and cooperation with it, and withhold mould by being fixed on the described first side of withholding on mould (31) sidewallServomotor (331) drives described side to withhold mould ball screw (332) and rotates to drive and join with it tringle described in merga passBe flexibly connected cover (335) and described side and withhold the nut sleeve that tringle (333) is connected and move, described tringle flexible connection is overlapped(335) inner and described side are withheld tringle (333) end and are provided with the hasp tooth (3351) cooperatively interacting and make described side buttonPressing mold bar (333) is free to rotate in described tringle is flexibly connected cover (335), and it is fixing that described tringle is flexibly connected cover (335)Withhold in the nut sleeve on mould ball screw (332) and then promote described side at described side and withhold tringle (333) work front and backMotion, described tringle flexible connection cover (335) is provided with described first withholds mould (31) sidewall tangent plane bonded to each other, described sideLimit is withheld tringle (333) and is provided with rotation draw-in groove (3331), is provided with the revotating card coordinating with it in described tringle rotary sleeve (336)Tooth (3361), described tringle rotary sleeve (336) is enclosed within described side and withholds tringle (333) above and support by being fixed on described tringleTringle rotary cylinder (337) on seat (338) promotes rotate and then drive described side to withhold the rotation of tringle (333), described inSide is withheld head (334) and is located at described side and withholds tringle (333) front end, and described right mould side is withheld structure and the institute of mould (53)Stating left mould side, to withhold mould (33) structure identical, is located at the described the 3rd and withholds on the lateral wall of mould (51).
5. a kind of radiator water chamber buckle machine according to claim 1, is characterized in that, on described hydroecium pressure die (2)Be provided with hydroecium compression cylinder (21), described hydroecium compression cylinder (21) piston rod rod end bottom is provided with hydroecium and compresses cushion (22),Described hydroecium pressure die (2) two ends are flexibly connected with described frame (1) by optical axis (23), and described hydroecium pressure die (2) is by establishingControl and move left and right at the screw rod (24) of described frame (1) top.
6. a kind of radiator water chamber buckle machine according to claim 1, is characterized in that, described left mould workbench (4) is logicalIt is upper that the left mould workbench slide block (12) of crossing left mould workbench slide rail (11) and coordinate is with it arranged on described frame (1), a described left sideMould workbench (4) is controlled two by the left mould workbench servomotor (46) being located in described frame (1) by Timing Belt (49)Synchronizing wheel (47) drives two left mould workbench ball screws (45) to rotate and drives and coordinates with it and be fixed on described left die workerMake the nut sleeve on platform (4) and move, and adjusting by two regulating wheels (48) that are located at the upper adjustable position of described frame (1)Save the rate of tension of described Timing Belt (49).
7. a kind of radiator water chamber buckle machine according to claim 1, is characterized in that, described PLC controller (8) is located atDescribed frame (1) is upper, described PLC controller (8) and described hydroecium compression cylinder (21), left mould servomotor (42), left die workerMake platform servomotor (46), right mould servomotor (62), withhold mould Sliding partitions cylinder (315), withhold piece cylinder (316), sideLimit is withheld mould servomotor (331), tringle rotary cylinder (337) and is connected and control described hydroecium compression cylinder (21), a left sideMould servomotor (42), left mould workbench servomotor (46), right mould servomotor (62), withhold mould Sliding partitions cylinder(315), withhold the operation that piece cylinder (316), side are withheld mould servomotor (331), tringle rotary cylinder (337).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610050051.4A CN105599291A (en) | 2016-01-26 | 2016-01-26 | Crimping machine for radiator water chamber |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610050051.4A CN105599291A (en) | 2016-01-26 | 2016-01-26 | Crimping machine for radiator water chamber |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN105599291A true CN105599291A (en) | 2016-05-25 |
Family
ID=55979882
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610050051.4A Pending CN105599291A (en) | 2016-01-26 | 2016-01-26 | Crimping machine for radiator water chamber |
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| Country | Link |
|---|---|
| CN (1) | CN105599291A (en) |
Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TW529503U (en) * | 2002-02-08 | 2003-04-21 | Kun Yu Machinery Co Ltd | A combining machine for water tank |
| CN202105924U (en) * | 2011-05-11 | 2012-01-11 | 上海德朗汽车零部件制造有限公司 | Undercutting machine for heat radiators |
| CN102990343A (en) * | 2012-12-11 | 2013-03-27 | 纳百川控股有限公司 | Novel single-tooth pressing machine |
| CN203091563U (en) * | 2013-03-14 | 2013-07-31 | 佛山市南海蕾特汽车配件有限公司 | Automobile water tank master leaf and water chamber riveting machine |
| CN103506502A (en) * | 2012-06-21 | 2014-01-15 | 上海德朗汽车零部件制造有限公司 | Undercut mechanism of automobile radiator main fin side |
| CN105014360A (en) * | 2015-05-05 | 2015-11-04 | 上海九段精密机电科技有限公司 | Automobile radiator water chamber assembly device and application method |
| CN205291587U (en) * | 2016-01-26 | 2016-06-08 | 福建意格机械设备有限公司 | Machine is withheld to radiator hydroecium |
-
2016
- 2016-01-26 CN CN201610050051.4A patent/CN105599291A/en active Pending
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TW529503U (en) * | 2002-02-08 | 2003-04-21 | Kun Yu Machinery Co Ltd | A combining machine for water tank |
| CN202105924U (en) * | 2011-05-11 | 2012-01-11 | 上海德朗汽车零部件制造有限公司 | Undercutting machine for heat radiators |
| CN103506502A (en) * | 2012-06-21 | 2014-01-15 | 上海德朗汽车零部件制造有限公司 | Undercut mechanism of automobile radiator main fin side |
| CN102990343A (en) * | 2012-12-11 | 2013-03-27 | 纳百川控股有限公司 | Novel single-tooth pressing machine |
| CN203091563U (en) * | 2013-03-14 | 2013-07-31 | 佛山市南海蕾特汽车配件有限公司 | Automobile water tank master leaf and water chamber riveting machine |
| CN105014360A (en) * | 2015-05-05 | 2015-11-04 | 上海九段精密机电科技有限公司 | Automobile radiator water chamber assembly device and application method |
| CN205291587U (en) * | 2016-01-26 | 2016-06-08 | 福建意格机械设备有限公司 | Machine is withheld to radiator hydroecium |
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