CN202049828U - A resistance piercing casing forming machine - Google Patents
A resistance piercing casing forming machine Download PDFInfo
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- CN202049828U CN202049828U CN2011200502368U CN201120050236U CN202049828U CN 202049828 U CN202049828 U CN 202049828U CN 2011200502368 U CN2011200502368 U CN 2011200502368U CN 201120050236 U CN201120050236 U CN 201120050236U CN 202049828 U CN202049828 U CN 202049828U
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Abstract
本实用新型涉及电子元器件加工设备技术领域，尤其涉及一种电阻穿套管成型机。本实用新型包括有机架，机架按照电阻穿套管的工艺流程依次装设有送料装置、穿套管装置以及成型装置，机架还装设有可间隙性转动的送料圆盘，送料圆盘的边缘沿周向均匀地开设有用于卡装电阻的卡装槽，送料装置包括有将电阻编带切割成相互独立的电阻的编带切刀，穿套管装置配设有自动进给套管的套管进给装置。在本实用新型工作过程中，电阻编带经送料装置的编带切刀切断后被送入送料圆盘的卡装槽内，送料圆盘再将电阻依次经穿套管装置以及成型装置完成穿套管成型加工。本实用新型具有生产效率高、生产质量高以及生产成本低的优点。
The utility model relates to the technical field of electronic component processing equipment, and in particular to a resistor sleeve forming machine. The utility model includes a frame, and the frame is equipped with a feeding device, a sleeve inserting device and a forming device in sequence according to the process flow of resistor sleeve inserting. The frame is also equipped with a feeding disc that can rotate intermittently, and the edge of the feeding disc is evenly provided with mounting grooves for mounting resistors along the circumferential direction. The feeding device includes a tape cutter for cutting the resistor braid into independent resistors, and the sleeve inserting device is equipped with a sleeve feeding device for automatically feeding the sleeve. During the working process of the utility model, the resistor braid is cut by the tape cutter of the feeding device and then fed into the mounting groove of the feeding disc, and the feeding disc then sequentially passes the resistor through the sleeve inserting device and the forming device to complete the sleeve inserting forming process. The utility model has the advantages of high production efficiency, high production quality and low production cost.
Description
Technical field
The utility model relates to the electronic devices and components technical field of processing equipment, relates in particular to a kind of resistance and wears pipe forming machine.
Background technology
In the production preparation process of electronic circuit board or other electronic products, resistance is widely used in above-mentioned electronic product as a kind of important electron components and parts.Existing resistance generally is to produce in batches with the form of resistance braid; before above-mentioned electronic product production preparation; production firm at first needs the resistance braid is separated into separate resistance, and then the resistance after will separating is handled through wearing multiple working procedures such as protection sebific duct, bending resistance pin successively.
Existing resistance wears the pipe moulding process and generally adopts manual type, and the paper tape, the braid of cut-out resistance, the resistance that promptly remove the resistance braid wear pipe, resistance pin bending forming etc. and all processes by manual mode.Above-mentioned traditional manual mode exists that production efficiency is low, production cost is high and the defective of unstable product quality.
Summary of the invention
The purpose of this utility model is to provide a kind of resistance to wear pipe forming machine at the deficiencies in the prior art, this resistance wears pipe forming machine can high efficiency, carry out resistance in high quality wears the pipe processing and forming, in addition, adopt automated mechanical equipment to replace traditional manual mode, largely saved production cost.
For achieving the above object, the utility model is realized by above technical scheme.
A kind of resistance wears pipe forming machine, include frame, frame is equiped with pay-off successively, wears pipe unit and shaped device according to the technological process that resistance wears pipe, but frame also is equiped with the feeding disk that intermittence is rotated, the edge of feeding disk is along circumferentially offering the card holding trough that is used to clamp resistance equably, pay-off includes the braid cutting knife that the resistance braid is cut into separate resistance, wears the sleeve pipe feed arrangement that pipe unit is equipped with the auto-feed sleeve pipe.
Wherein, the described pipe unit that wears includes pre-covering device and ejector sleeve device, pre-covering device cooperates with described sleeve pipe feed arrangement, pre-covering device includes respectively by cam-actuated material pin detent mechanism and sleeve pipe shut-off mechanism, the sleeve pipe shut-off mechanism is positioned at the feed side of material pin detent mechanism, and the ejector sleeve device includes sleeve pipe fixture and sleeve pipe feed mechanism.
Wherein, described sleeve pipe feed arrangement includes the sleeve pipe Wire Wheel that is rotated by motor-driven, the wheel face of sleeve pipe Wire Wheel is along first guiding groove that circumferentially offers annular, the sleeve pipe Wire Wheel is equipped with the sleeve pipe fabric wheel, the wheel face of sleeve pipe fabric wheel is along circumferentially offering second guiding groove corresponding with first guiding groove, first guiding groove and the contour setting of second guiding groove.
Wherein, described material pin detent mechanism includes respectively by cam-actuated positioning sliding block and the positioning sliding block down gone up, the bottom of last positioning sliding block and down the upper end of positioning sliding block be equiped with respectively and expect the pin locating clip; Described sleeve pipe shut-off mechanism includes last sleeve pipe cutting knife and the setting of casing cutting knife that cooperatively interacts.
Wherein, described sleeve pipe fixture includes the last clamping slide block and the following clamping slide block of the slide relative by cam drive, last clamping slide block and following clamping slide block are equipped with jointly and grip seat, and last clamping slide block and following clamping slide block are installed in respectively and grip seat; Described sleeve pipe feed mechanism includes by cam-actuated sleeve pipe sends slide block to, sleeve pipe send to slide block with grip the seat fixedly connected.
Wherein, the molding assembly that described shaped device includes installing rack and is positioned at the installing rack top, molding assembly includes two shaping moulds and respectively by cam-actuated forming slide and the compacted under slide block gone up, two shaping moulds are positioned at the same side of described feeding disk, forming slide and compacted under slide block are provided with the slide block mount pad jointly on the molding assembly correspondence, last forming slide and compacted under slide block are installed in the slide block mount pad slidably, and two shaping moulds are individually fixed in corresponding last forming slide and compacted under slide block.
Wherein, described molding assembly also includes the moulding holder that is fixed in described slide block mount pad top, the corresponding described feeding disk of moulding holder is equiped with matrix band, the bottom of matrix band offers the breach that is used to bend the resistance pin, the below of matrix band is equiped with and makes the resistance pin be bent to the feeding device of the breach of matrix band, feeding device includes and pulls out the material bar and pull out the material rotating shaft, pulls out the material bar and is fixed in the upper end of pulling out the material rotating shaft.
Wherein, the corresponding described feeding device of described moulding holder is provided with feeding pressure mechanism, and feeding pressure mechanism includes compressing tablet and by cam-actuated binder drive rod, compressing tablet is fixed in the end of binder drive rod, and compressing tablet is positioned at described the same side of pulling out the material bar.
Wherein, be provided with the moulding adjusting device between described installing rack and the described slide block mount pad, the moulding adjusting device includes fixed block, back-up block and adjusting slider, fixed block is fixed in installing rack, adjusting slider can be fixed in the below of slide block mount pad slidably along back-up block, be equiped with adjustment screw between fixed block and the adjusting slider, adjustment screw is spirally connected with fixed block and adjusting slider successively.
Wherein, described pay-off includes braid charging track and feeding gear successively, described feeding disk is positioned at the exit side of feeding gear, and the corresponding feeding disk of pay-off is provided with swage set piece, and swage set piece is along the edge setting of feeding disk and between pay-off and described shaped device.
The beneficial effects of the utility model are: a kind of resistance described in the utility model wears pipe forming machine, include frame, frame is equiped with pay-off successively, wears pipe unit and shaped device according to the technological process that resistance wears pipe, but frame also is equiped with the feeding disk that intermittence is rotated, the edge of feeding disk is along circumferentially offering the card holding trough that is used to clamp resistance equably, pay-off includes the braid cutting knife that the resistance braid is cut into separate resistance, wears the sleeve pipe feed arrangement that pipe unit is equipped with the auto-feed sleeve pipe.In the utility model course of work, the resistance braid is admitted in the card holding trough of feeding disk after the braid cutting knife of pay-off cuts off, and again resistance is worn long successively casing bit and shaped device of feeding disk finished and worn the pipe processing and forming; So the utility model has realized that successfully the automated machine processing mode replaces traditional manual mode, promptly the utlity model has production efficiency height, quality of production height and the low advantage of production cost.
Description of drawings
Utilize accompanying drawing to come the utility model is further described below, but the embodiment in the accompanying drawing does not constitute any restriction of the present utility model.
Fig. 1 is a structural representation of the present utility model.
Fig. 2 is the structural representation at another visual angle of the utility model.
Fig. 3 is the local enlarged diagram of " A " shown in Figure 2 position.
Fig. 4 wears the structural representation of pipe unit for the utility model.
Structural representation when Fig. 5 wears pipe unit work for the utility model.
Fig. 6 is the structural representation of the utility model shaped device.
Structural representation when Fig. 7 works for the utility model shaped device.
Fig. 8 is the structural representation of the utility model feeding disk.
In Fig. 1 to Fig. 8, include:
1---frame 2---pay-off 21---braid cutting knife
22---braid charging track 23---feeding gear 24---swage set pieces
3---shaped device 31---installing rack 32---molding assemblies
321---shaping mould 322---last forming slide 323---compacted under slide blocks
324---slide block mount pad 325---moulding holder 326---matrix bands
327---breach 33---feeding pressure mechanism 331---compressing tablets
332---binder drive rod 4---feeding disk 41---card holding troughs
5---sleeve pipe feed arrangement 51---sleeve pipe Wire Wheel 511---first guiding grooves
52---the pre-covering devices of sleeve pipe fabric wheel 521---second guiding groove 6---
61---the following positioning sliding blocks of material pin detent mechanism 611---going up positioning sliding block 612---
613---expect upward sleeve pipe cutting knife of pin locating clip 62---sleeve pipe shut-off mechanisms 621---
622---setting of casing cutting knife 7---ejector sleeve device 71---sleeve pipe fixtures
711---go up clamping slide block 712---following clamping slide block 713---and grip seat
72---sleeve pipe feed mechanism 721---sleeve pipe is sent slide block 8 to---feeding devices
81---pull out and expect bar 82---pulling out material rotating shaft 9---moulding adjusting device
91---fixed block 92---back-up block 93---adjusting sliders
94---adjustment screw.
Embodiment
Come the utility model is further described below in conjunction with embodiment.
Extremely shown in Figure 8 as Fig. 1, a kind of resistance wears pipe forming machine, include frame 1, frame 1 is equiped with pay-off 2 successively, wears pipe unit and shaped device 3 according to the technological process that resistance wears pipe, but frame 1 also is equiped with the feeding disk 4 that intermittence is rotated, the edge of feeding disk 4 is along circumferentially offering the card holding trough 41 that is used to clamp resistance equably, pay-off 2 includes the braid cutting knife 21 that the resistance braid is cut into separate resistance, wears the sleeve pipe feed arrangement 5 that pipe unit is equipped with the auto-feed sleeve pipe.
In the utility model assembling process, for realizing the rotation of feeding disk 4 intermittences, the utility model adopts dispenser to drive feeding disk 4; Simultaneously, dispenser can be set the stepping angle that intermittence is rotated according to the card holding trough 41 at feeding disk 4 edges.Version of the present utility model is not limited to above-mentioned form, wherein, kind difference (comprising thermoplastic elastomer and non-thermal plasticity rubber) according to rubber that resistance wears, version of the present utility model also can change, for example, when the employed rubber of the utility model is thermoplastic elastomer, the utility model is provided with heat gun wearing between pipe unit and the shaped device 3, promptly by heat gun to thermoplastic elastomer heating that resistance wore and make it that pyroplastic deformation take place and finally make thermoplastic elastomer hold the resistance pin tightly; When the employed rubber of the utility model was non-thermal plasticity rubber, the resistance behind the sleeve pipe that wears long can directly carry out processing and forming by shaped device 3 and need not to carry out the thermoplastic processing.
Wear pipe during processing and forming utilizing the utility model to carry out resistance, the resistance braid at first enters pay-off 2 and the braid cutting knife 21 by pay-off 2 cuts into separate resistance monomer, and the resistance monomer is again in pay-off 2 is fed through the card holding trough 41 of feeding disk 4; Feeding disk 4 intermittence ground under the driving action of dispenser rotates, promptly clamp to the card holding trough 41 resistance with feeding disk 4 intermittences turn an angle, wherein, feeding disk 4 corresponding pay-offs 2, wear pipe unit and shaped device 3 is respectively arranged with corresponding station, when the card holding trough 41 that is installed with resistance goes to corresponding station, the utility model is finished corresponding operation by corresponding device thereof, for example, when the card holding trough 41 that is installed with resistance went to shaping station, 3 pairs of resistance of shaped device carried out processing and forming.The resistance that enters feeding disk 4 wears the pipe processing and forming through what wear pipe unit and shaped device 3 and finally finish resistance successively, and for adopting thermoplastic elastomer to wear for the resistance of pipe processing, resistance also need carry out thermoplastic to be handled.Be fed to last pin processing and forming from the resistance braid, the utility model all adopts machinery control automatically in whole process, and promptly the mode by mechanical automation replaces traditional manual type; So the utility model can high efficiency, high-quality and is carried out resistance at low cost and wear the pipe processing and forming.
Further, the described pipe unit that wears includes pre-covering device 6 and ejector sleeve device 7, pre-covering device 6 cooperates with described sleeve pipe feed arrangement 5, pre-covering device 6 includes respectively by cam-actuated material pin detent mechanism 61 and sleeve pipe shut-off mechanism 62, sleeve pipe shut-off mechanism 62 is positioned at the feed side of material pin detent mechanism 61, and ejector sleeve device 7 includes sleeve pipe fixture 71 and sleeve pipe feed mechanism 72.The plumber's of wearing preface of the present utility model is divided into pre-cover and the little operation of ejector sleeve twice, and wherein, pre-cover is to be filled to the casing pipe sleeve that sleeve pipe feed arrangement 5 is sent to pre-covering device 6 on the pin of resistance and to finish sleeve pipe and cut off action; Ejector sleeve is the root that the sleeve pipe after cover is finished is in advance further pushed and sleeve pipe is urged to the resistance pin.According to above-mentioned procedure arrangement, the pipe unit that wears of the present utility model is divided into pre-covering device 6 and ejector sleeve device 7, and wherein, pre-covering device 6 cooperates with sleeve pipe feed arrangement 5.In addition, action purpose according to pre-cover and each operation of ejector sleeve, pre-covering device 6 comprises material pin detent mechanism 61 and sleeve pipe shut-off mechanism 62, wherein, material pin detent mechanism 61 is used to locate to be waited to overlap the resistance pin of tubing and makes the resistance pin and the sleeve pipe centering that sleeve pipe feed arrangement 5 is transmitted, and sleeve pipe shut-off mechanism 62 is used for the sleeve pipe cut-out of will overlap in advance behind the certain distance; Ejector sleeve device 7 includes sleeve pipe fixture 71 and sleeve pipe feed mechanism 72, wherein, sleeve pipe fixture 71 is used for the sleeve pipe after the pre-cover of clamping is finished and sleeve pipe can be moved with sleeve pipe fixture 71, and sleeve pipe feed mechanism 72 is used to push the sleeve pipe after 71 clampings of sleeve pipe fixture and sleeve pipe is worn to the root of resistance pin.
As preferred embodiment, described material pin detent mechanism 61 includes respectively by cam-actuated positioning sliding block 611 and the positioning sliding block 612 down gone up, the bottom of last positioning sliding block 611 and down the upper end of positioning sliding block 612 be equiped with respectively and expect pin locating clip 613; Described sleeve pipe shut-off mechanism 62 includes last sleeve pipe cutting knife 621 and the setting of casing cutting knife 622 that cooperatively interacts.Corresponding above-mentioned last positioning sliding block 611, time positioning sliding block 612, last sleeve pipe cutting knife 621 and the setting of casing cutting knife 622 of the utility model is respectively arranged with corresponding mechanism for installing, for example, as shown in Figure 4 and Figure 5, positioning sliding block 611 and following positioning sliding block 612 are provided with corresponding positioning sliding block mount pad on the utility model correspondence, and last positioning sliding block 611 and following positioning sliding block 612 all are installed on the corresponding positioning sliding block mount pad; In addition, sleeve pipe cutting knife 621 and setting of casing cutting knife 622 also are provided with corresponding sleeve pipe cutting knife mount pad on the utility model correspondence.In pre-covering device 6 courses of work of the present utility model, respectively by cam-actuated go up positioning sliding block 611 and down positioning sliding block 612 move and will wait to wear the sleeve pipe that the resistance pin of sleeve pipe is fixed and resistance pin centering is transmitted by sleeve pipe feed arrangement 5 by two material pin locating clips 613; Treat the resistance pin behind material pin detent mechanism 61 location, sleeve pipe feed arrangement 5 is urged to sleeve pipe on the resistance pin, and at this moment, the sleeve pipe that resistance pin institute overlaps does not in advance arrive the root of pin; After treating that the resistance pin is finished pre-cover operation, last sleeve pipe cutting knife 621 cuts off with setting of casing cutting knife 622 closures and with sleeve pipe, as shown in Figure 4, last sleeve pipe cutting knife 621 is connected with cam drive by corresponding slide block, setting of casing cutting knife 622 is fixed on the corresponding sleeve pipe cutting knife mount pad, is positioned at sleeve pipe cutting knife 621 on the cam drive of sleeve pipe cutting knife 621 tops and moves downwards and make sleeve pipe cutting knife 621 and fixing setting of casing cutting knife 622 closed and then finish the sleeve pipe cut-out and move.
As preferred embodiment, described sleeve pipe fixture 71 includes the last clamping slide block 711 and the following clamping slide block 712 of the slide relative by cam drive, last clamping slide block 711 and following clamping slide block 712 are equipped with jointly and grip seat 713, and last clamping slide block 711 and following clamping slide block 712 are installed in respectively and grip seat 713; Described sleeve pipe feed mechanism 72 includes by cam-actuated sleeve pipe sends slide block 721 to, and sleeve pipe is sent slide block 721 to and gripped seat and 713 fixedly connected.As shown in Figure 3, last clamping slide block 711 is installed in respectively with following clamping slide block 712 and grips on the seat 713, wherein, last clamping slide block 711 is similar with setting of casing cutting knife 622 mutual course of action with following clamping slide block 712 mutual course of action and last sleeve pipe cutting knife 621, does not give unnecessary details at this.After treating that clamping slide block 711 and following clamping slide block 712 actings in conjunction and the clamp sleeve that will package in advance keep steady calmly, the sleeve pipe of cam drive sleeve pipe feed mechanism 72 is sent slide block 721 to and is made sleeve pipe send the side that slide block 721 slides to feeding disk 4 to, and last clamping slide block 711 is sent the root that sleeve pipe behind slide block 721 actions and the most pre-cover fully is urged to the resistance pin with following clamping slide block 712 to sleeve pipe.
As preferred embodiment, described sleeve pipe feed arrangement 5 includes the sleeve pipe Wire Wheel 51 that is rotated by motor-driven, the wheel face of sleeve pipe Wire Wheel 51 is along first guiding groove 511 that circumferentially offers annular, sleeve pipe Wire Wheel 51 is equipped with sleeve pipe fabric wheel 52, the wheel face of sleeve pipe fabric wheel 52 is along circumferentially offering second guiding groove 521, the first guiding grooves 511 and the second guiding groove 521 contour settings corresponding with first guiding groove 511.Sleeve pipe feed arrangement 5 and pre-covering device 6 are corresponding and be positioned at the outside of sleeve pipe shut-off mechanism 62, and wherein, the purpose of sleeve pipe feed arrangement 5 is in order to provide sleeve pipe for covering device 6 in advance constantly.According to above-mentioned version, the course of work of sleeve pipe feed arrangement 5 of the present utility model is as described below: first guiding groove 511 and 521 actings in conjunction of second guiding groove and with casing clamp between sleeve pipe Wire Wheel 51 and sleeve pipe fabric wheel 52, sleeve pipe Wire Wheel 51 rotates under the driving of motor, under the frictional force effect between sleeve pipe Wire Wheel 51 and the sleeve pipe, sleeve pipe is sent to pre-covering device 6 constantly, wherein, sleeve pipe fabric wheel 52 mainly is to be used to compress sleeve pipe and it is stably transmitted towards certain orientation.
As preferred embodiment, the molding assembly 32 that described shaped device 3 includes installing rack 31 and is positioned at installing rack 31 tops, molding assembly 32 includes two shaping moulds 321 and respectively by cam-actuated forming slide 322 and the compacted under slide block 323 gone up, two shaping moulds 321 are positioned at the same side of described feeding disk 4, molding assembly 32 corresponding upward forming slides 322 and compacted under slide block 323 are provided with slide block mount pad 324 jointly, last forming slide 322 and compacted under slide block 323 are installed in 324, two shaping moulds 321 of slide block mount pad slidably and are individually fixed in corresponding last forming slide 322 and compacted under slide block 323.As shown in Figure 6 and Figure 7, two shaping moulds 321 are respectively by last forming slide 322 and the compacted under slide block 323 of screw in correspondence, wherein, the mode of being spirally connected can make things convenient for shaping mould 321 to change, and promptly the utility model can be changed different shaping moulds 321 according to the shape difference of the required bending of resistance pin; In addition, two shaping moulds 321 form moulding section corresponding with the shape of the required bending of resistance pin and the blade that is used to cut off the resistance pin respectively, and wherein, each shaping mould 321 acts on one of them pin of resistance respectively.In addition, the course of action of the course of action of the shaping mould 321 that each forming slide driving is corresponding and last positioning sliding block 611 and following positioning sliding block 612 is similar, does not give unnecessary details at this.
Further, described molding assembly 32 also includes the moulding holder 325 that is fixed in described slide block mount pad 324 tops, moulding holder 325 corresponding described feeding disks 4 are equiped with matrix band 326, the bottom of matrix band 326 offers the breach 327 that is used to bend the resistance pin, the below of matrix band 326 is equiped with and makes the resistance pin be bent to the feeding device 8 of the breach 327 of matrix band 326, feeding device 8 includes and pulls out material bar 81 and pull out material rotating shaft 82, pulls out material bar 81 and is fixed in the upper end of pulling out material rotating shaft 82.In order to guarantee two pin length unanimities of the resistance after the utility model cuts off, the utility model adopts following manner to realize: at first by feeding device 8 with resistance wherein the pin of a side be folded to opposite side, and then two pins are cut off by two shaping moulds 321 that cooperatively interact, wherein, the blade alignment of two shaping moulds 321, two pin length unanimities after so just can guaranteeing to cut off.It is as described below that the utility model cuts off the detailed process of pin: when waiting to clamp resistance to card holding trough 41 and turning to shaping station, 326 pairs of resistance location of matrix band also make resistance continue to be installed in the card holding trough 41, pull out material rotating shaft 82 rotations and drive and pull out 81 for the rotations of material bar, pull out that material bar 81 rotates and resistance is positioned at the pin bending of pulling out material bar 81 1 sides breach 327 to matrix band 326, at this moment, two of resistance pins are positioned at the same side of feeding disk 4; Shaping mould 321 moves under the driving action of forming slide on the correspondence 322 and compacted under slide block 323, wherein, the moulding section of each shaping mould 321 and matrix band 326 cooperate and form the shape of the required bending of pin, and the blade of two shaping moulds 321 two pins closed and resistance the most at last cut off.
As preferred embodiment, described moulding holder 325 corresponding described feeding devices 8 are provided with feeding pressure mechanism 33, feeding pressure mechanism 33 includes compressing tablet 331 and by cam-actuated binder drive rod 332, compressing tablet 331 is fixed in the end of binder drive rod 332, and compressing tablet 331 is positioned at described the same side of pulling out material bar 81.In the utility model course of work, the purpose of feeding pressure mechanism 33 is: pre-bending resistance pin also conveniently pulls out and expects that bar 81 is bent to the pin of resistance in the breach 327 of matrix band 326.Binder drive rod 332 after cam drive drives compressing tablet 331 and moves and push the resistance pin and finally make the pin of resistance bend, and the pin of 33 pairs of resistance of feeding pressure mechanism carries out pre-bending to be handled.
As preferred embodiment, be provided with moulding adjusting device 9 between described installing rack 31 and the described slide block mount pad 324, moulding adjusting device 9 includes fixed block 91, back-up block 92 and adjusting slider 93, fixed block 91 is fixed in installing rack 31, adjusting slider 93 can be fixed in the below of slide block mount pad 324 slidably along back-up block 92, be equiped with adjustment screw 94 between fixed block 91 and the adjusting slider 93, adjustment screw 94 is spirally connected with fixed block 91 and adjusting slider 93 successively.In the utility model course of work, the purpose of moulding adjusting device 9 is: be adjusted to the position of pattern 321 according to the desired length of resistance pin after the moulding, and then strengthen practicality of the present utility model and enlarge the scope of application of the present utility model.The adjustment process of moulding adjusting device 9 is as described below: when the resistance pin length requirement after the moulding becomes big, turn adjustment screw 94 also makes adjusting slider 93 slide laterally, at this moment, slide block mount pad 324 drives shaping mould 321 and moves laterally, and the distance between the blade of shaping mould 321 and the feeding disk 4 increases.
As preferred embodiment, described pay-off 2 includes braid charging track 22 and feeding gear 23 successively, described feeding disk 4 is positioned at the exit side of feeding gear 23, pay-off 2 corresponding feeding disks 4 are provided with swage set piece 24, and swage set piece 24 is along the edge setting of feeding disk 4 and between pay-off 2 and described shaped device 3.Resistance after warp-knit tape cutting knife 21 cuts off enters in the card holding trough 41 of feeding disk 4, and the edge mate of swage set piece 24 and feeding disk 4 also is contained in resistance card in the card holding trough 41 of feeding disk 4.In addition, braid charging track 22 forms the guiding groove that is used for the boot-strap resistor braid, and feeding gear 23 rotates and by teeth groove the resistance braid constantly drawn in working region of the present utility model.
Above content only is preferred embodiment of the present utility model, for those of ordinary skill in the art, according to thought of the present utility model, the part that all can change in specific embodiments and applications, this description should not be construed as restriction of the present utility model.
Claims (10)
1. a resistance wears pipe forming machine, include frame (1), it is characterized in that: frame (1) is equiped with pay-off (2) successively according to the technological process that resistance wears pipe, wear pipe unit and shaped device (3), frame (1) but also be equiped with the feeding disk (4) that intermittence is rotated, the edge of feeding disk (4) is along circumferentially offering the card holding trough (41) that is used to clamp resistance equably, pay-off (2) includes the braid cutting knife (21) that the resistance braid is cut into separate resistance, wears the sleeve pipe feed arrangement (5) that pipe unit is equipped with the auto-feed sleeve pipe.
2. a kind of resistance according to claim 1 wears pipe forming machine, it is characterized in that: the described pipe unit that wears includes pre-covering device (6) and ejector sleeve device (7), pre-covering device (6) cooperates with described sleeve pipe feed arrangement (5), pre-covering device (6) includes respectively by cam-actuated material pin detent mechanism (61) and sleeve pipe shut-off mechanism (62), sleeve pipe shut-off mechanism (62) is positioned at the feed side of material pin detent mechanism (61), and ejector sleeve device (7) includes sleeve pipe fixture (71) and sleeve pipe feed mechanism (72).
3. a kind of resistance according to claim 2 wears pipe forming machine, it is characterized in that: described sleeve pipe feed arrangement (5) includes the sleeve pipe Wire Wheel (51) that is rotated by motor-driven, the wheel face of sleeve pipe Wire Wheel (51) is along first guiding groove (511) that circumferentially offers annular, sleeve pipe Wire Wheel (51) is equipped with sleeve pipe fabric wheel (52), the wheel face of sleeve pipe fabric wheel (52) is along circumferentially offering second guiding groove (521) corresponding with first guiding groove (511), first guiding groove (511) and the contour setting of second guiding groove (521).
4. a kind of resistance according to claim 2 wears pipe forming machine, it is characterized in that: described material pin detent mechanism (61) includes respectively by cam-actuated positioning sliding block (611) and the positioning sliding block (612) down gone up, the bottom of last positioning sliding block (611) and down the upper end of positioning sliding block (612) be equiped with respectively and expect pin locating clip (613); Described sleeve pipe shut-off mechanism (62) includes last sleeve pipe cutting knife (621) and the setting of casing cutting knife (622) that cooperatively interacts.
5. a kind of resistance according to claim 2 wears pipe forming machine, it is characterized in that: described sleeve pipe fixture (71) includes the last clamping slide block (711) and the following clamping slide block (712) of the slide relative by cam drive, last clamping slide block (711) and following clamping slide block (712) are equipped with jointly and grip seat (713), and last clamping slide block (711) and following clamping slide block (712) are installed in respectively and grip seat (713); Described sleeve pipe feed mechanism (72) includes by cam-actuated sleeve pipe and sends slide block (721) to, sleeve pipe send to slide block (721) with grip the seat (713) fixedly connected.
6. a kind of resistance according to claim 1 wears pipe forming machine, it is characterized in that: the molding assembly (32) that described shaped device (3) includes installing rack (31) and is positioned at installing rack (31) top, molding assembly (32) includes two shaping moulds (321) and respectively by cam-actuated forming slide (322) and the compacted under slide block (323) gone up, two shaping moulds (321) are positioned at the same side of described feeding disk (4), forming slide (322) and compacted under slide block (323) are provided with slide block mount pad (324) jointly on molding assembly (32) correspondence, last forming slide (322) and compacted under slide block (323) are installed in slide block mount pad (324) slidably, and two shaping moulds (321) are individually fixed in corresponding last forming slide (322) and compacted under slide block (323).
7. a kind of resistance according to claim 6 wears pipe forming machine, it is characterized in that: described molding assembly (32) also includes the moulding holder (325) that is fixed in described slide block mount pad (324) top, the corresponding described feeding disk of moulding holder (325) (4) is equiped with matrix band (326), the bottom of matrix band (326) offers the breach (327) that is used to bend the resistance pin, the below of matrix band (326) is equiped with and makes the resistance pin be bent to the feeding device (8) of the breach (327) of matrix band (326), feeding device (8) includes and pulls out material bar (81) and pull out material rotating shaft (82), pulls out material bar (81) and is fixed in the upper end of pulling out material rotating shaft (82).
8. a kind of resistance according to claim 7 wears pipe forming machine, it is characterized in that: the corresponding described feeding device of described moulding holder (325) (8) is provided with feeding pressure mechanism (33), feeding pressure mechanism (33) includes compressing tablet (331) and by cam-actuated binder drive rod (332), compressing tablet (331) is fixed in the end of binder drive rod (332), and compressing tablet (331) is positioned at described the same side of pulling out material bar (81).
9. a kind of resistance according to claim 6 wears pipe forming machine, it is characterized in that: be provided with moulding adjusting device (9) between described installing rack (31) and the described slide block mount pad (324), moulding adjusting device (9) includes fixed block (91), back-up block (92) and adjusting slider (93), fixed block (91) is fixed in installing rack (31), adjusting slider (93) can be fixed in the below of slide block mount pad (324) slidably along back-up block (92), be equiped with adjustment screw (94) between fixed block (91) and the adjusting slider (93), adjustment screw (94) is spirally connected with fixed block (91) and adjusting slider (93) successively.
10. a kind of resistance according to claim 1 wears pipe forming machine, it is characterized in that: described pay-off (2) includes braid charging track (22) and feeding gear (23) successively, described feeding disk (4) is positioned at the exit side of feeding gear (23), the corresponding feeding disk of pay-off (2) (4) is provided with swage set piece (24), swage set piece (24) along the edge setting of feeding disk (4) and be positioned at pay-off (2) and described shaped device (3) between.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200502368U CN202049828U (en) | 2011-02-28 | 2011-02-28 | A resistance piercing casing forming machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200502368U CN202049828U (en) | 2011-02-28 | 2011-02-28 | A resistance piercing casing forming machine |
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| Publication Number | Publication Date |
|---|---|
| CN202049828U true CN202049828U (en) | 2011-11-23 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2011200502368U Expired - Fee Related CN202049828U (en) | 2011-02-28 | 2011-02-28 | A resistance piercing casing forming machine |
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| CN (1) | CN202049828U (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106298127A (en) * | 2016-11-15 | 2017-01-04 | 东莞市晔顺自动化设备有限公司 | A resistance piercing casing device |
| CN107662241A (en) * | 2017-10-31 | 2018-02-06 | 天津市金星空气压缩机制造股份有限公司 | A kind of resistance capacitance automatic cutting off table |
| CN109243741A (en) * | 2018-09-07 | 2019-01-18 | 上海旭虹精密模具制造有限公司 | Resistance bushing installation |
| CN109659106A (en) * | 2018-12-01 | 2019-04-19 | 温州大学 | Fixed value resistance makes center automatically |
| CN110572953A (en) * | 2019-08-26 | 2019-12-13 | 楼显华 | crystal diode sleeve pipe bending assembly |
| CN110571003A (en) * | 2019-09-20 | 2019-12-13 | 陈丽娟 | Automatic sleeve pipe equipment of resistor |
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2011
- 2011-02-28 CN CN2011200502368U patent/CN202049828U/en not_active Expired - Fee Related
Cited By (11)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106298127A (en) * | 2016-11-15 | 2017-01-04 | 东莞市晔顺自动化设备有限公司 | A resistance piercing casing device |
| CN106298127B (en) * | 2016-11-15 | 2018-07-13 | 东莞市晔顺自动化设备有限公司 | Resistance bushing equipment |
| CN107662241A (en) * | 2017-10-31 | 2018-02-06 | 天津市金星空气压缩机制造股份有限公司 | A kind of resistance capacitance automatic cutting off table |
| CN109243741A (en) * | 2018-09-07 | 2019-01-18 | 上海旭虹精密模具制造有限公司 | Resistance bushing installation |
| CN109243741B (en) * | 2018-09-07 | 2023-10-31 | 上海旭虹精密模具制造有限公司 | Resistor sleeve equipment |
| CN109659106A (en) * | 2018-12-01 | 2019-04-19 | 温州大学 | Fixed value resistance makes center automatically |
| CN109659106B (en) * | 2018-12-01 | 2023-06-06 | 温州大学 | Fixed-value resistor automatic production center |
| CN110572953A (en) * | 2019-08-26 | 2019-12-13 | 楼显华 | crystal diode sleeve pipe bending assembly |
| CN110572953B (en) * | 2019-08-26 | 2022-08-16 | 重庆达标电子科技有限公司 | Crystal diode sleeve pipe bending assembly |
| CN110571003A (en) * | 2019-09-20 | 2019-12-13 | 陈丽娟 | Automatic sleeve pipe equipment of resistor |
| CN110571003B (en) * | 2019-09-20 | 2021-05-07 | 上海芬能自动化设备有限公司 | Automatic sleeve pipe equipment of resistor |
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