CN2831537Y - Fall automatic sleeving wire jumper shaper - Google Patents

Fall automatic sleeving wire jumper shaper Download PDF

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Publication number
CN2831537Y
CN2831537Y CN 200520065665 CN200520065665U CN2831537Y CN 2831537 Y CN2831537 Y CN 2831537Y CN 200520065665 CN200520065665 CN 200520065665 CN 200520065665 U CN200520065665 U CN 200520065665U CN 2831537 Y CN2831537 Y CN 2831537Y
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China
Prior art keywords
pipe
line sending
send
power transmission
transmission shaft
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Expired - Fee Related
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CN 200520065665
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Chinese (zh)
Inventor
林勇
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Individual
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Individual
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Priority to CN 200520065665 priority Critical patent/CN2831537Y/en
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Abstract

The utility model relates to the technical field of a production apparatus in electric industry, particularly a full automatic sleeve pipe jumper wire forming machine. The utility model is composed of a machine base, a machine body, a pipe releasing device and a wire releasing device, wherein the machine base is composed of a finished product collecting drawer, a motor and a control panel; the machine body is composed of a pipe supplying pipe mechanism, a pipe shearing mechanism, a pipe pushing mechanism, a wire supplying mechanism, a wire shearing and forming mechanism and transmission shafts. After the adoption of the structure, the pipe supplying mechanism, the pipe shearing mechanism and the pipe pushing mechanism are arranged at the left side of the machine; the wire supplying mechanism and the wire shearing and forming mechanism are arranged at the right side of the machine. The machine has a compact structure and a good synchronous effect; the action time sequence of the mechanisms is controlled by cams of the devices; the utility model can well realize automatic production and has high productive efficiency; the machine adopts a motor to synchronously drive all the transmission shafts to work and has low energy consumption.

Description

Full-automatic sleeve pipe jumper former
Technical field:
The utility model relates to electron trade production equipment technical field, refers in particular to a kind of full-automatic sleeve pipe jumper former.
Background technology:
In the plug-in unit assembling process of electronic product wiring board, for two solder joints that can't directly be communicated with by Copper Foil on the communication line plate, generally in the middle of inserting, point-to-point transmission be with " U " shape wire jumper (jumper wire construction is seen Figure 11) of heat-shrink tube, be used for two circuit point on the connection line plate, heat-shrink tube plays a part insulation and signal shielding, its applied range (for example on the circuit mainboard of power supply series, high frequency electrical equipment series).At present, domestic electron trade production " U " with well shape wire jumper is to be made by hand, mainly process:---four steps of sleeve pipe---trimming---bending and molding, owing to be to adopt to make by hand, production efficiency is low, can't satisfy large batch of demand to cut pipe.
The utility model content:
The purpose of this utility model provides a kind of full-automatic sleeve pipe jumper former with regard to being the weak point that exists at present technology.
To achieve these goals, the technical solution adopted in the utility model is: it is by support, body, put pipe unit, actinobacillus device constitutes, support is collected drawer by finished product, motor, control panel constitutes, body is by tube feeding mechanism, cut pipe mechanism, ejector sleeve mechanism, wire agency, trimming shaping mechanism and power transmission shaft constitute, the output shaft of motor links to each other with power transmission shaft by chain, belt wheel on the power transmission shaft by synchronous band respectively with tube feeding mechanism on send the pipe synchronous pulley, cut pipe and cut the pipe synchronous pulley in the mechanism, ejector sleeve synchronous pulley in the ejector sleeve mechanism links to each other, in addition power transmission shaft by band synchronously respectively with wire agency on the line sending synchronous pulley link to each other with moulding synchronous pulley on the trimming shaping mechanism.
Tube feeding mechanism is by sending the pipe power transmission shaft, being installed in and sending pipe sending the pipe synchronous pulley and send the pipe swing arm, send the pipe rotating shaft, be installed in and send the unilateral bearing in the pipe rotating shaft and send the pipe wheel, send the pipe adjusting device, send the pipe guide pad to constitute on the power transmission shaft, outside unilateral bearing, also has an one-way shaft bearing in addition, also be connected with one on the one-way shaft bearing and send the pipe fork, one-way shaft bearing outer rim forms a projection A, connects on the projection A and also is connected to a back-moving spring B.
Cut pipe mechanism by cutting tubular axis, being installed in the pipe synchronous pulley of cutting on the tubular axis cut and constituting, in addition at push rod and cut and manage the cam contact jaw and also be provided with a roller D with the tube scissors, the back-moving spring C that cut pipe cam, push rod, is connected with push rod one end.
Ejector sleeve mechanism by the ejector sleeve axle, be installed in ejector sleeve synchronous pulley and ejector sleeve cam on the ejector sleeve axle, connect slide block, the slider waveguide rod that face contacts with the ejector sleeve cam, cover pipe die, the back-moving spring E that is fixed on the slide block constitutes, the cover pipe die is a right-end openings, is provided with a roller at slide block and ejector sleeve cam contact surface in addition.
Wire agency by the line sending power transmission shaft, be installed in line sending synchronous pulley and line sending swing arm, the line sending rotating shaft on the line sending power transmission shaft, unilateral bearing and Wire Wheel, line sending adjusting device, the line sending guide pad that is installed in the line sending rotating shaft constitutes, outside unilateral bearing, also has an one-way shaft bearing in addition, also be connected with a line sending fork on the one-way shaft bearing, one-way shaft bearing outer rim forms a projection F, is connected to a back-moving spring G on the projection F.
The trimming shaping mechanism by the moulding power transmission shaft, be installed in moulding synchronous pulley and shaping cam, guide rod on the moulding power transmission shaft, be socketed in the slide block on the guide rod, quiet slide, moving slide constitute, moulding cutter before forming on quiet slide in addition forms the aftershaping cutter on the moving slide.
Described send the pipe adjusting device comprise send the pipe regulating wheel, send the pipe regulating arm, send the pipe adjusting rod.
Described pipe swing arm and the contact jaw that send the pipe fork of sending is provided with a roller H.
Described line sending adjusting device comprises line sending regulating wheel, line sending regulating arm, line sending adjusting rod.
The contact jaw of described line sending swing arm and line sending fork is provided with a roller I.
After adopting said structure, tube feeding mechanism, cut the left side that pipe mechanism and ejector sleeve mechanism are arranged on machine, and wire agency and trimming shaping mechanism are arranged on the right, the machine construction compactness, synchronous effect is fine, and each mechanism action sequential is by the cam control of each device, can realize automated production well, the production efficiency height, motor of machine employing drives each power transmission shaft by synchronous band and carries out work, and it is low to consume energy.
Description of drawings:
Accompanying drawing 1 is a structural representation of the present utility model;
Accompanying drawing 2 is the structural representation of the utility model tube feeding mechanism;
Accompanying drawing 3 is that the utility model tube feeding mechanism A is to partial schematic diagram;
Accompanying drawing 4 is cut the structural representation of pipe mechanism for the utility model;
Accompanying drawing 5 is the structural representation of the utility model ejector sleeve mechanism;
Accompanying drawing 6 is the structural representation of the utility model wire agency;
Accompanying drawing 7 is the utility model wire agency B direction partial schematic diagram;
Accompanying drawing 8 is one of structural representation of the utility model trimming shaping mechanism;
Accompanying drawing 9 be the utility model trimming shaping mechanism structural representation two;
Accompanying drawing 10 is each mechanism action sequential chart of the utility model;
The finished product schematic diagram that accompanying drawing 11 is produced for the utility model;
Accompanying drawing 12 is one of the utility model transmission diagram;
Accompanying drawing 13 is two of the utility model transmission diagram.
Embodiment:
See Fig. 1-10, the utility model is by support 1, body 2, put pipe unit 3, actinobacillus device 4 constitutes, support 1 is collected drawer 001 by finished product, motor 002, control panel 003 constitutes, body 2 is by tube feeding mechanism 006, cut pipe mechanism 005, ejector sleeve mechanism 004, wire agency 011, trimming shaping mechanism 012 and power transmission shaft 16 constitute, the output shaft of motor 002 links to each other with power transmission shaft 16 by chain, belt wheel 016 on the power transmission shaft 16 by synchronously with 17 respectively with tube feeding mechanism 006 on send the pipe synchronous pulley 106, cut cutting in the pipe mechanism 005 and manage synchronous pulley 201, ejector sleeve synchronous pulley 309 in the ejector sleeve mechanism 004 links to each other, in addition power transmission shaft 16 by synchronously with 18 respectively with wire agency 011 on line sending synchronous pulley 406 link to each other with moulding synchronous pulley 515 on the trimming shaping mechanism 012.
Tube feeding mechanism 006 is by sending pipe power transmission shaft 107, being installed in and sending pipe sending pipe synchronous pulley 106 and send pipe swing arm 101, send pipe rotating shaft 112, be installed in and send the unilateral bearing 121 in the pipe rotating shaft 112 and send pipe wheel 114, send pipe adjusting device 11, send pipe guide pad 115 to constitute on the power transmission shaft 107, outside unilateral bearing 121, also has an one-way shaft bearing 105 in addition, also be connected with one on the one-way shaft bearing 105 and send pipe fork 102, one-way shaft bearing 105 outer rims form a projection 123, are connected to a back-moving spring 104 on the projection 123.
Cut pipe mechanism 005 by cutting tubular axis 203, being installed in the pipe synchronous pulley of cutting on the tubular axis 203 201 cut and constituting with tube scissors 209, the back-moving spring 202 of cutting pipe cam 205, push rod 207, be connected with push rod 207 1 ends, also be provided with a roller 204 at push rod 207 with cutting pipe cam 205 contact jaws in addition, can reduce push rod 207 like this and cut the friction of managing between the cam 205.
Ejector sleeve mechanism 004 by ejector sleeve axle 307, be installed in ejector sleeve synchronous pulley 309 and ejector sleeve cam 305 on the ejector sleeve axle 307, the slide block 302 that contacts with ejector sleeve cam 305, slider waveguide rod 303, the cover pipe die 301, the back-moving spring 308 that are fixed on the slide block 302 constitute, cover pipe die 301 is right-end openings, be provided with a roller 304 at slide block 302 and ejector sleeve cam 305 contact-making surfaces in addition, can reduce the friction between slide block 302 and the ejector sleeve cam 305 like this.
Wire agency 011 by line sending power transmission shaft 404, be installed in line sending synchronous pulley 406 and line sending swing arm 405, the line sending rotating shaft 419 on the line sending power transmission shaft 404, unilateral bearing 411 and Wire Wheel 420, line sending adjusting device 41, the line sending guide pad 422 that is installed in the line sending rotating shaft 419 constitutes, outside unilateral bearing 411, also has an one-way shaft bearing 410 in addition, also be connected with a line sending fork 407 on the one-way shaft bearing 410, one-way shaft bearing 410 outer rims form a projection 423, are connected to a back-moving spring 409 on the projection 423.
Trimming shaping mechanism 012 by moulding power transmission shaft 514, be installed in moulding synchronous pulley 515 and shaping cam 513, guide rod 504 on the moulding power transmission shaft 514, the slide block 503, quiet slide 501, the moving slide 502 that are socketed on the guide rod 504 constitute, moulding cutter 508 before forming on quiet slide 501 in addition forms aftershaping cutter 509 on the moving slide 502.
Described send the pipe adjusting device 11 comprise send the pipe regulating wheel 122, send the pipe regulating arm 117, send the pipe adjusting rod 116, manual adjustments is sent pipe regulating wheel 122 just can regulate with sending of its interlock and is managed the position that adjusting rod 116 stops, and then the scope of swinging of pipe fork 102 is sent in qualification, just define the angle of sending pipe wheel 114 to rotate, thereby realized adjusting the length of sending pipe.
Described pipe swing arm 101 and the contact jaw that send pipe fork 102 of sending is provided with a roller 103, can reduce like this and send pipe swing arm 101 and send the friction of managing between the fork 102.
Described line sending adjusting device 41 comprises line sending regulating wheel 412, line sending regulating arm 414, line sending adjusting rod 415, and Principles of Regulation are similar to the Principles of Regulation of pipe-conveying device 11, repeat no more here.
Described line sending swing arm 405 is provided with a roller 408 with the contact jaw of line sending fork 407, can reduce the friction between line sending swing arm 405 and the line sending fork 407 like this.
Operation principle: this is the sequential chart of the utility model action to see Figure 10, and curve from top to bottom is to send the pipe curve, cut pipe curve, ejector sleeve curve, line sending curve, trimming molding curve successively.See Figure 12,13, power is delivered to power transmission shaft 16 by motor 002 output shaft through chain, power transmission shaft two driving-chain transmissions in 16 fens: driving-chain be power transmission shaft 16 by the belt wheel on it 016 by be with synchronously 17 with transmission of power to sending pipe power transmission shaft 107, cut tubular axis 203, ejector sleeve axle 307, another driving-chain be power transmission shaft 16 by the belt wheel on it 017 by be with synchronously 18 with transmission of power to line sending power transmission shaft 404 and moulding power transmission shaft 514; When initial, at T 0---T 1Period, tube feeding mechanism 006 action, the pipe swing arm 101 of sending of sending pipe power transmission shaft 107 to drive on it is swung, send the pipe swing arm 101 stir again be fixed on the one-way shaft bearing 105 sending the pipe fork 102, owing to be provided with unilateral bearing 121 in the one-way shaft bearing 105, unilateral bearing 121 is mounted in and send in the pipe rotating shaft 112, so just can sleeve pipe 111 be delivered to 301 li of cover pipe dies by being fixed in the pipe wheel 114 that send that send in the pipe rotating shaft 112, tube feeding mechanism 006 homing in back-moving spring 104 effects is waited for action next time, and this moment, other mechanisms were failure to actuate; At T 1---T 2Period, cut the action of pipe mechanism 005, be installed in the pipe cam of cutting on the tubular axis 203 205 cut and turn to and can promote push rod 207 motions, push rod 207 promotes tube scissors 209 and cuts off last operation and send the sleeve pipe 111 that gets off, the sleeve pipe of cutting off 111 just is placed on 301 li of cover pipe dies, and this moment, other mechanism was failure to actuate; At T 2---T 3Period, cutting pipe mechanism 005 keeps cutting and holds after action a period of time homing under the effect of back-moving spring 202, and 004 action of ejector sleeve mechanism, being installed in ejector sleeve cam 305 on the ejector sleeve axle 307 turns to and can promote slide block 302 and move on slider waveguide rod 303, the sleeve pipe 111 of 301 li of cover pipe dies is delivered to wire agency 011 line sending position, ejector sleeve mechanism is in hold mode 004 this moment, and this moment, other mechanism was failure to actuate; At T 3---T 4Period, wire agency 011 action, similar to tube feeding mechanism 006 action, be copper cash 416 to be passed sleeve pipe 111 copper cash 416 is delivered on the precalculated position here, send to wire agency 011 homing under the effect of back-moving spring 409 behind the precalculated position; At T 4---T 5Period, 012 action of trimming shaping mechanism, be installed in shaping cam 513 on the moulding power transmission shaft 514 and rotate and promote slide blocks 503 and on guide rod 504, move, and then promote moving slide 502 motions, again by preceding moulding cutter 508 and aftershaping cutter 509 with copper cash cut-out and moulding; At T 5---T 0Period, ejector sleeve mechanism 004 resets under back-moving spring 308 effects, to overlap pipe die 301 retracts, because cover pipe die 301 is end openings, sleeve pipe 111 is just stayed the shaping position place, trimming shaping mechanism 012 also resets after when shaping position keeps one section, and end product is just fallen finished product and collected 001 li in drawer, the production cycle of so just having finished a product.After this repeat above-mentioned operation again, go round and begin again, realized fully-automatic production.
Certainly, the embodiment of the above, it is preferred embodiments of the present utility model, be not to limit the utility model practical range, so all equivalences of doing according to the described structure of the utility model claim, feature and principle change or modify, and are included in the utility model claim.

Claims (10)

1, full-automatic sleeve pipe jumper former, it is by support (1), body (2), put pipe unit (3), actinobacillus device (4) constitutes, support (1) is collected drawer (001) by finished product, motor (002), control panel (003) constitutes, it is characterized in that: body (2) is by tube feeding mechanism (006), cut pipe mechanism (005), ejector sleeve mechanism (004), wire agency (011), trimming shaping mechanism (012) and power transmission shaft (16) constitute, the output shaft of motor (002) links to each other with power transmission shaft (16) by chain, belt wheel (016) on the power transmission shaft (16) by synchronous band (17) respectively with tube feeding mechanism (006) on send pipe synchronous pulley (106), cut cutting in the pipe mechanism (005) and manage synchronous pulley (201), ejector sleeve synchronous pulley (309) in the ejector sleeve mechanism (004) links to each other, in addition power transmission shaft (16) by band (18) synchronously respectively with wire agency (011) on line sending synchronous pulley (406) link to each other with moulding synchronous pulley (515) on the trimming shaping mechanism (012).
2, full-automatic sleeve pipe jumper former according to claim 1, it is characterized in that: tube feeding mechanism (006) is by sending pipe power transmission shaft (107), be installed in and send sending pipe synchronous pulley (106) and sending pipe swing arm (101) on the pipe power transmission shaft (107), send pipe rotating shaft (112), be installed in and send the unilateral bearing (121) in the pipe rotating shaft (112) and send pipe wheel (114), send pipe adjusting device (11), send pipe guide pad (115) to constitute, outside unilateral bearing (121), also has an one-way shaft bearing (105) in addition, also be connected with one on the one-way shaft bearing (105) and send pipe fork (102), one-way shaft bearing (105) outer rim forms a projection (123), is connected to a back-moving spring (104) on the projection (123).
3, full-automatic sleeve pipe jumper former according to claim 1, it is characterized in that: cut pipe mechanism (005) by cut tubular axis (203), be installed in cut on the tubular axis (203) cutting pipe synchronous pulley (201) and cut pipe cam (205), push rod (207), the tube scissors (209) that is connected with push rod (207) one ends, back-moving spring (202) constitutes, other is at push rod (207) and cut and manage cam (205) contact jaw and also be provided with a roller (204).
4, full-automatic sleeve pipe jumper former according to claim 1, it is characterized in that: ejector sleeve mechanism (004) by ejector sleeve axle (307), be installed in ejector sleeve synchronous pulley (309) and ejector sleeve cam (305), slide block (302), slider waveguide rod (303) on the ejector sleeve axle (307), the cover pipe die (301), the back-moving spring (308) that are fixed on the slide block (302) constitute, cover pipe die (301) is a right-end openings, is provided with a roller (304) at slide block (302) and ejector sleeve cam (305) contact-making surface in addition.
5, full-automatic sleeve pipe jumper former according to claim 1, it is characterized in that: wire agency (011) is by line sending power transmission shaft (404), be installed in line sending synchronous pulley (406) and line sending swing arm (405) on the line sending power transmission shaft (404), line sending rotating shaft (419), be installed in unilateral bearing (411) and Wire Wheel (420) in the line sending rotating shaft (419), line sending adjusting device (41), line sending guide pad (422) constitutes, outside unilateral bearing (411), also has an one-way shaft bearing (410) in addition, also be connected with a line sending fork (407) on the one-way shaft bearing (410), one-way shaft bearing (410) outer rim forms a projection (423), is connected to a back-moving spring (409) on the projection (423).
6, full-automatic sleeve pipe jumper former according to claim 1, it is characterized in that: trimming shaping mechanism (012) by moulding power transmission shaft (514), be installed in moulding synchronous pulley (515) and shaping cam (513), guide rod (504) on the moulding power transmission shaft (514), be socketed in the slide block (503) on the guide rod (504), quiet slide (501), moving slide (502) constitute, moulding cutter (508) before forming on quiet slide (501) in addition forms aftershaping cutter (509) on the moving slide (502).
7, full-automatic sleeve pipe jumper former according to claim 2 is characterized in that: described send the pipe adjusting device (11) comprise send the pipe regulating wheel (122), send the pipe regulating arm (117), send the pipe adjusting rod (116).
8, full-automatic sleeve pipe jumper former according to claim 2 is characterized in that: described pipe swing arm (101) and the contact jaw that send pipe fork (102) of sending is provided with a roller (103).
9, full-automatic sleeve pipe jumper former according to claim 5 is characterized in that: described line sending adjusting device (41) comprises line sending regulating wheel (412), line sending regulating arm (414), line sending adjusting rod (415).
10, full-automatic circuits wire molding machine according to claim 5 is characterized in that: described line sending swing arm (405) is provided with a roller (408) with the contact jaw of line sending fork (407).
CN 200520065665 2005-10-14 2005-10-14 Fall automatic sleeving wire jumper shaper Expired - Fee Related CN2831537Y (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN 200520065665 CN2831537Y (en) 2005-10-14 2005-10-14 Fall automatic sleeving wire jumper shaper

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN 200520065665 CN2831537Y (en) 2005-10-14 2005-10-14 Fall automatic sleeving wire jumper shaper

Publications (1)

Publication Number Publication Date
CN2831537Y true CN2831537Y (en) 2006-10-25

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Family Applications (1)

Application Number Title Priority Date Filing Date
CN 200520065665 Expired - Fee Related CN2831537Y (en) 2005-10-14 2005-10-14 Fall automatic sleeving wire jumper shaper

Country Status (1)

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CN (1) CN2831537Y (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103337771A (en) * 2013-06-21 2013-10-02 宁波高新区正奇自动化设备有限公司 Auxiliary device matched with wire stripping device
CN109066249A (en) * 2018-08-01 2018-12-21 吴美珍 USB line automatic moulding machine

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103337771A (en) * 2013-06-21 2013-10-02 宁波高新区正奇自动化设备有限公司 Auxiliary device matched with wire stripping device
CN103337771B (en) * 2013-06-21 2015-08-12 宁波正奇自动化设备有限公司 A kind of servicing unit supporting with punck-down block
CN109066249A (en) * 2018-08-01 2018-12-21 吴美珍 USB line automatic moulding machine

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GR01 Patent grant
C19 Lapse of patent right due to non-payment of the annual fee
CF01 Termination of patent right due to non-payment of annual fee