CN2820383Y

CN2820383Y - Wire circuling machine structure

Info

Publication number: CN2820383Y
Application number: CN 200520018899
Authority: CN
Inventors: 徐秋麟
Original assignee: JULUN MACHINERY INDUSTRY Co Ltd
Current assignee: JULUN MACHINERY INDUSTRY Co Ltd
Priority date: 2005-05-23
Filing date: 2005-05-23
Publication date: 2006-09-27
Anticipated expiration: 2015-05-23

Abstract

The utility model discloses a wire coiling machine structure, particularly a coiling machine structure which can bend the end of a wire to form a ring. A loading seat is arranged at the bottom of a machine body platen, a module is arranged on the loading seat and the bottom of the loading seat is additionally provided with a barrel shaft. A sleeve barrel and a slide block are arranged below the barrel shaft, and a projecting block is arranged at the side of the sleeve barrel. A power unit pushes the slide block to push the sleeve barrel to support a traction member and a connecting member which are arranged on the barrel shaft, the connecting member is used for pushing the module to move to cause the module to press the end of the wire to form the ring. Therefore, the acquisition cost and the size of the existing coiling machine of the end of the wire can be greatly reduced, thus effectively enhancing the convenience of users.

Description

Wire rod Machine for manufacturing rings from wire structure

Technical field

The utility model relates to a kind of wire rod Machine for manufacturing rings from wire structure, relate in particular to a kind of special-purpose Machine for manufacturing rings from wire that the bending of wire rod termination is deflected and forms round, mainly on the body platen, be provided with plurality of modules, drive the running of body internals by power unit, making module press the wire rod end moulding in regular turn is cast.

Background technology

General wire rod continues, except the most general beating in the wire rod termination held the connection, need break into round in addition, so that the demand of equipment or environment to be provided, and the existing wire rod termination molding mode of looping, owing to do not have special-purpose Machine for manufacturing rings from wire in the commercially available facility, therefore mostly fill usefulness with terminal machine, please refer to shown in Figure 1, carry out the embodiment stereogram of looping the wire rod termination with terminal machine, but wherein terminal machine 1 has the drift 11 of a upper and lower displacement, drift 11 bottoms set firmly the punching pin 13 of some tool unequal lengths by tool 12, module 14 correspondences are located on the pedestal 15 of punching pin 13 belows, when drift 11 impacts downwards, utilize the inclined-plane of punching pin 13 to press module 14 to intrinsic displacement, the wire rod termination that defaults in the module 14 (figure does not show) is pushed by module 14 and formed round, though aforementioned manner can be used, following shortcoming is arranged:

1. terminal machine 1 is used for the wire rod termination and beats end basically, and the inapplicable purposes of looping, and terminal machine is 1 bulky, heaviness and acquisition cost height, removes to use not conveniently, also is not inconsistent economic benefit.

2. the power output of terminal machine 1 and impact strength are big, therefore not only power consumption, the relative punching pin 13 and the bump of module 14 also can send the noise of high-decibel, consequently produce huge vibrations and make us uncomfortable sensation, in addition, it is too big that it impacts strength, for only simply the wire rod bending being deflected into the required construction operation of round, obviously and do not match.

3. because the impact strength of terminal machine 1 is big, and punching pin 11 and module 14 must lock closely on tool 12 and pedestal 15, so its operation convenience is bad, in addition, the punching press of described punching pin 11 and module 14 also has the possibility of breakdown.

In view of above-mentioned deficiency, be necessary really to be improved, designer of the present utility model for this reason constantly studies, and a kind of special-purpose machines and tools that provide the wire rod termination to loop are provided finally, and then satisfies user's demand.

The utility model content

Main purpose of the present utility model, be to provide a kind of wire rod Machine for manufacturing rings from wire structure, little, the in light weight and low cost of manufacture of wherein said Machine for manufacturing rings from wire volume, has the advantage light and handy, practical, that power consumption is low, and can save user's acquisition cost, be specially adapted to the purposes of looping in the wire rod termination, meet economic benefit simultaneously.

Secondary objective of the present utility model, be to provide a kind of wire rod Machine for manufacturing rings from wire structure, it is best as power source that wherein power unit adopts cylinder pressure, not only have suitable power output and torsion performance, and power unit start and module extruded threads material forming are round, noise that is produced and vibrations are small, and can be controlled at desirable condition, can offer the comfortable operating environment of user.

A purpose more of the present utility model, be to provide a kind of wire rod Machine for manufacturing rings from wire structure, wherein module is subjected to platen and carries seat to be positioned in the chute, module is connected part ejection displacement, to press wire rod end moulding round, therefore not only module is easy to install the location, and the application of force and the module of facility are stressed all quite little simultaneously, have the breakdown of being difficult for and long-lived effective utilization.

For achieving the above object, the technical solution that the utility model adopts, mainly be provided with a platen in body, form groove on the platen, carry that seat is located at the platen bottom surface and respective grooves forms chute, module is divided in the chute, the accurate tip is given prominence to a predetermined altitude and is positioned at inside modules, the bottom surface of carrying seat has extended an axle, tube axle bottom is provided with sleeve and slide block in regular turn, and the corresponding predetermined altitude of seat chute to the position that carry of cartridges sides is arranged with projection, and slide block is located at the sleeve below, its side has the casket groove, tube axle bottom is installed in the axis hole of pedestal, and pedestal is located on the base plate of body, and tube axle top is provided with lug with respect to the chute bottom surface of carrying seat, convergence part and traction piece and lug are pivoted, and the convergence part leading edge just can be combined in the module rear end; The traction piece bottom is positioned at the projection top of sleeve; Power unit is located on the base plate, and power unit activates ejection slide block interlock sleeve linear displacement on the tube axle.

Above-mentioned solution makes the utility model can be than the shared volume of the more effective minimizing of the existing mechanism that loops, in light weight and lighter and handier practicality, power source ejection module extruding wire rod is a round simultaneously, and it produces vibrations, noise is small, and the user is provided a home from home.Module is subjected to platen and carries seat to be positioned in the chute again, and displacement is smooth-going and be easy to the installation location, has the breakdown of being difficult for and long-lived beneficial effect.

Description of drawings

The embodiment stereogram that Fig. 1 loops for existing wire rod termination.

Fig. 2 is a stereo appearance figure of the present utility model.

Fig. 3 is the partial enlarged drawing of Fig. 2.

Fig. 4 is an internal structure combination stereogram of the present utility model.

Fig. 4 is another angle stereogram of Fig. 4 a.

Fig. 5 is an internal structure three-dimensional exploded view of the present utility model.

Fig. 6 is an internal structure combination plan view of the present utility model.

Fig. 7 presses module displacement and action diagram of being looped in the wire rod termination in chute for power unit promotes sleeve displacement and ejection traction piece interlock convergence part.

Fig. 8 is for being resisted against the schematic diagram of the accurate tip in the wire rod end insert module.

Fig. 9 presses the action diagram of looping in the wire rod termination for sequence of modules action of the present utility model.

The main element symbol description

Partly existing:

1, terminal machine 11, drift

12, tool 13, punching pin

14, module 15, pedestal

The utility model

20, body 21, platen

22, groove 23, perforation

24, base plate 30, year seat

32, chute 33, depression

34, module 341, narrower part

35, fore-set 351, the accurate tip

40, tube axle 41, sleeve

411, projection 42, slide block

421, casket groove 43, lug

431, axis hole 44, convergence part

441,451, tip hole 45, traction piece

46, rotating shaft 5, pedestal

51, axis hole 6, power unit

61, cylinder pressure 611, push rod

62, rocking arm 621, jacking block

7, wire rod termination t1, t2, axle sleeve

S, spring

The specific embodiment

Please refer to Fig. 2-shown in Figure 5, a kind of wire rod Machine for manufacturing rings from wire of the utility model structure, mainly on body 20, be provided with a platen 21, form a slightly T-shaped groove 22 and a central hole 23 on the platen 21, carrying seat 30 is located at platen 21 bottom surfaces and respective grooves 22 and perforation 23 and forms chute 32 and depression 33, module 34 is divided in the chute 32, the narrower part 341 on its top passes groove 22 and stretches out a predetermined altitude, make module 34 be subjected to the spacing motion in chute 22 of platen 21 pressure holdings, and imbed a fore-set 35 and locking in the depression 33, the accurate tip 351 of fore-set 35 end faces protrudes in perforation 23 1 predetermined altitudes and is positioned at module 34 inside, the bottom surface of carrying seat 30 has extended an axle 40, tube axle 40 bottoms are provided with sleeve 41 and slide block 42 in regular turn, sleeve 41,

slide block

42 and 40 on tube axle have axle sleeve t1, t2, and the corresponding predetermined altitude that carries seat 30 chutes 22 to the position in sleeve 41 sides, be arranged with the projection 411 of scalene cone, make each projection 411 form the potential difference of differing heights, slide block 42 is located at sleeve 41 belows, its side has casket groove 421, tube axle 40 bottoms are installed in the axis hole 51 of pedestal 5, pedestal 5 is located on the base plate 24 of body 20, and tube axle 40 tops are provided with lug 43 with respect to the bottom surface of carrying seat 30 chutes 32, convergence part 44 lower edges and traction piece 45 upper limbs are provided with the tip hole 441 that communicates, 451, this tip hole 441 is passed through in rotating shaft 46,451 and be hubbed in the axis hole 431 of lug 43, and convergence part 44 leading edges just can be combined in module 34 rear ends;

Traction piece

45 and 40 on tube axle are provided with a spring S, and its bottom is positioned at projection 411 tops of sleeve 41; Power unit 6 comprises cylinder pressure 61 and rocking arm 62, cylinder pressure 61 is located on the base plate 24 and a push rod 611 is arranged; rocking arm 62 is hubbed at pedestal 5 tops; an end of rocking arm 62 and push rod 611 articulate; rocking arm 62 other end inner faces are provided with two jacking blocks 621; jacking block 621 is set in the casket groove 421 of slide block 42; push rod 611 telescopic displacements (as Fig. 6, shown in Figure 7) of cylinder pressure 61; promote rocking arm 62 with the reciprocal beat of the pivoting point of pedestal 5, and promotes jacking block 621 ejection slide blocks, 42 interlock sleeves 41 linear displacement on tube axle 40 of rocking arm 62 other ends.

Composition by above-mentioned member, the wire rod termination 7 that the user will finish peeling is inserted in module 34, and abut against in the accurate tip 351 1 sides and (please refer to Fig. 8, Fig. 9), the cylinder pressure 61 of power unit 6 activates, and drive push rod 611 retractions; an end drawn stem 611 of rocking arm 62 drives beats; the jacking block 621 ejection slide blocks 42 of interlock rocking arm 62 other ends prolong tube axle 40 and upwards promote sleeve 41 simultaneously; each projection 411 of sleeve 41 sides is passed its corresponding traction piece 45 bottoms respectively; make traction piece 45 upper limbs affect convergence part 44; to press module 34 in regular turn, make module 34 in chute 32 to the accurate tip 351 displacements, and then wire rod termination 7 is shaped to cast.

Claims

1, a kind of wire rod Machine for manufacturing rings from wire structure, mainly be provided with a platen in body, form groove on the platen, carry that seat is located at the platen bottom surface and respective grooves forms chute, the module branch is located in the chute, the accurate tip is given prominence to a predetermined altitude and is positioned at inside modules, the bottom surface of carrying seat has extended an axle, tube axle bottom is provided with sleeve and slide block in regular turn, the corresponding predetermined altitude of seat chute to the position that carry of cartridges sides is arranged with projection, slide block is located at the sleeve below, and its side has the casket groove, and tube axle bottom is installed in the axis hole of pedestal, pedestal is located on the base plate of body, reach tube axle top and be provided with lug with respect to a chute bottom surface of carrying seat, the lug of convergence part and traction piece is pivoted, and the convergence part leading edge just can be combined in the module rear end; The traction piece bottom is positioned at the projection top of sleeve; Power unit is located on the base plate, and power unit activates ejection slide block interlock sleeve linear displacement on the tube axle.

2, wire rod Machine for manufacturing rings from wire structure as claimed in claim 1, it is characterized in that: power unit comprises cylinder pressure and rocking arm, cylinder pressure is located on the base plate and a push rod is arranged; rocking arm is hubbed at the pedestal top, and an end of rocking arm and push rod articulate, and rocking arm other end inner face is provided with two jacking blocks; jacking block is set in the casket groove of slide block; the push rod telescopic displacement of cylinder pressure, promotes rocking arm with the reciprocal beat of the pivoting point of pedestal, and promotes jacking block ejection slide block interlock sleeve linear displacement on the tube axle of the rocking arm other end.

3, wire rod Machine for manufacturing rings from wire structure as claimed in claim 1 is characterized in that: module is located in the chute that carries seat, and the narrower part of module end face passes the groove of platen and stretches out a predetermined altitude, makes module be limited in the chute by the platen pressure holding and moves.

4, wire rod Machine for manufacturing rings from wire structure as claimed in claim 1 is characterized in that: tube axle bottom is provided with sleeve and slide block, and sleeve, slide block and tube between centers have axle sleeve.

5, as claim 1 or the described wire rod Machine for manufacturing rings from wire of claim 4 structure, it is characterized in that: the corresponding predetermined altitude of seat chute to the position that carry of cartridges sides is arranged with projection, and the top of projection is a scalene cone.

6, wire rod Machine for manufacturing rings from wire structure as claimed in claim 1 is characterized in that: traction piece and tube between centers are provided with a spring.

7, wire rod Machine for manufacturing rings from wire structure as claimed in claim 1 is characterized in that: tube axle top is provided with lug with respect to the chute bottom surface of carrying seat, and convergence part lower edge and traction piece upper limb are provided with the tip hole that communicates, and rotating shaft is passed through described tip hole and is hubbed in the axis hole of lug.

8, wire rod Machine for manufacturing rings from wire structure as claimed in claim 1 is characterized in that: the groove of moulding on the platen, arrange slightly T-shaped groove.

9, as claim 1 or the described wire rod Machine for manufacturing rings from wire of claim 8 structure, it is characterized in that: form groove on the platen, the groove inboard has a central hole, carry seat respective grooves and perforation and form chute and depression, and depression is imbedded a fore-set and locking, and the accurate tip of fore-set end face is given prominence to a predetermined altitude and is positioned at inside modules.