CN2410201Y - Connecting stucture of driving rope - Google Patents

Abstract

The utility model relates to a connecting structure of a driving rope, which is used for connecting a plurality of driving ropes in series and comprises an inversely hooking element and a frame body. The utility model is characterized in that the inversely hooking element is made of high strength metal, one end of the inversely hooking element forms a hook holding part and the other end forms a double-tooth hooking element, and a hooking groove is formed at the middle of the double-tooth hooking element; parts of both ends of a batten of the frame body is bent to form a cross-under wall surface, one end of the cross-under wall surface is provided with a through hole, and the other end forms a cross board; a seam ditch is arranged at the middle of the cross board along the extension direction, and the seam ditch bares a seam opening at the edge of the board. A rope of the driving rope is penetrated through a plurality of rings and the through hole, so a joint block of the tail end of the rope can be blocked by the hook holding part, and the head of a coating layer which is arranged outside the rope of the driving rope can be inserted into the through hole to embed and fix.

Description

The transmission rope connection structure

The utility model relates to the transmission rope connection structure, is meant especially a kind ofly at transmission rope rope end the overhead kick element to be set, and cooperates support body one end of clamping connection transmission rope clad to form the seam ditch, is convenient to bonded assembly transmission rope connection structure for two transmission rope ropes.

This member of transmission rope, generally be used to control the far-end facility, connect the master control of long distance and of being separated by with linear framework by control, make and control operation and be not subjected to distance affects, owing to settle in the distance, be not fully can be smoothly to terminal from single end, there is the setting of segmentation bonded assembly structure in the former capital, this is found in the body-building vehicle governor and is connected with the wheel of car body far-end, as shown in Figure 1, overall perspective view when the transmission rope connection structure of creating for the inventor is previous is used, this connection structure 10 is that a transmission rope 20 1 ends and another transmission rope 30 are joined, prolong linear connection length thus, can make a transmission rope 20 be access to arbitrary governor 40, another transmission rope 30 is access at a distance of far-end wheel brake 50, by the 51 tension transmission ropes 20 of the tension spring on the wheel brake 50,30, make transmission rope 20,30 form the loose remaining elimination that connects, and finish the connection control of governor 40 these dominant controls to the controlled product of wheel brake 50.

Detailed formation as for the transmission rope connection structure; shown in the three-dimensional exploded view of Fig. 2; at a transmission rope 20 terminal clipper joint pieces 21 that form; on this clipper joint piece 21; offer a clipper joint block 22; the joint piece 31 of another transmission rope 30 can sandwich in the clipper joint block 22 in embedding; make clipper joint piece 21 connect transmission rope 20; 30; a sheathed bolted joint 23 on transmission rope 30 in addition; a sheathed speed governing nut 32 and a speed adjustment screw 33 on the transmission rope 30; speed governing nut 32 screw locks are on speed adjustment screw 33; between speed adjustment screw 33 and bolted joint 23, tooth connection pipe 34 in the hexagonal that is spirally connected is by the 34 parcel protections of tooth connection pipe in the hexagonal, two transmission ropes 20; 30 connecting places; and restriction transmission rope 30 stressed twisting scopes; make the 31 no slippages of joint piece go out the disappearance of clipper joint block 22, and especially in hexagonal on the tooth connection pipe 34 with respect to connection location, offer a seam ditch 35; clamp-on transmission rope 20 by seam ditch 35; 30 and clipper joint piece 21, be spirally connected again and adjust nut 32 and bolted joint 23.

Though aforementioned formation quite is subjected to favorable comment in the use, complex structure is adjusted and is still felt inconvenient.

The purpose of this utility model, aim to provide a kind of transmission rope connection structure, utilize the overhead kick element to connect the transmission rope rope, cooperate support body one end of clamping connection transmission rope cladding to form the design of stitching ditch, being convenient to noose for other section transmission rope end fitting piece fixes, make to connect buckle conveniently, not only simple in structure, also greatly reduce productive costs.

For reaching above-mentioned purpose, the utility model is in order to the several sections transmission ropes that are connected in series, and its structure comprises: an overhead kick element and a support body are characterized in: the overhead kick element is made by high-intensity metal, one end forms scratching part, other end forms bidentate and colludes part, and groove was colluded in formation in the middle of bidentate colluded part, and support body goes out the cross-under wall by the part bending of lath two ends, one end cross-under wall is provided with open-work, end forms the fork plate in addition, and fork plate central authorities offer seam ditch along the plate bearing of trend, and the seam ditch appears sealing at the plate edge.

The utility model has the advantages that significantly,, simplify the structure, make connection easy to adjust, not only simple in structure, and greatly reduce productive costs owing to adopt overhead kick element and support body design.

As for detailed structure of the present utility model, application principle, effect, please refer to the explanation that following accompanying drawing does can be understood completely.

Description of drawings:

Overall perspective view when Fig. 1 uses for existing transmission rope connection structure.

Fig. 2 is the three-dimensional exploded view of transmission rope connection structure among Fig. 1.

Fig. 3,4 is the figure that assembles of the present utility model.

Overall perspective view when Fig. 5 uses for the utility model.

Element number and title contrast in the diagram:

10-connection structure

100-overhead kick element

101-scratching part

102-bidentate colludes part

103-swash plate

104-collude groove

20,30-transmission rope

200-support body

201,202-cross-under wall

203-open-work

204-fork plate

205-seam ditch

206-sealing

207-embedding folder hole

21-clipper joint piece

22-clipper joint block

23-bolted joint

300-transmission rope

301-rope rope

302-joint piece

303-clad head

31-joint piece

32-adjustment nut

33-adjustment screw rod

Tooth connection pipe in 34-hexagonal

35-seam ditch

36,37-transmission rope

40-governor

400-transmission rope

401-rope rope

402-clad head

403-joint piece

50-wheel brake

51-tension spring

The description of preferred embodiment:

At first see also accompanying drawing 3, shown in 4, as seen from the figure, structure of the present utility model comprises: an overhead kick element 100 and a support body 200, wherein overhead kick element 100 is made by high-intensity metal, overhead kick element 100 slightly becomes the U-shaped shape, the one end forms scratching part 101, end is rolled into bidentate and colludes part 102 in addition, bidentate colludes part 102 ends to the oblique swash plate 103 that curves of scratching part 101 directions, collude at bidentate and to hold 102 centre, offer downwards from swash plate 103 upper ends and to collude groove 104, support body 200 goes out cross-under wall 201 by the part bending of lath two ends, 202, one end cross-under wall 201 is provided with open-work 203, end forms fork plate 204 in addition, fork plate 204 terminal partly plate bodys are inwardly tiltedly stuck up, fork plate 204 central authorities offer seam ditch 205 along the plate bearing of trend, seam ditch 205 appears sealing 206 at the plate edge, seam ditch 205 and sealing 206 width only can make the rope rope 401 of transmission rope 400 pass through, in addition offer one and stitch the wide embedding folder hole 207 of ditch 205 at seam ditch 205 inner walls, embedding folder hole 207 can sandwich the clad head 402 of this section transmission rope 400, and joint piece 403 is horizontally set.

During connection, as shown in Figure 3, one transmission rope, 300 rope ropes 301 are passed scratching part 101 and open-work 203, make rope rope 300 ends joint piece 302 slightly kept out by scratching part 101, transmission rope 300 rope ropes 301 outer clad heads 303 sandwich open-work 203 build-ins, and transmission rope 300 bonded assemblys are the past wheel brake 50 of termination in addition.

Please consult shown in Figure 4ly again, rope rope 401 and terminal transverse joint piece 403 thereof are from top to bottom inserted bidentate collude colluding in the groove 104 of part 102, when rope rope 401 stressed drawing back, can utilize joint piece 403 to be colluded groove 104 and fasten fixing; Can sway in order to ensure rope rope 401, fixedly safety of influence moves into sealings 206 with rope rope 401 near clad head 402 ends again, and pulling passes rope 400 and supports the fork plate 204 end part plate faces that fork plate 204 ends inwardly tiltedly stick up along seam ditches 205 are sliding.

So, when transmission rope 400 is shifted to the smooth place of fork plate 204 turnovers, owing to widened clad head 402 and fixing transmission rope 300 distances this moment, overhead kick element 100 is also drawn to be moved, when clad head 402 buckles into embedding folder hole 207, the situation that clad head 402 compresses fork plate 204 temporarily disappears, and loosens colluding of overhead kick element 100 drawn.

Please consult shown in Figure 5 simultaneously, because transmission rope 300 connects a tension spring 51, receive wheel brake 50 again, by tension spring 51 pulling rope ropes 301 overhead kick element 100 is spurred, interlock rope rope 401, it is fixing to impel clad head 402 to buckle in the embedding folder hole 207, and the remaining that whole polyphone transmission rope 300,400 is engaged is eliminated simultaneously, forms and links firm line structure integral body.

Mandatory declaration, the above is the utility model preferred embodiment, if comply with the change that conception of the present utility model is done, the function of its generation, when not exceeding specification sheets yet and illustrating contained spiritual, all should in the utility model scope, close in explanation.

Claims (1)

1, a kind of transmission rope connection structure comprises: an overhead kick element and a support body is characterized in that: the overhead kick element is made by high-intensity metal, one end forms scratching part, other end forms bidentate and colludes part, and groove was colluded in formation in the middle of bidentate colluded part, and support body goes out the cross-under wall by the part bending of lath two ends, one end cross-under wall is provided with open-work, end forms the fork plate in addition, and fork plate central authorities offer seam ditch along the plate bearing of trend, and the seam ditch appears sealing at the plate edge.

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