CN205053176U

CN205053176U - Hair extending machine

Info

Publication number: CN205053176U
Application number: CN201520796342.9U
Authority: CN
Inventors: 葛翔
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-10-13
Filing date: 2015-10-13
Publication date: 2016-03-02
Anticipated expiration: 2025-10-13

Abstract

The utility model provides a hair extending machine, including mainboard, clamping components, transmission clamp plate, the mainboard is opened there is the sliding tray, and extend forward the sliding tray bottom has the tight boss of a plurality of first clamps, and it has the tight recess of first clamp to open on the right side wall of the tight boss of first clamp, and open the sliding tray bottom has a plurality of mounting grooves, clamping components installs in the sliding tray of mainboard, and clamping components's push rod extends forward has a plurality of seconds to press from both sides tight boss, and the tight side wall of the boss of second clamp opens has the second to press from both sides tight recess, and reset spring supports and leans on between sliding tray right part and push rod, the mainboard is opened has the shifting chute, and the transmission clamp plate is installed in the shifting chute, and the extension downside of transmission clamp plate is fixed with a plurality of installation poles. Get rid of that connect fixed pin that the hairpin buckled and the C type is buckled is connected, with the installation pole cooperation of fixed pin with the transmission clamp plate, the C type is buckled and is placed in pressing from both sides tight cavity, will really provide and put in the C type that connects the hairpin to buckle is buckled, and drive transmission clamp plate moves down, gets into completely in the C type buckles until the fixed pin, is connecing in the hairpin buckles really sending out to fix.

Description

Receiving-transmitting device

Technical field

The utility model relates to a kind of receiving-transmitting device.

Background technology

Sending and receiving are exactly that the proper head that hair receives user is sent out, reach from bob to long transformation instantaneously, the sending and receiving mode of current employing be gluing or rope around, gluing sending and receiving are by hairdresser's spreading glue on true sending out, again wig is closed with being really clamminess on a small quantity, restrict around being also manually wig is wrapped in by hairdresser on a small amount of true; But above-mentioned gluing or rope around mode all must rely on hairdresser's manual working, workload is large, waste time and energy, fixed effect is poor, and market does not have a kind of specific purpose tool that can complete aforesaid operations in batches.

Utility model content

Technical problem to be solved in the utility model is to provide a kind of easy to use, good receiving-transmitting device of sending and receiving effect.

For solving the problems of the technologies described above, the utility model provides a kind of receiving-transmitting device, at least comprises mainboard, clamp assembly, transmission pressing plate;

Mainboard rear end face has the sliding tray of left and right trend, the some first clamping boss exceeding mainboard front end face are extended with forward bottom sliding tray, some first clamping boss are spaced apart, some first clamping boss are aligned, the right side wall of the first clamping boss has the first clamping recess, have some mounting grooves running through mainboard front/rear end bottom sliding tray, described mounting groove and described first clamps boss one_to_one corresponding;

Clamp assembly is arranged in the sliding tray of mainboard, clamp assembly comprises push rod and back-moving spring, the corresponding mainboard mounting groove position of push rod is extended with forward some second clamping boss, second clamping boss runs through described mounting groove and clamps boss one_to_one corresponding with first, the second corresponding first clamping boss first clamping recess position of clamping boss sidewall has the second clamping recess, first clamping recess and the second clamping recess combine the clamping chamber constituting and agree with sending and receiving buckle, back-moving spring right-hand member is resisted against sliding tray right part, the left end of back-moving spring is resisted against the right part of push rod,

Mainboard has the shifting chute of upper and lower trend, transmission pressing plate is arranged in shifting chute, transmission pressing plate is extended with extension on the upside of mainboard, the mounting rod of some vertical directions is fixed with on the downside of extension, described mounting rod is in the upside of mainboard sliding tray, and described mounting rod and described clamping chamber one_to_one corresponding.

After adopting such structure, the connection that the steady pin of removal sending and receiving buckle and C type are buckled, wig is fixed on C type and buckles, the mounting rod of steady pin with transmission pressing plate is coordinated, C type is buckled and is placed in clamping chamber, by really sending out in the C type being placed on sending and receiving buckle buckles, drives transmission pressing plate to move down, until steady pin enters in C type buckles completely, be fixed on really sending out in sending and receiving buckle.

Buckle is fixed with on front side of the mainboard of this receiving-transmitting device, buckle has the volume through hole agreeing with described first clamping boss and described second clamping boss, first clamping boss of mainboard and the second clamping boss of push rod stretch out on front side of buckle through volume through hole, buckle front end face is extended with forward some first positive stop lug boss, first positive stop lug boss is on the upside of volume through hole, the right side wall of the first positive stop lug boss has the first limited impression, described first limited impression and described first clamps the first clamping recess one_to_one corresponding of boss, first limited impression sidewall is in corresponding first clamping recess on horizontal plane projection right side in the projection of horizontal plane,

Buckle front end face is also extended with forward some second positive stop lug boss, second positive stop lug boss is on the downside of volume through hole, the right side wall of the second positive stop lug boss has the second limited impression, described second limited impression also clamps the first clamping recess one_to_one corresponding of boss with described first, the second limited impression sidewall is in corresponding first clamping recess on horizontal plane projection right side in the projection of horizontal plane.

After adopting such structure, this receiving-transmitting device can be utilized directly to complete C type and buckle the dismounting with steady pin, when needing removal C type to buckle the connection between steady pin, the first positive stop lug boss can limit the relative movement of the relative steady pin that C type is buckled; Time in loading steady pin to C type and buckleing, the second positive stop lug boss also can limit the relative movement of the relative steady pin that C type is buckled.

Chamfering is had between the front end face of the first clamping boss of this receiving-transmitting device and right flank, chamfering is had between the front end face of described second clamping boss and left surface, there is chamfering between the front end face of described first positive stop lug boss and right flank, between the front end face of described second positive stop lug boss and right flank, have chamfering; After adopting such structure, conveniently smash really providing into C type.

Be hinged with handle on the downside of the mainboard of this receiving-transmitting device, the middle part of handle and the lower hinge of mainboard, left part and the transmission pressing plate lower end of handle are hinged; After adopting such structure, handled easily.

This receiving-transmitting device also comprises hair fixation kit, mainboard has the fixing chute of left and right trend, be in the middle part of fixing chute on the upside of described first clamping boss, expose outside mainboard in the middle part of fixing chute, fixing chute communicates with the shifting chute of mainboard, and hair fixation kit is placed in fixing chute;

Transmission pressing back-end face is provided with slide block, and the left and right sidewall of slide block is provided with chamfering respectively and between slide block lower surface, and transmission pressing plate is arranged in the shifting chute of mainboard;

Hair fixation kit comprises axostylus axostyle, the first fixed block, the second fixed block, hair fixing spring and movable block, first fixed block, hair fixing spring, movable block, the second fixed block are sleeved on axostylus axostyle from left to right successively, first fixed block, the second fixed block are fixed position respectively and between axostylus axostyle, movable block and the second fixed block are respectively equipped with displacement projection, and it is interior and coordinate with the left and right end face of transmission pressing plate slide block respectively that the displacement of movable block displacement projection that is protruding and the second fixed block stretches into shifting chute.

After adopting such structure, can ensure the steady pin of sending and receiving buckle enter C type buckle in time, hair fixation kit can will really be sent out fixing, prevents steady pin from pullling true sending out, causes damage to the hair of user.

The sliding tray of this receiving-transmitting device mainboard is through shifting chute;

The slide block rear end face of transmission pressing plate has mounting hole, and length direction and the slide block left side wall of mounting hole move towards consistent;

The mounting hole position of the corresponding transmission pressing plate of push rod front end face has counterbore, push rod is also provided with secondary and utilizes assembly, secondary utilizes assembly to comprise secondary and utilizes spring and connecting rod, connecting rod coordinates with the counterbore of push rod, the front and back ends of connecting rod is respectively equipped with bulge loop, secondary utilizes spring housing to be contained on connecting rod, and secondary utilizes the front end of spring to be resisted against on putting back-end face, and secondary utilizes the rear end of spring to be resisted against on the bulge loop of connecting rod rear end.

Sending and receiving buckle is after once using, and C type is buckled and can be deformed, and the notch that C type is buckled can magnify, after adopting such structure, the position that can control push rod makes the space enlargement of clamping chamber, can hold the C type after distortion and buckle, sending and receiving buckle can be reused, reduce the cost used.

Accompanying drawing explanation

Fig. 1 is the front view of this receiving-transmitting device embodiment.

Fig. 2 is that Fig. 1 is along A-A to sectional view.

Fig. 3 is the B portion enlarged drawing of Fig. 2.

Fig. 4 is the rearview of this receiving-transmitting device embodiment.

Fig. 5 is the stereogram of this receiving-transmitting device embodiment.

Fig. 6 is the front view of this receiving-transmitting device embodiment transmission plate body.

Fig. 7 is the stereogram of this receiving-transmitting device embodiment transmission plate body.

Fig. 8 is the stereogram of this receiving-transmitting device embodiment mainboard.

Fig. 9 is the stereogram of this receiving-transmitting device embodiment buckle.

Figure 10 is the stereogram of this receiving-transmitting device embodiment push rod.

Figure 11 is the rearview of this receiving-transmitting device embodiment transmission plate body and hair fixation kit.

Figure 12 is the stereogram of Figure 11.

Figure 13 is the stereogram of this receiving-transmitting device embodiment connecting rod.

Figure 14 is the front view of this receiving-transmitting device embodiment sending and receiving buckle.

Figure 15 is the stereogram that this receiving-transmitting device Embodiment C type is buckled.

Figure 16 is the stereogram of this receiving-transmitting device embodiment steady pin.

Detailed description of the invention

As shown in Fig. 1 to 13

This receiving-transmitting device comprises mainboard 1, clamp assembly, transmission pressing plate, buckle 7, handle 6, hair fixation kit and secondary and utilizes assembly;

Mainboard 1 rear end face bottom has a left side, the sliding tray 1a of right trend, sliding tray 1a right part is placed with fixture block 1b, ten the first clamping boss 1c exceeding mainboard 1 front end face are extended with forward bottom sliding tray 1a, ten first clamping boss 1c are spaced apart, ten first clamping boss 1c are aligned, chamfering is had between the front end face of the first clamping boss 1c and right flank, the right side wall of the first clamping boss 1c has the first clamping recess 1d, the mounting groove 1e that ten run through mainboard 1 front/rear end is had bottom sliding tray 1a, described mounting groove 1e and described first clamps boss 1c one_to_one corresponding, each mounting groove 1e is in the right side of corresponding first clamping boss 1c,

Mainboard 1 has the shifting chute 1f of upper and lower trend, and the sliding tray 1a of mainboard 1 is through shifting chute 1f;

Have the fixing chute 1g of left and right trend in mainboard 1, be in the middle part of fixing chute 1g on the upside of described first clamping boss 1c, in the middle part of fixing chute 1g, corresponding ten first clamping boss 1c positions are exposed outside mainboard 1, and fixing chute 1g communicates with the shifting chute 1f of mainboard 1.

Clamp assembly is arranged in the sliding tray 1a of mainboard 1, clamp assembly comprises push rod 2 and back-moving spring 3, push rod 2 corresponding mainboard 1 mounting groove 1e position is extended with forward ten second clamping boss 2a, second clamping boss 2a runs through described mounting groove 1e and clamps boss 1c one_to_one corresponding with first, have chamfering between the front end face of the second clamping boss 2a and left surface, the second corresponding first clamping boss 1c first clamping recess 1d position of clamping boss 2a sidewall has the second clamping recess 2b; Back-moving spring 3 is arranged in sliding tray 1a, back-moving spring 3 right-hand member is resisted against on the fixture block 1b of sliding tray 1a right part, the left end of back-moving spring 3 is resisted against the right part of push rod 2, push rod 2 is under the effect of back-moving spring 3, second clamping boss 2a is resisted against on the first clamping boss 1c, keep the balance of push rod 2, the second clamping boss 2a can move back and forth left and right in mounting groove 1e, and the first clamping recess 1d and the second clamping recess 2b combines the clamping chamber constituting and agree with sending and receiving buckle.

Transmission pressing plate is arranged in shifting chute 1f, transmission pressing plate comprises transmission plate body 4 and pressing plate body 5, transmission plate body 4 rear end face is provided with slide block 4a, slide block 4a is left, right side wall is provided with chamfering respectively and between slide block 4a lower surface, transmission plate body 4 coordinates with the shifting chute 1f of mainboard 1, transmission plate body 4 is extended with extension 4b to mainboard 1 upper left side, pressing plate body 5 is arranged on the downside of the extension 4b of transmission plate body 4, the mounting rod 5a of ten vertical directions is extended with on the downside of pressing plate body 5, described mounting rod 5a is in the upside of mainboard 1 sliding tray 1a, and described mounting rod 5a and described clamping chamber one_to_one corresponding,

The slide block 4a rear end face of transmission plate body 4 has mounting hole 4c, and the length direction of mounting hole 4c moves towards consistent with slide block 4a left side wall.

Be hinged with handle 6 on the downside of mainboard 1, the middle part of handle 6 and the lower hinge of mainboard 1, the left part of handle 6 and transmission plate body 4 lower end of transmission pressing plate hinged.

Buckle 7 is fixed with on front side of mainboard 1, buckle 7 has the volume through hole 7a agreeing with described first clamping boss 1c and described second clamping boss 2a, first clamping boss 1c of mainboard 1 and the second clamping boss 2a of push rod 2 stretches out on front side of buckle 7 through volume through hole 7a, buckle 7 front end face is extended with forward ten the first positive stop lug boss 7b, first positive stop lug boss 7b is on the upside of volume through hole 7a, chamfering is had between the front end face of the first positive stop lug boss 7b and right flank, the right side wall of the first positive stop lug boss 7b has the first limited impression 7c, described first limited impression 7c and described first clamps the first clamping recess 1d one_to_one corresponding of boss 1c, first limited impression 7c sidewall is in corresponding first clamping recess 1d on horizontal plane projection right side in the projection of horizontal plane, namely comparing at horizontal plane projected position of the first limited impression 7c answers the first clamping recess 1d to the right slightly at horizontal plane projected position,

Buckle 7 front end face is also extended with forward ten the second positive stop lug boss 7d, second positive stop lug boss 7d is on the downside of volume through hole 7a, chamfering is had between the front end face of the second positive stop lug boss 7d and right flank, the right side wall of the second positive stop lug boss 7d has the second limited impression 7e, described second limited impression 7e also clamps the first clamping recess 1d one_to_one corresponding of boss 1c with described first, second limited impression 7e sidewall is in corresponding first clamping recess 1d on horizontal plane projection right side in the projection of horizontal plane, namely comparing at horizontal plane projected position of the second limited impression 7e answers the first clamping recess 1d also to the right slightly at horizontal plane projected position.

Hair fixation kit is placed in fixing chute 1g, hair fixation kit comprises axostylus axostyle 8e, first fixed block 8a, second fixed block 8c, hair fixing spring 8b and movable block 8d, first fixed block 8a, hair fixing spring 8b, movable block 8d, second fixed block 8c is sleeved on axostylus axostyle 8e from left to right successively, first fixed block 8a, second fixed block 8c fixes position respectively and between axostylus axostyle 8e, movable block 8d and the second fixed block 8c is respectively equipped with the protruding 8f of displacement, the protruding 8f of displacement of the protruding 8f and the second fixed block 8c of the displacement of movable block 8d to stretch in shifting chute 1f and coordinates with the left and right end face of transmission pressing plate slide block 4a respectively.

The mounting hole 4c position of the corresponding transmission pressing plate of push rod 2 front end face has counterbore 2c, push rod 2 is also provided with secondary and utilizes assembly, secondary utilizes assembly to comprise secondary and utilizes spring 9a and connecting rod 9b, connecting rod 9b coordinates with the counterbore 2c of push rod 2, the front and back ends of connecting rod 9b is respectively equipped with bulge loop 9c, secondary utilizes spring 9a to be sleeved on connecting rod 9b, and secondary utilizes the front end of spring 9a to be resisted against on push rod 2 rear end face, and secondary utilizes the rear end of spring 9a to be resisted against on the bulge loop 9c of connecting rod 9b rear end.

As shown in Figure 14 to 16

In order to better understand the operation principle of this receiving-transmitting device, introduce the structure of sending and receiving buckle at this.

Sending and receiving buckle comprises C type and buckles 10 and steady pin 11, C type is buckled 10 outer walls and is had the notch 10a communicated with endoporus, C type is buckled 10 lower ends and is extended with retainer ring 10b, wig is connected on retainer ring 10b, 10 inner hole buckled by steady pin 11 and C type, steady pin 11 upper portion side wall has the spacing preiection 11a buckleing 10 notch 10a with C type and coordinate, and there is the pilot hole 11b of the mounting rod 5a agreeing with transmission pressing plate steady pin 11 upper surface.

During use, be arranged on respectively by ten sending and receiving buckles on ten mounting rod 5a of transmission pressing plate, each mounting rod 5a coordinates with the steady pin 11 of sending and receiving buckle;

Operating grip 6, handle 6 drives the transmission plate body 4 of transmission pressing plate to move down, and then drive the sending and receiving buckle be fixed on pressing plate body 5 to move down, the C type of sending and receiving buckle is buckled 10 and is contacted with the first positive stop lug boss 7b with buckle 7, because comparing at horizontal plane projected position of the first limited impression 7c answers the first clamping recess 1d to the right slightly at horizontal plane projected position, so mounting rod 5a is tilted to the right, drive whole sending and receiving buckle to depart from a small amount of displacement to the right to enter and clamp boss 1c and push rod 2 second by mainboard 1 first and clamp in the clamping chamber that boss 2a formed, enter completely step up in chamber until the C type of sending and receiving buckle buckles 10, mounting rod 5a is returned to initial vertical state under the effect of self stress,

Send out handle 6, the slide block 4a of transmission plate body 4 moves up under the effect of hair fixation kit, and then drive sending and receiving buckle to move up, the C type of sending and receiving buckle is buckled and pressing plate body 5 can not be followed in 10 lower surfaces being resisted against the first positive stop lug boss 7b moved up, and makes the C type of sending and receiving buckle buckle 10 and is separated with steady pin 11;

Then, buckle in 10 by really sending out the C type being placed on sending and receiving buckle, operating grip 6 again, handle 6 drives the transmission plate body 4 of transmission pressing plate to move down again, hair fixation kit coordinates with the slide block 4a of transmission plate body 4, the protruding 8f of displacement of the protruding 8f and the second fixed block 8c of displacement of movable block 8d is respectively on a left side of slide block 4a, right side wall moves, because the lower surface of slide block 4a is with left, right side is respectively by chamfering, distance between movable block 8d and the second fixed block 8c can be increasing, the fixing spring of hair fixation kit is subject to the opposing compression of movable block 8d, fixing spring buckles the true hair clip of 10 firmly by putting into C type, simultaneously, the mounting rod 5a of transmission pressing plate drives the steady pin 11 of sending and receiving buckle to move down, the lower surface that C type buckles 10 is resisted against the upper surface of the second positive stop lug boss 7d, ensure that C type is buckled 10 and can not be followed steady pin 11 and move together, buckle in 10 until steady pin 11 enters C type completely, complete the sending and receiving operation of hair.

In addition, if the sending and receiving buckle used in sending and receiving operation is the sending and receiving buckle that secondary uses, then there will be the excessive problem of opening angle that C type buckles 10, under normal circumstances, the excessive C type of opening angle is buckled 10 and is difficult to again closely cooperate with steady pin 11, in these cases, press the connecting rod 9b that secondary utilizes assembly, connecting rod 9b runs through push rod 2 and enters in the mounting hole 4c of slide block 4a, while above-mentioned normal sending and receiving operation, push rod 2 is under slide block 4a effect, effect promotion is moved to the left, namely the second clamping recess 2b of push rod 2 is moved to the left, the C type be in clamping chamber is forced to buckle 10 stress deformations, return to the state that can coordinate with steady pin 11, the secondary completing sending and receiving buckle utilizes.

Above-described is only a kind of embodiment of the present utility model; it should be pointed out that for the person of ordinary skill of the art, under the prerequisite not departing from the utility model principle; can also make some modification and improvement, these also should be considered as belonging to protection domain of the present utility model.

Claims

1. receiving-transmitting device, is characterized by: at least comprise mainboard, clamp assembly, transmission pressing plate;

2. receiving-transmitting device according to claim 1, is characterized in that:

Buckle is fixed with on front side of described mainboard, buckle has the volume through hole agreeing with described first clamping boss and described second clamping boss, first clamping boss of mainboard and the second clamping boss of push rod stretch out on front side of buckle through volume through hole, buckle front end face is extended with forward some first positive stop lug boss, first positive stop lug boss is on the upside of volume through hole, the right side wall of the first positive stop lug boss has the first limited impression, described first limited impression and described first clamps the first clamping recess one_to_one corresponding of boss, first limited impression sidewall is in corresponding first clamping recess on horizontal plane projection right side in the projection of horizontal plane,

3. receiving-transmitting device according to claim 2, is characterized in that:

Chamfering is had between the front end face of described first clamping boss and right flank, chamfering is had between the front end face of described second clamping boss and left surface, there is chamfering between the front end face of described first positive stop lug boss and right flank, between the front end face of described second positive stop lug boss and right flank, have chamfering.

4. receiving-transmitting device according to claim 1, is characterized in that:

Be hinged with handle on the downside of described mainboard, the middle part of handle and the lower hinge of mainboard, left part and the transmission pressing plate lower end of handle are hinged.

5. receiving-transmitting device according to claim 1, is characterized in that:

Also comprise hair fixation kit, mainboard has the fixing chute of left and right trend, be in the middle part of fixing chute on the upside of described first clamping boss, expose outside mainboard in the middle part of fixing chute, fixing chute communicates with the shifting chute of mainboard, and hair fixation kit is placed in fixing chute;

6. receiving-transmitting device according to claim 5, is characterized in that:

The sliding tray of mainboard is through shifting chute;