CN205093783U

CN205093783U - Hair jointing device

Info

Publication number: CN205093783U
Application number: CN201520802770.8U
Authority: CN
Inventors: 葛翔
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-10-13
Filing date: 2015-10-13
Publication date: 2016-03-23
Anticipated expiration: 2025-10-13

Abstract

The utility model provides a hair jointing device, including mainboard, clamping components, 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 the tight side wall of the boss of first clamp goes up to open there is the tight recess 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 includes depression bar and reset spring, and reset spring one end is supported and is leaned on on the sliding tray lateral wall, and reset spring's the other end supports the tip that leans on at the depression bar, and extend forward the corresponding mainboard mounting groove position of depression bar has a plurality of seconds to press from both sides tight boss, and the second presss from both sides tight boss to be run through the mounting groove and with the tight boss one -to -one of first clamp, the second presss from both sides tight side wall of the boss and corresponds the tight groove position of the first clamp of the tight boss of first clamp and open and have the second to press from both sides tight recess, the tight recess of first clamp and second press from both sides the combination of tight recess and have constituted and agree with the tight cavity of clamp that the C type connect the hair clasp. This hair jointing device can accomplish in batches and connect the outbreak industry, reduces hairdresser's the duplication of labour, improves to connect and sends out efficiency.

Description

A kind of 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, wastes time and energy, not a kind of specific purpose tool that can complete aforesaid operations in batches on market.

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;

Mainboard rear end face has sliding tray, the some first clamping boss exceeding mainboard front end face are extended with forward bottom sliding tray, some first clamping boss are spaced apart, first clamping boss sidewall 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 depression bar and back-moving spring, back-moving spring one end is resisted against on sliding tray sidewall, the other end of back-moving spring is resisted against the end of depression bar, the corresponding mainboard mounting groove position of depression bar 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 the sending and receiving of C type and buckle.

The sending and receiving of C type are buckled and are placed in clamping chamber, the depression bar of clamp assembly is under action of reset spring, second clamping boss of depression bar clamps boss away from mainboard first, and the spacing between the first clamping recess of the first clamping boss and the second corresponding clamping recess is maximum, and the space namely clamping chamber is maximum;

During sending and receiving operation, Zhen Fa and wig bundle are placed in the sending and receiving of C type buckle, handle depression bar and move to compression reseting spring direction, drive the second clamping boss close to the first clamping boss of correspondence, clamping cavity space diminishes, and forces the raw deformation of C type sending and receiving garnishment, and then fixing true and wig.

After adopting such structure, this receiving-transmitting device can complete sending and receiving operation in batches, reduces the duplication of labour of hairdresser, improves sending and receiving efficiency.

This receiving-transmitting device also comprises buckle, buckle is fixed on mainboard front end face, the volume groove agreeing with described first clamping boss and described second clamping boss is had in buckle, buckle has and the placement groove clamping chamber above and below and communicate, buckle front end face also has some V-type grooves, and described V-type groove communicates with the corresponding chamber that clamps.

After adopting such structure, the sending and receiving of C type conveniently can be buckled and be put into clamping chamber by the placement groove of buckle; The V-type groove of buckle can conveniently guide true sending out to enter in the sending and receiving of C type buckle with wig bundle.

This receiving-transmitting device also comprises shifting block, shifting block comprises upper and lower two fixed bars, have the through hole agreeing with shifting block two fixed bars in mainboard, two side positions up and down of the corresponding buckle of mainboard have notch, and upper and lower two notches of mainboard expose corresponding fixed bar respectively;

The top of buckle extends back the hook portion coordinated with fixed bar on the upside of shifting block, and the limiting section coordinated with fixed bar on the downside of shifting block is arranged backward at the bottom of buckle.

After adopting such structure, buckle is directly relative with shifting block fixing, facilitates this receiving-transmitting device to remove and install.

This receiving-transmitting device also comprises some resilient detents assemblies, described resilient detents assembly comprises resilient coil and two draw rings, two draw rings are connected with resilient coil respectively, two draw rings often organizing resilient detents assembly are detachably connected on the upper and lower part of buckle respectively, the placement groove of resilient coil through corresponding buckle and the clamping chamber of correspondence.

When fixing true sending out with wig bundle is buckled in the sending and receiving of C type, the resilient coil of resilient detents assembly can take the clearance spaces that inside is buckled in the sending and receiving of C type, ensure true send out and wig bundle fixing more firm; Two draw rings of resilient detents assembly can conveniently be connected with buckle.

The buckle of this receiving-transmitting device is formed by some buckle modules are arranged in a straight line, buckle template upper and lower end face is respectively equipped with pin sleeve, two pin sleeves connecting bearing pin and run through the upper and lower end face of described buckle template respectively successively, have the gap coordinated with resilient detents assembly draw ring between the pin sleeve of arbitrary neighborhood two buckle modules.

After adopting such structure, buckle can reduce the difficulty of processing of buckle by some buckle module compositions, and ease of assembly, buckle model calling is fixed by the pin sleeve of each buckle template bearing pin that not only can be connected, and can also relatively fix resilient detents assembly.

The mainboard of this receiving-transmitting device is also hinged with handle, and middle part and the mainboard of handle are hinged, and an end of handle is hinged with pushing block, and the other end of control crank makes pushing block move back and forth along the trend of sliding tray;

Back-moving spring one end of clamp assembly is resisted against on sliding tray sidewall, and the other end of back-moving spring is resisted against a side end of depression bar, and the end side of depression bar contacts with pushing block; After adopting such structure, handle can person easy to use to the movement of depression bar.

The pushing block of this receiving-transmitting device with between depression bar for face contacts;

Mainboard has spacing hole, and pushing block is in spacing hole; After adopting such structure, user is moved by lever operated pushing block, but the movement locus of pushing block is one section of circular arc line, contacted with depression bar face by pushing block, pushing block only can transmit to depression bar the displacement that sliding tray moves towards direction, the displacement in other directions can't be transmitted together, avoid depression bar and sliding tray sidewall to interfere.

Accompanying drawing explanation

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

Fig. 2 is the rearview of this receiving-transmitting device embodiment.

Fig. 3 is the decomposition view of this receiving-transmitting device embodiment.

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

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

Fig. 6 is the stereogram of this receiving-transmitting device embodiment depression bar.

Fig. 7 is the stereogram of this receiving-transmitting device embodiment shifting block.

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

Fig. 9 is the stereogram of this receiving-transmitting device embodiment resilient detents assembly.

Detailed description of the invention

As shown in Figure 1 to 9

This receiving-transmitting device comprises mainboard 1, clamp assembly, buckle 5, shifting block 4.

Mainboard 1 is that rectangle is lamellar, mainboard 1 rear end face has a left side, the sliding tray 11 of right trend, the spacing hole 12 running through its front/rear end is had in the middle part of mainboard 1, the left end of sliding tray 11 does not run through the left side of mainboard 1, the right-hand member of sliding tray 11 extends to spacing hole 12, six the first clamping boss 13a exceeding mainboard 1 front end face are extended with forward bottom sliding tray 11, six first clamping boss 13a are spaced apart, six first clamping boss 13a are aligned, the right side wall of the first clamping boss 13a has the first clamping recess 13b, the mounting groove 14 that six run through mainboard 1 front/rear end is also had bottom sliding tray 11, described mounting groove 14 clamps boss 13a one_to_one corresponding with described first, each mounting groove 14 is in the right side of the first clamping boss 13a.

Clamp assembly is arranged in the sliding tray 11 of mainboard 1, clamp assembly comprises depression bar 21 and back-moving spring 22, back-moving spring 22 is arranged in sliding tray 11, back-moving spring 22 left end is resisted against on sliding tray 11 left side wall, the right-hand member of back-moving spring 22 is resisted against the left end end of depression bar 21, the corresponding mainboard of depression bar 21 1 six mounting groove 14 positions are extended with forward six second clamping boss 21a, each second clamping boss 21a runs through described mounting groove 14 and clamps boss 13a one_to_one corresponding with first, the second corresponding first clamping boss 13a first clamping recess 13b position of clamping boss 21a left side wall has the second clamping recess 21b, second clamping boss 21a can be left in mounting groove 14, the right side moves back and forth, first clamping recess 13b and the second clamping recess 21b combines to constitute and agrees with the clamping chamber (not shown) that the sending and receiving of C type buckle 7.

Mainboard 1 is also hinged with handle 3, handle 3 comprises two block operations plates 31, before two block operations plates 31 are placed in mainboard 1 respectively, rear both sides, hinged with mainboard 1 in the middle part of two block operations plates 31, the upper end of two block operations plates 31 is hinged with pushing block 32, pushing block 32 is in spacing hole 12, pushing block 32 is rectangular-shaped, the right side of depression bar 21 contacts with the left side of pushing block 32, spacing hole 12 has on pushing block 32, the surplus of lower movement, the lower surface of the lower end edge mainboard 1 of two block operations plates 31 extends to the right, the lower end of manipulation operations plate 31 makes pushing block 32 move back and forth along the trend of sliding tray 11.

Shifting block 4 comprises upper and lower two fixed bars, upper fixed bar 41 and lower fixed bar 42 respectively, the cross sectional shape of upper fixed bar 41 is rectangle, the cross sectional shape of lower fixed bar 42 is regular hexagon, mainboard 1 left part has the through hole agreeing with upper fixed bar 41 and lower fixed bar 42, upper and lower two side positions of the corresponding buckle of mainboard 15 have notch 15, upper and lower notch 15 extends to correspondence two through holes of mainboard 1 respectively, the notch 15 of upside makes fixed bar 41 part expose, and the notch 15 of downside makes lower fixed bar 42 part expose.

Buckle 5 is arranged on mainboard 1 front end face, the upper end of buckle 5 extends back the hook portion 51 coordinated with fixed bar 41 on shifting block 4, the lower end of buckle 5 has the limiting section 52 coordinated with shifting block 4 times fixed bars 42 backward, buckle 5 is extended with extension block 53 to front side, extension block 53 rear end face has the volume groove 53a agreeing with described first clamping boss 13a and described second clamping boss 21a, on extension block 53, lower surface has six with on clamping chamber, the placement groove 53b communicated below, extension block 53 front end face of buckle 5 also has 12 V-type groove 53c, wherein six V-type groove 53c (remaining six inoperative) also communicate with clamping chamber, be communicated with between V-type groove 53c with placement groove 53b,

Buckle 5 is formed by seven buckle modules 54 are arranged in a straight line, buckle 5 template upper and lower end face is respectively equipped with pin sleeve 54a, two pin sleeve 54a connecting bearing pin 55 and run through the upper and lower end face of described buckle 5 template respectively successively, the gap coordinated with resilient detents assembly 6 draw ring 62 is had, each gap corresponding in the position of floor projection with placement groove 53b in the position of floor projection between two pin sleeve 54a of on the upside of arbitrary neighborhood buckle module 54 or downside.

This receiving-transmitting device can also coordinate resilient detents assembly 6 to use together, draw ring 62, two draw rings 62 that described resilient detents assembly 6 comprises resilient coil 61 (resilient coil 61 can be selected has flexible rubber coil or bungee coil) and two metal materials are connected with resilient coil 61 respectively;

Two draw rings 62 often organizing resilient detents assembly 6 are separately fixed in the gap between upper and lower two the pin sleeve 54a of adjacent buckle module 54, and making connection bearing pin 55 through draw ring 62, the resilient coil 61 of resilient detents assembly 6 stretches and passes through and places groove 53b and corresponding clamping chamber.

During original state, the depression bar 21 of clamp assembly is under back-moving spring 22 acts on, entirety has the trend of movement to the right, the second clamping boss 21a right side wall on depression bar 21 is resisted against on mounting groove 14 cell wall of mainboard 1, now, spacing between the first clamping recess 13b of the first clamping boss 13a and the second corresponding clamping recess 21b is maximum, and the space namely clamping chamber is maximum;

The pushing block 32 of handle 3 upper end thereof also has the trend moved right under the effect of depression bar 21, natural separation between handle 3 lower end and mainboard 1.

During use, first the sending and receiving of C type are buckled 7 and put into clamping chamber from placement groove 53b, the opening that 7 sidewalls are buckled in the sending and receiving of C type aims at V-type groove 53c, because the space clamping chamber during original state is maximum, so 7 not stress deformations are buckled in the C type sending and receiving be in clamping chamber, the state before keeping it to use;

Again user true is sent out the sidewall opening all buckleing 7 along V-type groove 53c and the sending and receiving of C type with the wig bundle needing to be connected to put into the sending and receiving of C type and buckle 7;

Hold handle 3, the upper end of the lower end band fixed handle 3 of handle 3 from right to left side camber line is moved, and then the pushing block 32 of band fixed handle 3 upper end thereof moves, because the left side of pushing block 32 only contacts with the right side of depression bar 21, any connection is not had between pushing block 32 with depression bar 21, and spacing hole 12 has on pushing block 32, the surplus of lower movement, so the displacement of left and right directions is transmitted in pushing block 32 meetings to depression bar 21, depression bar 21 is moved to the left, drive the second clamping boss 21a close to the first clamping boss 13a of correspondence, the space of clamping chamber diminishes, the sidewall extrusion C type sending and receiving of clamping chamber buckle 7, the sending and receiving of C type buckle 7 deformation and then be fixedly clamped inner true and wig bundle,

Release handle 3, this receiving-transmitting device gets back to original state, the space of clamping chamber becomes large again, remove the connection between resilient detents assembly 6 two ends draw ring 62 and buckle 5, resilient coil 61 is taken clearance spaces that 7 inside are buckled in the sending and receiving of C type, ensure true send out and wig bundle fixing more firm, finally the sending and receiving of C type are buckled 7 and exit this receiving-transmitting device, complete the operation of batch grafting wig, can repeatedly this aforesaid operations.

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. a receiving-transmitting device, is characterized by: at least comprise mainboard, clamp assembly;

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

Also comprise buckle, buckle is fixed on mainboard front end face, the volume groove agreeing with described first clamping boss and described second clamping boss is had in buckle, buckle has and the placement groove clamping chamber above and below and communicate, buckle front end face also has some V-type grooves, and described V-type groove communicates with the corresponding chamber that clamps.

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

Also comprise shifting block, shifting block comprises upper and lower two fixed bars, has the through hole agreeing with shifting block two fixed bars in mainboard, and two side positions up and down of the corresponding buckle of mainboard have notch, and upper and lower two notches of mainboard expose corresponding fixed bar respectively;

4. a kind of receiving-transmitting device according to claim 2, is characterized in that:

Also comprise some resilient detents assemblies, described resilient detents assembly comprises resilient coil and two draw rings, two draw rings are connected with resilient coil respectively, two draw rings often organizing resilient detents assembly are detachably connected on the upper and lower part of buckle respectively, the placement groove of resilient coil through corresponding buckle and the clamping chamber of correspondence.

5. a kind of receiving-transmitting device according to claim 4, is characterized in that:

Described buckle is formed by some buckle modules are arranged in a straight line, buckle template upper and lower end face is respectively equipped with pin sleeve, two pin sleeves connecting bearing pin and run through the upper and lower end face of described buckle template respectively successively, have the gap coordinated with resilient detents assembly draw ring between the pin sleeve of arbitrary neighborhood two buckle modules.

6. a kind of receiving-transmitting device according to claim 1, is characterized in that:

Described mainboard is also hinged with handle, and middle part and the mainboard of handle are hinged, and an end of handle is hinged with pushing block, and the other end of control crank makes pushing block move back and forth along the trend of sliding tray;

Back-moving spring one end of clamp assembly is resisted against on sliding tray sidewall, and the other end of back-moving spring is resisted against a side end of depression bar, and the end side of depression bar contacts with pushing block.

7. a kind of receiving-transmitting device according to claim 6, is characterized in that: for face contacts between pushing block with depression bar;

Mainboard has spacing hole, and pushing block is in spacing hole.