CN203533135U

CN203533135U - Rapid detaching device

Info

Publication number: CN203533135U
Application number: CN201320553895.2U
Authority: CN
Inventors: 黄铭贤
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-09-06
Filing date: 2013-09-06
Publication date: 2014-04-09
Anticipated expiration: 2023-09-06

Abstract

The utility model provides a rapid detaching device. The rapid detaching device comprises a supporting base and a clamping assembly. The supporting base comprises a first embedding part, wherein the first embedding part comprises a bottom wall, a lateral wall and a first clamping block, the bottom wall and the lateral wall define a containing space, and the first clamping block is arranged on the lateral wall in a protruding mode and provided with an inner surface and two opposite lateral surfaces. The clamping assembly comprises a second embedding part, wherein the second embedding part comprises a body, a second clamping block, an elastic part and an outer rib, the elastic part is arranged in the body in a matched mode, the second clamping block is in linkage with the elastic part and can protrude out of or contract into the body, and the outer rib protrudes out of the body. When the second clamping block contracts into the body, the second embedding part is suitable for entering and exiting the containing space. When the second clamping block protrudes out of the body and is located in the containing space, the second clamping block is limited by the inner surface of the first clamping block, the second embedding part is kept to be located in the containing space, the outer rib abuts against the lateral surface, and therefore the second embedding part can drive the first embedding part.

Description

Disassembling device

Technical field

The utility model relates to a kind of disassembling device.

Background technique

Along with the progress of electronics technology, the electronic equipment with flat-panel screens is quite common, such as being panel computer, smart mobile phone etc.User can view and admire audio and video information by such device.The demand that can cosily view and admire in order to meet user, the current supporting frame of existing this type of electronic equipment on the market, can stably erect electronic equipment on desktop, and can adjust its angle of inclination.

Figure 1A is that flat-panel screens is fixed on the schematic diagram of supporting frame by existing a kind of disassembling device.Refer to Figure 1A, existing disassembling device 1 is the fixed mediums of a flat-panel screens 2 and a supporting frame 3, can make flat-panel screens 2 to be fixed on rapidly on supporting frame 3, and can from supporting frame 3, separate rapidly.Disassembling device 1 comprises the first snap fit 1a and the second snap fit 1b, and supporting frame 3 includes corresponding the first fixed groove 3a and the second fixed groove 3b.

During use, need first disassembling device 1 to be bolted in to flat-panel screens 2.Then, the end 1c of the first snap fit 1a is put into the first fixed groove 3a to supporting frame 3 from lower to upper, and then allow the inclined-plane 1d of the second snap fit 1b touch supporting frame 3, drive slider 1e up to slide, make the end 1f of the second snap fit 1b be positioned at the top of the second fixed groove 3b, slider 1e can because of the pulling force of spring 1g, down sliding enters in the second fixed groove 3b the end 1f of the second snap fit 1b afterwards.So, flat-panel screens 2 and disassembling device 1 are just fixed on supporting frame 3.

Figure 1B is that the disassembling device that flat-panel screens is passed through Figure 1A is dismantled the schematic diagram in supporting frame.Refer to Figure 1B, if by flat-panel screens 2 from supporting frame 3 remove from time, triggerings part 1h is up pushed away, driving slider 1e up slides, and the end 1f of the second snap fit 1b is left among the second fixed groove 3b; And then flat-panel screens 2 is pulled out outward together with disassembling device 1, make the end 1f of the second snap fit 1b leave the top of the second fixed groove 3b; Then again the end 1c of the first snap fit 1a is pulled down for the first fixed groove 3a.So, flat-panel screens 2 and disassembling device 1 are just fully separated from supporting frame 3.

Yet, such disassembling device need to be provided with corresponding Screw hole structure on the shell on the back of flat-panel screens, just can be fixed on disassembling device, that is to say, between the MANUFACTURER of flat-panel screens and the MANUFACTURER of supporting frame, need to cooperatively interact and can complete, and because the design between each family's MANUFACTURER is different, such disassembling device has lower commonality.

Model utility content

The utility model provides a kind of disassembling device, and its clamping assembly that is fixed on electronic equipment can be assembled rapidly or dismantle in supporting base, and portability is installed to other corresponding supporting bases.

A kind of disassembling device of the present utility model, comprises a supporting base and a clamping assembly.Supporting base comprises one can autologous rotation first chimeric, and wherein first chimeric comprises a diapire, a sidewall and at least one the first fixture block.Diapire and sidewall be jointly around a containing space, and at least one the first fixture block is convexly set in sidewall and has an internal surface of close diapire and in abutting connection with the relative both side surface of internal surface.Clamping assembly comprises one second chimeric, and wherein second chimeric comprises a body, one second fixture block, an elastic component and an external fin.Elastic component is disposed in body, the second fixture block with elastic component, protrude adjustably or retraction in body.External fin protrudes from body.When the second fixture block retraction is during in body, second chimeric can partly enter or exit the containing space of first chimeric.When the second fixture block protrudes from body and is positioned at containing space, the second fixture block is spacing by the internal surface of the first fixture block, to keep second chimeric to be positioned partially in containing space, and external fin is resisted against one of them side surface of the first fixture block, so that second chimeric can drive first chimeric rotation.

In an embodiment of the present utility model, above-mentioned second chimeric also comprises a button, exposes to body and interlock in the second fixture block.

In an embodiment of the present utility model, above-mentioned second chimeric also comprises a connecting rod that is disposed in body and is articulated in body, connecting rod comprises a first end, when connecting rod is positioned at a primary importance, button can start, when connecting rod is positioned at a second place, this first end of connecting rod is against button, limit button start.

In an embodiment of the present utility model, above-mentioned clamping assembly also comprises a rotating component, and rotating component comprises two legs, and two legs lay respectively at the both sides of one second end of connecting rod, to promote connecting rod when the primary importance and rotational transform between the second place.

In an embodiment of the present utility model, above-mentioned clamping assembly also comprises a housing and a latch fitting, and second chimeric protrudes from housing, and housing has a penetration hole, and latch fitting is disposed at penetration hole, and a core interlock of latch fitting is positioned at the rotating component of housing.

In an embodiment of the present utility model, above-mentioned body also comprises two limiting stoppers, is convexly set in body and is positioned at connecting rod both sides.

In an embodiment of the present utility model, the second above-mentioned fixture block also has an inclined-plane, and inclined-plane is more approaching a central axis of second chimeric the closer to the position that can enter at first containing space of second chimeric.

In an embodiment of the present utility model, above-mentioned elastic component is supported the second fixture block, so that the second fixture block keeps protruding from the state of body under normal conditions.

In an embodiment of the present utility model, above-mentioned supporting base also comprises a base and an arm unit, and an arm unit is articulated in base, and first chimeric is arranged at an arm unit.

In an embodiment of the present utility model, above-mentioned first chimeric is arranged at an arm unit by a pivot device.

In an embodiment of the present utility model, above-mentioned supporting base also comprises a fixed unit that extends base, with supporting base is clamping or be locked in an object.

Based on above-mentioned, second chimeric of the clamping assembly of disassembling device of the present utility model can dismantle rapidly or be assembled on first chimeric of supporting base, the clamping assembly portability of pulling down is installed to other corresponding supporting bases, compared to directly carrying whole disassembling device, only carry clamping assembly and more save space and weight.In addition, when being sticked in first chimeric for second chimeric, second chimeric can drive first chimeric rotation, and makes first chimeric can turn to required angle with respect to base with second chimeric.In addition, disassembling device of the present utility model can be adjusted connecting rod position with limit button in rotating component by latch fitting interlock, avoids other people optionally clamping assembly to be detached in to supporting base.

For above-mentioned feature and advantage of the present utility model can be become apparent, special embodiment below, and coordinate accompanying drawing to be described in detail below.

Accompanying drawing explanation

Figure 1A is that flat-panel screens is fixed on the schematic diagram of supporting frame by existing a kind of disassembling device;

Figure 1B is that the disassembling device that flat-panel screens is passed through Figure 1A is dismantled the schematic diagram in supporting frame;

Fig. 2 is the schematic diagram of a kind of disassembling device of an embodiment of the present utility model;

Fig. 3 A is the schematic diagram that the clamping assembly of the disassembling device of Fig. 2 is assembled in supporting base;

Fig. 3 B is the schematic diagram at another visual angle of Fig. 3 A;

Fig. 4 is the schematic diagram of supporting base of the disassembling device of Fig. 2;

Fig. 5 is the clamping assembly of disassembling device and the schematic diagram of supporting base of Fig. 2;

Fig. 6 is the schematic diagram of clamping assembly of the disassembling device of Fig. 2;

Fig. 7 is the exploded perspective view of clamping assembly of the disassembling device of Fig. 2;

Fig. 8 be first chimeric of disassembling device of Fig. 2 with second chimeric partial cutaway schematic before assembling;

Fig. 9 is that the second fixture block of the disassembling device of Fig. 2 is pushed and the partial cutaway schematic that inside contracts by the first fixture block;

Figure 10 is the partial cutaway schematic that the second fixture block of the disassembling device of Fig. 2 is arranged in containing space;

Figure 11 shows the schematic diagram of the tapered end that exposes to clamping assembly;

Figure 12 A is the schematic diagram that the connecting rod of clamping assembly of the disassembling device of Fig. 2 is positioned at primary importance;

Figure 12 B is the local enlarged diagram of Figure 12 A;

Figure 13 A is the schematic diagram that the connecting rod of clamping assembly of the disassembling device of Fig. 2 is positioned at the second place;

Figure 13 B is the local enlarged diagram of Figure 13 A.

Description of reference numerals:

A: central axis;

S: containing space;

P1: primary importance;

P2: the second place;

1: existing disassembling device;

1a: the first snap fit;

1c: end;

1b: the second snap fit;

1d: inclined-plane;

1f: end;

1e: slider;

1g: spring;

1h: trigger part;

2: flat-panel screens;

3: supporting frame;

3a: the first fixed groove;

3b: the second fixed groove;

10: disassembling device;

100: supporting base;

110: the first chimeric;

112: diapire;

114: sidewall;

116: the first fixture blocks;

116a: internal surface;

116b: side surface;

120: base;

122: central position;

124: periphery;

130: the first arm units;

135: the second arm units;

140: pivot device;

150: fixed unit;

200: clamping assembly;

210: the second chimeric;

212: body;

212a: limiting stopper;

214: the second fixture blocks;

214a: inclined-plane;

215: elastic component;

216: external fin;

217: button;

218: connecting rod;

218a: first end;

218b: the second end;

220: housing;

222: penetration hole;

230: rotating component;

232: leg;

240: latch fitting;

242: core.

Embodiment

About addressing other technologies content, feature and effect before the utility model, in the detailed description in following cooperation with reference to a preferred embodiment of accompanying drawing, can clearly present.The direction term of mentioning in following examples, such as: upper and lower, left and right, front or rear etc., is only the direction with reference to accompanying drawing.Therefore, the direction term of use is to be not used for limiting the utility model for illustrating.

Fig. 2 is the schematic diagram of a kind of disassembling device of an embodiment of the present utility model.Fig. 3 A is the schematic diagram that the clamping assembly of the disassembling device of Fig. 2 is assembled in supporting base.Fig. 3 B is the schematic diagram at another visual angle of Fig. 3 A.Fig. 4 is the schematic diagram of supporting base of the disassembling device of Fig. 2.

Refer to Fig. 2 to Fig. 4, the disassembling device 10 of the present embodiment comprises a supporting base 100 and a clamping assembly 200.Supporting base 100 is suitable for being fixed on desktop, but not as limit, and supporting base 100 comprises one can autologous rotation first chimeric 110, a base 120, one first arm unit 130 and one second arm unit 135.First arm unit 130 and second mutual pivot joint of arm unit 135, first arm unit 130 is articulated in base 120, and be articulated in second arm unit 135 for first chimeric 110, furthermore, first chimeric 110 can be relative to second autologous rotation of arm unit 135.

Clamping assembly 200 is suitable for clamping an electronic equipment (not shown), and electronic equipment is such as being the device that smart mobile phone, panel computer or LCD Display etc. have flat-panel screens, but the kind of electronic equipment is not as restriction.Clamping assembly 200 comprises one second chimeric 210 and a housing 220.Protrude from housing 220 for second chimeric 210.As shown in Fig. 3 A and Fig. 3 B, clamping assembly 200 can be by second chimeric 210 first chimeric 110 with supporting base 100 mutually chimeric so that electronic equipment erects on desktop by supporting base 100.

One of them major character of the disassembling device 10 of the present embodiment be second chimeric 210 of clamping assembly 200 rapidly assembly and disassembly in first chimeric 110 of supporting base 100, will be described in detail this below.

Fig. 5 is the clamping assembly of disassembling device and the schematic diagram of supporting base of Fig. 2.Fig. 6 is the schematic diagram of clamping assembly of the disassembling device of Fig. 2.Fig. 7 is the exploded perspective view of clamping assembly of the disassembling device of Fig. 2.Fig. 8 be first chimeric of disassembling device of Fig. 2 with second chimeric partial cutaway schematic before assembling.

Please first consult Fig. 5, first chimeric 110 of supporting base 100 comprises a diapire 112, a sidewall 114 and six the first fixture blocks 116.Diapire 112 and sidewall 114 are jointly around a containing space S, in the present embodiment, six the first fixture blocks 116 with equidistant from distance around and be convexly set in sidewall 114, each first fixture block 116 has internal surface 116a(please refer to the drawing 8 for close diapire 112) and in abutting connection with the relative both side surface 116b of internal surface 116a.Wherein, the quantity of the first fixture block 116 is not limited with six, at least one.

Coordinate and consult Fig. 6 to Fig. 8, second chimeric 210 of clamping assembly 200 comprises a body 212, two second fixture blocks 214, an elastic component 215, rib 216 and two buttons 217 all round.Two second fixture blocks 214 and two buttons 217 all expose to body 212 and mutual interlock, in the present embodiment, the second fixture block 214 is to carry out interlock by the mode of locking with button 217, in other embodiments, also the second fixture block 214 can be made in integrally formed mode during fabrication with button 217.Elastic component 215 is disposed in body 212, and in the present embodiment, elastic component 215 is located in 217, two button, and two ends are resisted against two relative buttons 217.

Specifically, because elastic component 215 is in the present embodiment Compress Springs, so at the second fixture block 214 and button 217 not pressurized in the situation that, elastic component 215 can be by the second fixture block 214 with button 217 extrapolations and protrude from body 212, now elastic component 215 has lower elastic potential energy.When the second fixture block 214 or button 217 pressurizeds and during retraction body 212, can partly enter or exit this containing space S of first chimeric 110 for second chimeric 210, now elastic component 215 is compressed, there is higher elastic potential energy, therefore, when the pressure of the second fixture block 214 or button 217 is disengaged, elastic component 215 can recover, and then promotion the second fixture block 214 protrudes from body 212 with button 217, thus, keep being positioned partially at for second chimeric 210 in containing space S explanation after detailed element corresponding relation holds.

Certainly, in other embodiments, elastic component 215 also can change into supports the second fixture block 214, is even only having under the state of second fixture block 214 and a button 217, elastic component 215 one end are resisted against body 212, and the other end of elastic component 215 props up in button 217 or the second fixture block 214.The quantity of elastic component 215, the second fixture block 214 and button 217 and configuration relation be not with the above-mentioned system that is limited.

Means of fixation between first chimeric 110 and second chimeric 210 can be with reference to figure 8 to Figure 10.As shown in Figure 8, under normality, the button 217 of second chimeric 210 and the second fixture block 214 protrude from body 212.The front end size of second chimeric 210 approaches but is slightly less than the spacing between two first relative fixture blocks 116.Therefore,, when second chimeric 210 is moved toward first chimeric 110, the front end of second chimeric 210 can be smoothly by between two first fixture blocks 116.Each second fixture block 214 has an inclined-plane 214a, two inclined-plane 214a can more approach a central axis A of second chimeric 210 the closer to the front end (namely can enter at first the position of containing space S) of second chimeric 210, in other words, two inclined-plane 214a are at the front end the closer to second chimeric 210, between two inclined-plane 214a, the closer to, inclined-plane 214a, towards the first fixture block 116, tilt.The second fixture block 214 not yet by compression before, the distance of two inclined-plane 214a of two second symmetrical fixture blocks 214 is greater than the spacing between two first fixture blocks 116 haply.

Fig. 9 is that the second fixture block of the disassembling device of Fig. 2 is pushed and the partial cutaway schematic that inside contracts by the first fixture block.Refer to Fig. 9, because inclined-plane 214a is more approaching a central axis A of second chimeric 210 the closer to the position that can enter at first containing space S of second chimeric 210, that is to say, the distance between two inclined-plane 214a presents the configuration of convergent in the direction of the front end toward second chimeric 210.In the body of second chimeric 210 212 progresses into the process of containing space S of first chimeric 110, first fixture block 116 of first chimeric 110 can pushing and pressing the second fixture blocks 214 inclined-plane 214a so that the second fixture block 214 gradually in retraction body 212, and do not need the other application of force to press button 217.

Figure 10 is the partial cutaway schematic that the second fixture block of the disassembling device of Fig. 2 is arranged in containing space.Refer to Figure 10, after the second fixture block 214 enters containing space S completely, because the inclined-plane 214a of the second fixture block 214 is no longer subject to the first fixture block 116 extruding, now, elastic component 215 recovers and makes the second fixture block 214 protrude out once again body 212.As shown in figure 10, the second fixture block 214 is by the internal surface 116a of the first fixture block 116 spacing (being that plane is to plane), to keep the front end of second chimeric 210 to be arranged in containing space S.

When wanting to make clamping assembly 200 separated with supporting base 100, to press button 217, button 217 is inner mobile to body 212, drives the interior retraction body 212 of the second fixture block 214, just the front end of second chimeric 210 can be pulled out to the containing space S in first chimeric 110.

What is particularly worth mentioning is that, the disassembling device 10 of the present embodiment is to clamp electronic equipment with four jaws (unnumbered), coordinate said structure, clamping assembly 200 can clamped under the state of electronic equipment, dismantle rapidly or be installed on supporting base 100, and the shell of electronic equipment without the need for corresponding quick-disassembly structure, it is adjustable adding jaw, so electronic equipment that can corresponding various different sizes.In addition, for example, when user will change to electronic equipment another supporting frame (wall hanging frame) or take other environment to, do not need electronic equipment separated with clamping assembly 200, electronic equipment is pulled down after this supporting base 100 in the lump rapidly together with clamping assembly 200, taken together on other corresponding supporting bases 100 and install.

In addition, another major character of the disassembling device 10 of the present embodiment is when being sticked in first chimeric 110 for second chimeric 210, the electronic equipment being contained in clamping assembly 200 can drive first chimeric 110 autologous rotation for second chimeric 210, so that can rotate with respect to second arm unit 135.

Please return Fig. 5 and Fig. 6, in the present embodiment, four external fins 216 around and protrude from body 212, and the width of external fin 216 is corresponding to the spacing between two adjacent the first fixture blocks 116.When second chimeric 210 of clamping assembly 200 is assembled in first chimeric 110 of supporting base 100, external fin 216 can be between two adjacent the first fixture blocks 116.Therefore, if rotation clamping assembly 200(for example user's wish is horizontal vertical by electronic equipment by upright rotation), the external fin 216 of second chimeric 210 can promote one of them side surface 116b of first fixture block 116 of first chimeric 110, and the second embedding part 210 of clamping assembly 200 can drive the first embedding part 110 to rotate.Be hubbed at second arm unit 135 due to first chimeric 110, clamping assembly 200 can be with respect to 135 yuan of rotations of the second support arm list of supporting base 100, and change the direction that electronic equipment erects.

Certainly, the quantity of external fin 216 and and the first fixture block 116 between relation not as restriction, in other embodiments, also can only there is an external fin 216 just can reach above-mentioned effect, in addition, the width of external fin 216 also can be less than the spacing between two adjacent the first fixture blocks 116, although while so rotating clamping assembly 200, have the scope (this scope is the difference of distance between external fin 216 width and two adjacent the first fixture blocks 116) of a bit of idle running, but when external fin 216 touches the side surface 116b of the first fixture block 116, be still and can drive the first embedding part 110 to rotate.

In addition, in the present embodiment, for fear of other people, optionally clamping assembly 200 is detached in to supporting base 100, the disassembling device 10 of the present embodiment also has by latch fitting 240 and relevant linkage part and stops clamping assembly 200 to be detached in the design of supporting base 100, in other words, be exactly a kind of anti theft design.

Figure 11 shows the schematic diagram of the tapered end that exposes to clamping assembly.Figure 12 A is the schematic diagram that the connecting rod of clamping assembly of the disassembling device of Fig. 2 is positioned at primary importance.Figure 12 B is the local enlarged diagram of Figure 12 A.Figure 13 A is the schematic diagram that the connecting rod of clamping assembly of the disassembling device of Fig. 2 is positioned at the second place.Figure 13 B is the local enlarged diagram of Figure 13 A.

Please first consult Figure 11 to Figure 12 B, clamping assembly 200 also comprises that a latch fitting 240 and is located at the rotating component 230 in housing 220.Housing 220 has a penetration hole 222, and latch fitting 240 is disposed at penetration hole 222, and latch fitting 240 has the core 242 of an interlock rotating component 230, and rotating component 230 has two legs 232.Also comprise a connecting rod 218 that is disposed in body 212 and is articulated in body 212 for second chimeric 210, connecting rod 218 has a relative first end 218a and one second end 218b.The first end 218a of connecting rod 218 protrudes toward the direction of the second fixture block 214, and two legs 232 of rotating component 230 lay respectively at the both sides of one second end 218b of connecting rod 218.

When user inserts key (unnumbered) latch fitting 240 and rotates, core 242 interlocks make two legs 232 rotate in rotating component 230, two legs 232 can promote the second end 218b of connecting rod 218, and make connecting rod 218 at a primary importance P1(as shown in Figure 12 A and Figure 12 B, be unlocked position) with a second place P2(as shown in Figure 13 A and Figure 13 B, i.e. upper lock position) between rotational transform.In addition, body 212 also comprises two limiting stopper 212a, be convexly set in body 212 and be positioned at connecting rod 218 both sides, with the slewing area of limiting rod 218 only between primary importance P1 and second place P2.

As shown in Figure 12 A and Figure 12 B, when connecting rod 218 is positioned at primary importance P1, on the mobile route when first end 218a of connecting rod 218 is not positioned at button 217 and inside contracts, now, button 217 can start.In other words, user can interiorly press button 217 so that the second embedding part 210 of clamping assembly 200 is departed to the first embedding part 110 in supporting base 100.

When if user wants to make the second embedding part 210 of clamping assembly 200 cannot depart from the first embedding part 110 in supporting base 100, as long as by key turns core 242, the leg 232 of rotating component 230 can promote the second end 218b of connecting rod 218 widdershins, connecting rod 218 can deasil rotate accordingly, and allows the first end 218a of connecting rod 218 move to the second place P2 as shown in Figure 13 A and Figure 13 B.That is to say, the first end 218a of connecting rod 218 has entered mobile route when button 217 inside contracts and against button 217.Now, if press button 217 in the application of force, button 217 can be blocked and cannot be pressed into by the first end 218a of connecting rod 218, interlock still protrudes from body 212 in the second fixture block 214 of button 217, namely the second fixture block 214 is still by the internal surface 116a of the first fixture block 116 spacingly, just can avoid other people optionally clamping assembly 200 to be detached in to supporting base 100.

In addition, go back to Fig. 4, in the present embodiment, second arm unit 135 can carry out in the vertical direction almost 360 degree relative to first arm unit 130 and rotate, first arm unit 130 can carry out 180 degree rotations in the vertical direction with respect to base 120, and in addition, base 120 can also horizontally rotate, more particularly, base 120 can rotate with respect to peripheral 124 at the central position 122 with first arm unit 130 pivot joint.By a pivot device 140, be arranged at second arm unit 135 for first chimeric 110, wherein pivot device 140 can be a ball bearing, so that first chimeric 110 is carried out unconfined autologous rotation with respect to second arm unit 135.

In the present embodiment, supporting base 100 also comprises a fixed unit 150 that extends base 120, with supporting base 100 is clamping or be locked in such as being on the objects such as sidewall of desk or bookshelf.But in other embodiments, supporting base 100 also can only lie against on desktop by base 120, but base 120 is own, must strengthens or increase the weight of disassembling device, avoid disassembling device 10 to topple over.

In sum, second chimeric first chimeric of can dismantle rapidly or be assembled in supporting base of the clamping assembly of disassembling device of the present utility model is upper, and the clamping assembly portability of pulling down is installed to other corresponding supporting bases.In addition, when being sticked in first chimeric for second chimeric, second chimeric can drive first chimeric rotation, and makes first chimeric can turn to required angle with respect to base with second chimeric.In addition, disassembling device of the present utility model can be adjusted connecting rod position with limit button in rotating component by latch fitting interlock, avoids other people optionally clamping assembly to be detached in to supporting base.

Specifically, disassembling device can be recessed in body by second fixture block of second chimeric of clamping assembly, and makes the front end of second chimeric enter or leave the containing space of first chimeric.When the front end of second chimeric is positioned at containing space and the second fixture block evagination in body, if by second chimeric toward moving away from the direction of diapire, the second fixture block can be subject to the first fixture block internal surface restriction and make second chimeric to rest in the containing space of first chimeric.And can make the second fixture block be recessed in body to allow second chimeric to be located away from first chimeric by pressing button.By this design, can reach clamping assembly rapid-assembling and dismantle the effect in supporting base.Therefore, for example, when if user will change to electronic equipment another supporting frame (wall hanging frame) or take other environment to, do not need electronic equipment separated with clamping assembly, electronic equipment is pulled down after this supporting base in the lump rapidly together with clamping assembly, taken together on other corresponding supporting bases and install.In addition, by the external fin of second chimeric, be resisted against the side surface of the first fixture block, and make first chimeric interlock in second chimeric.Thus, the electronic equipment being fixed on clamping assembly just can be with respect to base at three-dimensional space motion.In addition, disassembling device of the present utility model also by installing latch fitting on clamping assembly, its core interlock is positioned at rotating component, rotating component can promote the second end of connecting rod, and the first end that makes connecting rod is turned to the position against button, that is to say, first end has occupied the mobile space of script button in body interior, and button can not be depressed.Thus, can avoid clamping assembly to be separated supporting base by other people, effectively promote the Security of quick-detachable clamping assembly.

Finally it should be noted that: each embodiment, only in order to the technical solution of the utility model to be described, is not intended to limit above; Although the utility model is had been described in detail with reference to aforementioned each embodiment, those of ordinary skill in the art is to be understood that: its technological scheme that still can record aforementioned each embodiment is modified, or some or all of technical characteristics is wherein equal to replacement; And these modifications or replacement do not make the essence of appropriate technical solution depart from the scope of each embodiment's technological scheme of the utility model.

Claims

1. a disassembling device, is characterized in that, comprises:

One supporting base, comprise one can autologous rotation first chimeric, wherein this first chimeric comprises a diapire, a sidewall and at least one the first fixture block, this diapire and this sidewall be jointly around a containing space, and this at least one first fixture block is convexly set in this sidewall and has near an internal surface of this diapire and in abutting connection with the relative both side surface of this internal surface; And

One clamping assembly, comprise one second chimeric, wherein this second chimeric comprises a body, one second fixture block, an elastic component and an external fin, this elastic component is disposed in this body, this second fixture block along with this elastic component, protrude adjustably or retraction in this body, and this external fin protrudes from this body, wherein:

When this second fixture block retraction is during in this body, this second chimeric can partly enter or exit this this containing space of first chimeric,

When this second fixture block protrudes from this body and is positioned at this containing space, this second fixture block is spacing by this internal surface of this first fixture block, to keep this second chimeric to be positioned partially in this containing space, and this external fin is resisted against one of them this side surface of this first fixture block, so that this second chimeric can drive this first chimeric rotation.

2. disassembling device according to claim 1, is characterized in that, this second chimeric also comprises a button, exposes to this body and interlock in this second fixture block.

3. disassembling device according to claim 2, it is characterized in that, this second chimeric also comprises a connecting rod that is disposed in this body and is articulated in this body, this connecting rod comprises a first end, when this connecting rod is positioned at a primary importance, this button can start, when this connecting rod is positioned at a second place, this first end of this connecting rod, against this button, limits this button start.

4. disassembling device according to claim 3, it is characterized in that, this clamping assembly also comprises a rotating component, and this rotating component comprises two legs, described leg is positioned at the both sides of one second end of this connecting rod, to promote this connecting rod when this primary importance and rotational transform between this second place.

5. disassembling device according to claim 4, is characterized in that, this clamping assembly also comprises a housing and a latch fitting, this second chimeric protrudes from this housing, this housing has a penetration hole, and this latch fitting is disposed at this penetration hole, and a core interlock of this latch fitting is positioned at this rotating component of this housing.

6. disassembling device according to claim 3, is characterized in that, this body also comprises two limiting stoppers, is convexly set in this body and is positioned at this connecting rod both sides.

7. disassembling device according to claim 1, is characterized in that, this second fixture block also has an inclined-plane, and this inclined-plane is more approaching this central axis of second chimeric the closer to this position that can enter at first this containing space of second chimeric.

8. disassembling device according to claim 1, is characterized in that, this elastic component is supported this second fixture block, so that this second fixture block keeps protruding from the state of this body under normal conditions.

9. disassembling device according to claim 1, is characterized in that, this supporting base also comprises a base and an arm unit, and this arm unit is articulated in this base, and this first chimeric is arranged at this arm unit.

10. disassembling device according to claim 9, is characterized in that, this first chimeric is arranged at this arm unit by a pivot device.