CN202834640U - Suspension device - Google Patents
Suspension device Download PDFInfo
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- CN202834640U CN202834640U CN 201220269045 CN201220269045U CN202834640U CN 202834640 U CN202834640 U CN 202834640U CN 201220269045 CN201220269045 CN 201220269045 CN 201220269045 U CN201220269045 U CN 201220269045U CN 202834640 U CN202834640 U CN 202834640U
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Abstract
The utility model provides a suspension device which is used for hanging an electric device on a wall face. The suspension device comprises a base, a suspension assembly and a fastening assembly. The base is fixed on the wall face, and the suspension assembly is used for mounting the electric device and can be hung on the base in a detachable mode. The suspension assembly comprises a limit unit, and the fastening assembly is arranged on the suspension assembly. The fastening assembly comprises a fastening unit and a moving unit, and the fastening unit abuts against the limit unit in a moving mode and is buckled or unclasped on the base seat. The moving unit is connected with one end of the fastening unit, and in the unclasping process, the moving unit is stressed to move along a first route and drives the fastening unit. The fastening unit is limited by the limit unit in motion and simultaneously rotates along a second route and moves along a third route so as to be unclasped on the base seat. An included angle is formed between the first route and the third route, and in the buckling process, the fastening unit returns along the second route and is buckled on the base seat.
Description
Technical field
The utility model relates to a kind of erecting by overhang, and particularly relevant for the erecting by overhang of electronic equipment being hung on metope.
Background technique
Have benefited from the development of science and technology, the thick and heavy video screen of tradition has been developed to thin screen, such as LCD Display, plasma screen etc., thereby progressively replace the bulky iconoscope TV of tradition, and this type of thin screen can be hung on the metope, the interior space is used more effectively and plans.Yet, when this type of screen is hung on metope, usually can by screw or fixed component with its locking on metope, drop because of collision avoiding.When user's wish is taken off screen from metope, also need simultaneously these screws or lock firmware are dismantled one by one.It is quite complicated and inconvenient process that this measure is as good as the user.
The model utility content
The utility model provides a kind of lifting device, and this device has the structure of simple and easy and easy-to-operat.
The utility model proposes a kind of erecting by overhang in order to electronic equipment is hung on metope.Erecting by overhang comprises pedestal, suspending assembly and clip assembly.Pedestal is fixed on the metope.Suspending assembly supplied for electronic device is installed and is hung on pedestal removedly.Suspending assembly comprises position-limiting unit.The clip assembly is arranged on the suspending assembly.The clip assembly comprises a clip unit and a mobile unit.The clip unit is bearing on position-limiting unit.When suspending assembly was hung on pedestal, the clip unit card was buckled in pedestal.When clip unit solution was buckled in pedestal, suspending assembly was suitable for removing from pedestal.Mobile unit connects an end of clip unit.In the process of triping, mobile unit is suitable for stressed along one first path movement and drive the clip unit.Be confined to position-limiting unit during the clip unit motion and rotate along one second path simultaneously and directly mobile along a Third Road, so that clip unit solution is buckled in pedestal.The first path and Third Road directly press from both sides an angle.In a buckle process, suspending assembly moves with respect to pedestal, comes and goes to be snapped in pedestal along the second path so that the clip unit is compressed with release by pedestal.
The utility model proposes a kind of erecting by overhang, in order to hang an electronic equipment on a metope.Erecting by overhang comprises a pedestal, a suspending assembly, a clip unit and a Flexible element.Pedestal is installed on the metope.Suspending assembly supplied for electronic device is installed and is hung on pedestal removedly.Suspending assembly has one first guiding face and a containing space.The clip unit is located in containing space movably and partly.The clip unit has a clamping face and one second guiding face of adjacency, and the second guiding face is parallel to the first guiding face.Flexible element is in containing space and be resisted against between suspending assembly and the clip unit.The permanent clamping face that drives of Flexible element is resisted against pedestal.When suspending assembly was removed from pedestal by external force, the clip unit cooperatively interacted by the first guiding face and the second guiding face and moves with respect to suspending assembly and pedestal, so that clamping face moves apart pedestal.When suspending assembly is subjected to external force and when being mounted to pedestal, pedestal compresses the clip unit, and make clamping face be resisted against pedestal in the distortion of clip unit local elasticity and after recovering.
Based on above-described embodiment, electronic equipment is hung on the pedestal by suspending assembly, and because comprising the clip unit of quick detach characteristic, wherein produce the relative movement of specific mobile route between position-limiting unit, clip unit and the mobile unit, thereby the clip assembly can be made things convenient for and promptly with suspending assembly and substrate latch fastener together or triped.Accordingly, the user just can be mounted to electronic equipment easily metope by above-mentioned quick-disassembly structure or dismantle from metope.
For above-mentioned feature and advantage of the present utility model can be become apparent, embodiment cited below particularly, and cooperate accompanying drawing to elaborate.
Description of drawings
Fig. 1 is the schematic diagram that the utility model one embodiment's erecting by overhang is applied to electronic equipment;
Fig. 2 A is that the erecting by overhang of Fig. 1 is in the partial exploded view of hanger;
Fig. 2 B is that the erecting by overhang of Fig. 2 A is from the partial exploded view at another visual angle;
Fig. 3 is that the erecting by overhang of Fig. 1 is along the sectional view of I-I line;
Fig. 4 A to Fig. 4 F is the workflow diagram of the erecting by overhang of Fig. 1.
Description of reference numerals:
10: electronic equipment;
20: metope;
100: erecting by overhang;
110: pedestal;
112: board;
114: the first plate bodys;
115: the arc plate body;
116: the second plate bodys;
120: suspending assembly;
121: hanger;
121a, 121b: hook;
121c: connect plate body;
122,123: support;
124: lid;
130: the clip assembly;
131: drawstring;
125: position-limiting unit;
134: the clip unit;
136: mobile unit;
138: Flexible element;
C1: clamping face;
E1: first end;
E2: the second end;
F1: the application of force;
F2: reaction force;
G: gravitational direction;
L1: the first path;
L2: the second path;
L3: Third Road footpath;
L4: the 4th path;
R1: containing space;
U1: the first guiding face;
U2: the second guiding face.
Embodiment
Fig. 1 is the schematic diagram that the utility model one embodiment's erecting by overhang is applied to electronic equipment.Please refer to Fig. 1, in the present embodiment, electronic equipment 10 for example is a LCD TVs, and this electronic equipment is suspended on the metope 20 by erecting by overhang 100.Erecting by overhang 100 comprises a pedestal 110 and two suspending assemblies 120, and pedestal 110 is used for being fixed on metope 20, and suspending assembly 120 supplied for electronic devices 10 are installed (for example with screw electronic equipment 10 and suspending assembly 120 being locked together).Moreover suspending assembly 120 is to hang removedly on pedestal 110, and as shown in Figure 1, suspending assembly 120 is hung on pedestal 110 or from pedestal 110 by hanger 121 and dismantled.It should be noted that at this, though Fig. 1 has illustrated two suspending assemblies 120, the utility model is as limit, and the user can be according to the external form of electronic equipment 10, weight, service condition etc. and suitably adjusted the quantity of suspending assembly 120.
In the present embodiment, suspending assembly 120 also comprises the first support 122, the second support 123, itself and hanger 121 mutually articulates and further forms three-link mechanism, wherein the first support 122 is in order to 10 assemblings of supplied for electronic device, and after electronic equipment 10 is suspended on the metope 20 by erecting by overhang 100, drive this three-link mechanism and adjust the first support 122 with respect to the position of hanger 121, adjusting electronic equipment 10 with respect to the inclination angle of metope 20, and the visual angle when allowing electronic equipment 10 meet the user to operate.
Fig. 2 A is that the erecting by overhang of Fig. 1 is in the partial exploded view of hanger.Fig. 2 B is that the erecting by overhang of Fig. 2 A is from the partial exploded view at another visual angle.Fig. 3 is that the erecting by overhang of Fig. 1 is along the sectional view of I-I line.Please also refer to Fig. 2 A, Fig. 2 B and Fig. 3, in the present embodiment, pedestal 110 has a board 112, a pair of the first plate body 114, a pair of arc plate body 115 and a pair of the second plate body 116.Because the first plate body 114, arc plate body 115 are identical with relative both sides and the structure that the second plate body 116 is arranged on board 112 in couples, and in the present embodiment clip assembly (see below and state) be with Fig. 2 A and Fig. 3 in the first plate body 114, arc plate body 115 and second plate body 116 of below interact, therefore followingly only the first plate body 114, arc plate body 115 and second plate body 116 of diagram below are narrated.
In addition, suspending assembly 120 also comprises and is arranged at a position-limiting unit 125 that connects on the plate body 121c, and this position-limiting unit 125 has one first guiding face U1, namely connects plate body 121c and comprises the first guiding face U1.Erecting by overhang 100 also comprises a clip assembly 130, is arranged on the hanger 121 of suspending assembly 120.Say further, clip assembly 130 is arranged on movably and connects on the plate body 121c.Clip assembly 130 comprises a clip unit 134 and a mobile unit 136.Clip unit 134 has one second guiding face U2, and the second guiding face U2 is suitable for being coupled in slidably the first guiding face U1 so that clip unit 134 is bearing on the position-limiting unit 125.Mobile unit 136 is connected to an end of clip unit 134 to drive clip unit 134.Clip unit 134 can be confined to position-limiting unit 125 and produce simultaneously mobile and rotation when motion, and then separates or be coupled the first guiding face U1 and the second guiding face U2.The motion state of associated components sees aftermentioned for details.
When electronic equipment 10 is suspended on the metope 20 by erecting by overhang 100 (such as the state of Fig. 1 and Fig. 3), that is when suspending assembly 120 is hung on pedestal 110, clip unit 134 also is buckled on the pedestal 110 simultaneously, a clamping face C1 who is clip unit 134 is resisted against the first plate body 114, clamping face C1 is in abutting connection with the second guiding face U2, and the first guiding face U1 is coupled to the second guiding face U2.Thus, electronic equipment 10 decapacitation reach outside the effect of hanging on metope 20 by erecting by overhang 100, can also be by the interference between clip unit 134 and the pedestal 110, and make electronic equipment 10 and the suspending assembly 120 that locks on it, can and pedestal 110(and metope 20) between keep fixing state, avoid electronic equipment 10 to suffer external force collision and may be with respect to pedestal 110(and metope 20) produce the relatively improper displacement that for example makes progress, and the derivative accident that drops.
The more important thing is, when wish unloaded electronic equipment 10 from metope 20, clip assembly 130 can also provide the mechanism of quick-detachment.
Say further, the suspending assembly 120 of the present embodiment also comprises a lid 124, for example lid 124 is mounted to by screw to connect plate body 121c, and forms a containing space R1 between the two, and mobile unit 136 is arranged in the containing space R1 actively.In the present embodiment, the movement direction of mobile unit 136 in containing space R1 is to be parallel to gravitational direction G.
Moreover, mobile unit 136 interlocks are in clip unit 134, to drive clip unit 134 with respect to position-limiting unit 125 motions, and then separate the first guiding face U1 and the second guiding face U2, concern with the buckle between the first plate body 114 of the clamping face C1 that removes clip unit 134 and pedestal 110, allow electronic equipment 10(and be installed in suspending assembly 120 on the electronic equipment 10 and reach) effect that removes from pedestal 110.Accordingly, the clip assembly of the present embodiment 130 is arranged in pairs or groups by itself and the quick-disassembly structure between suspending assembly 120, the pedestal 110, makes the user can carry out easily and quickly the dismounting operation of electronic equipment 10 from metope 20.Below will further specify the movement process of associated components.
Fig. 4 A to Fig. 4 F is the workflow diagram of the erecting by overhang of Fig. 1, this with wherein one the hook 121a as object to describe.
Please refer to Fig. 4 A, specifically, the position-limiting unit 125 of the present embodiment and the structure that is connected plate body 121c and is formed in one.In addition, clip unit 134 has a first end E1 respect to one another and one second end E2, and first end E1 is connected in mobile unit 136 and is positioned at containing space R1, and makes the become one structure of moulding of clip unit 134 and mobile unit 136.The second end E2 is positioned at outside the containing space R1, and clamping face C1 is positioned at the second end E2.In addition, the clip unit 134 in the present embodiment has suitable pliability and elasticity, and it is that nylon material is made, but not as limit, other have better pliability and flexible engineering plastics material also can.The second end E2 projects upwards and against the first plate body 114 of pedestal 110 from containing space R1.The second end E2 is snapped in the first plate body 114, the second guiding face U2 of pedestal 110 between first end E1 and the second end E2 by clamping face C1.
Next please cooperate again with reference to figure 4B to Fig. 4 D, and according to graphic definition gravitational direction G be downward, gravitational direction G is reversed upwards, the motion of parallel gravitational direction G is for vertically moving, the motion of vertical gravity direction G is transverse shifting, and illustrate the moving process of clip assembly 130 on the side, can know the action of describing associated components.
In the process of triping, in the moving process such as Fig. 4 A to Fig. 4 C, mobile unit 136 can move along one first path L1, and owing to clip unit 134 and mobile unit 136 are structure as a whole, and the first guiding face U1 and the second guiding face U2 have with respect to the first path L1 and slope consistent with each other, therefore clip unit 134 can be moved unit 136 and drives, and be subject to position-limiting unit 125 with simultaneously along the second path L2 rotate and along Third Road directly L3 move.
Actual, in this triped process, suspending assembly 120 was suitable for stressed and moves along the 4th path L4 with respect to pedestal 110, so that this is dismantled from pedestal 110 hook 121a, 121b.In the moving process of suspending assembly 120, the second end E2 moves to the second plate body 116 from the first plate body 114 through arc plate body 115, and along with suspending assembly 120 moves apart pedestal 110 and moves apart the second plate body 116.When wish with suspending assembly 120 and on electronic equipment 10 during from pedestal 110 dismounting, the user first is in reverse to gravitational direction G with application of force F1() act on electronic equipment 10(and be shown in Fig. 1), be attached to the suspending assembly 120 of electronic equipment 10 in the lump with respect to moving on the pedestal 110 with drive, the first plate body 114 of pedestal 110 is pressed on the clip unit 134 with reaction force F2, and indirectly promotes mobile unit 136.Simultaneously, the second end E2 of clip unit 134 is subject to the effect of reaction force F2, but because the first guiding face U1 and the second guiding face U2 are gravitational direction G with respect to the first path L1() be inclined, therefore though clip unit 134 bears the reaction force F2 parallel with gravitational direction G, but because the structural limitations of position-limiting unit 125 moves along Third Road footpath L3, wherein the first path L1 and Third Road footpath L3 is respectively a straight line line segment, and press from both sides an angle between the two, at least part of the first path L1 is parallel to gravitational direction, and Third Road footpath L3 is parallel to the first guiding face U1 and the second guiding face U2.
Have pliability in this clip unit 134 of it should be noted that the present embodiment, and mobile unit 136 is subject to containing space R1 and only can moves along parallel gravitational direction G.Therefore, mobile unit 136 is promoted by clip unit 134 and moves along the first path L1, and clip unit 134 also can rotate along the second path L2 when L3 moves along the Third Road footpath, the first end E1 that is to say clip unit 134 can move into containing space R1 along with mobile unit 136, and the second end E2 also can rotate along the second path L2 with respect to first end E1 when containing space R1 moves along Third Road footpath L3, that is the second end E2 rotates and moves to containing space R1 along Third Road footpath L3 with respect to position-limiting unit 125 simultaneously along the second path L2 with respect to first end E1.Shown in Fig. 4 A to Fig. 4 C, how much straight lines that the first end E1 of clip unit 134 and the second end E2 consist of, it can move down and increase to gravitational direction along with clip unit 134 and mobile unit 136 with the folded angle of gravitational direction G.
Refer again to the process of triping of Fig. 4 C to Fig. 4 F, in the present embodiment, clip assembly 130 also comprises a Flexible element 138, be arranged in the containing space R1 and be connected between mobile unit 136 and the lid 124, and these Flexible element 138 permanent mobile units 136 that drive are along reverse path (being the opposite direction of the gravitational direction G) movement of the first path L1.
When suspending assembly 120 was removed from pedestal 110 by external force, suspending assembly 120 moved with respect to pedestal 110, drove clip unit 134 so that the first plate body 114 compresses clamping face C1 and moved.When the second end E2 moved to containing space R1, the second end E2 moved to arc plate body 115 from the first plate body 114.First end E1 drives the second end E2 and moves and be out of shape Flexible element 138 to containing space R1, and in moving process, the second end E2 rotates with respect to first end E1 with cooperating of the second guiding face U2 by the first guiding face U1.After clamping face C1 moved apart the first plate body 114, the elastic force of Flexible element 138 drove the second end E2 and moves to the second plate body 116 from arc plate body 115.
In the present embodiment, when mobile unit 136 moves along the first path L1, the second end E2 of clip unit 134 can move to arc plate body 115 from the first plate body 114, and mobile unit 136 can make Flexible element 138 produce distortion (illustrating compressed spring such as Fig. 4 A to Fig. 4 D).When the second end E2 moves to arc plate body 115, namely the second end E2 moves apart the first plate body 114 and when removing buckle between clamping face C1 and the first plate body 114 and concerning, reverse path along the first path L1 moves mobile unit 136 by the elastic restoring force of Flexible element 138, to drive the second end E2 away from containing space R1.In other words, the elastic force of Flexible element 138 can be with the reverse passing of mobile unit 136 towards gravitational direction G, and drive in the lump clip unit 134 away from containing space R1.
This measure makes the second end E2 move to the second plate body 116 from arc plate body 115, and be subject to the second plate body 116 because of the second end E2 simultaneously, therefore clip unit 134 still can make the second end E2 continue to rotate with respect to first end E1 along the second path L2 because it is resisted against on the second plate body 116, finally make the first guiding face U1 move apart the second guiding face U2.Accordingly, the user just can move apart electronic equipment 10 and the suspending assembly 120 that locks on it pedestal 110 and finish field-strip along the 4th path L4.
On the other hand, refer again to Fig. 1 and Fig. 3, clip assembly 130 also comprises a drawstring 131, and this drawstring bondage is exposed to outside the electronic equipment 10 in mobile unit 136 and from the sagging extension of containing space R1.Therefore, the erecting by overhang 100 of the present embodiment also has the mode of another kind of operation dismounting operation, to be exactly the user drive mobile unit 136 with pulling drawstring 131 moves along the first path L1, and it can reach same effect by the application of force F1 that acts on electronic equipment 10 with above-mentioned.
Relatively, when user's wish was hung on electronic equipment 10 and suspending assembly 120 on the metope 20 again, only sequentially the above-mentioned Fig. 4 of reverse operating A to Fig. 4 F and associated description just can be finished installation exercise.In brief, in a buckle process, the user needs suspending assembly 120 is moved towards the reverse path of pedestal 110 along the 4th path L4.What this needed first explanation be the illustrating along the 4th path L4(such as Fig. 4 F of the present embodiment) motor pattern comprise transverse shifting and vertically move.Therefore when mounted, the user allows the second plate body 116 against clip unit 134 with the transverse shifting that is in reverse to the 4th path L4 first, and the second end E2 is rotated along the second path L2 with respect to first end E1, thereby allow the hook portion of hook 121a be positioned at by board 112, the first plate body 114, arc plate body 115 and the second plate body 116 formed notch tops.Again, this moment, clip unit 134 was in elastic deformation because of its elasticity.
Then, the user moves down hook 121a to be in reverse to vertically moving of the 4th path L4, until the second end E2 of clip unit 134 is when moving to arc plate body 115 from the second plate body 116, because the elasticity recovery Effects of clip unit 134, and its second end E2 is rotated along the reverse path of the second path L2 with respect to first end E1, and then make the second end E2 move to the first plate body 114 from arc plate body 115, with at the coupler body of hook 121a when combining with notch, clamping face C1 also is in again the state with 114 interference of the first plate body.This, clip assembly 130 is just finished the buckle process of 110 of suspending assembly 120 and pedestals.In other words, in this buckle process, suspending assembly 120 is suitable for stressed and moves with respect to the reverse path of pedestal 110 along the 4th path L4, so that the second end E2 rotates along the second path L2 with respect to first end E1, and moves to arc plate body 115 from the second plate body 116.When suspending assembly 120 is subjected to external force to be mounted to pedestal 110, pedestal 110 compresses clip unit 134 and sequentially from second plate body 116 via arc plate body 115 moves to first plate body 114 with respect to first end E1 rotation until clamping face C1 is resisted against pedestal 110, the second end E2 to drive the second end E2.
Based on above-mentioned, repeat the disassembly process that the locking accessory dismounting just can be finished with respect to common need, the erecting by overhang 100 of the present embodiment, by the easy structure characteristic between the correlation unit of clip assembly 130, relatively configuration and moving process thereof, just can with comparatively make things convenient for and fast mode electronic equipment 10 is carried out dismounting.
In sum, in the erecting by overhang of the present utility model, reach mutually corresponding guiding face structure by position-limiting unit, clip unit with the formed moving process of mobile unit, make suspending assembly with respect to the pedestal moving process is forward and backward can buckle or trip suspending assembly and pedestal, thereby, the user can with convenient and fast mode with electronic equipment from the metope dismounting or be hung on metope.
It should be noted that at last: above each embodiment is not intended to limit only in order to the technical solution of the utility model to be described; Although with reference to aforementioned each embodiment the utility model is had been described in detail, those of ordinary skill in the art is to be understood that: it still can be made amendment to the technological scheme that aforementioned each embodiment puts down in writing, and perhaps some or all of technical characteristics wherein is equal to replacement; And these modifications or replacement do not make the essence of appropriate technical solution break away from the scope of each embodiment's technological scheme of the utility model.
Claims (13)
1. an erecting by overhang is characterized in that, is used for hanging an electronic equipment at a metope, and this erecting by overhang comprises:
One pedestal is fixed on this metope;
One suspending assembly for this electronic equipment assembling, and is hung on this pedestal removedly, and this suspending assembly has a position-limiting unit;
One clip assembly is arranged on this suspending assembly, and this clip assembly comprises:
One clip unit bears against on this position-limiting unit movably, and when this suspending assembly was hung on this pedestal, this clip unit card was buckled in this pedestal, and when this clip unit solution was buckled in this pedestal, this suspending assembly removed from this pedestal;
One mobile unit, an end that connects this clip unit, trip in the process one, this mobile unit is stressed along one first path movement and drive this clip unit, be confined to this position-limiting unit and while during this clip unit motion along one second path rotation and directly mobile along a Third Road, so that this clip unit moves apart this pedestal, wherein this first path and this Third Road directly press from both sides an angle, in a buckle process, this suspending assembly moves with respect to this pedestal, comes and goes to be snapped in this pedestal along this second path so that this clip unit is compressed with release by this pedestal.
2. erecting by overhang according to claim 1 is characterized in that, this position-limiting unit comprises one first guiding face, and this clip unit comprises one second guiding face, and this first guiding face and this second guiding face have with respect to this first path and slope consistent with each other.
3. erecting by overhang according to claim 2, it is characterized in that, wherein at least part of this first path is parallel to gravitational direction, and this Third Road directly is parallel to this first guiding face and this second guiding face, and this first path and this Third Road directly are respectively a straight line line segment.
4. erecting by overhang according to claim 2, it is characterized in that, this clip unit comprises a first end respect to one another and one second end, this first end connects this mobile unit, this second end is used for being buckled in this pedestal, this second guiding face is between this first end and this second end, and when this clip unit rotated along this second path, this second end rotated along this second path with respect to this first end.
5. erecting by overhang according to claim 4, it is characterized in that, this suspending assembly comprises a pair of hook parallel to each other and is connected to this to a plate body between the hook, and this clip assembly is arranged on this connection plate body movably, and this position-limiting unit is arranged on this connection plate body.
6. erecting by overhang according to claim 5, it is characterized in that, this suspending assembly also comprises a lid, be installed on this connection plate body and form betwixt a containing space, this mobile unit and this first end are positioned at this containing space, this second end projects upwards and against this pedestal from this containing space, when this this mobile unit during along this first path movement, this second end rotate along this second path with respect to this first end and simultaneously with respect to this position-limiting unit along this Third Road radially this containing space move.
7. erecting by overhang according to claim 6, it is characterized in that, this clip assembly also comprises a Flexible element, be arranged in this containing space and be connected between this mobile unit and this lid, this mobile unit of the permanent driving of this Flexible element moves along the reverse path in this first path, to drive this second end away from this containing space.
8. erecting by overhang according to claim 7, it is characterized in that, this pedestal comprises a board, a pair of arc plate body, a pair of the first plate body and a pair of the second plate body, this first plate body be connected that the second plate body is positioned on the different geometrical planes and connect wherein with this arc plate body, this board is fixed on this metope, this first plate body is connected in this board away from this second plate body place, when this mobile unit along this first path movement, rotate along this second path with respect to this first end and drive this second end, and when this second end directly moves along this Third Road with respect to this position-limiting unit, this second end moves to this arc plate body from this first plate body, and this this Flexible element of mobile unit resiliently deformable, when this Flexible element drives this mobile unit and moves along the reverse path in this first path, this second end moves to this second plate body from this arc plate body, and this second end is rotated along this second path with respect to this first end.
9. erecting by overhang according to claim 8, it is characterized in that, in this trips process, this suspending assembly be suitable for stressed and with respect to this pedestal along one the 4th path movement, so that this is dismantled from this pedestal hook, in the moving process of this suspending assembly, this second end moves to this second plate body from this first plate body through this arc plate body, and along with this suspending assembly moves apart this pedestal and moves apart this second plate body, in this buckle process, this suspending assembly is suitable for stressed and moves with respect to the reverse path of this pedestal along the 4th path, so that this second end rotates along this second path with respect to this first end, and move to this arc plate body from this second plate body, after this suspending assembly moves along the reverse path in the 4th path with respect to this pedestal, this second end also rotates along the reverse path in this second path with respect to this first end, and this second end is moved and against to this first plate body from this arc plate body.
10. an erecting by overhang is characterized in that, is used for hanging an electronic equipment at a metope, and this erecting by overhang comprises:
One pedestal is fixed on this metope;
One suspending assembly is installed for this electronic equipment, and is hung removedly on this pedestal, and this suspending assembly comprises one first guiding face and a containing space;
One clip unit is located in this containing space movably and partly, and this clip unit comprises a clamping face and one second guiding face of adjacency, and this second guiding face is parallel to this first guiding face; And
One Flexible element, in this containing space and be resisted against between this suspending assembly and this clip unit, permanent this clamping face that drives of this Flexible element is resisted against this pedestal, when this suspending assembly is removed from this pedestal by external force, this clip unit cooperatively interacts by this first guiding face and this second guiding face and moves with respect to this suspending assembly and this pedestal, so that this clamping face moves apart this pedestal, when this suspending assembly is subjected to external force and is mounted to this pedestal, this pedestal compresses this clip unit, and makes this clamping face be resisted against this pedestal in this clip unit local elasticity distortion and after recovering.
11. erecting by overhang according to claim 10 is characterized in that, this suspending assembly comprise a pair of hook parallel to each other and connect this to the hook between a plate body, this is hung on this pedestal to hook, this connection plate body comprises this first guiding face.
12. erecting by overhang according to claim 11, it is characterized in that, this suspending assembly also comprises a lid, be installed on this connection plate body and form betwixt this containing space, this clip unit comprises a first end and one second end, this first end is positioned at this containing space, this second end is positioned at outside this containing space, this clamping face is positioned at this second end, when this suspending assembly is removed from this pedestal by external force, this first end drives this second end and moves and be out of shape this Flexible element to this containing space, and in moving process, this second end rotates with respect to this first end with this second cooperating of guiding face by this first guiding face, and when this suspending assembly was subjected to external force to be mounted to this pedestal, this pedestal compressed this clip unit and rotates until this clamping face is resisted against this pedestal with respect to this first end to drive this second end.
13. erecting by overhang according to claim 12, it is characterized in that, this pedestal comprises a board, a pair of arc plate body, a pair of the first plate body and a pair of the second plate body, this first plate body is positioned on the different geometrical planes and by this arc plate body from this second plate body and connects wherein, this board is fixed on this metope, this first plate body connects this board away from this second plate body place, when this suspending assembly is hung on this pedestal, this clamping face is resisted against this first plate body, when this suspending assembly is removed from this pedestal by external force, this suspending assembly moves with respect to this pedestal, so that this first plate body compresses this clamping face and drives this clip cell moving, when this second end moves to this containing space, this second end moves to this arc plate body from this first plate body, after this clamping face moves apart this first plate body, the elastic force of this Flexible element drives this second end and moves to this second plate body from this arc plate body, when this suspending assembly was subjected to external force to be mounted to this pedestal, this second end sequentially moved to this first plate body from this second plate body via this arc plate body.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220269045 CN202834640U (en) | 2012-06-08 | 2012-06-08 | Suspension device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220269045 CN202834640U (en) | 2012-06-08 | 2012-06-08 | Suspension device |
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| Publication Number | Publication Date |
|---|---|
| CN202834640U true CN202834640U (en) | 2013-03-27 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220269045 Expired - Fee Related CN202834640U (en) | 2012-06-08 | 2012-06-08 | Suspension device |
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| Country | Link |
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| CN (1) | CN202834640U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106764339A (en) * | 2017-01-13 | 2017-05-31 | 苏州工业园区翰林小学 | A kind of display suspension arrangement |
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2012
- 2012-06-08 CN CN 201220269045 patent/CN202834640U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106764339A (en) * | 2017-01-13 | 2017-05-31 | 苏州工业园区翰林小学 | A kind of display suspension arrangement |
| CN106764339B (en) * | 2017-01-13 | 2018-11-20 | 苏州工业园区翰林小学 | A kind of display suspension arrangement |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130327 Termination date: 20160608 |