CN201401613Y - Multifunctional bracket - Google Patents

Abstract

The utility model discloses a multifunctional bracket, which comprises a bracket seat and support legs, wherein the bracket seat is connected with the support legs; the joint part between the bracketseat and the supported object is made of heat conduction materials. The technical proposal has the advantage that since the joint part which is positioned between the bracket seat and the supported object is made of heat conduction materials, the heat of the supported object can be emitted, so the heat emission problem of the supported object is solved. The bracket obtains a new function without increasing the volume of the bracket.

Description

A kind of multiple bay

Technical field

The utility model relates to mechanical field, particularly a kind of multiple bay.

Background technique

Some equipment in use may need to use support.For example: the support of mobile phone, mobile phone can be fixed on the support, mobile phone is had a certain degree, and people's handheld mobile phone always just so just seems particularly useful at some inconvenient handheld mobile phones or the support that is unsuitable for mobile phone under the scene of long-time handheld mobile phone.

Existing support generally comprises bracket and leg.Bracket is used to block supported equipment, and leg is used for the supporting bracket seat has a certain degree bracket, and can be placed on the platform or be fixed on the object.

The inventor finds in realizing process of the present invention: cradling function is single.

Summary of the invention

The technical problem that the utility model embodiment will solve provides a kind of multiple bay, can dispel the heat for supported object.

For solving the problems of the technologies described above, multiple bay embodiment provided by the utility model can be achieved through the following technical solutions, and comprising:

Bracket, leg; Described bracket is connected with leg;

Described bracket and supported object sticking part are that Heat Conduction Material is made.

Alternatively, described Heat Conduction Material is metal or heat-conducting plastic.

Alternatively, described bracket also comprises:

Button bit, described screens is used to block supported object.

Particularly, described supported object is mobile phone, player.

Alternatively, be provided with porose at described bracket and supported object sticking part; Or

The arranged outside of described bracket and supported object sticking part has projection.

Alternatively, described leg is connected with rotating shaft with described bracket.

Alternatively, described rotating shaft is by the shell fragment clamping; Described rotating shaft is arranged at leg, and described shell fragment is arranged at bracket; Or described rotating shaft is arranged at bracket, and described shell fragment is arranged at leg.

Alternatively, described leg and described bracket comprise the interlock assembly, are used to block described leg and described bracket;

Alternatively, described interlock assembly comprises:

Be arranged at the salient point of bracket and be arranged at leg and the corresponding concave point in described salient point position; Or

Be arranged at the concave point of bracket and be arranged at leg and the corresponding salient point in described concave point position.

Alternatively, described leg is provided with first gulde edge, second gulde edge;

Position relative with described first gulde edge on the described bracket is provided with through hole, and described through hole makes described bracket form the elasticity muscle with the described first gulde edge corresponding position;

Described first gulde edge can be stuck on the described elasticity muscle, can cross described elasticity muscle when described first gulde edge applies certain pressure to described elasticity muscle, and second gulde edge blocks described bracket when leg and bracket are angled.

Technique scheme has following beneficial effect: bracket and supported object sticking part by adopting Heat Conduction Material to make, the heat of supported object can be come out, and solved the heat dissipation problem of supported object; Under the prerequisite that does not increase the support volume, give support new function.

Description of drawings

Fig. 1 is the utility model embodiment support schematic representation;

Fig. 2 is another schematic representation of the utility model embodiment support;

Fig. 3 a is that the utility model embodiment support is opened schematic representation;

Fig. 3 b is the closed schematic representation of the utility model embodiment support;

Fig. 4 is the another schematic representation of the utility model embodiment support;

Fig. 5 is the utility model embodiment support partial schematic diagram;

Fig. 6 is another partial schematic diagram of the utility model embodiment support.

Embodiment

The utility model is described in further detail below in conjunction with drawings and Examples.The numbering of using in the utility model embodiment and the combination of title all do not refer to same structure as there being special explanation, the figure that with reference to the width of cloth figure time, can also have this label in the lump with reference to other, explanation no longer one by one in conjunction with the accompanying drawings to the utility model embodiment's declarative procedure.

As shown in Figure 1, the multiple bay that the embodiment of the invention provides can comprise:

Bracket 101, leg 102; Above-mentioned bracket 101 is connected with leg 102;

Above-mentioned bracket 101 is that Heat Conduction Material is made with the supported object sticking part.

In subsequent embodiment, will be that the example of above-mentioned supported object describes with mobile phone, be understandable that above-mentioned supported object can also be a miscellaneous equipment, as: player etc., so mobile phone should not be construed as the qualification to embodiment of the invention multiple bay application area.Be understandable that whole mounting 101 all adopts Heat Conduction Material to make also and be fine.

The function of existing mobile phone or other hand-held electronic product is more and more, and the heat of power consumption and generation also promotes thereupon.Particularly need the electronic product that works long hours, as music player, Digital Video Broadcasting Handheld etc., the heat of generation is a lot, and sometimes even need to play while charging, this just increases the generation of heat more.The gathering of a large amount of heats can produce higher temperature makes the electronic product job insecurity, causes to crash even burn.The foregoing description by selecting to be made by Heat Conduction Material with the bracket 101 that electronic product is fitted, and the heat that electronic product can be produced is derived, and reaches the effect of heat radiation, gives support new function under the prerequisite that does not increase the support volume.

Alternatively, above-mentioned Heat Conduction Material can be metal or heat-conducting plastic.Wherein to have better shaping characteristic be preferred implementation to heat-conducting plastic, uses the Heat Conduction Material of other type not influence the realization of the embodiment of the invention.

Alternatively, above-mentioned bracket 101 can also comprise:

Button bit 103, above-mentioned button bit 103 is used to block supported object.

Above-mentioned mode of execution can be stuck in mobile phone on the support at adding button bit 103 on the support, makes mobile phone be difficult for dropping, and is more convenient when cell phone and support.In diagrammatic sketch, comprise 3 button bits 103, be understandable that the quantity of button bit 103 can be provided with according to actual needs, so the quantity of button bit 103 should not be construed as the qualification to the embodiment of the invention.

Alternatively, can also on bracket 101, increase the design example of strengthening heat radiation as:

Be provided with porose or radiating fin at above-mentioned bracket 101 with the supported object sticking part; Or

Above-mentioned bracket 101 has projection 104 with the arranged outside of supported object sticking part.

Above-mentioned mode of execution by hole, radiating fin being set, projection is set 104 can increases the heat diffusion area of bracket 101, thereby has strengthened the effect of heat radiation on bracket 101.

Alternatively, the Placement of the leg 102 of above-mentioned support and bracket 101 is all right:

Above-mentioned leg 102 is connected with rotating shaft 105 with above-mentioned bracket 101.

Above-mentioned mode of execution connects by the mode with rotating shaft 105, can change the angle of leg 102 and bracket 101 by rotation leg 102, reach the purpose of the angle of adjusting mobile phone, thereby the angle that can select people to like is easily watched mobile phone.Rotating shaft in the diagrammatic sketch is arranged on the leg 102.

As shown in Figure 2, alternatively, the design of the rotating shaft 105 of above-mentioned support can be:

Above-mentioned rotating shaft 105 is by shell fragment 203 clampings; The position of rotating shaft 105 and shell fragment 203 can be:

When above-mentioned rotating shaft 105 was arranged at leg 102, above-mentioned shell fragment 203 was arranged at bracket 101; Or

When above-mentioned rotating shaft 105 was arranged at bracket 101, above-mentioned shell fragment 203 was arranged at leg 102.

Above-mentioned mode of execution by making rotating shaft 105 that certain activity space is arranged with shell fragment 203 clamping rotating shafts 105, uses the conveniently installation after bracket 101 and leg 102 difference moulding of mode of shell fragment 203 clampings in addition under stressed situation.

Alternatively, above-mentioned bracket 101 and leg 102 be connected the design all right:

Above-mentioned leg 102 comprises the interlock assembly with above-mentioned bracket 101, is used to block above-mentioned leg 102 and above-mentioned bracket 101;

Above-mentioned mode of execution can stably be connected with bracket 101 packing up leg 102 rear supporting legs 102 by the interlock assembly is set, and can optionally not open, and is convenient for carrying.

Alternatively, above-mentioned interlock assembly comprises:

Be arranged at the salient point 202 of bracket 101 and be arranged at leg 102 and the corresponding concave point 201 in above-mentioned salient point 202 positions; Or

Be arranged at the concave point 201 of bracket 101 and be arranged at leg 102 and the corresponding salient point 202 in above-mentioned concave point 201 positions.

Shown in Fig. 3 a, Fig. 3 b, above-mentioned mode of execution, salient point 202 and concave point 201 by being provided with can block leg 102 leg 102 can optionally not opened after leg 102 is packed up; In addition, because bracket 101 has used shell fragment 203 clampings with the rotating shaft 105 of leg 102, rotating shaft 105 can have certain activity space under stressed situation, can make the salient point 202 easier concave points 201 that enter.Further, salient point 202 is in that to enter concave point 201 easier, and salient point 202 will be smaller with the frictional force of bracket 101 or leg 102, reduced wearing and tearing, thereby prolonged the working life of support.

As Fig. 4, Fig. 5, shown in Figure 6, alternatively, above-mentioned leg 102 is provided with first gulde edge 301, second gulde edge 302;

Above-mentioned first gulde edge 301 and second gulde edge 302 can be in the rotating shafts on the leg 102 105; Certainly, because rotating shaft 105 not necessarily is arranged on the leg 102, when then above-mentioned first gulde edge 301 and second gulde edge 302 also can be arranged on leg 102 and rotate and that approaching end of bracket 101.

Position relative with first gulde edge 301 on the above-mentioned bracket 101 is provided with through hole 401, and above-mentioned through hole 401 makes described bracket 101 form elasticity muscle 402 with described first gulde edge, 301 corresponding positions;

Above-mentioned first gulde edge 301 can be stuck on the above-mentioned elasticity muscle 402, can cross above-mentioned elasticity muscle 402 when 301 pairs of above-mentioned elasticity muscle 402 of above-mentioned first gulde edge apply certain pressure, second gulde edge 302 blocks above-mentioned bracket 101 when leg 102 and bracket 101 are angled.

Above-mentioned mode of execution, when leg 102 is opened, when turning to elasticity muscle 402, blocked first gulde edge 301 by elasticity muscle 402, bracket 101 then is rotated further leg 102 with the angle of 102 one-tenth bigger of legs if desired, this moment first, gulde edge 301 pushed elasticity muscle 402, make elasticity muscle 402 that elastic strain take place, thereby cross elasticity muscle 402; Leg 102 can also be rotated further up to second gulde edge 302 and be stuck on the bracket 101.The number of first gulde edge 301, second gulde edge 302, through hole 401, elasticity muscle 402 is provided with 401,2 elasticity muscle 402 of 302,2 through holes of 301,1 second gulde edge of 2 first gulde edges in the diagrammatic sketch, in actual design, can adjusts above-mentioned number as required, so should not be construed as the qualification to the embodiment of the invention.

Above-mentioned mode of execution, be stuck on the elasticity muscle 402, be stuck in and realized the fixing of two angles on the bracket 101 by gulde edge, in these two angles, particularly be stuck in angle on the bracket 101, have bigger intensity, have stronger stability than the angled scheme of frictional force by rotating shaft 105 at second gulde edge 302, in addition, than adopting in the angled scheme of frictional force, this programme shaft 105 frayed degree are less, and support is also longer working life.

In addition, because bracket 101 has used shell fragment 203 clampings with the rotating shaft 105 of leg 102, rotating shaft 105 can have certain activity space under stressed situation, rotating shaft 105 also can be subjected to reaction force and move when elasticity muscle 402 is under pressure, and such first gulde edge 301 is easier of elasticity muscle 402; Use shell fragment 203 to reduce the pressure that elasticity muscle 402 is subjected to, the elastic strain that elasticity muscle 402 takes place when being crossed at every turn also can be littler, thereby prolonged the working life of elasticity muscle 402.

More than a kind of buckle that the utility model embodiment is provided be described in detail, used specific case herein principle of the present utility model and mode of execution are set forth, above embodiment's explanation just is used for helping to understand method of the present utility model and core concept thereof; Simultaneously, for one of ordinary skill in the art, according to thought of the present utility model, the part that all can change in specific embodiments and applications, in sum, this description should not be construed as restriction of the present utility model.

Claims (9)

1, a kind of multiple bay is characterized in that, comprising:

Bracket, leg; Described bracket is connected with leg;

Described bracket and supported object sticking part are that Heat Conduction Material is made.

2, according to the described support of claim 1, it is characterized in that,

Described Heat Conduction Material is metal or heat-conducting plastic.

According to the described support of claim 1, it is characterized in that 3, described bracket also comprises:

Button bit, described screens is used to block supported object.

4, according to any described support of claim 1 to 3, it is characterized in that,

Be provided with porose at described bracket and supported object sticking part; Or

The arranged outside of described bracket and supported object sticking part has projection.

5, according to the described support of claim 7, it is characterized in that,

Described leg is connected with rotating shaft with described bracket.

6, according to the described support of claim 5, it is characterized in that,

Described rotating shaft is by the shell fragment clamping; Described rotating shaft is arranged at leg, and described shell fragment is arranged at bracket; Or described rotating shaft is arranged at bracket, and described shell fragment is arranged at leg.

According to the described support of claim 6, it is characterized in that 7, described leg and described bracket comprise the interlock assembly, be used to block described leg and described bracket.

According to the described support of claim 7, it is characterized in that 8, described interlock assembly comprises:

Be arranged at the salient point of bracket and be arranged at leg and the corresponding concave point in described salient point position; Or

Be arranged at the concave point of bracket and be arranged at leg and the corresponding salient point in described concave point position.

9, according to the described support of claim 5, it is characterized in that,

Described leg is provided with first gulde edge, second gulde edge;

Position relative with described first gulde edge on the described bracket is provided with through hole, and described through hole makes described bracket form the elasticity muscle with the described first gulde edge corresponding position;

Described first gulde edge can be stuck on the described elasticity muscle, can cross described elasticity muscle when described first gulde edge applies certain pressure to described elasticity muscle, and second gulde edge blocks described bracket when leg and bracket are angled.

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