CN201739738U

CN201739738U - One-piece-formed support bracket

Info

Publication number: CN201739738U
Application number: CN2010202670433U
Authority: CN
Inventors: 林进升
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-07-20
Filing date: 2010-07-20
Publication date: 2011-02-09
Anticipated expiration: 2020-07-20

Abstract

The utility model relates to a one-piece-formed support bracket, which is used for supporting objects on the working surface slantways. The support bracket adopts the structure that a left support plate and a right support plate which are connected with each other are separated by a central fold line; the left support plate and the right support plate are triangular, and each of the support plate is provided with a bottom edges and bevel edges; reverse hook parts bending toward the bevel edges are formed at the crossed points of the bottom edges and the bevel edges; and the support bracket is arranged on the working surface through the two bottom edges and a clamping angle, and supports the object through the two bevel edges and the two reverse hook parts. Therefore, with the structure, the support bracket has the advantages of light weight, thinness and shortness, easy folding, portability, simple process, lower cost, convenience and practicability, and can firmly support objects.

Description

Integrated supporting frame

Technical field

The utility model refers to a kind of supporting frame of shelving thin type electronic device or books that is applicable to especially relevant for a kind of integrated supporting frame.

Background technique

Along with science and technology development with rapid changepl. never-ending changes and improvements, multiple thin type electronic device constantly is developed, for example mobile phone, digital camera, PDA Personal Digital Assistant (PDA, Personal Digit Assistant), touch controlled handset, and e-book etc. all come out successively, and be widely used in the daily life.When these thin type electronic devices were placed on the table, the user sometimes can be shelved on it on the supporting frame, made it be tilted to be supported in and be beneficial to watch information shown on the screen of this thin type electronic device on the desktop.

Yet in existing supporting frame, the structure of most of supporting frame is more complicated all, has many connecting rods and supporting foot, there is no any integrated supporting frame; Some can only be placed on the desktop, and can't amount to and carry; Some then can utilize pivot to amount to, but its whole volume and thickness still can't satisfy compact demand, and the user can not want to carry this class supporting frame yet.

Therefore, how to address the above problem a little, promptly become the target that the utility model is improved.

The model utility content

In view of this, main purpose of the present utility model is to provide a kind of integrated supporting frame, can firmly support object, and is not only compact, be easy to amount to, and be convenient to carry, and technology is simple and easy, cost is lower.

In order to achieve the above object, the utility model provides a kind of integrated supporting frame, in order to object is tilted to be supported on the working surface, this supporting frame comprises centre fold and the left dunnage and the right dunnage that this supporting frame are divided into be connected with each other, each this dunnage is triangular in shape and have base and a hypotenuse, and form the overhead kick portion that bends towards this hypotenuse at the plotted point place of this base and this hypotenuse, wherein this supporting frame is established an angle with two this base folders and is stood on the described working surface, and supports described object with two these hypotenuses and two these overhead kick portions.

Compared to prior art, the utlity model has following effect:

Because the utility model is integrated, so its structure is quite simple, there are not parts such as connecting rod of the prior art, supporting foot or pivot, and the utility model can utilize material one ejection formations such as plastics or rubber, so it is easy to manufacture and cost is lower, and meet compact demand;

Because the utility model utilizes two dunnages triangular in shape and that be connected with each other jointly object to be tilted to be supported on the working surface, when not needing to use, whole supporting frame can utilize its centre fold and make this two dunnage doublings, further dwindling shared space is beneficial to the user and carries, add that its weight is lighter, so the user can be carried into any place with thin type electronic device with supporting frame of the present utility model and use, and has convenience and practicability;

Another characteristics of the present utility model are, can suitably adjust the clamping angle between the base of two dunnages, and the inclination of control supporting frame and the expansion amplitude of two dunnages, thus, can change support inclination according to user's hobby, perhaps adjust the expansion amplitude of supporting frame according to the width of object to object.

Description of drawings

Fig. 1 is the stereogram that supporting frame of the present utility model launches an angle;

The stereogram that Fig. 2 launches another angle for supporting frame of the present utility model;

Fig. 3 puts up the stereogram of folded position for support of the present utility model;

Fig. 4 is in the stereogram of first expanded position for supporting frame of the present utility model;

Fig. 5 is in the stereogram of second expanded position for supporting frame of the present utility model;

Fig. 6 is the operation chart that supporting frame of the present utility model supports object.

Description of reference numerals

1 supporting frame, 10 centre fold

11 left dunnages, 111 left bases

The left overhead kick of 112 left hypotenuses 113 portion

12 right dunnages, 121 right bases

The right overhead kick of 122 right hypotenuses 123 portion

20 amount to mechanism 21 recesses

22 protuberances, 30 first stent fixed mechanisms

311 ones of 31 left fixed strips

32 right fixed strip 321 protuberances

40 second stent fixed mechanisms, 41 left fixed plates

411 ones 42 right fixed plates

421 protuberances, 100 objects

Embodiment

Relevant technology contents of the present utility model and detailed description are described as follows conjunction with figs., yet appended accompanying drawing usefulness as an illustration only is not to be used to limit to the utility model.

Please refer to Fig. 1 to Fig. 3, the utility model provides a kind of integrated supporting frame 1 (being designated hereinafter simply as " supporting frame 1 "), and as shown in Figure 6, this supporting frame 1 is in order to tilt to be supported in (not shown) on the working surface with object 100.

Supporting frame 1 is by plastics or rubber material one ejection formation and make, and form centre fold 10 and the left dunnage 11 and the right dunnage 12 that this supporting frame 1 are divided into be connected with each other in the central authorities of supporting frame 1, in the following description, will launch and front (visual angle shown in Figure 2) when standing and define the left and right directions of supporting frame 1 with supporting frame 1.

Left side dunnage 11 is triangular in shape and have left base 111 and a left hypotenuse 112, and forms the left overhead kick portion 113 towards 112 bendings of this left side hypotenuse at the plotted point place of left base 111 and left hypotenuse 112; Similarly, right dunnage 12 is triangular in shape and have right base 121 and a right hypotenuse 122, and forms the right overhead kick portion 123 towards 1 22 bendings of this right side hypotenuse at the plotted point place of right base 121 and right hypotenuse 122.

As shown in Figure 2, supporting frame 1 is established an angle with left base 111 and right base 121 folders and is stood on the described working surface, and supports described objects 100 (as shown in Figure 6) with left hypotenuse 112 and right hypotenuse 122 and left overhead kick portion 113 and right overhead kick portion 123.

In addition, between left dunnage 11 and right dunnage 12, be provided with and amount to mechanism 20, more particularly, amount to mechanism 20 and comprise the recess 21 that is arranged on the left dunnage 11, and take shape on the right dunnage 12 protuberances 22 to engage mutually with this recess 21, snap in by the protuberance 22 that makes right dunnage 12 in the recess 21 of left dunnage 11, supporting frame 1 can centre fold 10 be amounted to and is taken in and can not be opened easily (folded position as shown in Figure 3), so helps the user that this supporting frame 1 is amounted to and is carried into any position.Certainly, also protuberance 22 can be arranged at left dunnage 11 and recess 21 is arranged on the right dunnage 12, still can reach identical amounting to and take in effect.

With reference to figure 4, it shows that supporting frame 1 of the present utility model is in first expanded position; For the supporting frame 1 that makes expansion can be fixed its expansion amplitude, so that more firmly support object 100, between the right base 121 of the left base 111 of left dunnage 11 and right dunnage 12, be provided with the first stent fixed mechanism 30, more particularly, the first stent fixed mechanism 30 comprises extension from the left fixed strip 31 on left base 111 and extend right fixed strip 32 from right base 121; Form recess 311 on the free end of left side fixed strip 31, and on the free end of right fixed strip 32, form the protuberance 321 that engages mutually with this recess 311; Snap in by the protuberance 321 that makes right fixed strip 32 in the recess 311 of left fixed strip 31, whole supporting frame 1 is fixed on this first expanded position.Certainly, also protuberance 321 can be arranged at left fixed strip 31 and recess 311 is arranged on the right fixed strip 32, still can reach identical fixed effect.

Similarly, as shown in Figure 5, be provided with the second stent fixed mechanism 40 between the left base 111 of left side dunnage 11 and the right base 121 of right dunnage 12, this second stent fixed mechanism 40 is positioned at the inboard of the first stent fixed mechanism 30 and more near centre fold 10, the second stent fixed mechanism, 40 usefulness so that supporting frame 1 launch with a less angle, promptly the second stent fixed mechanism 40 makes the angle that the angle of supporting frame 1 expansion launches supporting frame 1 less than the first stent fixed mechanism 30, to cooperate the narrower object 100 of support width; More particularly, the second stent fixed mechanism 40 comprises extension from the left fixed plate 41 on left base 111 and extend right fixed plate 42 from right base 121; Form recess 411 on the free end of left side fixed plate 41, and on the free end of right fixed plate 42, form the protuberance 421 that engages mutually with this recess 411; Snap in by the protuberance 421 that makes right fixed plate 42 in the recess 411 of left fixed plate 41, whole supporting frame 1 is fixed on this second expanded position.But the left fixed strip 31 of the first stent fixed mechanism 30 and right fixed strip 32 just can't engage mutually and must intersect between left dunnage 11 and the right dunnage 12 at this moment.Certainly, also protuberance 421 can be arranged at left fixed plate 41 and recess 411 is arranged on the right fixed plate 42, still can reach identical fixed effect.

What specify is, when the user desires to amount to supporting frame 1 in mode shown in Figure 3, owing to the first stent fixed mechanism 30 and the second stent fixed mechanism 40 also with plastics or rubber material and with supporting frame 1 one-body molded making, so the left fixed plate 41 of the left fixed strip 31 of the first stent fixed mechanism 30 and the second stent fixed mechanism 40 can be folded to left dunnage 11 inboards respectively in advance, and the right fixed plate 42 of the right fixed strip 32 of the first stent fixed mechanism 30 and the second stent fixed mechanism 40 also can be folded to right dunnage 12 inboards respectively in advance, makes whole supporting frame 1 be folded to minimum state whereby.Though clearly do not draw in this point accompanying drawing, the technician who has the knack of this technology should be able to understand easily.

Compared to prior art, the utlity model has following effect:

Because supporting frame 1 of the present utility model is integrated, so its structure is quite simple, there are not parts such as connecting rod of the prior art, supporting foot or pivot, and the utility model can utilize material one ejection formations such as plastics or rubber, so it is easy to manufacture and cost is lower, and meet light, thin, short, little demand.

Because supporting frame 1 of the present utility model utilizes left dunnage 11 triangular in shape and that be connected with each other jointly object 100 to be tilted to be supported on the working surface with right dunnage 12, when not needing to use, whole supporting frame 1 can utilize its centre fold 10 and this left side dunnage 11 is amounted to right dunnage 12, further dwindling shared space is beneficial to the user and carries, add that its weight is lighter, so the user can be carried into any place with thin type electronic device with supporting frame 1 of the present utility model and use, and has convenience and practicability.

According to the utility model, can utilize the first stent fixed mechanism 30 and the second stent fixed mechanism 40 suitably to adjust clamping angle between the right base 112 of the left base 111 of left dunnage 11 and right dunnage 12, and the left dunnage 11 of control supporting frame 1 and the expansion amplitude of right dunnage 12, thus, can change support inclination according to user's hobby, perhaps adjust the expansion amplitude of supporting frame 1 according to the width of object 100 to object.

The above is preferred embodiment of the present utility model only, is not to be used to limit protection domain of the present utility model.All equalizations of being done according to the utility model content change and modify, and all are encompassed in the claim of the present utility model.

Claims

1. integrated supporting frame, in order to object is tilted to be supported on the working surface, it is characterized in that, this supporting frame comprises centre fold and the left dunnage and the right dunnage that this supporting frame are divided into be connected with each other, each this dunnage is triangular in shape and have base and a hypotenuse, and form the overhead kick portion that bends towards this hypotenuse at the plotted point place of this base and this hypotenuse, wherein this supporting frame is established an angle with two this base folders and is stood on the described working surface, and supports described object with two these hypotenuses and two these overhead kick portions.

2. integrated supporting frame as claimed in claim 1, it is characterized in that, this supporting frame is by plastics or rubber material one ejection formation and make, this left side dunnage is triangular in shape and have left base and a left hypotenuse, and form left overhead kick portion at the plotted point place of this base, left side and this left side hypotenuse towards this left side hypotenuse bending, this right side dunnage is also triangular in shape and have right base and right hypotenuse, and forms the right overhead kick portion towards this right side hypotenuse bending at the plotted point place of this base, right side and this right side hypotenuse.

3. integrated supporting frame as claimed in claim 2, it is characterized in that, this supporting frame is established an angle with described left base and described right base folder and is stood on the described working surface, and supports described object with described left hypotenuse and described right hypotenuse and described left overhead kick portion and described right overhead kick portion.

4. integrated supporting frame as claimed in claim 3, it is characterized in that, between described left dunnage and described right dunnage, be provided with and amount to mechanism, this is amounted to mechanism and comprises the recess that is arranged on the described left dunnage, and take shape in the protuberance of described right dunnage to engage mutually with this recess, when this protuberance of described right dunnage engaged mutually with this recess of described left dunnage, this supporting frame was amounted to described centre fold and is taken in.

5. integrated supporting frame as claimed in claim 4, it is characterized in that, be provided with the first stent fixed mechanism between described left base and the described right base, this first stent fixed mechanism comprises extension from the left fixed strip on described left base and extend right fixed strip from described right base, form recess on the free end of this left side fixed strip, and on the free end of this right side fixed strip, form the protuberance that engages mutually with this recess.

6. integrated supporting frame as claimed in claim 5, it is characterized in that, be provided with the second stent fixed mechanism between described left base and the described right base, this second stent fixed mechanism is positioned at the inboard and more approaching described centre fold of the described first stent fixed mechanism, the angle that the angle that this second stent fixed mechanism launches this supporting frame launches this supporting frame less than the described first stent fixed mechanism.

7. integrated supporting frame as claimed in claim 6, it is characterized in that, the described second stent fixed mechanism comprises extension from the left fixed plate on described left base and extend right fixed plate from described right base, form recess on the free end of this left side fixed plate, and on the free end of this right side fixed plate, form the protuberance that engages mutually with this recess.

8. integrated supporting frame as claimed in claim 7, it is characterized in that, described first stent fixed mechanism and the described second stent fixed mechanism are also with plastics or rubber material and one-body molded and make with this supporting frame, the described left fixed plate of the described left fixed strip of the described first stent fixed mechanism and the described second stent fixed mechanism can be folded to described left dunnage inboard respectively, and the described right fixed plate of the described right fixed strip of the described first stent fixed mechanism and the described second stent fixed mechanism also can be folded to described right dunnage inboard respectively.