CN204062407U - A kind of camera bracket and display unit - Google Patents

Abstract

The utility model belongs to Display Technique field, is specifically related to a kind of camera bracket and display unit.This camera bracket, for camera is installed in board, wherein, comprise rotating shaft unit, described rotating shaft unit comprises the quiet matrix and kinetoplast that are flexibly connected by rotating shaft bar, and described quiet matrix is arranged at above described board, and described camera is arranged at above described kinetoplast, described kinetoplast can relative to described quiet matrix with described rotating shaft bar for rotatingshaft rotates, rotate relative to described board to make described camera.This camera bracket camera can stash when not using, can be dust-proof, can also ensure that display product appearance is attractive in appearance; Can all around adjusting angle during use, realize the multidirectional adjusting angle of camera and regulate.

Description

A kind of camera bracket and display unit

Technical field

The utility model belongs to Display Technique field, is specifically related to a kind of camera bracket and display unit.

Background technique

Along with the development of Display Technique, camera has progressed into the life of people, its usually with device display unit such as () such as mobile phone, television set, computers with Presentation Function with the use of, provide extra to take pictures, the function such as RVC Real Time Video.And along with the development of network technique, camera obtains popularization and application especially, utilize camera, people can realize easily chat picture catch and transmit, even RVC Real Time Video chat, by the sensory experience of voice and appearance, the distance of the people being in strange land that greatly furthered.

But camera is the external rear being fixed on display screen top usually, irremovable and angle is unadjustable.In order to realize the position regulation of camera, occur that realizing camera by slide rail mode moves at present, or regulated the display unit of angle of camera by universal wheels mode.Adopt slide rail mode, structure is simple, display unit also seems more frivolous, but it generally only can realize camera position regulation in a single direction (moving up and down of such as Vertical direction or moving left and right of substantially horizontal), and camera angle still cannot regulate; Adopt universal wheels mode, although can regulate arbitrarily camera rotation angle, it takes up room comparatively large, and cost is higher.

And above-mentioned camera all cannot be hidden when not using, and camera is chronically exposed to space outerpace, there is camera affects photo or video effect because of not dust-proof, serious that camera may be caused to damage; Meanwhile, the camera of lofty setting also causes display unit unsightly.Therefore, a kind of can to hide and the camera that can carry out position and angle adjustment becomes technical problem urgently to be resolved hurrily is at present designed.

Model utility content

Technical problem to be solved in the utility model is for above shortcomings in prior art, a kind of camera bracket and display unit are provided, this camera bracket camera can stash when not using, can be dust-proof, can also ensure that display product appearance is attractive in appearance; Can all around adjusting angle during use, realize the multidirectional adjusting angle of camera and regulate.

The technological scheme that solution the utility model technical problem adopts is this camera bracket, for camera is installed in board, it comprises rotating shaft unit, described rotating shaft unit comprises the quiet matrix and kinetoplast that are flexibly connected by rotating shaft bar, described quiet matrix is arranged at above described board, described camera is arranged at above described kinetoplast, described kinetoplast can relative to described quiet matrix with described rotating shaft bar for rotatingshaft rotates, rotate relative to described board to make described camera.

Preferably, the card that described quiet matrix comprises substrate and upwards extended to form by one end of described substrate, the connecting plate that described kinetoplast comprises substrate and extended to form downwards by one end of described substrate, described card and described connecting plate overlap and offer rotary shaft hole respectively in overlap region; Described rotating shaft bar passes described rotary shaft hole thus described quiet matrix and described kinetoplast is movably connected.

Preferably, described card offers groove in the side between described substrate and described substrate height, the side of described connecting plate is provided with shape and the suitable clamp of described groove shapes, and described clamp to be arranged in described groove and can to move in described groove.

Preferably, described groove is the circular arc similar to the shape of described rotary shaft hole, and the radian of described groove is 60 °-150 °.

Preferably, described rotating shaft bar is flexibly connected described quiet matrix and described kinetoplast with nut screw connection, be provided with at least one pad between described nut and described kinetoplast.

Preferably, also comprise cover plate, described cover plate is arranged at the top of described substrate, and described camera is fixedly installed on described cover plate; And/or also comprise swivel plate, described swivel plate is arranged at the below of described substrate, and described swivel plate is movably set in the top of described board.

Preferably, the sectional dimension of described rotating shaft unit is less than the size of described swivel plate, and described rotating shaft unit is positioned at the orthographic projection scope of described swivel plate.

Preferably, described board upper epidermis offers containing groove, and described camera bracket is arranged in described containing groove; The shape of described containing groove and the shape of described swivel plate suitable, the height of described containing groove is not less than the height of described camera bracket.

Preferably, the shape of described swivel plate is semicircle, described swivel plate is provided with projection at straight line and the semicircle flex point place had a common boundary, described containing groove is provided with limited post towards the region that correspond to described swivel plate of described camera bracket, and described limited post coordinates with described projection for limiting the rotation of described camera bracket in described containing groove.

Preferably, the shape of described containing groove is semicircle, and the center of circle of the center of circle of described containing groove and described swivel plate is positioned in same point;

The radius of described containing groove is greater than the radius of described swivel plate and the length sum of described projection, and the difference of the radius of described containing groove and the thickness of described limited post is less than the radius of described swivel plate and the length sum of described projection.

A kind of display unit, comprise above-mentioned camera bracket, described board is the housing of described display unit.

The beneficial effects of the utility model are: this camera support structure is simple, and it achieves the angular turn of camera in direction, all around and position regulation by rotating shaft unit, swivel plate; And, the effect that camera stashes when not using is also achieved by rotating shaft unit, cover plate, also reach dust-proof effect simultaneously, thus under guarantee display unit product appearance looks elegant, clean and tidy prerequisite, achieve the technique effect of the multidirectional adjusting angle of camera.

Accompanying drawing explanation

Fig. 1 is the exploded perspective view of camera bracket in the utility model embodiment 1;

Fig. 2 is the structural representation of Fig. 1 shaft unit;

Fig. 3 is the fragmentary sectional view that in Fig. 1, board is tiltedly overlooked;

Fig. 4 A and Fig. 4 B is the structural representation of Fig. 1 cover plate; Wherein:

Fig. 4 A is the structural representation in cover plate front;

Fig. 4 B is the structural representation of cover plate reverse side;

Fig. 5 A and Fig. 5 B is the structural representation of swivel plate in Fig. 1;

Fig. 5 A is the structural representation in swivel plate front;

Fig. 5 B is the structural representation of swivel plate reverse side;

Fig. 6 A, Fig. 6 B Fig. 6 C are the phase diagram that in Fig. 1, camera bracket assembles;

Wherein:

Fig. 6 A is the partial top view of camera when not using;

Partial elevation view when Fig. 6 B is camera use, non-left rotation and right rotation;

Partial elevation view when Fig. 6 C is camera use, left rotation and right rotation;

In reference character:

1-rotating shaft unit, the quiet matrix of 11-, 111-substrate, 112-card, 113-groove, 114-first screw hole, 12-kinetoplast, 121-substrate, 122-connecting plate, 123-clamp, 124-second screw hole, 13-rotating shaft bar, 14-pad, 15-nut;

2-camera;

3-cover plate, 31-the 3rd screw hole;

4-swivel plate, 41-projection, 42-circumferential notch, 43-the 4th screw hole, 44-the 5th screw hole;

5-board; 51-containing groove, 52-limited post; 53-the 6th screw hole, 54-threading hole; 55-button hole.

Embodiment

For making those skilled in the art understand the technical solution of the utility model better, below in conjunction with the drawings and specific embodiments, the utility model camera bracket and display unit are described in further detail.

Embodiment 1:

The present embodiment provides a kind of camera bracket, for camera is installed in board.As shown in Figure 1, the swivel plate 4 that this camera bracket comprises rotating shaft unit 1, is positioned at the cover plate 3 above rotating shaft unit 1 and is positioned at below rotating shaft unit 1, camera 2 is arranged at the top of cover plate 3, and this camera bracket is arranged at the top of board 5.

Wherein, rotating shaft unit 1 comprises the quiet matrix 11 and kinetoplast 12 that are flexibly connected by rotating shaft bar 13, quiet matrix 11 is arranged at above board 5, camera 2 is arranged at above kinetoplast 12, kinetoplast 12 can relative to quiet matrix 11 with rotating shaft bar 13 for rotatingshaft rotates, rotate relative to board 5 to make camera 2.

As shown in Figure 2, the substrate 111 that quiet matrix 11 comprises long plate shape and the card 112 upwards extended to form by one end of substrate 111, the substrate 121 that kinetoplast 12 comprises long plate shape and the connecting plate 122 extended to form downwards by one end of substrate 121, card 112 and connecting plate 122 overlap and offer respectively in overlap region rotary shaft hole (in Fig. 2 fill by rotating shaft bar 13, therefore do not identify in Fig. 2); Rotating shaft bar 13 passes rotary shaft hole thus is movably connected with kinetoplast 12 by quiet matrix 11.Because quiet matrix 11 is flexibly connected by rotating shaft bar 13 with kinetoplast 12, therefore, the relative position of quiet matrix 11 and kinetoplast 12 can be regulated easily, and quiet matrix 11 is fixed together with board 5, kinetoplast 12 and camera 2 are fixed together, thus camera 2 can be regulated easily to regulate with the relative angle on front and back (front of relative display unit is front, and the reverse side of relative display unit is rear) direction of board 5.

Further, card 112 offers groove 113 in the side between substrate 111 and substrate 121 height, the side of connecting plate 122 is provided with shape and the suitable clamp 123 of groove 113 shape, and clamp 123 to be arranged in groove 113 and can to move in groove 113.Preferably, groove 113 is the circular arc similar to the shape of rotary shaft hole, and the radian of groove 113 is 60 °-150 °.Clamp 123 can be movable in groove 113, thus drive camera 2 to rotate at fore-and-aft direction, and such as: groove 113 radian is 60 °, when clamp 123 is in the most position, top of groove 113, the imaging surface of camera 2 is slightly partial to below (such as ground); Groove 113 radian is 150 °, and when clamp 123 is in the most position, top of groove 113, the imaging surface of camera 2 is slightly partial to top (such as ceiling board).By coordinating of groove 113 and clamp 123, can regulate camera 2 relatively board 5 at the rotation angle of fore-and-aft direction, the scope of camera 2 rotation angle of board 5 relatively can be limited again further, ensure the accuracy of pivotal position.Here it should be understood that the radian of groove 113 can be arranged flexibly according to the rotation angle of camera 2, such as: this radian is set to 90 °, realize the adjustment that camera 2 turns to vertical 90 °.

It should be understood that substrate 111 is not limited to the long plate shape shown in Fig. 2 with the shape of substrate 121 simultaneously; Simultaneously, the fit form of groove 113 and clamp 123 also can for other forms except above-mentioned circular arc coordinates (such as: the straight-line groove 113 on vertical direction coordinates with straight line clamp 123, camera 2 can be regulated) at above-below direction, according to the size of the display unit that size and the camera of camera 2 are installed, substrate 111 can select different shape and size flexibly from substrate 121, as long as rotating shaft unit 1 can be made to regulate by the angle of above-mentioned working principle to camera 2, do not limit here.

In order to the flexibility ensureing that in rotation process, quiet matrix 11 rotates with kinetoplast 12, adopt rotating shaft bar 13 to be flexibly connected quiet matrix 11 and kinetoplast 12 with the mode that nut 15 coordinates, between nut 15 and kinetoplast 12, be provided with the pad 14 of at least one circular bowl shape.By the adjustable quiet matrix 11 of pad 14 and nut 15 and the relative degree of tightness of kinetoplast 12, control the size of the rotating force between quiet matrix 11 and kinetoplast 12, ensure the precision of camera 2 rotation angle.

As shown in Figure 1, in the camera bracket of the present embodiment, cover plate 3 is arranged at the top of substrate 121, and camera 2 is fixedly installed on cover plate 3; Swivel plate 4 is arranged at the below of substrate 111, swivel plate 4 is movably set in the top of board 5, camera 2 can be regulated easily to regulate with the relative position of board 5 on left and right (for left, the right of relative display unit is right on the left side of relative display unit) direction by swivel plate 4.

As shown in Figure 1, the sectional dimension of rotating shaft unit 1 is less than the size of swivel plate 4, and rotating shaft unit 1 is positioned at the orthographic projection scope of swivel plate 4.Accordingly, as shown in Figure 3, the upper epidermis of board 5 offers containing groove 51, and camera bracket is wholy set in containing groove 51; The shape of containing groove 51 and the shape of swivel plate 4 suitable so that swivel plate 4 can easily in containing groove 51 rotate; The height of containing groove 51 is not less than the whole height of camera bracket, camera bracket can be integrally provided in this containing groove 51, realize camera bracket hiding in board 5, and can reach dust-proof object.

In the camera bracket of the present embodiment, as fig. 5 a and fig. 5b, the shape of swivel plate 4 is semicircle, further, in order to ensure that the imaging surface of camera is towards relatively-stationary one side (front of such as display unit), ensure certain angular field of view, preferred swivel plate 4 is provided with projection 41 at straight line and the semicircle flex point place had a common boundary; Simultaneously, as shown in Figure 3, in board 5, containing groove 51 is provided with limited post 52 (as shown in Figure 3 towards the region that correspond to swivel plate 4 of camera bracket, limited post 52 is preferably disposed on the zone line of containing groove 51), limited post 52 coordinates with projection 41 for limiting the rotation of camera bracket in containing groove 51, and namely limited post 52 can rotate in the lateral direction at swivel plate 4, plays position-limiting action.

In the present embodiment, as shown in Fig. 3, Fig. 5 A and Fig. 5 B, the shape of containing groove 51 is also semicircle, and the center of circle of the center of circle of containing groove 51 and swivel plate 4 is positioned in same point, and limited post 52 is preferably disposed in the middle of the semicircle of containing groove 51; And the radius of containing groove 51 is greater than the radius of swivel plate 4 and the length sum of projection 41, the difference of the radius of containing groove 51 and the thickness of limited post 52 is less than the radius of swivel plate 4 and the length sum of projection 41.Simultaneously, relative projection 41, swivel plate 4 forms circumferential notch 42 in region corresponding to its semi-circle, make swivel plate 4 can easily circumferential notch 42 in about freely rotate, can ensure under the restriction of limited post 52 that again the imaging surface of camera 2 is towards relatively-stationary one side.

In the present embodiment, cover plate 3 can be installed camera 2 for being suitable for and being convenient to rotating shaft unit 1 any shape of being connected, preferably, as shown in Figure 4 A and 4 B shown in FIG., the shape of cover plate 3 is the semicircle similar to swivel plate 4, when driving camera 2 to rotate to prevent cover plate 3 and board 5 collide.

With reference to figure 1-Fig. 5 B (wherein, when the front of Fig. 4 A-Fig. 5 B refers to that camera is in using state can the face that observes by human eye), in the camera bracket of the present embodiment, be connected by screw between cover plate 3 with substrate 121, between swivel plate 4 with substrate 111 and between swivel plate 4 with board 5.Composition graphs 1-Fig. 5 B, the second screw hole 124 is offered in substrate 121 in rotating shaft unit 1, offer three screw hole 31 corresponding to the second screw hole 124 in cover plate 3, cover plate 3 is removably connected through the second screw hole 124 and the 3rd screw hole 31 by screw with substrate 121; Offer the first screw hole 114 in substrate 111 in rotating shaft unit 1, offer four screw hole 43 corresponding to the first screw hole 114 in swivel plate 4, swivel plate 4 is removably connected through the first screw hole 114 and the 4th screw hole 43 by screw with substrate 111; Also offer the 5th screw hole 44 in swivel plate 4, in board 5, offer six screw hole 53 corresponding to the 5th screw hole 44, by screw through the 5th screw hole 44 and the 6th screw hole 53, swivel plate 4 and board 5 are removably connected.Wherein, the screw passed in the first screw hole 114, second screw hole 124, the 3rd screw hole 31 and the 4th screw hole 43 can be countersunk head MACHINE SCREWS, so that two relatively independent parts link together; The screw passed in 5th screw hole 44 and the 6th screw hole 53 can be self-tapping screws, so that be locked in board 5 by swivel plate 4, ensures that swivel plate 4 can left-right rotation simultaneously.

Camera bracket is as shown in Figure 1 at the explosive view at board 5 place, and dot and dash line is wherein the example path that above-mentioned screw is fixed.In an assembling process, first rotating shaft unit 1 and swivel plate 4 can be fitted together, and then be assembled on board 5, finally cover plate 3 (having assembled camera 2) is assembled into the top of rotating shaft unit 1.As shown in Figure 3, also offer threading hole 54 in board 5, it is inner that the power line of camera 2 and datawire are connected to board 2 by threading hole 54.

Preferably, as shown in Figure 3, for the ease of the fastening of cover plate 3 on board 5 and upset, a certain region (region corresponding with limited post 52 such as shown in Fig. 3) of the containing groove 51 in board 5 also has button hole 55, has further facilitated the operation that people use camera 2.

Be illustrated in figure 6 the phase diagram after camera bracket being assembled to board 5, wherein, Fig. 6 A is the partial top view of camera 2 when not using, and now camera 2 is positioned at the below of cover plate 3, is hidden in the inside of board 5; Fig. 6 B be camera 2 use but non-left rotation and right rotation time partial elevation view, now camera 2 is with the front of cover plate 3 towards display unit, and camera 2 is in the state of the front scenery of waiting to make a video recording; Fig. 6 C be camera 2 when using and left rotation and right rotation time partial elevation view, now camera 2 have rotated certain angle with cover plate 3 to relative paper direction to the right, and camera 2 is in the state of right side scenery of waiting to make a video recording.

Camera bracket in the present embodiment, structure is simple, and it achieves the angular turn of camera in direction, all around and position regulation by rotating shaft unit, swivel plate; And, the effect that camera stashes when not using is also achieved by rotating shaft unit, cover plate, thus ensureing under the prerequisite that display product appearance is attractive in appearance, clean and tidy, achieve the technique effect of the multidirectional adjusting angle of camera, also reach dust-proof effect simultaneously, improve the quality of the life of people.

Embodiment 2:

The present embodiment provides a kind of camera bracket, and the camera bracket in the relative embodiment 1 of this camera bracket only has rotating shaft unit and swivel plate, and does not have cover plate, and camera direct-assembling is above rotating shaft unit.

In the camera bracket of the present embodiment, camera is arranged on the substrate of rotating shaft unit, and the substrate of rotating shaft unit is arranged on swivel plate, and swivel plate is arranged on board.The present embodiment shaft unit is identical with embodiment 1 with working principle with the structure of swivel plate, repeats no more here.

Camera bracket in the present embodiment, can realize the rotation of the multidirectional adjusting angle in direction, camera all around, and structure is simple.

Embodiment 3:

The present embodiment provides a kind of camera bracket, and the camera bracket in the relative embodiment 1 of this camera bracket only has rotating shaft unit and cover plate, and does not have swivel plate, and rotating shaft unit direct-assembling is above board.

In the camera bracket of the present embodiment, camera is arranged on cover plate, and cover plate is arranged on the substrate of rotating shaft unit, and the substrate of rotating shaft unit is arranged on board.The present embodiment shaft unit is identical with embodiment 1 with working principle with the structure of cover plate, repeats no more here.

Camera bracket in the present embodiment, the angle that can realize camera fore-and-aft direction rotates, and have dust-proof effect, and structure is simple.

Embodiment 4:

The present embodiment provides a kind of display unit, and this display unit comprises camera bracket arbitrary in embodiment 1-3, and board is the housing of display unit.

Wherein, this display unit can be multiple parts or the products with Presentation Function such as television set, display device, integrated machine, mobile phone, Pad.

This display unit, by being arranged on the camera bracket in the containing groove of housing over top, reaching camera and stashes when not using, can be dust-proof; Can the technique effect of all around adjusting angle during use, thus when ensureing display unit product appearance looks elegant, achieving camera can the function of multidirectional adjusting angle.

Be understandable that, the illustrative embodiments that above mode of execution is only used to principle of the present utility model is described and adopts, but the utility model is not limited thereto.For those skilled in the art, when not departing from spirit of the present utility model and essence, can make various modification and improvement, these modification and improvement are also considered as protection domain of the present utility model.

Claims (11)

1. a camera bracket, for camera is installed in board, it is characterized in that, comprise rotating shaft unit, described rotating shaft unit comprises the quiet matrix and kinetoplast that are flexibly connected by rotating shaft bar, and described quiet matrix is arranged at above described board, and described camera is arranged at above described kinetoplast, described kinetoplast can relative to described quiet matrix with described rotating shaft bar for rotatingshaft rotates, rotate relative to described board to make described camera.

2. camera bracket according to claim 1, it is characterized in that, the card that described quiet matrix comprises substrate and upwards extended to form by one end of described substrate, the connecting plate that described kinetoplast comprises substrate and extended to form downwards by one end of described substrate, described card and described connecting plate overlap and offer rotary shaft hole respectively in overlap region; Described rotating shaft bar passes described rotary shaft hole thus described quiet matrix and described kinetoplast is movably connected.

3. camera bracket according to claim 2, it is characterized in that, described card offers groove in the side between described substrate and described substrate height, the side of described connecting plate is provided with shape and the suitable clamp of described groove shapes, and described clamp to be arranged in described groove and can to move in described groove.

4. camera bracket according to claim 3, is characterized in that, described groove is the circular arc similar to the shape of described rotary shaft hole, and the radian of described groove is 60 °-150 °.

5. camera bracket according to claim 2, is characterized in that, described rotating shaft bar is flexibly connected described quiet matrix and described kinetoplast with nut screw connection, be provided with at least one pad between described nut and described kinetoplast.

6. camera bracket according to claim 3, is characterized in that, also comprises cover plate, and described cover plate is arranged at the top of described substrate, and described camera is fixedly installed on described cover plate; And/or also comprise swivel plate, described swivel plate is arranged at the below of described substrate, and described swivel plate is movably set in the top of described board.

7. camera bracket according to claim 6, is characterized in that, the sectional dimension of described rotating shaft unit is less than the size of described swivel plate, and described rotating shaft unit is positioned at the orthographic projection scope of described swivel plate.

8. camera bracket according to claim 7, is characterized in that, described board upper epidermis offers containing groove, and described camera bracket is arranged in described containing groove; The shape of described containing groove and the shape of described swivel plate suitable, the height of described containing groove is not less than the height of described camera bracket.

9. camera bracket according to claim 8, it is characterized in that, the shape of described swivel plate is semicircle, described swivel plate is provided with projection at straight line and the semicircle flex point place had a common boundary, described containing groove is provided with limited post towards the region that correspond to described swivel plate of described camera bracket, and described limited post coordinates with described projection for limiting the rotation of described camera bracket in described containing groove.

10. camera bracket according to claim 9, is characterized in that, the shape of described containing groove is semicircle, and the center of circle of the center of circle of described containing groove and described swivel plate is positioned in same point;

The radius of described containing groove is greater than the radius of described swivel plate and the length sum of described projection, and the difference of the radius of described containing groove and the thickness of described limited post is less than the radius of described swivel plate and the length sum of described projection.

11. 1 kinds of display unit, is characterized in that, comprise the camera bracket described in any one of claim 1-10, and described board is the housing of described display unit.