CN104033855A - Combined type lighting device and bearing unit for combined type lighting device - Google Patents
Combined type lighting device and bearing unit for combined type lighting device Download PDFInfo
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- CN104033855A CN104033855A CN201410220361.7A CN201410220361A CN104033855A CN 104033855 A CN104033855 A CN 104033855A CN 201410220361 A CN201410220361 A CN 201410220361A CN 104033855 A CN104033855 A CN 104033855A
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- load bearing
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Abstract
The invention relates to a combined type lighting device and a bearing unit for the combined type lighting device. The combined type lighting device comprises a bearing unit and a lighting unit; the bearing unit comprises two or more rail-type clamped connection holes formed in a first attachment wall in a spaced mode in the circumferential direction, and each rail-type clamped connection hole comprises a containing part and a clamped connection part in a mutually-connected mode; the lighting unit comprises clamping claws arranged on a second attachment wall and used for being matched with the rail-type clamped connection holes respectively, and each clamping claw comprises a neck part and a bending part extending from the top end of the neck part to the center axis of the lighting unit in an opposite and/or back mode. The clamping claws can be inserted into the corresponding rail-type clamped connection holes, and after the lighting unit rotates relative to the bearing unit, the neck parts of the clamping claws are driven to be moved from the containing parts of the rail-type clamped connection holes into the clamped connection parts so that the lighting unit can be clamped into the bearing unit in a connected mode. The combined type lighting device is simple in structure, convenient to machine, low in manufacturing cost, rapid and easy to install, safe in use and convenient to implement, apply and popularize.
Description
Technical field
The present invention relates to a kind of combined illuminating device and the load bearing unit for it.
Background technology
In lighting technical field, illuminating lamp for example incandescent lamp, neon lamp and LED lamp are widely used in people's daily life.Wherein, incandescent lamp and neon lamp still use old-fashioned E27 lamp socket.This old-fashioned E27 lamp socket and illuminating lamp are installed by the mode of rotation, and operating process is cumbersome numerous and diverse, thereby to installation personnel band inconvenience, especially increases the labour intensity of installation personnel, affects installation effectiveness.In addition, the bearing capacity of this old-fashioned E27 lamp socket is also relatively low, therefore can not be applied to the LED lamp with radiator.
At present, people, in order to solve the problem of E27 lamp socket, research and develop and have produced module type LED lamp and lamp socket.But the structure of existing module type LED lamp and lamp socket is all comparatively complicated, the production cost of LED lamp and lamp socket is significantly raise, thereby be unfavorable for wide popularization and application.In addition, the volume of existing module type LED lamp and lamp socket is larger, and quality is heavier, and installation process is more complicated also, also can increase thus the labour intensity of installation personnel, affects installation effectiveness.
Summary of the invention
In order to solve above-mentioned part or all of problem, the object of this invention is to provide a kind of Combined lighting dress and the load bearing unit for this combined illuminating device.Wherein, in the time that the lighting unit of combined illuminating device and load bearing unit are mounted to this combined illuminating device needed operation fairly simple fast, can effectively reduce thus the labour intensity of installation personnel, thereby improve installation effectiveness.
According to a first aspect of the invention, a kind of combined illuminating device is provided, comprise: load bearing unit, comprise that two or more edges are circumferentially formed on the rail mounted blocked hole on the first laminating wall at interval, wherein each rail mounted blocked hole comprises on He Cong accommodation section, accommodation section along the Access Division of circumferentially extending; Lighting unit, comprise and be located at the claw for coordinating respectively with each rail mounted blocked hole on the second laminating wall, wherein each claw comprises vertical outward extending neck from the second laminating wall, and from the top of neck towards and/or the central axis of lighting unit extends dorsad bending part.Wherein, each claw is constructed to be permeable to be inserted into corresponding rail mounted blocked hole, and lighting unit with respect to load bearing unit around central axis along locking direction rotation after, impel the neck of claw to be moved into Access Division from the accommodation section of rail mounted blocked hole, bending part is connected in load bearing unit.
In one embodiment, load bearing unit also comprises and is located at the electric-conductor that can radially do elastic movement in load bearing unit, for contacting with the claw of being made up of conductive metallic material.
In one embodiment, electric-conductor comprises flat part connected with each other and slip bending part, flat part is arranged between rail mounted blocked hole and the internal perisporium of load bearing unit, be provided with the sliding tray for holding this slip bending part in the inner side of the first laminating wall, between flat part and the internal perisporium of load bearing unit, be provided with elastic component, electric-conductor is constructed to be permeable to radially do elastic movement under elastic component and sliding tray effect, and flat part is contacted all the time with the claw entering in the Access Division of rail mounted blocked hole.
In one embodiment, on flat part, on the end face of the central axis of load bearing unit, be provided with the projection for clamping claw.
In one embodiment, load bearing unit also comprises the guide-localization hole of the centre that is located at the first laminating wall, and lighting unit also comprises the guide-localization head of the centre that is located at the second laminating wall.Wherein, the grooved part that guide-localization hole comprises circular portion and extends radially outward from circular portion, and guide-localization head comprises the rotating part and the standing part that are respectively used to be inserted in circular portion and grooved part.Guide-localization head structure become can be inserted in guide-localization hole, and lighting unit with respect to load bearing unit around central axis along locking direction rotation after, impel standing part to depart from the edge in guide-localization hole, thereby it be connected in load bearing unit.
In one embodiment, on the lateral wall of the first laminating wall, be formed with the concave surface expanding outwardly from the outer rim in guide-localization hole and successively decrease gradually along depth direction radial dimension, and on the lateral wall of the second laminating wall, be formed with the convex surface for matching with concave surface.
According to a second aspect of the invention, provide a kind of load bearing unit for combined illuminating device, it comprises that two or more edges are circumferentially formed on the rail mounted blocked hole on the first laminating wall at interval.Wherein, each rail mounted blocked hole comprises on He Cong accommodation section, accommodation section along the Access Division of circumferentially extending.Wherein, the radial dimension of accommodation section is greater than the radial dimension of Access Division.
In one embodiment, in load bearing unit, be provided with electric-conductor, electric-conductor comprises flat part connected with each other and slip bending part, flat part is arranged between rail mounted blocked hole and the internal perisporium of load bearing unit, on the medial surface of the first laminating wall, be provided with the sliding tray for holding slip bending part, between flat part and the internal perisporium of load bearing unit, be provided with elastic component, electric-conductor is constructed to be permeable to radially do elastic movement under the effect of elastic component and sliding tray, and the outside hole wall in footpath of the Access Division of rail mounted blocked hole and flat part form individual arc in the time seeing through rail mounted blocked hole.
In one embodiment, on flat part, be provided with projection towards the centre of the end face of the central axis of load bearing unit.
In one embodiment, load bearing unit also comprises the guide-localization hole of the centre that is formed on the first laminating wall, the grooved part that guide-localization hole comprises circular portion and extends radially outward from circular portion.Wherein, on the lateral wall of the first laminating wall, be formed with the concave surface expanding outwardly from the outer rim in guide-localization hole and successively decrease gradually along depth direction radial dimension.
In this application, if the front of described central axis does not have other restrictions, it all refers to the central axis of load bearing unit or lighting unit so, and described locking direction refers to that the neck of claw rotates and makes its accommodation section from rail mounted blocked hole be moved into the direction of rotation of Access Division around central axis.
According to combined illuminating device of the present invention, can effectively realize lighting unit by cooperatively interacting of the claw of lighting unit and the rail mounted blocked hole of load bearing unit and be connected with the installation of load bearing unit, then realize being electrically connected between lighting unit and load bearing unit by the electric-conductor in load bearing unit with being in contact with one another of claw of lighting unit.This connected mode is fairly simple fast, can reduce thus the labour intensity of installation personnel, improves installation effectiveness.
Pass through coordinating of the guide-localization head of lighting unit and the guide-localization hole of load bearing unit according to combined illuminating device of the present invention, can further strengthen the stability that lighting unit is connected with the installation of load bearing unit.In this installation process, when being just inserted in guide-localization hole, can effectively proofread and correct on guide-localization head the position of any claw and corresponding rail mounted blocked hole, and make the fitting operation of lighting unit and load bearing unit become more simple and quick.
Both can cooperatively interact and play the effect of radial and axial location with the convex surface of load bearing unit according to the concave surface of the lighting unit of combined illuminating device of the present invention, the guide-localization head that can play again guiding illumination unit is inserted into the effect in the guide-localization hole of load bearing unit, therefore can effectively reduce the labour intensity of installation personnel, thereby improve installation effectiveness.
Simple in structure, easy to process, cheap for manufacturing cost according to combined illuminating device of the present invention, installs simple and quickly, uses safety, is therefore convenient to practice and extension application.
Brief description of the drawings
To be described in more detail the present invention based on embodiment and with reference to accompanying drawing hereinafter.Wherein:
Fig. 1 is the stereogram according to combined illuminating device of the present invention;
Fig. 2 is according to the upward view of the load bearing unit of combined illuminating device of the present invention;
Fig. 3 is according to the top view of the load bearing unit of combined illuminating device of the present invention;
Fig. 4 is according to the stereogram of the load bearing unit of combined illuminating device of the present invention; And
Fig. 5 is according to the stereogram of the lighting unit of combined illuminating device of the present invention.
In the accompanying drawings, identical parts use identical Reference numeral.Accompanying drawing is not according to actual scale.
Detailed description of the invention
Below in conjunction with accompanying drawing, the invention will be further described.
As shown in Figure 1, combined illuminating device 10 according to the present invention comprises the load bearing unit 2 and the lighting unit 3 that removably connect each other.Wherein, lighting unit 3 be can be luminous device, for example LED lamp; And load bearing unit 2 is for carrying the lamp socket of this luminescent device.
Fig. 2 to 4 has all shown the load bearing unit 2 according to combined illuminating device 10 of the present invention.This load bearing unit 2 can general arrangement become cylinder, and it comprises that the first laminating wall 2a and two or more edge are circumferentially formed on the rail mounted blocked hole 4 on the first laminating wall 2a at interval.Each rail mounted blocked hole 4 comprises the upper Access Division 4b along circumferentially extending of 4aHe Cong accommodation section, accommodation section 4a.Wherein, the radial dimension of accommodation section 4a is greater than the radial dimension of Access Division 4b.The quantity of rail mounted blocked hole 4 is preferably two, and they are configured to, along circumferentially differing 180 degree, be conducive to like this load bearing unit 2 and be connected more stable with the installation of lighting unit 3.
As shown in Figure 5, can general arrangement become cylinder according to the lighting unit 3 of combined illuminating device 10 of the present invention.This lighting unit 3 comprises that the second laminating wall 3a and two or more edge are circumferentially formed on the claw 5 on the second laminating wall 3a at interval.The arrangement of each claw 5 is corresponding respectively with the arrangement of corresponding rail mounted blocked hole 4, so that each claw 5 can be inserted in rail mounted blocked hole 4 fully.Each claw 5 includes vertical outward extending neck 5a from the second laminating wall 3a, and from the top of neck 5a towards and/or the central axis of lighting unit 3 extends dorsad bending part 5b.
When the claw 5 of lighting unit 3 is inserted into corresponding rail mounted blocked hole 4 when interior, can impel the first laminating wall 2a and the second laminating wall 3a to fit each other, and lighting unit 3 with respect to load bearing unit 2 around central axis along locking direction rotation after, impel the neck 5a of claw 5 to be moved into Access Division 4b from the accommodation section 4a of rail mounted blocked hole 4, the bending part 5b of claw 5 is connected in load bearing unit 2.By cooperatively interacting of claw 5 and rail mounted blocked hole 4, can effectively realize lighting unit 3 and be connected with the installation of load bearing unit 2.The stability connecting in order to ensure this installation, the bending part 5b after installation should and the medial surface of the first laminating wall 2a of load bearing unit 2 between there is suitable frictional force, slide into the 4a place, accommodation section of rail mounted blocked hole 4 for hindering bending part 5b.
Can complete again electrical connection in order to make claw 5 can either complete clamping, load bearing unit 2 also can comprise the electric-conductor 7 being located in load bearing unit 2.Electric-conductor 7 can radially do elastic movement, thereby can contact all the time with the claw 5 entering in rail mounted blocked hole 4, to realize power delivery.Wherein, claw 5 is made up of conductive metallic material, is preferably material copper.
In this embodiment, electric-conductor 7 comprises flat part 7a connected with each other and slip bending part 7b.Flat part 7a is between rail mounted blocked hole 4 and the internal perisporium of load bearing unit 2, and the outside of slip bending part 7b one end in rail mounted blocked hole 4.When electric-conductor 7 is configured to see through rail mounted blocked hole 4, the outside hole wall in footpath of its Access Division 4b and flat part 7a form individual arc.On the medial surface of the first laminating wall 2a, be provided with sliding tray 11.Sliding tray 11 is for holding slip bending part 7b, and allows electric-conductor 7 radially to move.Between flat part 7a and the internal perisporium of load bearing unit 2, be provided with elastic component 6, it is preferably Compress Spring or rubber.Electric-conductor 7 can radially do elastic movement under 11 effects of elastic component 6 and sliding tray, and flat part 7a can be contacted all the time with the claw 5 entering in the Access Division 4b of rail mounted blocked hole 4.In addition, electric-conductor 7 also can be chosen to be fixed on the elastic conducting strip in load bearing unit 2, so also can realize this elastic conducting strip and contact all the time with the claw 5 entering in the Access Division 4b of rail mounted blocked hole 4.
In a preferred embodiment, be provided with projection 701 on the flat part 7a of electric-conductor 7 on the end face of the central axis of close load bearing unit 2, it is preferably located at the centre of this end face.When the neck 5a of claw 5 is moved into the process of Access Division 4b from the accommodation section 4a of rail mounted blocked hole 4, the neck 5a of claw 5 can act on radially outwards motion of electric-conductor 7 by projection 701, thereby allows claw 5 to cross this projection 701.Cross after projection 701 when claw 5, electric-conductor 7 will radially turn back to initial position.Now, the projection 701 neck 5a of clamping claw 5 effectively, thus the neck 5a that prevents claw 5 is easily from the interior disengaging of rail mounted blocked hole 4, can effectively strengthen thus the stability that load bearing unit 2 is connected with the installation of lighting unit 3.
The stability being connected with the installation of lighting unit 3 in order to strengthen further load bearing unit 2, load bearing unit 2 also can comprise the guide-localization hole 8 of the centre that is formed on the first laminating wall 2a, and lighting unit 3 also can comprise and is located at the guide-localization head 9 that the centre of the second laminating wall 3a can match with guide-localization hole 8.Wherein, the grooved part 8b that guide-localization hole 8 comprises circular portion 8a and extends radially outward from circular portion 8a.Easily understand, the quantity of grooved part 8b can be multiple, and along being circumferentially spaced apart from each other.And guide-localization head 9 comprises the rotating part 9a from the centre of the second laminating wall 3a along vertical outward extending substantial cylindrical, and the standing part 9b extending radially outward from rotating part 9a.Wherein, it is interior to rotate that rotating part 9a is used for being inserted into circular portion 8a, and standing part 9b needs to penetrate grooved part 8b, so that snap fit onto in load bearing unit 2.
When the guide-localization head 9 of lighting unit 3 can be inserted into the guide-localization hole 8 of load bearing unit 2 when interior, not only can make the first laminating wall 2a and the second laminating wall 3a fit each other, but also can make the claw 5 of lighting unit 3 just be inserted in corresponding rail mounted blocked hole 4.Afterwards, when lighting unit 3 with respect to load bearing unit 2 around central axis along locking direction rotation after, the standing part 9b of guide-localization head 9 will depart from the grooved part 8b in guide-localization hole 8, thereby it is connected in load bearing unit 2.Now, the bending part 5b of claw 5 is also just in time connected in load bearing unit 2.By coordinating of guide-localization head 9 and guide-localization hole 8, can effectively proofread and correct on the one hand the position of any claw 5 and corresponding rail mounted blocked hole 4, make lighting unit 3 be connected and become more simple and quick with the installation of load bearing unit 2; Can strengthen further on the other hand the stability that load bearing unit 2 is connected with the installation of lighting unit 3.Because the standing part 9b of guide-localization head 9 just can realize being located by connecting between lighting unit 3 and load bearing unit 2 after only need departing from the grooved part 8b in guide-localization hole 8, therefore 3 needs of lighting unit for example, with respect to a load bearing unit 2 rotation smaller angle, rotate 30-45 degree.Hence one can see that, and this mounting means is compared with traditional module type LED lamp and the mounting means of lamp socket, can realize more simple and quick installation.
In a preferred embodiment, on rotating part 9a, be provided with two each other about the standing part 9b of the axis symmetry of rotating part 9a, to strengthen the stability being connected in guide-localization head 9 and guide-localization hole 8.In another preferred embodiment, the tip configuration globulate face of rotating part 9a, successfully enters in guide-localization hole 8 for guiding guide-localization head 9.
In another preferred embodiment, on the lateral wall of the first laminating wall 2a, can be formed with the concave surface 28 expanding outwardly from the outer rim in guide-localization hole 8 and successively decrease gradually along depth direction size, and on the lateral wall of the second laminating wall 3a, can be formed with the convex surface 39 expanding outwardly from the outer rim of guide-localization head 9 and successively decrease gradually along short transverse size.That is to say, concave surface 28 and convex surface 39 can be annular sphere or circular cone.Convex surface 39 can be embedded in convex surface 39, and cooperatively interacts with it, plays radial location effect.
In installation connection procedure, first the guide-localization head 9 of lighting unit 3 can be inserted in the concave surface 28 of load bearing unit 2, effect by concave surface 28 can successfully be directed to it guide-localization hole 8 of load bearing unit 2, is connected with the installation of load bearing unit 2 thereby be convenient to complete quickly and accurately lighting unit 3.
According to combined illuminating device 10 of the present invention, first can effectively realize lighting unit 3 by cooperatively interacting of the claw 5 of lighting unit 3 and the rail mounted blocked hole 4 of load bearing unit 2 and be connected with the installation of load bearing unit 2, then realize being electrically connected between lighting unit 3 and load bearing unit 2 by the electric-conductor 7 in load bearing unit 2 with being in contact with one another of claw 5 of lighting unit 3.This connected mode is fairly simple fast, can reduce thus the labour intensity of installation personnel, improves installation effectiveness.
According to the guide-localization head 9 of combined illuminating device 10 of the present invention and coordinating of guide-localization hole 8, further strengthen the stability that lighting unit 3 is connected with the installation of load bearing unit 2.In this installation process, the position that guide-localization head 9 has just been inserted into guide-localization hole 8 can proofread and correct any claw 5 and corresponding rail mounted blocked hole 4 when interior effectively, makes lighting unit 3 and the fitting operation of load bearing unit 2 become more simple and quick.
Both can cooperatively interact and play radial location effect with the convex surface of load bearing unit 2 39 according to the concave surface 28 of the lighting unit 3 of combined illuminating device 10 of the present invention, the guide-localization head 9 that can play again guiding illumination unit 3 is inserted into the effect in the guide-localization hole 8 of load bearing unit 2, therefore can effectively reduce the labour intensity of installation personnel, thereby improve installation effectiveness.
Separately it should be noted that, the load bearing unit 2 for combined illuminating device 10 that the present invention relates in addition, all describes when describing combined illuminating device 10 in the above, for the purpose of saving length, no longer appends narration at this.
Although invention has been described with reference to preferred embodiment, without departing from the scope of the invention, can carry out various improvement and can replace parts wherein with equivalent it.Especially, only otherwise have structural hazard, every technical characterictic of mentioning in each embodiment all can combine in any way.The present invention is not limited to disclosed specific embodiment in literary composition, but comprises all technical schemes in the scope that falls into claim.
Claims (10)
1. a combined illuminating device, comprising:
Load bearing unit, comprises that two or more edges are circumferentially formed on the rail mounted blocked hole on described the first laminating wall at interval, and wherein each described rail mounted blocked hole comprises on He Cong described accommodation section, accommodation section along the Access Division of circumferentially extending;
Lighting unit, comprise and be located at the claw for coordinating respectively with each described rail mounted blocked hole on described the second laminating wall, wherein each described claw comprises vertical outward extending neck from described the second laminating wall, and from the top of described neck towards and/or the central axis of described lighting unit extends dorsad bending part;
Wherein, each described claw is constructed to be permeable to be inserted in corresponding described rail mounted blocked hole, and described lighting unit with respect to described load bearing unit around central axis along locking direction rotation after, impel the neck of described claw to be moved into described Access Division from the accommodation section of described rail mounted blocked hole, described bending part is connected in described load bearing unit.
2. combined illuminating device according to claim 1, is characterized in that, described load bearing unit also comprises and is located at the electric-conductor that can radially do elastic movement in described load bearing unit, for contacting with the described claw of being made up of conductive metallic material.
3. combined illuminating device according to claim 2, it is characterized in that, described electric-conductor comprises flat part connected with each other and slip bending part, described flat part is arranged between rail mounted blocked hole and the internal perisporium of described load bearing unit, inner side at described the first laminating wall is provided with the sliding tray for holding described slip bending part, between described flat part and the internal perisporium of load bearing unit, be provided with elastic component, described electric-conductor is constructed to be permeable to radially do elastic movement under the effect of described elastic component and sliding tray, described flat part is contacted all the time with the described claw entering in the Access Division of described rail mounted blocked hole.
4. combined illuminating device according to claim 3, is characterized in that, on described flat part, on the end face of the central axis of described load bearing unit, is provided with the projection for claw described in clamping.
5. according to the combined illuminating device described in any one in claim 1 to 4, it is characterized in that, described load bearing unit also comprises the guide-localization hole of the centre that is located at described the first laminating wall, the grooved part that wherein said guide-localization hole comprises circular portion and extends radially outward from described circular portion;
Described lighting unit also comprises the guide-localization head of the centre that is located at described the second laminating wall, and wherein said guide-localization head comprises the rotating part and the standing part that are respectively used to be inserted in described circular portion and grooved part;
Wherein, described guide-localization head structure becomes can be inserted in described guide-localization hole, and described lighting unit with respect to described load bearing unit around central axis along locking direction rotation after, impel described standing part to depart from the edge in described guide-localization hole, thereby be connected in described load bearing unit.
6. combined illuminating device according to claim 5, it is characterized in that, on the lateral wall of described the first laminating wall, be formed with the concave surface expanding outwardly from the outer rim in described guide-localization hole and successively decrease gradually along depth direction radial dimension, and be formed with the convex surface for matching with described concave surface on described the second laminating wall lateral wall.
7. the load bearing unit for combined illuminating device, it is characterized in that, comprise that two or more edges are circumferentially formed on the rail mounted blocked hole on described the first laminating wall at interval, wherein each described rail mounted blocked hole comprises the Access Division that on He Cong described accommodation section, accommodation section, circumferentially extend on edge, and the radial dimension of wherein said accommodation section is greater than the radial dimension of described Access Division.
8. load bearing unit according to claim 7, it is characterized in that, in described load bearing unit, be provided with electric-conductor, described electric-conductor comprises flat part connected with each other and slip bending part, described flat part is arranged between described rail mounted blocked hole and the internal perisporium of load bearing unit, on the medial surface of described the first laminating wall, be provided with the sliding tray for holding described slip bending part, elastic component between described flat part and the internal perisporium of load bearing unit, described electric-conductor can radially do elastic movement in the effect of described elastic component and sliding tray, and described in the time seeing through described rail mounted blocked hole, the outside hole wall in footpath of the Access Division of rail mounted blocked hole and described flat part form individual arc.
9. load bearing unit according to claim 8, is characterized in that, on described flat part, is provided with projection towards the centre of the end face of the central axis of described load bearing unit.
10. load bearing unit according to claim 9, it is characterized in that, also comprise the guide-localization hole of the centre that is formed on described the first laminating wall, the grooved part that described guide-localization hole comprises circular portion and extends radially outward from described circular portion, wherein, on the lateral wall of described the first laminating wall, be formed with the concave surface expanding outwardly from the outer rim in described guide-localization hole and successively decrease gradually along depth direction radial dimension.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410220361.7A CN104033855A (en) | 2014-05-22 | 2014-05-22 | Combined type lighting device and bearing unit for combined type lighting device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410220361.7A CN104033855A (en) | 2014-05-22 | 2014-05-22 | Combined type lighting device and bearing unit for combined type lighting device |
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| CN104033855A true CN104033855A (en) | 2014-09-10 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410220361.7A Pending CN104033855A (en) | 2014-05-22 | 2014-05-22 | Combined type lighting device and bearing unit for combined type lighting device |
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