CN205299328U - Lamp structure - Google Patents

Abstract

A lamp structure, and its characterized in that: the device comprises a light-emitting unit, a power unit, a control unit and a main body; wherein, the main body comprises a face cover, a base and a box body; the power unit and the control unit are arranged in the box body, the light-emitting unit is arranged between the top end part of the box body and the face cover, and the light source of the light-emitting unit faces the face cover; the face cover and the base respectively further comprise a first guide rail and a second guide rail, and the first guide rail and the second guide rail are mutually corresponding in position and form a structure capable of being mechanically coupled with each other; the face cover and the base respectively further comprise a first combining part and a second combining part, and the first combining part and the second combining part are mutually corresponding in position and form a mechanical coupling structure which can be mutually buckled and separated.

Description

Fitting structure

Technical field

This utility model relates to a kind of fitting structure, refers in particular to and may be disposed at various works or be combined into a light supply apparatus of the Hardware fitting with function.

Background technology

Prior art may be generally mounted at the light fixture on the various works such as cabinet, door, window, various furnitures, it is common that utilizes the mode of operation of hand switch or organization switch, carries out the on-off control of light source in this light fixture. But this kind of light fixture is in many use environment and inconvenient, for example, seem dim aisle or staircase, it is impossible to know the position of light fixture, more cannot remove the switch on operation light fixture. Furthermore, generally use the light fixture of battery, it is often necessary to light fixture is taken off exchangeable batteries so that the mounting design of light fixture has more complicated mechanism, and often this kind of mechanism also inconvenient user operation in dim environment. Therefore this utility model is created based on the disappearance of known light fixture.

Utility model content

This utility model relates to a kind of fitting structure, and its main purpose is in that it is to have conveniently detachable structure, thus can be combined in and use on various works.

A time purpose of this utility model fitting structure is that this fitting structure main body can be set directly in the various furnitures such as cabinet as light source use.

A further object of this utility model fitting structure is this fitting structure extensible formation one door handle structure, and form a light supply apparatus being combined into the Hardware fitting with handle function, floor light needed for can providing as switch gate, even further provides for the illumination of keyhole.

A further object of this utility model fitting structure is this fitting structure extensible formation one door handle structure or an armrest, and form a light supply apparatus being combined into the Hardware fitting with handrail function, can provide as a floor light, or the convenient instruction light source finding handrail in the environment of insufficient light.

A further object of this utility model fitting structure is that this fitting structure has optical sensor, electric switch element or Vibration Sensor provide as operation interface and can arrange battery, in order to use as an intelligentized light source, more can further up to energy-conservation effect.

A further object of this utility model fitting structure is that this fitting structure has convenient disassembly and assembly structure, in order to provide a fitting structure being convenient for changing battery.

This utility model is a kind of fitting structure mainly, and it is to may be disposed on a works, and includes: a luminescence unit, and it is a light supply apparatus being produced light source by driven by power; One power unit, it is an electric power supply apparatus; One control unit, it is a scalable the electric device distributing this power unit institute output power; And a main body, it is to include a cover, a base and a box body; Wherein, this luminescence unit, this power unit and this control unit are disposed in this box body, and this box body is to be fixedly arranged on bottom this cover, and this luminescence unit is provided between this box body top ends and this cover, and the light source of this luminescence unit is directed towards this cover; This luminescence unit is be electrically connected this control unit respectively with this power unit; This power unit is supplied with the electric power needed for this luminescence unit and this control unit; This cover is to farther include a transmittance section, this transmittance section be in this cover to should the defined part in the position of luminescence unit, and at least this transmittance section in this cover is that a light-transmitting materials is constituted; This cover and this base are to farther include one first guide rail and one second guide rail respectively, this first guide rail is to be formed at this cover front inner surface left and right sides the flanged structure extended back further, this second guide rail is to be formed at one groove structure of two inner surface indents about this base further, and run through this pan frontward end by extending before backward, and this first guide rail and this second guide rail are that position is mutually corresponding and formation can mechanical coupling structure mutually; And this cover and this base are to farther include one first joint portion and one second joint portion respectively, this first joint portion and this second joint portion are that position is mutually corresponding and formation can buckle and the mechanical coupling structure that is mutually disengaged mutually.

In aforementioned fitting structure of the present utility model, this second joint portion is the cantilever design that extends to form forward of the inner surface from this base rear end and is downwardly protrude to form an overhead kick structure from front end, this first joint portion is formed at the elastic construction bottom this cover rear end and forms the structure with this second joint portion mechanical couplings further in rear end, and the elastic deformation of this first joint portion is to include a poised state and a maximum distortion state; And this cover farther includes a button and a sliding tray, this sliding tray is to extend vertically through this cover rearward end and to should a tunnel structure of the first joint portion, this button is to slide to arrange and be limited in this sliding tray, and this sliding tray is that this button slides up and down between one first state and one second state; Wherein, the first state of this button be this button by the state under pressed by external force, the first state of this button be to should the poised state of the first joint portion, and this rear end, the first joint portion is above the extreme lower position of this second joint portion; And the second state of this button be this button of pressed by external force slide onto downwards this first joint portion reach maximum flexibility deformation state, second state of this button be to should the maximum distortion state of the first joint portion, and this rear end, the first joint portion is less than the extreme lower position of this second joint portion.

Furthermore, this first joint portion is that a snap the line surrounds the C type structure constituted, and this rear end, the first joint portion is the opening forming C type structure, and can be farther include a U-type groove bottom this cover, and this box body top is to farther include a protuberance; Wherein, this U-type groove is the one of indent U-shaped groove structure bottom this cover, is to cooperate with housing this first joint portion;And this protuberance is a convex shape of this box body top evagination, it is to should the position of the first joint portion and press this first joint portion in this U-type groove.

It addition, be farther include to bore a hole on one bottom this cover, this box body top is to farther include perforation and in conjunction with screw; Wherein, on this, perforation is a blind hole structure of indent bottom this cover, and is positioned at scope that this U-type groove surrounds and aperture is to cooperate with this in conjunction with screw; This lower perforation is a top perforation structure downward through the battery capacity section to this box body of this box body protuberance, and aperture is to cooperate with this in conjunction with screw, is to going up punch position; And this is admittedly be locked on this in perforation from this battery capacity section through this lower perforation in conjunction with screw, and further combined with this cover and this box body.

Furthermore, this cover can be farther include one by key spring, should be a compression spring by key spring, and this button spring bottom end is to be installed in this box body top, and this button spring top is to should button bottom this button one elastic force upwards of confession; And this button is to farther include projection on, this box body is to farther include projection, on this, projection is a convex shape of this button bottom evagination, this lower projection be this box body top evagination a convex shape and to should epirelief post position, and should be entangle projection and this lower projection on this respectively and be fixedly arranged between this button and this box body by the top of key spring and bottom.

In aforesaid embodiment, this front end, the second joint portion is one toward the ramp structure of rear-inclined, hence in so that this first joint portion toward this second joint portion close to and when touching, this second joint portion can guide this first joint portion elastic deformation and automatically into the state of mechanical couplings.

In aforesaid embodiment, this control unit is to farther include an operating element, this operating element is that to select this luminescence unit is be turned on and off an operation interface of state and produce the electric information of correspondence, and this control unit is to distributing electric power that this power unit exports and to select this luminescence unit further be the state in opening and closed mode by electric information produced by operating element.

Furthermore, this operating element can be chosen from the non-contact optical sensing element in a thermal release electric infra-red ray sensor, a reflective optocoupler, a photosensitive sensor and a solar energy sensor; And this operating element is through this cover.

It addition, this operating element can also be chosen from a key switch and capacitor-type touch switch by touching the electric switch element producing to trigger signal, and this operating element is that correspondence runs through this cover. Or, this operating element can also be a Vibration Sensor.

In aforementioned fitting structure of the present utility model, this cover is that generally a light-permeable material is constituted. It addition, this cover be generally a light-permeable, can guide-lighting and diffusible light material be constituted.

In aforesaid embodiment, this control unit is to farther include a circuit board, this circuit board is provided between this cover and this box body, this luminescence unit and this control unit are provided on this circuit board, and this power unit is provided in this box body, this power unit is to be electrically connected this circuit board and be electrically connected to this control unit by this circuit board further.

In aforesaid embodiment, this luminescence unit is to farther include multiple light-emitting component, and this circuit board is to farther include a first circuit board element and a second circuit panel element; Wherein, this first circuit board element and this second circuit panel element are a circuit board respectively, and this first circuit board element is disposed on this box body front end face, and this second circuit panel element is disposed on this box body top end face; And this light-emitting component of at least one in this luminescence unit is provided on this first circuit board element, and this light-emitting component of at least one in this luminescence unit is provided on this second circuit panel element.

In aforesaid embodiment, the operating element in this control unit is provided on this circuit board.

In aforesaid embodiment, the operating element in this control unit is provided on this first circuit board element in this circuit board.

In aforesaid embodiment, this box body is to farther include a battery capacity section, and this battery capacity section is formed at the space in this box body and runs through bottom this box body; And this power unit is to farther include a cell apparatus, this cell apparatus is to farther include at least one battery, and this power unit is by the power supply of the battery of this cell apparatus to this control unit.

In aforesaid embodiment, this cell apparatus is to farther include multiple electrodes conduct element, those electrodes conduct elements are disposed in this cell apparatus, and the setting of those electrodes conduct elements is to should the electrode of output power be electrically connected this control unit in battery.

In aforesaid embodiment, the layout of those electrodes conduct elements in this cell apparatus is to forming a string parallel relationship by battery, and this cell apparatus and export a pair should the electric power of voltage and electric current of battery series-parallel connection relation.

In aforesaid embodiment, this battery is to select the battery types in one-shot battery and secondary cell.

In aforesaid embodiment, this base is to farther include a first surface, and this first surface is the outer surface local of this base rear end, and this base is can be arranged on the surface of a works by this first surface.

Furthermore, this works is a cabinet structure further, and this base is to be arranged on the surface in the cabinet structure that this works is constituted by this first surface.

In aforesaid embodiment, this base is to farther include a second surface and one first component, this second surface is the outer surface local of this base rear end, this first component is from the outward extending bar structure in this base bottom, and the second surface of this base is provided on the surface of this works.

Furthermore, this works is a door-plate further, and the body of rod that this first component is constituted is to form leader.

In aforesaid embodiment, this base is to farther include a second component, this second component is from the outward extending bar structure in this base bottom, and the other end of this second component is to extend and be arranged on this works surface, the second surface of this base is provided on the surface of this works.

Furthermore, this works can be a wall further, and the body of rod that this second component is constituted is to form a handrail.

Understanding the purpose of this utility model, feature and effect for making to be familiar with these those skilled in the art, hereby by following specific embodiment, and coordinate appended graphic, elaborate is such as rear.

Accompanying drawing explanation

1st figure is the isometric exploded view showing this utility model fitting structure one embodiment;

2nd figure is the three-dimensional assembled view showing this utility model the 1st figure embodiment;

3rd figure is the isometric exploded view showing another visual angle of this utility model the 1st figure embodiment;

4th figure is the three-dimensional assembled view showing this utility model the 3rd figure embodiment;

5th figure is the electrical correlation figure showing this utility model fitting structure;

6th figure is the local element isometric exploded view showing this utility model fitting structure one embodiment;

7th figure is the three-dimensional assembled view showing this utility model the 6th figure embodiment;

8th figure is the sectional elevation showing this utility model the 6th figure embodiment;

9th figure is the sectional elevation showing this utility model the 7th figure embodiment;

10th figure is the local element isometric exploded view showing this utility model fitting structure one embodiment;

11st figure is the cover local element upward view showing this utility model the 10th figure embodiment;

12nd figure is the local element sectional elevation showing this utility model the 10th figure embodiment;

13rd figure is the bottom plan view showing this utility model the 10th figure embodiment;

14th figure is the local element cutaway view Amplified image showing this utility model fitting structure one embodiment;

15th figure is the state longitudinal sectional view showing this utility model fitting structure one embodiment;

16th figure is another state longitudinal sectional view showing this utility model the 15th figure embodiment;

17th figure is the another state longitudinal sectional view showing this utility model the 15th figure embodiment;

18th figure is the another state longitudinal sectional view showing this utility model the 15th figure embodiment;

19th figure is the local element three-dimensional exploded view showing this utility model fitting structure one embodiment;

20th figure is the three-dimensional exploded view showing this utility model fitting structure one embodiment;

21st figure is the three-dimensional combination figure showing this utility model the 20th figure embodiment;

22nd figure is the three-dimensional exploded view showing this utility model fitting structure one embodiment;

23rd figure is the three-dimensional combination figure showing this utility model the 22nd figure embodiment;

24th figure is the three-dimensional exploded view showing this utility model fitting structure one embodiment; And

25th figure is the three-dimensional combination figure showing this utility model the 24th figure embodiment.

Symbol description

Luminescence unit 1 light-emitting component 11

Power unit 2 cell apparatus 21

Electrodes conduct element 211 battery 212

Control unit 3 operating element 31

Circuit board 32 first circuit board element 321

Second circuit panel element 322 main body 4

Cover 41 first guide rail 411

First transmittance section, joint portion 412 413

Projection 414a on button 414

Sliding tray 415U type groove 416

Key spring 418 is pressed in upper perforation 417

Base 42 second guide rail 421

Second joint portion 422 first surface 423

Second surface 424 first component 425

Second component 426 box body 43

431 times perforation 432 of protuberance

In conjunction with screw 433 battery capacity section 434

Lower projection 435 works 100

Works 200 works 300

Detailed description of the invention

For making this utility model to be better understood upon, below will using a detailed description of the invention as explanation of the present utility model.

For making this utility model to be better understood upon, below will using a detailed description of the invention as explanation of the present utility model.

This utility model fitting structure mainly can directly be installed on various works, and in order to use as a light source. 1st figure is the isometric exploded view showing this utility model fitting structure one embodiment, 2nd figure is the three-dimensional assembled view showing this utility model the 1st figure embodiment, 3rd figure is the isometric exploded view showing another visual angle of this utility model the 1st figure embodiment, 4th figure is the three-dimensional assembled view showing this utility model the 3rd figure embodiment, and the 5th figure is the electrical correlation figure showing this utility model fitting structure. Shown by the 1st figure, the 2nd figure, the 3rd figure, the 4th figure and the 5th figure, fitting structure of the present utility model is to be equipped with on a works, being include luminescence unit 1, power unit 2, control unit 3 and a main body 4, this luminescence unit 1, this power unit 2 and this control unit 3 are disposed in this main body 4; Wherein, this luminescence unit 1 is a light supply apparatus being produced light source by driven by power and is be electrically connected this control unit 3;This power unit 2 is the electric power supply apparatus being electrically connected this control unit 3, is supply the electric power needed for this luminescence unit 1 and this control unit 3; And this control unit 3 is a scalable the electric device distributing these 2 output powers of power unit.

In aforesaid embodiment, this control unit 3 is to farther include an operating element 31, this operating element 31 is that to select this luminescence unit 1 be turned on and off an operation interface of state and produce corresponding electric information, and this control unit 3 is to distributing this electric power that power unit 2 exports and to select this luminescence unit 1 further be the state in opening and closed mode by electric information produced by operating element 31. Wherein, when operating this operating element 31 and being select this luminescence unit 1 for opening, this operating element 31 produces the electric information of correspondence, and this control unit 3 is that the corresponding electric power exported by this power unit 2 exports to this luminescence unit 1 so that this luminescence unit 1 is opening further; And when operating this operating element 31 and being select this luminescence unit 1 for closed mode, this operating element 31 produces the electric information of correspondence, and this control unit 3 is that the corresponding electric power stopping exporting this power unit 2 exports to this luminescence unit 1 so that this luminescence unit 1 is closed mode further.

Refer again to shown by the 1st figure, the 2nd figure, the 3rd figure and the 4th figure, in aforesaid embodiment, this main body 4 is to farther include cover 41, base 42 and a box body 43, this luminescence unit 1, this control unit 3 and this power unit 2 are disposed in this box body 43, this box body 43 is to be fixedly arranged on bottom this cover 41, this luminescence unit 1, this power unit 2 and this control unit 3 are provided in this box body 43, and this luminescence unit 1 is provided between this box body 43 top ends and this cover 41, the light source of this luminescence unit 1 is directed towards this cover 41.

In aforesaid embodiment, this cover 41 is to farther include a transmittance section 413, this transmittance section 413 be in this cover 41 to should the defined part in the position of luminescence unit 1, and at least this transmittance section 413 in this cover 41 is that a light-transmitting materials is constituted.

In aforesaid embodiment, this cover 41 is that generally a light-permeable material is constituted, and therefore the light source of this luminescence unit 1 can penetrate this transmittance section 413 in this cover 41.

In aforesaid embodiment, this cover 41 be generally a light-permeable, can guide-lighting and diffusible light material be constituted, therefore the light source of this luminescence unit 1 can penetrate this transmittance section 413 in this cover 41, and part light source directly can be directed to this other position of cover 41 outside divergent rays via this cover 41.

In aforesaid embodiment, this cover 41 and this base 42 are to farther include one first guide rail 411 and one second guide rail 421 respectively, and this first guide rail 411 and this second guide rail 421 are that position is mutually corresponding and formation can mechanical coupling structure mutually.

Furthermore, this first guide rail 411 is to be formed at this cover 41 front inner surface left and right sides the flanged structure extended back further, this second guide rail 421 is the groove structure being formed at this base about 42 two inner surface indent further, and run through this base 42 front end by extending before backward, and the position of this second guide rail 421 is to should the first guide rail 411 form the mechanical coupling structure that can be combined with each other and be mutually disengaged.

6th figure is the local element isometric exploded view showing this utility model fitting structure one embodiment, 7th figure is the three-dimensional assembled view showing this utility model the 6th figure embodiment, 8th figure is the sectional elevation showing this utility model the 6th figure embodiment, and the 9th figure is the sectional elevation showing this utility model the 7th figure embodiment.Shown by the 6th figure, the 7th figure, the 8th figure and the 9th figure, and refer again to shown by the 1st figure, the 2nd figure and the 5th figure, in aforesaid embodiment, this box body 43 is to farther include a battery capacity section 434, and this battery capacity section 434 is formed at the space in this box body 43 and runs through bottom this box body 43; And this power unit 2 is to farther include a cell apparatus 21, this cell apparatus 21 is to farther include at least one battery 212 so that the electric power of the battery 212 of this cell apparatus 21 can be supplied this control unit 3 by this power unit 2 further.

In aforesaid embodiment, this battery 212 can select the battery types in one-shot battery and secondary cell.

In aforesaid embodiment, this cell apparatus 21 is to farther include multiple electrodes conduct element 211, those electrodes conduct elements 211 are disposed in this cell apparatus 21, and the setting of those electrodes conduct elements 211 is to should the electrode of output power be electrically connected this control unit 3 in battery 212. Therefore, make to be arranged in the state of this cell apparatus 21 at this battery 212, the electric power that this battery 212 exports can from those electrodes conduct element 211 electrical communications to this control unit 3, then through being regulated electric power by this control unit 3 and outputting electrical power to this luminescence unit 1 and distribution in this control unit 3.

In aforesaid embodiment, the layout of those electrodes conduct elements 211 in this cell apparatus 21 is to should the electric power outgoing position of battery 212, and make this battery 212 form a string parallel relationship by the layout of those electrodes conduct elements 211, hence in so that cell apparatus 21 exportable a pair should the electric power of voltage and electric current that closes of battery 212 connection in series-parallel.

10th figure is the local element isometric exploded view showing this utility model fitting structure one embodiment, 11st figure is the cover local element upward view showing this utility model the 10th figure embodiment, 12nd figure is the local element sectional elevation showing this utility model the 10th figure embodiment, and the 13rd figure is the bottom plan view showing this utility model the 10th figure embodiment. Shown by the 10th figure, the 11st figure, the 12nd figure and the 13rd figure, and refer again to shown by the 1st figure and the 2nd figure, in aforesaid embodiment, this cover 41 and this base 42 are to farther include one first joint portion 412 and one second joint portion 422 respectively, and this first joint portion 412 and this second joint portion 422 are that position is mutually corresponding and formation can buckle and the mechanical coupling structure that is mutually disengaged mutually. Wherein, this second joint portion 422 is the cantilever design that extends to form forward of the inner surface from this base 42 rear end and is downwardly protrude to form an overhead kick structure from front end, this first joint portion 412 is formed at the elastic construction bottom this cover 41 rear end and forms the structure with this second joint portion 422 mechanical couplings further in rear end, and the elastic deformation of this first joint portion 412 is to include a poised state and a maximum distortion state; And this cover 41 farther includes button 414 and a sliding tray 415, this sliding tray 415 is to extend vertically through this cover 41 rearward end and to should a tunnel structure of the first joint portion 412, this button 414 is to slide to arrange and be limited in this sliding tray 415, and this button 414 of this sliding tray 415 slides up and down between one first state and one second state.

Furthermore, first state of this button 414 is that this button 414 is not by the state under pressed by external force, first state of this button 414 be to should the poised state of the first joint portion 412, and this rear end, the first joint portion 412 is above the extreme lower position of this second joint portion 422;And the second state of this button 414 be this button 414 of pressed by external force slide onto downwards this first joint portion 412 reach maximum flexibility deformation state, second state of this button 414 be to should the maximum distortion state of the first joint portion 412, and this rear end, the first joint portion 412 is less than the extreme lower position of this second joint portion 422.

Aforesaid first joint portion 412 is that a snap the line surrounds the C type structure constituted, and this rear end, the first joint portion 412 is the opening forming C type structure.

Furthermore, it is farther include a U-type groove 416 bottom this cover 41, this box body 43 top is to farther include a protuberance 431. Wherein, this U-type groove 416 is a U-shaped groove structure of indent bottom this cover 41, is to cooperate with housing this first joint portion 412; And this protuberance 431 is a convex shape of this box body 43 top evagination, it is to should the position of the first joint portion 412 and press this first joint portion 412 in this U-type groove 416.

In aforesaid embodiment, being farther include to bore a hole 417 on one bottom this cover 41, this box body 43 top is to farther include perforation 432 and in conjunction with screw 433. Wherein, on this, perforation 417 is a blind hole structure of indent bottom this cover 41, and is positioned at scope that this U-type groove 416 surrounds and aperture is to cooperate with this in conjunction with screw 433; This lower perforation 432 is a top perforation structure downward through the battery capacity section 434 to this box body 43 of this box body 43 protuberance 431, and aperture is to cooperate with this in conjunction with screw 433, is to going up perforation 417 positions; And this is admittedly be locked on this in perforation 417 from this battery capacity section 434 through this lower perforation 432 in conjunction with screw 433, and further combined with this cover 41 and this box body 43.

14th figure is the local element cutaway view Amplified image showing this utility model fitting structure one embodiment. shown by the 14th figure, and refer again to shown by the 10th figure, in aforesaid embodiment, this cover 41 is to farther include one by key spring 418, should be a compression spring by key spring 418, and should be installed in this box body 43 top by key spring 418 bottom, should be to should button 414 bottom by key spring 418 top, and make this provide this button 414 1 elastic force upwards by key spring 418, thus this first state can be maintained when this button 414 is not by pressed by external force, and at this button 414 by when discharging in this external force after pressed by external force, this button 414 returns back to this first state.

Furthermore, this button 414 is to farther include projection 414a on, this box body 43 is to farther include projection 435, on this, projection 414a is a convex shape of this button 414 bottom evagination, this lower projection 435 be this box body 43 top evagination a convex shape and to should epirelief post 414a position, and should be entangle projection 414a and this lower projection 435 on this respectively and be fixedly arranged between this button 414 and this box body 43 by the top of key spring 418 and bottom.

15th figure is the state longitudinal sectional view showing this utility model fitting structure one embodiment, 16th figure is another state longitudinal sectional view showing this utility model the 15th figure embodiment, 17th figure is the another state longitudinal sectional view showing this utility model the 15th figure embodiment, and the 18th figure is the another state longitudinal sectional view showing this utility model the 15th figure embodiment. Shown by the 15th figure, the 16th figure, the 17th figure and the 18th figure, and refer again to shown by the 1st figure, the 2nd figure, the 10th figure and the 14th figure, based on aforesaid embodiment, when this cover 41 be combined with each other with this base 42, this the first guide rail 411 rear end is first to insert this second guide rail 421 front end, and until under the state that machinery couples completely mutually, this first joint portion 412 can be combined with this mutual buckle in the second joint portion 422, and further such that this cover 41 is to be fixedly combined the state in this base 42 top ends;When in this cover 41 state in conjunction with this base 42, this button 414 is the first state and this first joint portion 412 is poised state, and this rear end, the first joint portion 412 is to should be higher than that the extreme lower position of this second joint portion 422 and catching on the rear end face bottom this second joint portion 422, make this first joint portion 412 and this second joint portion 422 are formed the state being mechanically coupled to each other, and further such that the firm top ends being combined in this base 42 of this cover 41; And when in this cover 41 state in conjunction with this base 42, press this button 414 to slide onto downwards this first joint portion 412 and reach maximum distortion state, this rear end, the first joint portion 412 is less than the extreme lower position of this second joint portion 422, now this rear end, the first joint portion 412 can be made to depart from and exit this second joint portion 422 towards forward direction sliding this cover 41, and make the first joint portion 412 and this second joint portion 422 form the state being mutually disengaged, until when this first guide rail 411 completely disengages from this second guide rail 421, this cover 41 can depart from from this base 42.

Furthermore, aforesaid second front end, joint portion 422 is one toward the ramp structure of rear-inclined. therefore, when the first guide rail 411 of this cover 41 combines gradually to the process of the second guide rail 421 of this base 42, this rear end, the first joint portion 412 can down elastic deformation and then this first joint portion 412 can reach maximum distortion state from poised state gradually along this front end, the second joint portion 422, until under the state that the first guide rail 411 of this cover 41 and the second guide rail 421 of this base 42 are completely combined, this first joint portion 412 is returned to poised state, and this rear end, the first joint portion 412 can catch on this second joint portion 422, make this first joint portion 412 and this second joint portion 422 form the state being mechanically coupled to each other.

19th figure is the local element three-dimensional exploded view showing this utility model fitting structure one embodiment. Shown by the 19th figure, and refer again to shown by the 1st figure, the 2nd figure and the 5th figure, in aforesaid embodiment, this control unit 3 is to farther include a circuit board 32, this circuit board 32 is provided between this cover 41 and this box body, this luminescence unit 1 and this control unit 3 are provided on this circuit board 32, and this power unit 2 is provided in this box body 43, and this power unit 2 is to be electrically connected this circuit board 32 and be electrically connected to this control unit 3 by this circuit board 32 further.

In aforesaid embodiment, this luminescence unit 1 is to farther include multiple light-emitting component 11, and this circuit board 32 is to farther include first circuit board element 321 and a second circuit panel element 322. Wherein, this first circuit board element 321 is a circuit board with this second circuit panel element 322 respectively, and this first circuit board element 321 is disposed on this box body 43 front end face, and this second circuit panel element 322 is disposed on this box body 43 top end face; And this light-emitting component 11 of at least one in this luminescence unit 1 is provided on this first circuit board element 321, and this light-emitting component 11 of at least one in this luminescence unit 1 is provided on this second circuit panel element 322.

In aforesaid embodiment, the operating element 31 in this control unit 3 is provided on this circuit board 32.

Furthermore, the operating element 31 in this control unit 3 can be provided on this first circuit board element 321 in this circuit board 32.

Refer again to shown by the 1st figure, the 2nd figure, the 3rd figure, the 4th figure and the 5th figure, in aforesaid embodiment, this operating element 31 is an optical sensor and is a non-contact optical sensing element, for instance thermal release electric infra-red ray sensor (PyroelectricInfraredRadialSensor), reflective optocoupler (ReflectedInfraredSensors), photosensitive sensor or solar energy sensor etc.;And this operating element 31 is through this cover 41. Therefore, when this operating element 31 be triggered and be in this first state and output one correspondence electric information to this control unit 3 time, this control unit 3 can to should operating element 31 output electric information and corresponding selection opens this power unit 2 output power state to this luminescence unit 1, and corresponding further open this luminescence unit 1 and produce light source output; And when this operating element 31 be not triggered and be in this second state and output one correspondence electric information to this control unit 3 time, this control unit 3 can to should operating element 31 output electric information and corresponding selection closes this power unit 2 output power state to this luminescence unit 1, and corresponding further close this luminescence unit 1.

Refer again to shown by the 1st figure, the 2nd figure, the 3rd figure, the 4th figure and the 5th figure, in aforesaid embodiment, this operating element 31 can be an electric switch element triggering signal by touching generation, such as key switch, capacitor-type touch switch etc., and this operating element 31 is that correspondence runs through this cover 41. Therefore, when this operating element 31 touched and be in this first state and output one correspondence electric information to this control unit 3 time, this control unit 3 can to should operating element 31 output electric information and corresponding selection opens this power unit 2 output power state to this luminescence unit 1, and corresponding further open this luminescence unit 1 and produce light source output; And when this operating element 31 again touched and be in this second state and output one correspondence electric information to this control unit 3 time, this control unit 3 can to should operating element 31 output electric information and corresponding selection closes this power unit 2 output power state to this luminescence unit 1, and corresponding further close this luminescence unit 1.

Refer again to shown by the 1st figure, the 2nd figure, the 3rd figure, the 4th figure and the 5th figure, in aforesaid embodiment, this operating element 31 can be a Vibration Sensor, when making to trigger when this operating element 31 energy vibrated and be in the electric information of this first state and output one correspondence to this control unit 3, this control unit 3 can to should operating element 31 output electric information and corresponding selection opens this power unit 2 output power state to this luminescence unit 1, and corresponding further open this luminescence unit 1 and produce light source output.

20th figure is the three-dimensional exploded view showing this utility model fitting structure one embodiment, and the 21st figure is the three-dimensional combination figure showing this utility model the 20th figure embodiment. Shown by the 20th figure and the 21st figure, and refer again to shown by the 1st figure, the 2nd figure, the 3rd figure and the 4th figure, based on aforesaid embodiment, this base 42 is to farther include a first surface 423, this first surface 423 is the outer surface local of this base 42 rear end, and this base 42 is can to pass through this first surface 423 to be arranged on the surface of a works 100. Wherein, this works 100 may further be a cabinet structure, and this base 42 can pass through this first surface 423 and be arranged on the surface in the cabinet structure that this works 100 is constituted, make when human body is near this works 100, this operating element 31 of operable this control unit 3 being arranged in this cover 41, and then this luminescence unit 1 is turned on and off.

In aforesaid embodiment, this operating element 31 is specially in the embodiment of a thermal release electric infra-red ray sensor, when human body is near this works 100, this operating element 31 can trigger sensing and export the electronic information of correspondence to this control unit 3, this control unit 3 also selects this luminescence unit 1 for opening further, and when, under the state that this operating element 31 is not triggered, this control unit 3 can further select this luminescence unit 1 for closed mode.

22nd figure is the three-dimensional exploded view showing this utility model fitting structure one embodiment, and the 23rd figure is the three-dimensional combination figure showing this utility model the 22nd figure embodiment. Shown by the 22nd figure and the 23rd figure, and refer again to shown by the 1st figure, the 2nd figure, the 3rd figure and the 4th figure, based on aforesaid embodiment, this base 42 is to farther include second surface 424 and one first component 425, this second surface 424 is the outer surface local of this base 42 rear end, this first component 425 is from this outward extending bar structure in base 42 bottom, and the second surface 424 of this base 42 is provided on the surface of this works 200. Wherein, this works 200 can be a door-plate further, and the body of rod that this first component 425 is constituted is to form leader, this main body 1 is made to form a light supply apparatus being combined into the Hardware fitting with handle function, therefore this first component 425 can be pulled to drive this works 200 for being turned on and off state by this, and when human body is near this works 200, this operating element 31 of operable this control unit 3 being arranged in this cover 41, and then this luminescence unit 1 is turned on and off.

24th figure is the three-dimensional exploded view showing this utility model fitting structure one embodiment, and the 25th figure is the three-dimensional combination figure showing this utility model the 24th figure embodiment. Shown by the 24th figure and the 25th figure, and refer again to shown by the 1st figure, the 2nd figure, the 3rd figure and the 4th figure, based on aforesaid embodiment, this base 42 is to farther include a second component 426, this second component 426 is from this outward extending bar structure in base 42 bottom, and the other end of this second component 426 is to extend and be arranged on this works 300 surface, the second surface 424 of this base 42 is provided on the surface of this works 200. Wherein, this works 300 can be a wall further, and the body of rod that this second component 426 is constituted is to form a handrail, this main body 1 is made to form a light supply apparatus being combined into the Hardware fitting with handrail function, therefore when human body near this works 300 with assist walking time, this operating element 31 of operable this control unit 3 being arranged in this cover 41, and then this luminescence unit 1 is turned on and off.

Therefore, a kind of fitting structure provided by the utility model, and this utility model has been done a detailed description, but as described above, it is only a preferred embodiment of the present utility model, when not limiting the scope that this utility model is implemented. Namely all equalizations made according to this utility model application range change and modification etc., all should still belong in patent covering scope of the present utility model.

Claims (19)

1. a fitting structure, it is to may be disposed on a works, it is characterised in that:

One luminescence unit, it is a light supply apparatus being produced light source by driven by power;

One power unit, it is an electric power supply apparatus;

One control unit, it is a scalable the electric device distributing this power unit institute output power; And

One main body, it is to include a cover, a base and a box body;

Wherein, this luminescence unit, this power unit and this control unit are disposed in this box body, and this box body is to be fixedly arranged on bottom this cover, and this luminescence unit is provided between this box body top ends and this cover, and the light source of this luminescence unit is directed towards this cover; This luminescence unit is be electrically connected this control unit respectively with this power unit;This power unit is supplied with the electric power needed for this luminescence unit and this control unit; This cover is to farther include a transmittance section, this transmittance section be in this cover to should the defined part in the position of luminescence unit, and at least this transmittance section in this cover is that a light-transmitting materials is constituted; This cover and this base are to farther include one first guide rail and one second guide rail respectively, this first guide rail is to be formed at this cover front inner surface left and right sides the flanged structure extended back further, this second guide rail is to be formed at one groove structure of two inner surface indents about this base further, and run through this pan frontward end by extending before backward, and this first guide rail and this second guide rail are that position is mutually corresponding and formation can machinery couples mutually structure; And this cover and this base are to farther include one first joint portion and one second joint portion respectively, this first joint portion and this second joint portion are that position is mutually corresponding and formation can buckle and the mechanical coupling structure that is mutually disengaged mutually.

2. fitting structure as claimed in claim 1, it is characterized in that: this second joint portion is the cantilever design that extends to form forward of the inner surface from this base rear end and is downwardly protrude to form an overhead kick structure from front end, this first joint portion is formed at the elastic construction bottom this cover rear end and this first joint portion forms the structure with this second joint portion mechanical couplings further in rear end, and the elastic deformation of this first joint portion is to include a poised state and a maximum distortion state; And this cover farther includes a button and a sliding tray, this sliding tray is to extend vertically through this cover rearward end and to should a tunnel structure of the first joint portion, this button is to slide to arrange and be limited in this sliding tray, and this sliding tray is that this button slides up and down between one first state and one second state;

Wherein, the first state of this button be this button by the state under pressed by external force, the first state of this button be to should the poised state of the first joint portion, and this rear end, the first joint portion is above the extreme lower position of this second joint portion; And the second state of this button be this button of pressed by external force slide onto downwards this first joint portion reach maximum flexibility deformation state, second state of this button be to should the maximum distortion state of the first joint portion, and this rear end, the first joint portion is less than the extreme lower position of this second joint portion.

3. fitting structure as claimed in claim 2, it is characterised in that: this first joint portion is that a snap the line surrounds the C type structure constituted, and this rear end, the first joint portion is the opening forming C type structure.

4. fitting structure as claimed in claim 3, it is characterised in that: being farther include a U-type groove bottom this cover, this box body top is to farther include a protuberance;

Wherein, this U-type groove is the one of indent U-shaped groove structure bottom this cover, is to cooperate with housing this first joint portion; And this protuberance is a convex shape of this box body top evagination, it is to should the position of the first joint portion and press this first joint portion in this U-type groove.

5. fitting structure as claimed in claim 4, it is characterised in that: being farther include to bore a hole on one bottom this cover, this box body top is to farther include perforation and in conjunction with screw;

Wherein, on this, perforation is a blind hole structure of indent bottom this cover, and is positioned at scope that this U-type groove surrounds and aperture is to cooperate with this in conjunction with screw;This lower perforation is a top perforation structure downward through the battery capacity section to this box body of this box body protuberance, and aperture is to cooperate with this in conjunction with screw, is to going up punch position; And this is admittedly be locked on this in perforation from this battery capacity section through this lower perforation in conjunction with screw, and further combined with this cover and this box body.

6. fitting structure as claimed in claim 5, it is characterized in that: this cover is to farther include one by key spring, should be a compression spring by key spring, and this button spring bottom end is to be installed in this box body top, this button spring top is to should button bottom for this button one elastic force upwards;

Wherein, this button is to farther include projection on, this box body is to farther include projection, on this, projection is a convex shape of this button bottom evagination, this lower projection be this box body top evagination a convex shape and to should epirelief post position, and should be entangle projection and this lower projection on this respectively and be fixedly arranged between this button and this box body by the top of key spring and bottom.

7. fitting structure as claimed in claim 5, it is characterized in that: this cover is to farther include one by key spring, should be a compression spring by key spring, and this button spring bottom end is to be installed in this box body top, this button spring top is to should button bottom for this button one elastic force upwards;

Wherein, this front end, the second joint portion is one toward the ramp structure of rear-inclined.

8. fitting structure as claimed in claim 2, it is characterized in that: this control unit is to farther include an operating element, this operating element is that to select this luminescence unit is be turned on and off an operation interface of state and produce the electric information of correspondence, and this control unit is to distributing electric power that this power unit exports and to select this luminescence unit further be the state in opening and closed mode by electric information produced by operating element;

Wherein, this operating element is chosen from the non-contact optical sensing element in a thermal release electric infra-red ray sensor, a reflective optocoupler, a photosensitive sensor and a solar energy sensor; And this operating element is through this cover.

9. fitting structure as claimed in claim 2, it is characterized in that: this control unit is to farther include an operating element, this operating element is that to select this luminescence unit is be turned on and off an operation interface of state and produce the electric information of correspondence, and this control unit is to distributing electric power that this power unit exports and to select this luminescence unit further be the state in opening and closed mode by electric information produced by operating element;

Wherein, this operating element is chosen from a key switch and capacitor-type touch switch by touching the electric switch element producing to trigger signal, and this operating element is that correspondence runs through this cover.

10. fitting structure as claimed in claim 2, it is characterized in that: this control unit is to farther include an operating element, this operating element is that to select this luminescence unit is be turned on and off an operation interface of state and produce the electric information of correspondence, and this control unit is to distributing electric power that this power unit exports and to select this luminescence unit further be the state in opening and closed mode by electric information produced by operating element;

Wherein, this operating element is a Vibration Sensor.

11. fitting structure as claimed in claim 1, it is characterised in that: this cover is that generally a light-permeable material is constituted.

12. fitting structure as claimed in claim 1, it is characterised in that: this cover be generally a light-permeable, can guide-lighting and diffusible light material be constituted; And this control unit is to farther include a circuit board, this circuit board is provided between this cover and this box body, this luminescence unit and this control unit are provided on this circuit board, and this power unit is provided in this box body, this power unit is to be electrically connected this circuit board and be electrically connected to this control unit by this circuit board further.

13. fitting structure as claimed in claim 12, it is characterised in that: this luminescence unit is to farther include multiple light-emitting component, and this circuit board is to farther include a first circuit board element and a second circuit panel element;

Wherein, this first circuit board element and this second circuit panel element are a circuit board respectively, and this first circuit board element is disposed on this box body front end face, and this second circuit panel element is disposed on this box body top end face; And this light-emitting component of at least one in this luminescence unit is provided on this first circuit board element, and this light-emitting component of at least one in this luminescence unit is provided on this second circuit panel element.

14. fitting structure as claimed in claim 13, it is characterised in that: the operating element in this control unit is provided on this circuit board; And the operating element in this control unit is provided on this first circuit board element in this circuit board.

15. fitting structure as claimed in claim 12, it is characterised in that: this box body is to farther include a battery capacity section, and this battery capacity section is formed at the space in this box body and runs through bottom this box body; This power unit is to farther include a cell apparatus, and this cell apparatus is to farther include at least one battery, and this power unit is by the power supply of the battery of this cell apparatus to this control unit; And this cell apparatus is to farther include multiple electrodes conduct element, those electrodes conduct elements are disposed in this cell apparatus, and the setting of those electrodes conduct elements is to should the electrode of output power be electrically connected this control unit in battery;

Wherein, the layout of those electrodes conduct elements in this cell apparatus is to forming a string parallel relationship by battery, and this cell apparatus and export a pair should the electric power of voltage and electric current of battery series-parallel connection relation.

16. fitting structure as claimed in claim 2, it is characterised in that: this base is to farther include a first surface, and this first surface is the outer surface local of this base rear end, and this base is can be arranged on the surface of a works by this first surface;

Wherein, this works is a cabinet structure further, and this base is to be arranged on the surface in the cabinet structure that this works is constituted by this first surface.

17. fitting structure as claimed in claim 2, it is characterized in that: this base is to farther include a second surface and one first component, this second surface is the outer surface local of this base rear end, this first component is from the outward extending bar structure in this base bottom, and the second surface of this base is provided on the surface of this works;

Wherein, this works is a door-plate further, and the body of rod that this first component is constituted is to form leader.

18. fitting structure as claimed in claim 2, it is characterized in that: this base is to farther include a second component, this second component is from the outward extending bar structure in this base bottom, and the other end of this second component is to extend and be arranged on this works surface, the second surface of this base is provided on the surface of this works;

Wherein, this works can be a wall further, and the body of rod that this second component is constituted is to form a handrail.

19. fitting structure as claimed in claim 1, it is characterised in that: this box body is to farther include a battery capacity section, and this battery capacity section is formed at the space in this box body and runs through bottom this box body; This power unit is to farther include a cell apparatus, and this cell apparatus is to farther include at least one battery, and this power unit is by the power supply of the battery of this cell apparatus to this control unit; And this cell apparatus is to farther include multiple electrodes conduct element, those electrodes conduct elements are disposed in this cell apparatus, and the setting of those electrodes conduct elements is to should the electrode of output power be electrically connected this control unit in battery;

Wherein, the layout of those electrodes conduct elements in this cell apparatus is to forming a string parallel relationship by battery, and this cell apparatus and export a pair should the electric power of voltage and electric current of battery series-parallel connection relation.