CN202647405U - Lamp structure - Google Patents
Lamp structure Download PDFInfo
- Publication number
- CN202647405U CN202647405U CN2012202215625U CN201220221562U CN202647405U CN 202647405 U CN202647405 U CN 202647405U CN 2012202215625 U CN2012202215625 U CN 2012202215625U CN 201220221562 U CN201220221562 U CN 201220221562U CN 202647405 U CN202647405 U CN 202647405U
- Authority
- CN
- China
- Prior art keywords
- main body
- section
- electric power
- electric
- joint portion
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Lifetime
Links
- 230000005540 biological transmission Effects 0.000 claims abstract description 15
- XEEYBQQBJWHFJM-UHFFFAOYSA-N Iron Chemical compound [Fe] XEEYBQQBJWHFJM-UHFFFAOYSA-N 0.000 claims description 22
- 238000002834 transmittance Methods 0.000 claims description 22
- 229910052742 iron Inorganic materials 0.000 claims description 16
- 230000015572 biosynthetic process Effects 0.000 claims description 12
- 150000002505 iron Chemical class 0.000 claims description 10
- 230000001105 regulatory effect Effects 0.000 claims description 10
- 238000007600 charging Methods 0.000 claims description 6
- 230000005489 elastic deformation Effects 0.000 claims description 5
- 239000012780 transparent material Substances 0.000 claims description 5
- 239000011796 hollow space material Substances 0.000 claims description 4
- 230000003287 optical effect Effects 0.000 claims description 4
- 239000000725 suspension Substances 0.000 claims description 4
- 238000005516 engineering process Methods 0.000 claims description 3
- 230000005294 ferromagnetic effect Effects 0.000 claims description 3
- 239000000463 material Substances 0.000 claims description 3
- 238000000354 decomposition reaction Methods 0.000 description 12
- 230000005291 magnetic effect Effects 0.000 description 4
- 230000009183 running Effects 0.000 description 4
- 238000005286 illumination Methods 0.000 description 3
- PMVSDNDAUGGCCE-TYYBGVCCSA-L Ferrous fumarate Chemical compound [Fe+2].[O-]C(=O)\C=C\C([O-])=O PMVSDNDAUGGCCE-TYYBGVCCSA-L 0.000 description 2
- 239000002390 adhesive tape Substances 0.000 description 2
- 230000000694 effects Effects 0.000 description 2
- 230000000007 visual effect Effects 0.000 description 2
- 230000008034 disappearance Effects 0.000 description 1
- 238000000034 method Methods 0.000 description 1
Images
Abstract
A lamp structure can be matched with a structure and comprises: a main body, a light emitting device, an electric circuit part and a base; the electric loop part is an electric device with a logic control and power regulation function and can control and drive the light-emitting device to be switched on or switched off and supply the electric loop part and the light-emitting device with the required power; the light emitting device is arranged in the main body, and a light source of the light emitting device can penetrate out of the main body through the light-transmitting part in the main body; and through a first combining part in the main body and a second combining part in the base, the main body can be fixedly arranged on the base or separated from the base, and through a fixedly arranged part in the base, the base can be fixedly arranged on the structure; the power supply part in the electric loop part can select various power supplies such as a battery, an alternating current power supply, a wireless transmission power supply and the like, and is suitable for various use environments.
Description
Technical field
The utility model relates to a kind of fitting structure, refers in particular to the fitting structure that can be installed on various works surface.
Background technology
The known light fixture that generally can be installed in the various body structure surfaces such as cabinet, decorating structure, wall normally utilizes screw, magnetic force, double faced adhesive tape or other complicated fixed structure, and this light fixture is fixedly arranged on aforesaid body structure surface.When yet this class light fixture is installed up on the various body structure surfaces such as cabinet, decorating structure, wall, usually can't regulate direction of illumination, or will produce in addition the device of light source, such as light emitting diode or lamp pearl, be arranged on the relative motion that also can do with the main body of light fixture mechanism in the mechanism, and reach the adjustment of light source irradiation direction, so that tend to destroy the overall aesthetics of light fixture, and convenience is not good.Moreover, in the design of this class light fixture, generally when design, limited the form of power of using, if change form of power, then must the whole fitting structure of redesign.Therefore the utility model is created based on the disappearance of known light fixture.
The utility model content
The utility model relates to a kind of fitting structure, and its main purpose is to provide a fitting structure with simple fixed form, and can directly be installed on the various furniture such as cabinet, decorating structure, wall or the works.
Time purpose of fitting structure of the present utility model is the structure that sets firmly of this fitting structure, can directly be installed on the various furniture such as cabinet, decorating structure, wall or the works, simultaneously the also direction of illumination of its light source of capable of regulating.
An again purpose of fitting structure of the present utility model provides the fitting structure that can select to adopt the multiple power sources selections such as battery, AC power and wireless transmission power supply, thereby applicable to various environments for use.
An again purpose of fitting structure of the present utility model is that a fitting structure with switch or sensor can be provided, the unlatching of convenient this fitting structure of control or close.
The utility model relates to a kind of fitting structure and is used in conjunction with on a works, and comprises: a main body, and it is to comprise a holding part, a transmittance section and one first joint portion; One light-emitting device, it is one can be via the luminous light source of driven by power; One electric loop section, it is to comprise that one selects module, a supply of electric power section and a control assembly; And a base, it is to comprise that one second joint portion and sets firmly section, and this second joint portion is to should the first joint portion and be can mutually combine or mutually break away from, and this base is to see through this section of setting firmly to be fixedly arranged on this works; Wherein this holding part is the hollow space in this main body; This transmittance section is one to run through the penetrable photo structure of this main body, and the light source of this light-emitting device is that to penetrate out this main body via this transmittance section outside; This light-emitting device is to transmittance section that should main body and is electrically connected this electric loop section, and this light-emitting device is to be fixedly arranged in the holding part of this main body with this electric loop section; This selection module is to be arranged in the holding part of this main body and is one to select electric component and the electric signal corresponding to output of the operation-interface that this light-emitting device opens or close; This supply of electric power section one can provide the device of electric power; This control assembly is a logic control and power regulation circuit, in order to the electric signal of judging this selection module and control this light-emitting device and open or close, and produce corresponding electric operation, and be dispensed to this electric loop section and this light-emitting device after the electric power of this supply of electric power section is adapted to this electric loop section and this light-emitting device required electric power form; And this main body and this base comprise respectively one first joint portion and one second joint portion, and this first joint portion is to should the second joint portion and can mutually combine or mutually break away from.
The section that sets firmly of aforementioned base can be screw perforation, and this screw perforation is to run through this base.
In the aforementioned fitting structure of the present utility model, the first joint portion of this main body is to comprise at least one perforation, and this perforation is to run through this bottom part body and in radially outwardly formation one flange of inner surface; And the second joint portion of this base is to the first joint portion that should main body and is to comprise at least one snap fit body, this snap fit body is to extend upward and comprise a recess from this base, this recess is the concavity section that forms and to the flange in should the perforation of the first joint portion of concaving on this snap fit side, and the snap fit body in this base second joint portion is planted in the perforation state in the first joint portion of this main body, and the recess in this snap fit body is the flange in this perforation of engagement.
In addition, in the aforementioned fitting structure of the present utility model, the first joint portion of this main body is to comprise a perforation, the second joint portion of this base is to comprise a snap fit body, this perforation is that the flange in circular perforations structure and this perforation is that formation is circular, recess in this snap fit body is the annular concavity section that forms and to the flange in should boring a hole of concaving on this snap fit side, and the snap fit body in this base second joint portion is planted in the perforation state in the first joint portion of this main body, recess in this snap fit body is the flange in this perforation of engagement, and this main body is relatively to rotate with this base.Wherein the ledge surface in this main body perforation is the internal tooth with annular arrangement, and the recess in this base snap fit body is to have external tooth, this external tooth is to should internal tooth, this external tooth and this internal tooth are to have suitable pliability, the elastic deformation amount of this external tooth and this internal tooth is enough to allow this external tooth and this internal tooth mutually rotate, and this external tooth and this internal tooth relatively rotate take a tooth as minimum rotation spacing.
Moreover, in the aforementioned fitting structure of the present utility model, the second joint portion of this base is to have a snap fit body and further comprise a bulb, the first joint portion of this main body is to have a perforation and further comprise a draw-in groove, recess in this snap fit body is that annular concavity section and this bulb that forms that concave on this snap fit side is this formed spherical structure in snap fit body top, this perforation is that the flange in circular perforations structure and this perforation is that to form circular ring that should snap fit body recess and this draw-in groove be a pair of spherical hollow bulb that should snap fit body bulb of formation in this perforation, so that the bulb of this snap fit body is combined rear formation one gimbal suspension mechanism with the draw-in groove of this perforation.
Moreover in the aforementioned fitting structure of the present utility model, the first joint portion of this main body is to comprise a perforation, and this perforation is to run through this bottom part body and in radially outwardly formation one flange of inner surface; And the second joint portion of this base is to the first joint portion that should main body and is to comprise a plurality of snap fit bodies, those snap fit bodies are to be arranged in an annular distribution, each this snap fit body is to extend upward and comprise a recess from this base, the recess of each this snap fit body is the concavity section that forms of side direction indent and to the flange in should the perforation of the first joint portion, and each snap fit body in the second joint portion of this base is planted under the state of the perforation in the first joint portion of this main body simultaneously, the recess in each this snap fit body can with this perforation in the flange engagement.Wherein the perforation of this main body the first joint portion is a circular perforations structure, those snap fit bodies in this base second joint portion are to be arranged in a circular annular distribution, and each snap fit body in the second joint portion of this base is planted under the state of the first joint portion middle punch of this main body simultaneously, recess in each this snap fit body be with this perforation in flange engagement, this main body is relatively to rotate with this base.In addition, ledge surface in this main body perforation is the internal tooth with annular arrangement, recess in this base snap fit body is to have external tooth, this external tooth is to should internal tooth, this external tooth and this internal tooth are to have suitable pliability, the elastic deformation amount of this external tooth and this internal tooth is enough to allow this external tooth and this internal tooth mutually rotate, and this external tooth and this internal tooth relatively rotate take a tooth as minimum rotation spacing.
Moreover in the aforementioned fitting structure of the present utility model, the first joint portion of this main body is the chute that comprises two parallel correspondences, and this chute is the parallel long strip groove structure that is formed at this bottom part body; And the second joint portion of this base is to the first joint portion that should main body and is the flange that comprises two parallel correspondences, those flanges be formed at this base the top the parallel long list structure and to the chute in should main body, and each flange in the second joint portion of this base is planted under the state in the first joint portion of this main body simultaneously, and each this flange is and corresponding this chute engaging.
Moreover in the aforementioned fitting structure of the present utility model, the first joint portion of this main body is to comprise at least one iron plate, and this iron plate is tool ferromagnetic characteristic material and sets firmly this body bottom surface; And the second joint portion of this base is to the first joint portion that should main body and is to comprise at least one magnet, and this magnet is to be fixedly arranged on this base and to the iron plate in should main body.Wherein the first joint portion of this main body is further to comprise a groove, and this groove type is formed in this body bottom surface and from the structure of concave surface, and this iron plate is to be arranged in this groove; And the second joint portion of this base is further to comprise a protuberance, the structure that this protuberance is formed at this base lower surface and protrudes from the surface, this magnet is to be arranged in this protuberance, and this base protuberance is to should body recess, and this base protuberance also can be held in the mouth in this body recess.
In the aforementioned fitting structure of the present utility model, this electric loop section further comprises an external power source jockey, this external power source jockey is this supply of electric power section of electrical connection and comprises a connecting line and an ac/dc power supply adaptor, this connecting line is a power lead, and this ac/dc power supply adaptor is one AC power to be converted to the electric device of dc source.Wherein the connecting line of this external power source jockey is to extend to this main body outside in this main body, and the part of this connecting line in this main body is this ac/dc power supply adaptor of electrical connection; And this ac/dc power supply adaptor then is that the AC power that this connecting line is inputted is converted to dc source, and with transmitting DC to this supply of electric power section.In addition, this ac/dc power supply adaptor can be to be placed on this main body outside.Moreover, supply of electric power section in this main body further comprises a battery module, this battery module is to be arranged at the structure of the equipped with battery in the holding part of this main body and to be electrically connected to this supply of electric power section, the battery that this battery module is installed is secondary cell, and this supply of electric power section is converted to the electric power that carries out this charging battery module with the dc source that this external power source jockey is inputted.
In the aforementioned fitting structure of the present utility model, supply of electric power section in this main body further comprises a battery module, this battery module is to be arranged at the structure of the equipped with battery in the holding part of this main body and to be electrically connected to this supply of electric power section, and the battery that this battery module is installed is a kind of battery that is selected from one-shot battery and the secondary cell.
In the aforementioned fitting structure of the present utility model, this electric loop section further comprises a control circuit board, this control circuit board is a circuit board that is arranged in the holding part of this main body, and this selection module and this control assembly are to be arranged on this control circuit board, and this supply of electric power section is electrically connected to this control circuit board.
In the aforementioned fitting structure of the present utility model, the supply of electric power section of this electric loop section further comprises an electrical energy receiver, this electrical energy receiver is to comprise a receiving unit and a rectification circuit, and this electrical energy receiver is to receive the electric power that is converted to electric power with an electric device of the resonant energy of wireless power transmission technical transmission and with this resonant energy and exports this electrical energy receiver via this supply of electric power section; Wherein this receiving unit is a resonance circuit that comprises at least a receiving coil, and this receiving coil is to receive this resonance signal and be converted to electric power output; And this rectification circuit is an electric signal regulating circuit, and is that the electric adjustment that this receiving unit is exported is converted to the required electric power form of this supply of electric power section.
In addition, this supply of electric power section further comprises a battery module, this battery module is to be arranged at the structure of the equipped with battery in the holding part of this main body and to be electrically connected to this supply of electric power section, the battery that this battery module is installed is secondary cell, and this supply of electric power section is converted to the electric power that carries out this charging battery module with the dc source that this external power source jockey is inputted; Wherein this supply of electric power section judges the state of charge of this battery module and selects this battery module is carried out charged state and stops a state in the charged state.
Moreover, this supply of electric power section further comprises an electrical energy transmitter, this electrical energy transmitter is an electric power to be converted to resonant energy and to be emitted to an outside electric device, and the resonant energy that this electrical energy transmitter so wireless power transmission technology are launched is and this electrical energy receiver between mutually produce resonant condition, and this local at least resonant energy is received by this electrical energy receiver.Wherein this electrical energy transmitter is to be separate type and further to comprise an external power source, resonance emission drive circuit and an emitting module with this main body; This external power source is a supply of electric power source and supplies and operate required electric power by the electrical energy transmitter; This resonance emission drive circuit is an electric signal regulating circuit, and is the part electric power that this external power source provides to be converted to an electric signal export this emitting module to; And this emitting module is to comprise at least a transmitting coil, and this transmitting coil is to be resonant energy and outwards emission with the transform electric that this resonance emission drive circuit produces.
In the aforementioned fitting structure of the present utility model, further comprise a translucent cover, this translucent cover is that a transparent material consists of and is that a bottom is the cover body structure of opening, and is to coat this main body and be fixedly arranged on this main body.
In the aforementioned fitting structure of the present utility model, control assembly in this electric loop section is the means that further comprise this supply of electric power section power shortage of detecting, and this control assembly is that condition selecting that should supply of electric power section power shortage is is gradually opened and closed this light-emitting device in having a rest property ground.Wherein to detect these supply of electric power section power shortage means are the voltage signals that see through this supply of electric power section of detecting to the control assembly in this electric loop section.
In the aforementioned fitting structure of the present utility model, this selection module is a vibrating sensor.
In addition, this selection module also can be one to see through the electric switching assembly that touching produces triggering signal, and this selections module provides, and to touch what operate be that local surfaces is arranged on this main body and exposes.Wherein this selection module can be an electric switching assembly that is selected from a key switch and the capacitor-type touch switch.
Moreover this selection module also can be a non-contact optical sensing component, and this selection module is to be arranged on this main body and to expose.Wherein this selection module can be an electric switching assembly that is selected from a Thermoelectric Infrared Sensor, a reflective optocoupler, a photo resistance and the solar energy sensor.
The fitting structure that the utility model provides is to utilize simple fixed structure, can directly be installed on the various structures such as cabinet, decorating structure, wall, and then simplify the mounting process of light fixture.Moreover, setting firmly structure in the fitting structure of the present utility model, can directly be installed on the various furniture such as cabinet, decorating structure, wall or the works, simultaneously the also direction of illumination of its light source of capable of regulating.Fitting structure of the present utility model can select to adopt the fitting structure of the multiple power sources selections such as battery, AC power and wireless transmission power supply, thereby applicable to various environments for use.Fitting structure of the present utility model is to have switch or sensor, so can conveniently control the unlatching of this fitting structure or close.
Be familiar with this technical staff and understand the purpose of this utility model, feature and effect for making, hereby by following specific embodiment, and cooperate appended accompanying drawing, in detail explanation as after.
Description of drawings
Fig. 1 is the isometric exploded view that shows the utility model fitting structure one embodiment;
Fig. 2 is the isometric exploded view that shows another visual angle of the utility model Fig. 1 embodiment;
Fig. 3 is the three-dimensional assembled view that shows the utility model Fig. 1 embodiment;
Fig. 4 is the electrical correlation figure that shows the utility model fitting structure;
Fig. 5 A is the sectional perspective decomposition view that shows the utility model fitting structure one embodiment;
Fig. 5 B is the partial cross sectional views that shows after the utility model Fig. 5 A embodiment makes up;
Fig. 6 A is the sectional perspective decomposition view that shows the utility model fitting structure one embodiment;
Fig. 6 B is the local longitudinal section view that shows after the utility model Fig. 6 A embodiment makes up;
Fig. 6 C is the partial cross section view that shows after the utility model Fig. 6 A embodiment makes up;
Fig. 7 A is the sectional perspective decomposition view that shows the utility model fitting structure one embodiment;
Fig. 7 B is the partial cross sectional views that shows after the utility model Fig. 7 A embodiment makes up;
Fig. 8 A is the sectional perspective decomposition view that shows the utility model fitting structure one embodiment;
Fig. 8 B is the local longitudinal section view that shows after the utility model Fig. 8 A embodiment makes up;
Fig. 8 C is the partial cross section view that shows after the utility model Fig. 8 A embodiment makes up;
Fig. 9 A is the sectional perspective decomposition view that shows the utility model fitting structure one embodiment;
Fig. 9 B is the partial cross sectional views that shows after the utility model Fig. 9 A embodiment makes up;
Figure 10 A is the sectional perspective decomposition view that shows the utility model fitting structure one embodiment;
Figure 10 B is the partial cross sectional views that shows after the utility model Figure 10 A embodiment makes up;
Figure 11 is the isometric exploded view that shows the utility model fitting structure one embodiment;
Figure 12 is the isometric exploded view that shows the utility model fitting structure one embodiment; And
Figure 13 is the electrical relation square view that shows the utility model fitting structure one embodiment.
Symbol description
12 first joint portions 13, transmittance section
131 flange 131a bore a hole
Perforation 131 ' flange 131a '
Draw-in groove 132a flange 132b
133 flange 133a bore a hole
Light-emitting device 2 electric loop sections 3
Receiving unit 322a rectification circuit 322b
Receiving coil 322c electrical energy transmitter 323
External power source 323a resonance emission drive circuit 323b
Emitting module 323c transmitting coil 323d
The second joint portion 41 snap fit bodies 411
Snap fit body 412 bulb 412a
Recess 413a external tooth 413b
The specific embodiment
For making the utility model can be by clearer understanding, below will be with a specific embodiment as explanation of the present utility model.
The utility model fitting structure mainly is can directly be installed in to have on the various works, and in order to use as a ligthing paraphernalia.Fig. 1 is the isometric exploded view that shows the utility model fitting structure one embodiment, and Fig. 2 is the isometric exploded view that shows another visual angle of the utility model Fig. 1 embodiment, and Fig. 3 is the three-dimensional assembled view that shows the utility model Fig. 1 embodiment.With reference to figure 1, Fig. 2 and Fig. 3 are shown, fitting structure of the present utility model is to comprise a main body 1, one light-emitting device 2 and an electric loop section 3, this main body 1 is the structure with a holding part 11 and a transmittance section 12, this holding part 11 is the hollow spaces in this main body 1, this transmittance section 12 is one to run through the structure of the penetrable light of this main body 1, this light-emitting device 2 is one can be via the luminous light source of driven by power and this electric loop section 3 of corresponding electrical connection, this electric loop section 3 one has a logic control and regulates electric power, select this light-emitting device 2 to open or close and for should electric loop section 3 and the electric device of these light-emitting device 2 required electric powers, and this light-emitting device 2 is to be fixedly arranged in the holding part 11 of this main body 1 with this electric loop section 3, this light-emitting device 2 and be to transmittance section 12 that should main body 1, therefore can see through these electric loop section 3 controls and drive the unlatching of this light-emitting device 2 or close, and the light source of this light-emitting device 2 can penetrate out via the transmittance section 12 of this main body 1 this main body 1 outside.
Further comprise a base 4 in the aforementioned fitting structure of the present utility model, this base 4 is to be fixedly arranged on this main body 1, and this main body 1 is to see through this base 4 to be fixedly arranged on the aforesaid works.Wherein, this main body 1 has respectively one first joint portion 13 and one second joint portion 41 with this base 4, this first joint portion is respectively to should the second joint portion, and this first joint portion and corresponding this second joint portion are can mutually combine or mutually break away from, and maybe this main body 1 are broken away from from this base 4 and this main body 1 is fixedly arranged on this base 4.
The aforesaid section 42 that sets firmly can be that a double faced adhesive tape that attaches these base 4 bottom surfaces consists of.
In addition, this to set firmly section 42 can be a magnet arrangement that is arranged at this base 4.
This main body 1 can be further to comprise a loam cake 14 and a lower cover 15 in the aforementioned fitting structure of the present utility model, inside after this loam cake 14 makes up with this lower cover 15 forms the hollow structure of this holding part 11, and this transmittance section 12 is to be formed at this loam cake 14, and this base 4 is to be installed on this lower cover 15.
Fig. 4 is the electrical correlation figure that shows the utility model fitting structure.Shown with reference to figure 1 and Fig. 4, in the aforementioned fitting structure of the present utility model, this electric loop section 3 comprises that further one selects module 31, a supply of electric power section 32 and a control assembly 33.Wherein this selection module 31 is one can select electric component and the electric signal corresponding to output of the operation-interface that this light-emitting device 2 opens or close; This supply of electric power section 32 one can provide the device of electric power; And this control assembly 33 is a logic control and power regulation circuit, in order to the electric signal of judging this selection module 31 and control this light-emitting device 2 and open or close, and produce corresponding electric operation, and the electric power of this supply of electric power section 32 is adapted to electric component and this light-emitting device 2 that is dispensed to after this electric loop section 3 and this light-emitting device 2 required electric power forms in this electric loop section 3.Wherein this selection module 31 is to be arranged in this main body 1, and when this selects module 31 to produce the electric signal of triggering signal, these control assembly 33 meeting corresponding selection are opened or are closed this light-emitting device 2, and this supply of electric power section 32 can provide these light-emitting device 2 electric runnings required electric power.
In the aforesaid electric loop section 3, this control assembly 33 is to open or close this light-emitting device 2 selecting according to the electric signal of these selection module 31 outputs, and this supply of electric power section 32 can provide these light-emitting device 2 electric runnings required electric power.Wherein this control assembly 33 is the means that further comprise these supply of electric power section 32 power shortages of detecting, and works as this control assembly 33 and can corresponding selection gradually open and close this light-emitting device 2 in having a rest property ground.Therefore, when this supply of electric power section 32 power shortage, this light-emitting device 2 can flash cautions.
Refer again to Fig. 4 shown, in another specific embodiment of the utility model fitting structure, aforesaid selection module 31 can be a vibrating sensor (Vibration Sensor), in order to detecting structure vibrative physical phenomenon and export corresponding electric signal whether.Therefore, when this selection module 31 received the energy of vibration, exportable electric signal was put this control assembly 33, and this control assembly 33 also can be opened or be closed by this light-emitting device 2 of corresponding selection.
Refer again to Fig. 1, Fig. 2, Fig. 3 and Fig. 4 shown, in one specific embodiment of the utility model fitting structure, aforesaid selection module 31 can be an electric switching assembly through touching generation triggering signal, such as key switch, capacitor-type touch switch etc., and this selection module 31 provides touching operation is that local surfaces is arranged on this main body 1 and exposes, so that can see through the touching operation this when selecting module 31, see through this control assembly 33 and select this light-emitting device 2 to open or close.
Refer again to Fig. 1, Fig. 2 and Fig. 3 shown, based on the specific embodiment of aforementioned the utility model fitting structure, further comprise a translucent cover 5.This translucent cover 5 is that a transparent material consists of and is that a bottom is the cover body structure of opening and can coats this main body 1, and is fixedly arranged on this main body 1.
Fig. 5 A is the sectional perspective decomposition view that shows the utility model fitting structure one embodiment; And Fig. 5 B is the partial cross sectional views that shows after the utility model Fig. 5 A embodiment makes up.Shown with reference to figure 1, Fig. 2, Fig. 5 A and Fig. 5 B, in the aforementioned fitting structure of the present utility model, the first joint portion 13 in this main body 1 lower cover 15 is to comprise at least one perforation 131, and this perforation 131 is to run through this main body 1 bottom and in the radially outwardly formation one flange 131a of inner surface; And the second joint portion 41 of this base 4 is to the first joint portion 13 that should main body 1 and is to comprise at least one snap fit body 411, this snap fit body 411 is to extend upward and comprise that a recess 411a, this recess 411a are in concavity section that this snap fit body 411 side direction indents form and to the flange 131a in should the perforation 131 of the first joint portion 13 from this base 4.Therefore, during perforation 131 in the snap fit body 411 in the second joint portion 41 of this base 4 plants the first joint portion 13 of this main body 1, recess 411a in this snap fit body 411 can with this flange 131a engagement in 131 of boring a hole, and so that this main body 1 be fixedly arranged on this base 4.
The section that sets firmly 42 in the base 4 of aforementioned fitting structure of the present utility model can be the screw perforation that runs through this base 4, and in order to provide the section that sets firmly 42 that uses the screw (not shown) to pass correspondence that this base 4 is locked on the aforesaid works admittedly.Therefore, this base 4 can see through and use screw to pass the screw perforation structure that this sets firmly section 42, and this screw is fixedly arranged on this base 4 on the aforesaid works; And when the first joint portion 13 of the second joint portion 41 of this base 4 and this main body 1 mutually combines, meeting so that this main body 1 through this base 4 and be fixedly arranged on the aforesaid works.
Fig. 6 A is the sectional perspective decomposition view that shows the utility model fitting structure one embodiment; Fig. 6 B is the local longitudinal section view that shows after the utility model Fig. 6 A embodiment makes up; And Fig. 6 C is the partial cross section view that shows after the utility model Fig. 6 A embodiment makes up.Shown with reference to figure 1, Fig. 2, Fig. 6 A, Fig. 6 B and Fig. 6 C, in the fitting structure based on the described embodiment of aforementioned the utility model Fig. 5, the first joint portion 13 in this main body 1 lower cover 15 is to have a perforation 131 ', the second joint portion 41 of this base 4 is to have a snap fit body 411 ', this perforation 131 ' is that the flange 131a ' in circular perforations structure and this perforation 131 ' forms circularly, and the recess 411a ' in this snap fit body 411 ' is at the annular concavity section that this snap fit body 411 ' side direction indent forms and the flange 131a ' to boring a hole in 131 '.Therefore, during perforation 131 ' in the snap fit body 411 ' in the second joint portion 41 of this base 4 plants the first joint portion 13 of this main body 1, recess 411a ' in this snap fit body 411 ' can with this perforation 131 ' in flange 131a ' engagement, and so that this main body 1 be fixedly arranged on this base 4, and this main body 1 can be done relative rotary motion with this base 4, and consists of a rotating mechanism.Therefore when this base 4 was fixedly arranged on the aforesaid works, this main body 1 can be adjusted through the start of this rotating mechanism the WBR direction of this light-emitting device 2 light source that produces.
Aforesaid the utility model fitting structure Fig. 6 A, among the embodiment of Fig. 6 B and Fig. 6 C, flange 131a ' surface in this main body 1 perforation 131 ' is the internal tooth 131b ' with annular arrangement, and the recess 411a ' in these base 4 snap fit bodies 411 ' has external tooth 411b ', this external tooth 411b ' is to should internal tooth 131b ', this external tooth 411b ' and this internal tooth 131b ' have suitable pliability, so that the elastic deformation amount of this external tooth 411b ' and this internal tooth 131b ' is enough to allow this external tooth 411b ' and this internal tooth 131b ' mutually rotate, and when this base 4 is fixedly arranged on the aforesaid works, the start that this main body 1 can see through this rotating mechanism produces relative rotation, and this external tooth 411b ' can beat at the upper tooth of this internal tooth 131b ' one tooth when rotating, and so that this external tooth 411b ' can relatively rotate take a tooth as the minimum spacing of rotating with this internal tooth 131b '.
Fig. 7 A is the sectional perspective decomposition view that shows the utility model fitting structure one embodiment; And Fig. 7 B is the partial cross sectional views that shows after the utility model Fig. 7 A embodiment makes up.With reference to figure 1, Fig. 2, Fig. 7 A and Fig. 7 B are shown, in the fitting structure based on the described embodiment of aforementioned the utility model Fig. 5, the second joint portion 41 of this base 4 is to have a snap fit body 412 and further comprise a bulb 412a, the first joint portion 13 in this main body 1 lower cover 15 is to have a perforation 132 and further comprise a draw-in groove 132a, recess 412b in this snap fit body 412 is that the annular concavity section and this bulb 412a that form in these snap fit body 412 side direction indents are this formed spherical structures in snap fit body 412 tops, this perforation 132 is that the flange 132b in circular perforations structure and this perforation 132 is that to form circular ring that should snap fit body 412 recess 412b and this draw-in groove 132a be a pair of spherical hollow bulb that should snap fit body 412 bulb 412a of formation in this perforation 132, so that the bulb 412a of this snap fit body 412 is combined rear formation one gimbal suspension mechanism with the draw-in groove 132a of this perforation 132.Therefore, during perforation 131 in the snap fit body 411 in the second joint portion 41 of this base 4 plants the first joint portion 13 of this main body 1, the bulb 412a of this snap fit body 412 engages with the draw-in groove 132a of this perforation 132, and the recess 411a in this snap fit body 411 can engage with this flange 132b that bores a hole in 131, and so that this main body 1 is fixedly arranged on this base 4, and this main body 1 can see through this first joint portion 13 with this base 4 and do relative rotary motion with the gimbal suspension mechanism that this second joint portion 41 consists of.Therefore when this base 4 was fixedly arranged on the aforesaid works, this main body 1 can be adjusted through the start of this rotating mechanism the WBR direction of this light-emitting device 2 light source that produces.
Fig. 8 A is the sectional perspective decomposition view that shows the utility model fitting structure one embodiment; Fig. 8 B is the local longitudinal section view that shows after the utility model Fig. 8 A embodiment makes up; And Fig. 8 C is the partial cross section view that shows after the utility model Fig. 8 A embodiment makes up.Shown with reference to figure 1, Fig. 2, Fig. 8 A, Fig. 8 B and Fig. 8 C, in the aforementioned fitting structure of the present utility model, the first joint portion 13 in this main body 1 lower cover 15 is to comprise a perforation 133, and this perforation 133 is to run through this main body 1 bottom and in the radially outwardly formation one flange 133a of inner surface; And the second joint portion 41 of this base 4 is to the first joint portion 13 that should main body 1 and is to comprise a plurality of snap fit bodies 413, those snap fit bodies 413 are to be arranged in an annular distribution, each this snap fit body 413 is to extend upward and comprise that a recess 413a, the recess 413a of each this snap fit body 411 are concavity sections of forming of side direction indent and to the flange 133a in should the perforation 133 of the first joint portion 13 from this base 4.Therefore, during perforation 133 in each snap fit body 413 in the second joint portion 41 of this base 4 is planted the first joint portion 13 that enters this main body 1 simultaneously, recess 413a in each this snap fit body 413 can with this flange 133a engagement in 131 of boring a hole, and so that this main body 1 be fixedly arranged on this base 4.
In the aforementioned fitting structure of the present utility model, the perforation 133 of this main body 1 first joint portion 13 is circular perforations structures, and those snap fit bodies 413 in these base 4 second joint portions 41 are to be arranged in a circular annular distribution, therefore during the perforation 133 in each snap fit body 413 in the second joint portion 41 of this base 4 is planted the first joint portion 13 that enters this main body 1 simultaneously, recess 413a in each this snap fit body 413 can with this flange 133a engagement in 131 of boring a hole, and so that this main body 1 be fixedly arranged on this base 4, and this main body 1 can be done relative rotary motion with this base 4, and consists of a rotating mechanism.Therefore when this base 4 was fixedly arranged on the aforesaid works, this main body 1 can be adjusted through the start of this rotating mechanism the WBR direction of this light-emitting device 2 light source that produces.
Among the embodiment of aforesaid the utility model fitting structure Fig. 8, flange 133a surface in this main body 1 perforation 133 is the internal tooth 133b with annular arrangement, and the recess 413a in these base 4 snap fit bodies 413 has external tooth 413b, this external tooth 413b is to should internal tooth 133b, and when this base 4 is fixedly arranged on the aforesaid works, the start that this main body 1 can see through this rotating mechanism produces relative rotation, and this external tooth 413b can beat by a tooth one tooth on this internal tooth 133b when rotating, and so that this external tooth 413b and this internal tooth 133b can relatively rotate take a tooth as the minimum spacing of rotating.
Fig. 9 A is the sectional perspective decomposition view that shows the utility model fitting structure one embodiment; And Fig. 9 B is the partial cross sectional views that shows after the utility model Fig. 9 A embodiment makes up.Shown with reference to figure 1, Fig. 2, Fig. 9 A and Fig. 9 B, in the aforementioned fitting structure of the present utility model, the first joint portion 13 in this main body 1 lower cover 15 is the chutes 134 that comprise two parallel correspondences, and this chute 134 is the parallel long strip groove structures that are formed at this main body 1 bottom; And the second joint portion 41 of this base 4 is to the first joint portion 13 that should main body 1 and is the flange 414 that comprises two parallel correspondences, those flanges 414 be formed at this base 4 the top the parallel long list structure and to the chute 134 in should main body 1.Therefore, during chute 134 in each flange 414 in the second joint portion 41 of this base 4 is planted the first joint portion 13 that enters this main body 1 simultaneously, each this flange 414 can and corresponding these chute 134 engagings, and so that this main body 1 be fixedly arranged on this base 4.
Figure 10 A is the sectional perspective decomposition view that shows the utility model fitting structure one embodiment; And Figure 10 B is the partial cross sectional views that shows after the utility model Figure 10 A embodiment makes up.Shown with reference to figure 1, Fig. 2, Figure 10 A and Figure 10 B, in the aforementioned fitting structure of the present utility model, the first joint portion 13 in this main body 1 lower cover 15 is to comprise at least one iron plate 135, and this iron plate 135 is tool ferromagnetic characteristic materials and sets firmly this main body 1 lower surface; And the second joint portion 41 of this base 4 is to the first joint portion 13 that should main body 1 and is to comprise at least one magnet 415, this magnet 415 is to be fixedly arranged on this base 4 and to the iron plate 135 in should main body 1, and is mutually affixed so that this main body 1 can see through this this iron plate 135 of magnet 415 magnetic with this base 4.
Among aforementioned the utility model Figure 10 A and Figure 10 B embodiment, the first joint portion 13 in this main body 1 lower cover 15 is further to comprise a groove 136, this groove 136 is formed at this main body 1 lower surface and from the structure of concave surface, and this iron plate 135 is to be arranged in this groove 136; And the second joint portion 41 of this base 4 is further to comprise a protuberance 416, the structure that this protuberance 416 is formed at these base 4 lower surface and protrudes from the surface, this magnet 415 is to be arranged in this protuberance 416, and these base 4 protuberances 416 be to should main body 1 groove 136 so that this base 4 protuberances 416 are can hold in the mouth in this main body 1 groove 136, this magnet 415 can and produce the effect of magnetic to position that should iron plate 135 to this iron plate 135 simultaneously.Therefore, when protuberance 416 ranks in these base 4 second joint portions 41 enter the groove 136 of this main body 1 first joint portion 13, the automatic position over against this iron plate 135 of position meeting of this magnet 415, so that this main body 1 is fixedly arranged on this base 4, and the magnetic active force between this magnet 415 and this iron plate 135 can reach maximum.
Refer again to Fig. 4 shown, this electric loop section 3 further comprises an external power source jockey 34 in one specific embodiment of aforementioned the utility model fitting structure, this external power source jockey 34 is these supply of electric power sections 32 of electrical connection and comprises a connecting line 341 and an ac/dc power supply adaptor 342, this connecting line 341 is power leads, and this ac/dc power supply adaptor 342 is one AC power to be converted to the electric device of dc source.
Among Fig. 4 embodiment of aforementioned the utility model fitting structure, the connecting line 341 of this external power source jockey 34 is to extend to this main body 1 outside in this main body 1, and the part of this connecting line 341 in this main body 1 is this ac/dc power supply adaptor 342 of electrical connection; And 342 of this ac/dc power supply adaptors are that the AC power that this connecting line 341 is inputted is converted to dc source, and with transmitting DC to this supply of electric power section 32.
Among Fig. 4 embodiment of aforementioned the utility model fitting structure, in another specific embodiment of this external power source jockey 34, this connecting line 341 is to extend to this main body 1 outside in this main body 1, the part of this connecting line 341 outside this main body 1 is this ac/dc power supply adaptor 342 of electrical connection, and the part of this connecting line 341 in this main body 1 is this supply of electric power section 32 of electrical connection; And 342 of this ac/dc power supply adaptors are after AC power is converted to dc source, via this connecting line 341 with transmitting DC to this supply of electric power section 32.
Figure 11 is the isometric exploded view that shows the utility model fitting structure one embodiment.Shown with reference to Figure 11, and it is shown to refer again to Fig. 4, in aforementioned the utility model fitting structure, supply of electric power section 32 in this main body 1 further comprises a battery module 321, this battery module 321 is to be arranged in the holding part 11 of this main body 1, and this battery module 321 be can in order to equipped with battery and with electric power transfer to this supply of electric power section 32, so that this supply of electric power section 32 can be adapted to the electric power in this battery module 321 electric component and this light-emitting device 2 that is dispensed to after this electric loop section 3 and this light-emitting device 2 required electric power forms in this electric loop section 3.
Refer again to Fig. 4 and Figure 11 is shown, in aforementioned the utility model fitting structure, this electric loop section 3 further comprises a control circuit board 35, this control circuit board 35 is circuit boards that are arranged in the holding part 11 of this main body 1, and this selection module 31 and this control assembly 33 are to be arranged on this control circuit board 35, and this supply of electric power section 32 is electrically connected to this control circuit board 35.Wherein, aforesaid battery module 321 can be further to be arranged on this control circuit board 35.
Aforesaid light-emitting device 2 is to be arranged on this control circuit board 35, and this light-emitting device 2 can further be a light emitting diode (LED.
Figure 12 is the isometric exploded view that shows the utility model fitting structure one embodiment; And Figure 13 is the electrical relation square view that shows the utility model fitting structure one embodiment.Shown with reference to Figure 12 and Figure 13, and refer again to Fig. 3 and Fig. 4 is shown, and the embodiment based on the utility model Fig. 4, in the utility model fitting structure, the supply of electric power section 32 of this electric loop section 3 further comprises an electrical energy receiver 322, this electrical energy receiver 322 is electric devices that receive with the resonant energy of wireless power transmission technical transmission, and this resonant energy is converted to electric power, and so that this supply of electric power section 32 can be with the electric power output of this electrical energy receiver 322 as this electric loop section 3 and the required electric power of this light-emitting device 2 runnings.This electrical energy receiver 322 is further to comprise a receiving unit 322a and a rectification circuit 322b.Wherein this receiving unit 322a is a resonance circuit that comprises at least a receiving coil 322c, so that this receiving coil 322c can receive aforesaid resonance signal, and is converted to electric power output; And this rectification circuit 322b is an electric signal regulating circuit, and is converted to the electric power form of these supply of electric power section 32 required outputs in order to the electric adjustment that this receiving unit 322a is exported.
Refer again to Figure 12 and Figure 13 is shown, in aforementioned the utility model fitting structure, this supply of electric power section 32 further comprises a battery module 321, this battery module 321 is to be arranged in the holding part 11 of this main body 1, and this battery module 321 be can in order to equipped with battery and with electric power transfer to this supply of electric power section 32, so that this supply of electric power section 32 can be adapted to the electric power in this battery module 321 electric component and this light-emitting device 2 that is dispensed to after this electric loop section 3 and this light-emitting device 2 required electric power forms in this electric loop section 3.
Refer again to Figure 12 and Figure 13 is shown, in aforementioned the utility model fitting structure, this supply of electric power section 32 further comprises an electrical energy transmitter 323, this electrical energy transmitter 323 be and aforesaid electrical energy receiver 322 between can mutually produce resonant condition, so that this electrical energy transmitter 323 is an electric power can be converted to resonant energy and be emitted to the outside, and this local at least resonant energy is received by this electrical energy receiver 322.Aforesaid electrical energy transmitter 323 is to be separate type and further to comprise an external power source 323a, resonance emission drive circuit 323b and an emitting module 323c with this main body 1.Wherein this external power source 323a is a supply of electric power source and supplies and operate required electric power by electrical energy transmitter 323; This resonance emission drive circuit 323b is an electric signal regulating circuit, and is the part electric power that this external power source 323a provides to be converted to an electric signal export this emitting module 323c to; And this emitting module 323c comprises a transmitting coil 323d at least, and this transmitting coil 323d is that the transform electric that this resonance emission drive circuit 323b is produced is resonant energy and outwards emission.Therefore, when use is penetrated, this electrical energy transmitter 323 is furnished in making things convenient for the resonant energy that captures electric power and launch to can be the position that this electrical energy receiver 322 receives, the receiving unit 322a that electric loop section 3 in this main body 1 can see through this electrical energy receiver 322 receives this resonant energy, and the rectification circuit 322b that sees through this electrical energy receiver 322 is converted to particular power with the resonant energy that receives, and via this supply of electric power section 32 with distributing electric power to this electric loop section 3 and this light-emitting device 2, so that each electric component in this main body 1 can advance running.
Therefore, a kind of fitting structure provided by the utility model, and the utility model has been done a detailed description, but the above person only is a preferred embodiment of the present utility model, when the scope that can not limit the utility model enforcement.Be that all equalizations of doing according to the utility model application range change and modify etc., all should still belong in the patent covering scope of the present utility model.
Claims (24)
1. a fitting structure is arranged on the works, it is characterized in that, comprising:
One main body, this main body comprise a holding part, a transmittance section and one first joint portion;
One light-emitting device, this light-emitting device are one via the luminous light source of driven by power;
One electric loop section, this electric loop section comprise that one selects module, a supply of electric power section and a control assembly; And
One base, this base comprise that one second joint portion and sets firmly section, and this second joint portion is to should the first joint portion and be can mutually combine or mutually break away from, and this base is to see through this section of setting firmly to be fixedly arranged on this works;
Wherein this holding part is the hollow space in this main body; This transmittance section is one to run through the penetrable photo structure of this main body, and the light source of this light-emitting device is that to penetrate out this main body via this transmittance section outside; This light-emitting device is to transmittance section that should main body and is electrically connected this electric loop section, and this light-emitting device is to be fixedly arranged in the holding part of this main body with this electric loop section; This selection module is to be arranged in the holding part of this main body and is one to select electric component and the electric signal corresponding to output of the operation-interface that this light-emitting device opens or close; This supply of electric power section one can provide the device of electric power; This control assembly is a logic control and power regulation circuit, in order to the electric signal of judging this selection module and control this light-emitting device and open or close, and produce corresponding electric operation, and be dispensed to this electric loop section and this light-emitting device after the electric power of this supply of electric power section is adapted to this electric loop section and this light-emitting device required electric power form; The first joint portion of this main body is to comprise at least one perforation, and this perforation is to run through this bottom part body and in radially outwardly formation one flange of inner surface; And the second joint portion of this base is to the first joint portion that should main body and is to comprise at least one snap fit body, this snap fit body is to extend upward and comprise a recess from this base, this recess is the concavity section that forms and to the flange in should the perforation of the first joint portion of concaving on this snap fit side, and the snap fit body in this base second joint portion is planted in the perforation state in the first joint portion of this main body, and the recess in this snap fit body is the flange in this perforation of engagement.
2. fitting structure as claimed in claim 1, it is characterized in that: the perforation circular perforations structure of this main body and the flange in this perforation form circular, concave on this snap fit side annular concavity section that forms and to the flange in should boring a hole of recess in the snap fit body of this base, and the snap fit body in this base second joint portion is planted in the perforation state in the first joint portion of this main body, recess in this snap fit body meshes the flange in this perforation, and this main body is relative with this base rotates; And the ledge surface in this main body perforation has the internal tooth of annular arrangement, and the recess in this base snap fit body has external tooth, this external tooth is to should internal tooth, this external tooth and this internal tooth have suitable pliability, the elastic deformation amount of this external tooth and this internal tooth is enough to allow this external tooth and this internal tooth mutually rotate, and this external tooth and this internal tooth relatively rotate take a tooth as minimum rotation spacing.
3. fitting structure as claimed in claim 1, it is characterized in that: the perforation circular perforations structure of this main body and the flange in this perforation form circular, concave on this snap fit side annular concavity section that forms and to the flange in should boring a hole of recess in the snap fit body of this base, and the snap fit body in this base second joint portion is planted in the perforation state in the first joint portion of this main body, recess in this snap fit body meshes the flange in this perforation, and this main body can be rotated relatively with this base; And the second joint portion of this base has a snap fit body and further comprises a bulb, the first joint portion of this main body has a perforation and further comprises a draw-in groove, annular concavity section and this formed spherical structure in snap fit body top of this bulb that recess in this snap fit body concaves on this snap fit side and forms, this perforation circular perforations structure and should perforation in flange-shape in pairs should snap fit body recess circular ring and a pair of spherical hollow bulb that should snap fit body bulb that in this perforation, forms of this draw-in groove so that the bulb of this snap fit body is combined rear formation one gimbal suspension mechanism with the draw-in groove of this perforation.
4. fitting structure as claimed in claim 1, it is characterized in that: the perforation of this main body the first joint portion runs through this bottom part body and in radially outwardly formation one flange of inner surface, this base second joint portion further comprises a plurality of snap fit bodies, those snap fit bodies are arranged in an annular distribution, each this snap fit body extends upward and comprises a recess from this base, the concavity section that the recess side direction indent of each this snap fit body forms and to the flange in should the perforation of the first joint portion, and each snap fit body in the second joint portion of this base is planted under the state of the perforation in the first joint portion of this main body simultaneously, the recess in each this snap fit body can with this perforation in the flange engagement;
The perforation one circular perforations structure of this main body the first joint portion wherein, those snap fit bodies in this base second joint portion are arranged in a circular annular distribution, and each snap fit body in the second joint portion of this base is planted under the state of the first joint portion middle punch of this main body simultaneously, flange engagement in recess in each this snap fit body and this perforation, this main body is relative with this base rotates; And the ledge surface in this main body perforation has the internal tooth of annular arrangement, recess in this base snap fit body has external tooth, this external tooth is to should internal tooth, this external tooth and this internal tooth have suitable pliability, the elastic deformation amount of this external tooth and this internal tooth is enough to allow this external tooth and this internal tooth mutually rotate, and this external tooth and this internal tooth relatively rotate take a tooth as minimum rotation spacing.
5. fitting structure as claimed in claim 1 is characterized in that: the section of setting firmly of this base comprises at least one screw perforation, and this screw perforation runs through this base.
6. fitting structure as claimed in claim 1, it is characterized in that: the supply of electric power section of this electric loop section further comprises an electrical energy receiver, this electrical energy receiver comprises a receiving unit and a rectification circuit, and this electrical energy receiver reception is with an electric device of the resonant energy of wireless power transmission technical transmission and the electric power that this resonant energy is converted to electric power and exports this electrical energy receiver via this supply of electric power section;
Wherein this receiving unit comprises a resonance circuit of a receiving coil at least, and this receiving coil receives this resonance signal and is converted to electric power output; And this rectification circuit one electric signal regulating circuit, and the electric adjustment that this receiving unit is exported is converted to the required electric power form of this supply of electric power section.
7. fitting structure as claimed in claim 6, it is characterized in that: this supply of electric power section further comprises a battery module, this battery module is arranged at the structure of the equipped with battery in the holding part of this main body and is electrically connected to this supply of electric power section, the battery secondary cell that this battery module is installed, and the dc source that this supply of electric power section inputs this electrical energy receiver is converted to the electric power that carries out this charging battery module;
Wherein this supply of electric power section judges the state of charge of this battery module and selects this battery module is carried out charged state and stops a state in the charged state.
8. fitting structure as claimed in claim 6, it is characterized in that: this supply of electric power section further comprises an electrical energy transmitter, this electrical energy transmitter is converted to resonant energy with an electric power and is emitted to an outside electric device, and mutually produce resonant condition between the resonant energy that this electrical energy transmitter is launched with the wireless power transmission technology and this electrical energy receiver, and this local at least resonant energy is received by this electrical energy receiver;
Wherein this electrical energy transmitter and this main body separate type and further comprise an external power source, resonance emission drive circuit and an emitting module; This external power source one supply of electric power source also supplies and operate required electric power by the electrical energy transmitter; This resonance emission drive circuit one electric signal regulating circuit, and the part electric power that this external power source provides is converted to an electric signal exports this emitting module to; And this emitting module comprises a transmitting coil at least, and the transform electric that this transmitting coil produces this resonance emission drive circuit is resonant energy and outwards emission.
9. fitting structure as claimed in claim 1, it is characterized in that: the supply of electric power section in this main body further comprises a battery module, this battery module is arranged at the structure of the equipped with battery in the holding part of this main body and is electrically connected to this supply of electric power section, and the battery installed of this battery module is selected from a kind of battery in one-shot battery and the secondary cell.
10. fitting structure as claimed in claim 1, it is characterized in that: this electric loop section further comprises an external power source jockey, this external power source jockey is electrically connected this supply of electric power section and comprises a connecting line and an ac/dc power supply adaptor, this connecting line one power lead, and this ac/dc power supply adaptor one is converted to AC power the electric device of dc source.
11. fitting structure as claimed in claim 10, it is characterized in that: the supply of electric power section in this main body further comprises a battery module, this battery module is arranged at the structure of the equipped with battery in the holding part of this main body and is electrically connected to this supply of electric power section, the battery secondary cell that this battery module is installed, and the dc source that this supply of electric power section inputs this external power source jockey is converted to the electric power that carries out this charging battery module.
12. fitting structure as claimed in claim 1 is characterized in that: further comprise a translucent cover, this translucent cover one transparent material consists of and a bottom is the cover body structure of opening, and coats this main body and be fixedly arranged on this main body.
13. fitting structure as claimed in claim 1, it is characterized in that: the control assembly in this electric loop section further comprises the means of this supply of electric power section power shortage of detecting, and this control assembly gradually opens and closes this light-emitting device in having a rest property ground to condition selecting that should supply of electric power section power shortage, and the control assembly in this electric loop section is detected the voltage signal that these supply of electric power section power shortage means see through this supply of electric power section of detecting.
14. fitting structure as claimed in claim 1 is characterized in that: this selection module one vibrating sensor.
15. fitting structure as claimed in claim 1, it is characterized in that: this selection module can one sees through the electric switching assembly that touching produces triggering signal, and this selection module provides the local surfaces of touching operation to be arranged on this main body and exposes, and this selection module is selected from the electric switching assembly in a key switch and the capacitor-type touch switch.
16. fitting structure as claimed in claim 1, it is characterized in that: this selection module can a non-contact optical sensing component, and this selection module is arranged on this main body and exposes, and this selection module is selected from the electric switching assembly in a Thermoelectric Infrared Sensor, a reflective optocoupler, a photo resistance and the solar energy sensor.
17. a fitting structure is arranged on the works, it is characterized in that, comprising:
One main body, this main body comprise a holding part, a transmittance section and one first joint portion;
One light-emitting device, this light-emitting device are one can be via the luminous light source of driven by power;
One electric loop section, this electric loop section comprise that one selects module, a supply of electric power section and a control assembly; And
One base, this base comprise that one second joint portion and sets firmly section, and this second joint portion is to should the first joint portion and be can mutually combine or mutually break away from, and this base is to see through this section of setting firmly to be fixedly arranged on this works;
Wherein this holding part is the hollow space in this main body; This transmittance section is one to run through the penetrable photo structure of this main body, and the light source of this light-emitting device is that to penetrate out this main body via this transmittance section outside; This light-emitting device is to transmittance section that should main body and is electrically connected this electric loop section, and this light-emitting device is to be fixedly arranged in the holding part of this main body with this electric loop section; This selection module is to be arranged in the holding part of this main body and is one to select electric component and the electric signal corresponding to output of the operation-interface that this light-emitting device opens or close; This supply of electric power section one can provide the device of electric power; This control assembly is a logic control and power regulation circuit, in order to the electric signal of judging this selection module and control this light-emitting device and open or close, and produce corresponding electric operation, and be dispensed to this electric loop section and this light-emitting device after the electric power of this supply of electric power section is adapted to this electric loop section and this light-emitting device required electric power form; The first joint portion of this main body is the chute that comprises two parallel correspondences, and this chute is the parallel long strip groove structure that is formed at this bottom part body; And the second joint portion of this base is to the first joint portion that should main body and is the flange that comprises two parallel correspondences, those flanges be formed at this base the top the parallel long list structure and to the chute in should main body, and each flange in the second joint portion of this base is planted under the state in the first joint portion of this main body simultaneously, and each this flange is and corresponding this chute engaging.
18. fitting structure as claimed in claim 17 is characterized in that: the section of setting firmly of this base comprises at least one screw perforation, and this screw perforation runs through this base.
19. fitting structure as claimed in claim 17, it is characterized in that: the supply of electric power section of this electric loop section further comprises an electrical energy receiver, this electrical energy receiver comprises a receiving unit and a rectification circuit, and this electrical energy receiver reception is with an electric device of the resonant energy of wireless power transmission technical transmission and the electric power that this resonant energy is converted to electric power and exports this electrical energy receiver via this supply of electric power section;
Wherein this receiving unit comprises a resonance circuit of a receiving coil at least, and this receiving coil receives this resonance signal and is converted to electric power output; And this rectification circuit one electric signal regulating circuit, and the electric adjustment that this receiving unit is exported is converted to the required electric power form of this supply of electric power section.
20. fitting structure as claimed in claim 17 is characterized in that: further comprise a translucent cover, this translucent cover one transparent material consists of and a bottom is the cover body structure of opening, and coats this main body and be fixedly arranged on this main body.
21. a fitting structure is arranged on the works, it is characterized in that, comprising:
One main body, this main body comprise a holding part, a transmittance section and one first joint portion;
One light-emitting device, this light-emitting device are one can be via the luminous light source of driven by power;
One electric loop section, this electric loop section comprise that one selects module, a supply of electric power section and a control assembly; And
One base, this base comprise that one second joint portion and sets firmly section, and this second joint portion is to should the first joint portion and be can mutually combine or mutually break away from, and this base is to see through this section of setting firmly to be fixedly arranged on this works;
Wherein this holding part is the hollow space in this main body; This transmittance section is one to run through the penetrable photo structure of this main body, and the light source of this light-emitting device is that to penetrate out this main body via this transmittance section outside; This light-emitting device is to transmittance section that should main body and is electrically connected this electric loop section, and this light-emitting device is to be fixedly arranged in the holding part of this main body with this electric loop section; This selection module is to be arranged in the holding part of this main body and is one to select electric component and the electric signal corresponding to output of the operation-interface that this light-emitting device opens or close; This supply of electric power section one can provide the device of electric power; This control assembly is a logic control and power regulation circuit, in order to the electric signal of judging this selection module and control this light-emitting device and open or close, and produce corresponding electric operation, and be dispensed to this electric loop section and this light-emitting device after the electric power of this supply of electric power section is adapted to this electric loop section and this light-emitting device required electric power form; The first joint portion of this main body is to comprise an iron plate and a groove, and this iron plate is tool ferromagnetic characteristic material, and this groove type is formed in this body bottom surface and from the structure of concave surface, and this iron plate is to be arranged in this groove; And the second joint portion of this base is to comprise at least one magnet and a protuberance, and this protuberance is formed at this base lower surface and the structure of protruding from the surface and to should body recess, and this magnet is to be arranged in this protuberance and to the iron plate in should main body.
22. fitting structure as claimed in claim 21 is characterized in that: the section of setting firmly of this base comprises at least one screw perforation, and this screw perforation runs through this base.
23. fitting structure as claimed in claim 21, it is characterized in that: the supply of electric power section of this electric loop section further comprises an electrical energy receiver, this electrical energy receiver comprises a receiving unit and a rectification circuit, and this electrical energy receiver reception is with an electric device of the resonant energy of wireless power transmission technical transmission and the electric power that this resonant energy is converted to electric power and exports this electrical energy receiver via this supply of electric power section;
Wherein this receiving unit comprises a resonance circuit of a receiving coil at least, and this receiving coil receives this resonance signal and is converted to electric power output; And this rectification circuit one electric signal regulating circuit, and the electric adjustment that this receiving unit is exported is converted to the required electric power form of this supply of electric power section.
24. fitting structure as claimed in claim 21 is characterized in that: further comprise a translucent cover, this translucent cover one transparent material consists of and a bottom is the cover body structure of opening, and coats this main body and be fixedly arranged on this main body.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW100224448 | 2011-12-23 | ||
| TW100224448U TWM434164U (en) | 2011-12-23 | 2011-12-23 | Lamp structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202647405U true CN202647405U (en) | 2013-01-02 |
Family
ID=46882525
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012202215625U Expired - Lifetime CN202647405U (en) | 2011-12-23 | 2012-05-16 | Lamp structure |
Country Status (2)
| Country | Link |
|---|---|
| CN (1) | CN202647405U (en) |
| TW (1) | TWM434164U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108496039A (en) * | 2016-01-27 | 2018-09-04 | 全升元 | Lighting lamp device |
| CN115025412A (en) * | 2017-09-01 | 2022-09-09 | 3M创新有限公司 | Breathing apparatus |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI512229B (en) * | 2012-12-07 | 2015-12-11 | Ind Tech Res Inst | Illuminating device |
| JP6541343B2 (en) * | 2014-03-24 | 2019-07-10 | 能美防災株式会社 | Indicator light |
-
2011
- 2011-12-23 TW TW100224448U patent/TWM434164U/en not_active IP Right Cessation
-
2012
- 2012-05-16 CN CN2012202215625U patent/CN202647405U/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108496039A (en) * | 2016-01-27 | 2018-09-04 | 全升元 | Lighting lamp device |
| CN108496039B (en) * | 2016-01-27 | 2023-07-28 | 全升元 | Lighting lamp device |
| CN115025412A (en) * | 2017-09-01 | 2022-09-09 | 3M创新有限公司 | Breathing apparatus |
Also Published As
| Publication number | Publication date |
|---|---|
| TWM434164U (en) | 2012-07-21 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| US11816979B2 (en) | Battery-powered control device including a rotation portion | |
| US10117315B2 (en) | Network of motion sensor lights with synchronized operation | |
| CN202647405U (en) | Lamp structure | |
| US9504099B2 (en) | Lighting system with flexible lighting sheet and intelligent light bulb base | |
| US20120126699A1 (en) | LED Light Bulb with Battery Backup and Remote Operation | |
| US20140049972A1 (en) | Stemmed lighting assembly with disk-shaped illumination element | |
| US20100039792A1 (en) | Battery Powered Lighting Appliance | |
| US20220290825A1 (en) | Rotationally adjustable outdoor security light | |
| US20140049963A1 (en) | Light bulb with loop illumination element | |
| US9500350B2 (en) | Methods and apparatus for providing modular functionality in a lighting assembly | |
| US11739897B2 (en) | Rechargeable string lights | |
| US20110080284A1 (en) | Illuminated Furniture Utilizing Solar or Wind Energy | |
| US20150256126A1 (en) | Luminous Sphere | |
| US10352512B1 (en) | Device for illuminating a door knob keyhole | |
| KR101976596B1 (en) | BURIED TYPE IoT LIGHTING SWITCH DEVICE | |
| CN203099627U (en) | Lamp structure | |
| CN202546560U (en) | Lamp structure | |
| WO2012170609A2 (en) | Window-mounted solar light | |
| CN201074739Y (en) | Multifunctional electric torch | |
| CN202327675U (en) | Light-adjustable flashlight | |
| CN203240461U (en) | Tubular lamp structure | |
| CN202647406U (en) | Rod type lamp structure | |
| CN203501019U (en) | Embedded lamp | |
| CN220203645U (en) | Passive intelligent door lock | |
| CN216844437U (en) | Lamp bracket and light-emitting device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term |
Granted publication date: 20130102 |
|
| CX01 | Expiry of patent term |