CN202647406U

CN202647406U - Rod type lamp structure

Info

Publication number: CN202647406U
Application number: CN2012202217673U
Authority: CN
Inventors: 李志群; 吴政修
Original assignee: Feton Ltd
Current assignee: Feton Ltd
Priority date: 2012-01-02
Filing date: 2012-05-16
Publication date: 2013-01-02
Anticipated expiration: 2022-05-16
Also published as: TWM429818U

Abstract

A rod-type lamp structure suitable for a structure, comprising: a tube, two fixing bases, a light-emitting device and an electric loop part; the light-emitting device and the electric loop part are partially arranged in the tube body, and a light source of the light-emitting device can be penetrated out of the tube body; the fixed seats are respectively arranged at two ends of the tube body, and a selection module in the electric loop part is arranged in the fixed seats; the fixing seats are arranged at two ends of the tube body, the tube body is fixedly arranged on the structure through the fixing seats, and the tube body and the fixing seats can rotate relative to each other to adjust the irradiation direction of the light source of the light-emitting device.

Description

Bar type fitting structure

Technical field

The utility model relates to a kind of bar type fitting structure, refers in particular to the bar type 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

This utility model relates to a kind of bar type light fixture, 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 bar type 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 bar type fitting structure of the present utility model is to provide one to have the bar type fitting structure that multiple power sources is selected, thereby applicable to various environments for use.

An again purpose of bar type fitting structure of the present utility model is that a bar type fitting structure with switch or sensor can be provided, the unlatching of convenient this bar type fitting structure of control or close.

The utility model is a kind of bar type fitting structure and is used on a works, and comprises: a body, two holders, a light-emitting device and electric loop sections; This light-emitting device and this electric loop section part are to be arranged in this body, and the light source of this light-emitting device can appear from this body; Those holders are to be arranged at respectively this body two ends, and the selection module of one in this electric loop section is to be arranged in this holder; Wherein those holders are to be arranged at this body two ends, and this body is to see through those holders to be fixedly arranged on this works, and this body can be done relative mechanism with those holders and rotatablely move, and uses the direction of illumination of the light source of this light-emitting device of adjusting.

Illustrate further aforementioned bar type fitting structure of the present utility model, this body is to comprise a holding part, a transmittance section and a coupling unit; Those holders are to be arranged at respectively this body two ends, and are to comprise respectively a box body, axle perforation, a rotary shaft cover, a side cover and a fixed part; This light-emitting device is one can be via the luminous light source of driven by power; And this electric loop section comprises that one selects module, a supply of electric power section and a control assembly.Wherein this holding part is the hollow space in this body; This transmittance section is one to run through the penetrable photo structure of this body, and the light source of this light-emitting device is that to penetrate out this body via this transmittance section outside; This light-emitting device is to transmittance section that should 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 body with this electric loop section; Each this holder is to be fixedly arranged on this works in conjunction with the two ends coupling unit of this body and the fixed part that sees through those holders respectively; This selection module is to be arranged in the box body of this holder 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 the electric power of this supply of electric power section is adapted to electric component and this light-emitting device that is dispensed to after this electric loop section and this light-emitting device required electric power form in this electric loop section; 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 box body of this holder is that a hollow structure and an end outwards run through this axle perforation of formation from the inner hollow place, and first arc section of the axle perforation of this holder is defined as a upper shaft hole face, and second arc section of this axle perforation is defined as a lower shaft hole face; The rotary shaft cover of this holder is a dismountable partial sidewalls in this box body, this rotary shaft cover lower surface is to form this upper shaft hole face, it is to be defined as assembled state that this rotary shaft cover is installed up on this box body, it is to be defined as disassembly status that this rotary shaft cover breaks away from from this box body, and this rotary shaft cover is that the lower shaft hole face in this upper shaft hole face and this box body consists of this axle perforation in assembled state, and this rotary shaft cover is that this box body forms an opening at this rotary shaft cover place in disassembly status; And the side cover of this holder is dismountable another partial sidewalls in this box body, and in the state of this side cover under this box body dismounting, this box body forms an opening at this side cover place; And each coupling unit in this body is that two ends form respectively a perforation, one shaft and a pipe close section, this perforation is a hollow structure that runs through vertically in this coupling unit, this shaft is a cylinder that extends vertically in this coupling unit, the external diameter of this shaft and axial length are to cooperate the axle punch inside diameter of this holder and axial length and the size relationship that forms loose fit, and the end face of this shaft radially extends to form the flange of a ring-type, the external diameter of this flange is the internal diameter greater than this axle perforation, each this pipe close section is that rank enters to be arranged at corresponding this body end face opening, and the shaft of this coupling unit is limited in the axle perforation of this holder, and the axle perforation in the shaft in this coupling unit and this holder is to consist of a rotating mechanism.

Fixed part in the aforesaid holder can further be respectively to comprise a protruding pinna, this protruding pinna is that this holder top end face extends to form an outer male structure laterally, form a screw perforation that runs through in this protruding pinna, in order to use screw this holder is locked on this works admittedly.

In addition, fixed part in this holder also can be to comprise that further a magnet, this magnet are to be fixedly arranged on this holder top end face, and wherein the fixed part of this holder is further to comprise a groove, this groove is that cooperate can accommodating this magnet, and this magnet is to be arranged in this groove.

Can be further to comprise a gear point in the aforesaid coupling unit, this gear point be that local also the extending to form along the footpath that is arranged at the flange of this coupling unit one end protruded the structure that this flange outer periphery is enclosed the surface; And further comprise respectively one first restriction section and one second restriction section in each this holder, this the first restriction section and this second restriction section are arranged in this holder, and to gear point that should coupling unit one end, and this first restriction section and this second restriction section are the scopes of activities that limits the gear point of this coupling unit shaft, and the position that this body and those holders are done after relatively rotating is limited between a primary importance state and the second place state.Therefore, when rotating this body, this coupling unit is to produce relative rotatablely moving with this holder, so that the gear point of this coupling unit one end rotates gradually and is stopped by this first restriction section at last, and therefore so that this body and this holder reach the primary importance state, so that the transmittance section in this body turns to the place ahead, thus the light source of this light-emitting device forward quadrature penetrate; And when rotating this body with other direction, this coupling unit is to produce relative rotatablely moving with this holder, and so that the gear point of this coupling unit one end rotates gradually and is stopped by this second restriction section at last, and therefore so that this body and this holder reach second place state, so that the transmittance section back track in this body, so the light source of this light-emitting device can shine towards the rear.

In addition, aforesaid selection module is to comprise that one switches switch and a sensor, and this electric loop section further comprises a plurality of wires, this change-over switch and this sensor are the part assemblies that is arranged at respectively in those holders and is electrically connected to this electric loop section through those wires, and those wires are to pass the perforation of this coupling unit and enter in this body in this holder, this change-over switch is one to see through the electric switching assembly that touching produces corresponding triggering signal, and this sensor is one to see through the information of detecting physical state and export the electric component of corresponding electric signal.Moreover, because this first restriction section and this second restriction section are the scopes of activities that limits the gear point of this coupling unit shaft, and the position that this body and those holders are done after relatively rotating is limited between a primary importance state and the second place state, can not do to relatively rotate excessively because of this body and those holders and ruptures so pass those wires of the perforation of this coupling unit.

Pipe close section external diameter in the aforesaid coupling unit is to cooperate this body end face opening internal diameter and form friction tight size relationship, so that hold in the mouth corresponding this body end face opening and be fixedly arranged on this body end face when the pipe close section of each this coupling unit.Therefore, when the shaft of this coupling unit is limited in the axle perforation of this holder, those holders are to see through respectively corresponding this coupling unit to be fixedly arranged on this body two ends, see through the rotating mechanism that shaft and the axle in this holder in this coupling unit are bored a hole and consisted of, can be so that this body be done relative mechanism with this holder rotatablely moves.

In addition, but aforesaid body both ends also comprise respectively a draw-in groove hole, and each draw-in groove hole is the perforation structure that outwards runs through this body from this body holding part; And each this coupling unit pipe close section further comprises a stuck point, each stuck point is that an end of this pipe close section protrudes the structure on surface and to position that should the draw-in groove hole, and hold in the mouth respectively in the state that is arranged at corresponding body two ends in each this coupling unit pipe close section, the stuck point of those coupling unit pipe close sections is to snap in respectively corresponding draw-in groove hole.So that when each this coupling unit pipe close section held in the mouth respectively into corresponding body both ends, the stuck point of those coupling unit pipe close sections can snap in respectively corresponding draw-in groove hole, so the combination of this coupling unit pipe close section and this body is more firm.Wherein each this coupling unit pipe close section further comprises an elastic arm in addition, each elastic arm is respectively to extend to form a cantilever-shaped elastic structure from this coupling unit end face, and each stuck point is respectively the structure protruded from this elastic arm one end surfaces and to position that should the draw-in groove hole, therefore the combination of this coupling unit pipe close section and this body is more firm, and the operation meeting of this pipe close section when holding in the mouth into these body both ends is more convenient.

Moreover, can further comprise again a screw in the bar type fitting structure of the present utility model, and hold in the mouth respectively in the state that is arranged at corresponding body two ends in each this coupling unit pipe close section, this screw is corresponding this coupling unit pipe close section in these body two ends of solid lock and this body two ends, so that when each this coupling unit pipe close section holds in the mouth respectively into corresponding body both ends, therefore utilize this screw to lock this coupling unit pipe close section from this body outside, so that the combination of this coupling unit pipe close section and this body is more firm.

The transmittance section of aforesaid body comprises that further a plurality of lens are somebody's turn to do, and each lens are that correspondence is arranged in this transmittance section respectively.

Aforesaid selection module is to comprise that one switches switch and a sensor, this change-over switch is one to see through the electric switching assembly that touching produces corresponding triggering signal, and this sensor is one to see through the information of detecting physical state and export the electric component of corresponding electric signal.

Moreover the sensor in the aforesaid selection module is to comprise a vibrating sensor.In addition, this selection module also can be to comprise a non-contact optical sensing component, and this sensor is to be arranged on this holder and to expose, and this selection module is an electric switching assembly that is selected from a Thermoelectric Infrared Sensor, a reflective optocoupler, a photo resistance and the solar energy sensor.

Change-over switch system in the aforesaid selection module is selected from the switch in a key switch or the capacitor-type touch switch, and this change-over switch provides touching operation is that local surfaces is arranged on this holder and exposes, and wherein this change-over switch can be to be installed on the side cover of this holder.

Aforesaid 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 ac/dc power supply adaptor in this external power source jockey is to be arranged in this holder, this connecting line is to extend to this holder outside in this holder, and the part of this connecting line in this holder is this ac/dc power supply adaptor of electrical connection; Or this ac/dc power supply adaptor also can be that Independent places this holder outside, this connecting line is to extend to this holder outside in this holder, the part of this connecting line outside this holder is this ac/dc power supply adaptor of electrical connection, and the part of this connecting line in this holder is this supply of electric power section of electrical connection.

Aforesaid supply of electric power section further comprises a battery module, this battery module is that Independent places this holder outside, and this battery module be this supply of electric power section of electrical connection and in order to equipped with battery simultaneously with electric power transfer to this supply of electric power section, wherein this battery module institute equipped with battery is secondary cell one battery of selecting in the one-shot battery.

Moreover, control assembly in the aforesaid 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, and it is the voltage signals that see through this supply of electric power section of detecting that the control assembly in this electric loop section is detected these supply of electric power section power shortage means.Therefore, when the power shortage of this battery module, this control assembly gradually opens and closes this light-emitting device in having a rest property ground, and reminding user should be changed one-shot battery or secondary cell is charged.

Aforesaid 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 body, and this control assembly is to be arranged on this control circuit board, and this selection module and this supply of electric power section are electrically connected to this control circuit board.Wherein light-emitting device can be to be arranged on this control circuit board, and this light-emitting device can further be a light emitting diode.

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 bar type fitting structure one embodiment;

Fig. 2 is the three-dimensional assembled view that shows the utility model Fig. 1 embodiment;

Fig. 3 is the top view that shows the utility model Fig. 1 embodiment;

Fig. 4 is the I-I cutaway view that shows the utility model Fig. 3;

Fig. 5 is the electrical correlation figure that shows the utility model bar type fitting structure;

Fig. 6 is the isometric exploded view that shows the local accessory of the utility model Fig. 1 embodiment;

Fig. 7 A is the II-II cutaway view that shows the utility model Fig. 3;

Fig. 7 B is the partial enlarged view that shows the utility model Fig. 4;

Fig. 8 A is the solid that shows the primary importance state of the utility model bar type fitting structure Fig. 1 embodiment

Assembled view;

Fig. 8 B is the solid that shows the second place state of the utility model bar type fitting structure Fig. 1 embodiment

Assembled view;

Fig. 8 C is the partial cross sectional views that shows the primary importance state of the utility model Fig. 8 A;

Fig. 8 D is the partial cross sectional views that shows the second place state of the utility model 8B;

Fig. 9 is the top view that shows another embodiment of the utility model bar type fitting structure;

Figure 10 is the partial enlarged view that shows the III-III section of the utility model Fig. 9;

Figure 11 is the three-dimensional assembled view that shows the utility model bar type fitting structure one embodiment;

Figure 12 is the three-dimensional assembled view that shows another embodiment of the utility model bar type fitting structure; And

Figure 13 is the three-dimensional assembled view that shows another embodiment of the utility model bar type fitting structure.

Symbol description

Body 1 holding part 11

Transmittance section 12 lens 121

Coupling unit 13 perforation 131

Shaft 132 pipe close sections 133

Flange 134 gears point 135

Stuck point 136 elastic arms 137

Screw hole 138 draw-in groove holes 14

Screw 15 holders 2 of boring a hole

Box body 21 axles perforation 22

Upper shaft hole face 221 lower shaft hole faces 222

Rotary shaft cover 23 side covers 24

Fixed part 25 protruding pinnas 251

Screw 252 magnet 253 of boring a hole

Groove 254 first restriction sections 28

The second restriction section 29 light-emitting devices 3

Module 41 is selected by electric loop section 4

Change-over switch 411 sensors 412

Wire 413 supply of electric power sections 42

Battery module 421 control assemblies 43

External power source jockey 44 connecting lines 441

Ac/dc power supply adaptor 442 control circuit boards 45

Screw 100

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 bar type 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 bar type fitting structure one embodiment, Fig. 2 is the three-dimensional assembled view that shows the utility model Fig. 1 embodiment, Fig. 3 is the top view that shows the utility model Fig. 1 embodiment, and Fig. 4 is the I-I cutaway view that shows the utility model Fig. 3.With reference to figure 1, Fig. 2, Fig. 3 and Fig. 4 are shown, bar type fitting structure of the present utility model is to comprise a body 1, two holders 2, one light-emitting device 3 and an electric loop section 4, this body 1 is an elongate tube body structure and has a holding part 11, one transmittance section 12 and the coupling unit 13 that is arranged at respectively two ends, this holding part 11 is hollow spaces that run through these body 1 two ends, this transmittance section 12 is penetrable photo structures that outwards run through this body 1 from this holding part 11, each this holder 2 is to be fixedly arranged on this works in conjunction with the two ends coupling unit 13 of this body 1 and through those holders 2 respectively, this light-emitting device 3 is one can be via the luminous light source of driven by power and this electric loop section 4 of corresponding electrical connection, this electric loop section 4 has a logic control and regulates the electric power means and in order to select this light-emitting device 3 to open or close and for should electric loop section 4 and the electric device of these light-emitting device 3 required electric powers, this light-emitting device 3 is to be to be fixedly arranged in the holding part 11 of this body 1 to transmittance section 12 that should body 1 and with this electric loop section 4, therefore can see through these electric loop section 4 controls and drive the unlatching of this light-emitting device 3 or close, and the light source of this light-emitting device 3 can penetrate out via the transmittance section 12 of this body 1 this body 1 outside.

In the aforementioned bar type fitting structure of the present utility model, the transmittance section 12 of this body 1 is outwards to run through a plurality of perforation structures of this body 1 from this holding part 11, and comprises a plurality of lens 121, and each lens 121 respectively correspondence are arranged in this transmittance section 12.

Fig. 5 is the electrical correlation figure that shows the utility model bar type fitting structure.Shown with reference to figure 5, and refer again to Fig. 1, Fig. 2 and Fig. 4 shown, in the aforementioned bar type fitting structure of the present utility model, this electric loop section 4 comprises that further one selects module 41, a supply of electric power section 42 and a control assembly 43.Wherein this selection module 41 is one can select electric component and the electric signal corresponding to output of the operation-interface that this light-emitting device 3 opens or close; This supply of electric power section 42 one can provide the device of electric power; And this control assembly 43 is a logic control and power regulation circuit, in order to the electric signal of judging this selection module 41 and control this light-emitting device 3 and open or close, and produce corresponding electric operation, and the electric power of this supply of electric power section 42 is adapted to electric component and this light-emitting device 3 that is dispensed to after this electric loop section 4 and this light-emitting device 3 required electric power forms in this electric loop section 4.Wherein this selection module 41 is to be arranged in this holder 2, and when this selects module 41 to produce the electric signal of triggering signal, these control assembly 43 meeting corresponding selection are opened or are closed this light-emitting device 3, and this supply of electric power section 42 can provide these light-emitting device 3 electric runnings required electric power.

In the specific embodiment of aforementioned the utility model bar type fitting structure, this selection module 41 is to comprise that one switches switch 411 and a sensor 412, and this change-over switch 411 and this sensor 412 are to be arranged at respectively in those holders 2, wherein this change-over switch 411 is one to see through the electric switching assembly that touching produces corresponding triggering signal, and this sensor 412 is one to see through the information of detecting physical state and export the electric component of corresponding electric signal.

In the specific embodiment of aforementioned the utility model bar type fitting structure, this sensor 412 can be a vibrating sensor (Vibration Sensor), in order to detecting structure vibrative physical phenomenon and export corresponding electric signal whether.Therefore, when this sensor 412 received the energy of vibration, exportable electric signal was put this control assembly 43, and this control assembly 43 also can be opened or be closed by this light-emitting device 3 of corresponding selection.

It is shown to refer again to Fig. 1, Fig. 2, Fig. 4 and Fig. 5, in one specific embodiment of the utility model bar type fitting structure, aforesaid change-over switch 411 can be a switch that is selected from a key switch or the capacitor-type touch switch, and this change-over switch 411 provides touching operation is that local surfaces is arranged on this holder 2 and exposes, so that when seeing through this change-over switch 411 of touching operation, see through this control assembly 43 and select this light-emitting device 3 to open or close.

Aforesaid sensor 412 can be a non-contact optical sensing component, Thermoelectric Infrared Sensor (Pyroelectric Infrared Radial Sensor) for example, reflective optocoupler (Reflected Infrared Sensors), photo resistance or solar energy sensor etc., and this sensor 412 is to be arranged on this holder 2 and to expose, so that change and when being subject to triggering when the optical condition arround this sensor 412, can correspondingly export an electric signal to this control assembly 43, and select this light-emitting device 3 to open or close through this control assembly 43.

Fig. 6 is the isometric exploded view that shows the local accessory of the utility model Fig. 1 embodiment, and Fig. 7 A is the II-II cutaway view that shows the utility model Fig. 3, and Fig. 7 B is the partial enlarged view that shows the utility model Fig. 4.Shown with reference to figure 6, Fig. 7 A and Fig. 7 B, and refer again to Fig. 1 and Fig. 4 is shown, in the aforementioned bar type fitting structure of the present utility model, this holder 2 is to comprise a box body 21, axle perforation 22, one rotary shaft cover 23, a side cover 24 and a fixed part 25.Wherein this box body 21 is that a hollow structure and an end outwards run through this axle perforation 22 of formation from the inner hollow place, and first arc section of this axle perforation 22 is defined as a upper shaft hole face 221, and second arc section of this axle perforation 22 is defined as a lower shaft hole face 222; This rotary shaft cover 23 is dismountable partial sidewalls in this box body 21, these rotary shaft cover 23 lower surfaces are to form this upper shaft hole face 221, it is to be defined as assembled state that this rotary shaft cover 23 is installed up on this box body 21, it is to be defined as disassembly status that this rotary shaft cover 23 breaks away from from this box body 21, and this rotary shaft cover 23 is that this upper shaft hole face 221 bores a hole 22 with lower shaft hole face 222 this axles of formation in this box body 21 in assembled state, and this rotary shaft cover 23 is that this box body 21 forms an opening at these rotary shaft cover 23 places in disassembly status; This side cover 24 is dismountable another partial sidewalls in this box body 21, and in the state of this side cover 24 under these box body 21 dismountings, this box body 21 forms an opening at these side cover 24 places; And this fixed part 25 is one this holder 2 to be fixedly held to a structure on this works.

Moreover each coupling unit 13 in the light-emitting diode body 1 is that two ends form respectively perforation 131, one shaft 132 and a pipe close section 133.Wherein this perforation 131 is hollow structures that run through vertically in this coupling unit 13; This shaft 132 is cylinders that extend vertically in this coupling unit 13, the external diameter of this shaft 132 and axial length are to cooperate the axle of this holder 2 bore a hole 22 internal diameters and axial length and form the size relationship of loose fit, and the end face of this shaft 132 radially extends to form the flange 134 of a ring-type, and the external diameter of this flange 134 is the internal diameters greater than this axle perforation 22; And this pipe close section 133 is that these coupling unit 13 1 ends form a pipe close section 133, and these pipe close section 133 external diameters are to cooperate this body 1 end face opening internal diameter and form friction tight size relationship.Therefore, when corresponding this body 1 end face opening is held in the mouth by the pipe close section 133 of each this coupling unit 13, and when the shaft 132 of this coupling unit 13 is limited in the axle perforation 22 of this holder 2, those holders 2 are to see through respectively corresponding this coupling unit 13 to be fixedly arranged on this body 1 two ends, see through axle perforation 22 rotating mechanisms that consist of in shaft 132 and this holder 2 in this coupling unit 13, can be so that this body 1 be done relative mechanism with this holder 2 rotatablely moves.

It is shown to refer again to Fig. 1, Fig. 4, Fig. 7 A and Fig. 7 B, in the aforesaid electric loop section 4, further comprise a plurality of wires 413, and this change-over switch 411 in this selection module 41 and this sensor 412 are to be arranged in this holder 2, and see through those wires 413 and be electrically connected to the part assembly that is arranged at this electric loop section 4 in this body 1, and those wires 413 are to pass the perforation 131 of this coupling unit 13 and enter in this body 1 in this holder 2.

It is shown to refer again to Fig. 1, Fig. 4, Fig. 6 and Fig. 7 B, the fixed part 25 of aforementioned each holder 2 is further to comprise respectively a protruding pinna 251, this protruding pinna 251 is that these holder 2 top end faces extend to form an outer male structure laterally, and form a screw perforation 252 that runs through in this protruding pinna 251, and in order to provide the screw perforation 252 of using the screw (not shown) to pass correspondence admittedly to be locked on the aforesaid works.Therefore, when seeing through, the protruding pinna 251 of each this holder 2 use the screw (not shown) to pass this screw perforation 252 and admittedly lock on this works, and when this body 1 mutually combined with this holder 2, this body 1 can see through this holder 2 and be fixedly arranged on this works.

In addition, the fixed part 25 of aforementioned each holder 2 is further to comprise respectively a magnet 253, and this magnet 253 is to be fixedly arranged on this holder 2 top end faces, so that this holder 2 can see through the magnetic force of this magnet 253 and be adsorbed on the works with ferrimagnet.Moreover these holder 2 top end faces further comprise a groove 254, and this groove 254 is that cooperate can accommodating this magnet 253, and this magnet 253 is to be arranged in this groove 254.

The fixed part 25 of aforementioned holder 2 can further comprise a double faced adhesive tape, and can see through this double faced adhesive tape (not shown) and stick together and be fixedly arranged on this works.

In the aforementioned bar type fitting structure of the present utility model, this change-over switch 411 can be to be installed on the side cover 24 of this holder 2.

Fig. 8 A is the three-dimensional assembled view that shows the primary importance state of the utility model bar type fitting structure Fig. 1 embodiment, Fig. 8 B is the three-dimensional assembled view that shows the second place state of the utility model bar type fitting structure Fig. 1 embodiment, Fig. 8 C is the partial cross sectional views that shows the primary importance state of the utility model Fig. 8 A, and Fig. 8 D is the partial cross sectional views that shows the second place state of the utility model 8B.Shown with reference to figure 8A, Fig. 8 B, Fig. 8 C and Fig. 8 D, and it is shown to refer again to Fig. 1, Fig. 2, Fig. 6, Fig. 7 A and Fig. 7 B, aforesaid coupling unit 13 is further to have a gear point 135, and this gear point 135 is that the local and footpath, edge that is arranged at the flange 134 of these coupling unit 13 1 ends extends to form a structure of protruding this surface, flange 134 outside; And further have respectively one first restriction section 28 and one second restriction section 29 in aforesaid each holder 2, this the first restriction section 28 and this second restriction section 29 are arranged in this holder 2, and to gear point 135 that should coupling unit 13 1 ends, and this first restriction section 28 and this second restriction section 29 be limit these coupling unit 13 shafts 132 gear point 135 scope of activities so that this body 1 and those holders 2 do between the primary importance state that is limited in when relatively rotating and the second place state.Shown with reference to figure 8A and Fig. 8 C, when rotating this body 1, this coupling unit 13 is to produce relative rotatablely moving with this holder 2, so that the gear point 135 of these coupling unit 13 1 ends rotates gradually and is stopped by this first restriction section 28 at last, and therefore so that this body 1 reaches the primary importance state with this holder 2, so that the transmittance section 12 in this body 1 turns to the place ahead, thus the light source of this light-emitting device 3 forward quadrature penetrate; And shown with reference to figure 8B and Fig. 8 D, when rotating this body 1 with other direction, this coupling unit 13 is to produce relative rotatablely moving with this holder 2, and so that the gear point 135 of these coupling unit 13 1 ends rotates gradually and is stopped by this second restriction section 29 at last, and therefore so that this body 1 reaches second place state with this holder 2, so that transmittance section 12 back tracks in this body 1, so the light source of this light-emitting device 3 can shine towards the rear.

It is shown to refer again to Fig. 3, Fig. 4, Fig. 6 and Fig. 7 B, and aforesaid body 1 both ends have respectively a draw-in groove hole 14, and each draw-in groove hole 14 is the perforation structures that outwards run through this body 1 from this body 1 holding part 11; And each these coupling unit 13 pipe close sections 133 further comprise a stuck point 136, each stuck point 136 is that an end of this pipe close section 133 protrudes the structure on surface and to position that should draw-in groove hole 14, so that hold in the mouth respectively when entering corresponding body 1 both ends when each these coupling unit 13 pipe close sections 133, the stuck point 136 of those coupling unit 13 pipe close sections 133 can snap in respectively corresponding draw-in groove hole 14, so these coupling unit 13 pipe close sections 133 are more firm with the combination of this body 1.

In addition, aforesaid each coupling unit 13 pipe close sections 133 further comprise an elastic arm 137, each elastic arm 137 is respectively to extend to form a cantilever-shaped elastic structure from these coupling unit 13 end faces, and each stuck point 136 is respectively the structure protruded from this elastic arm 137 1 end surfaces and to position that should draw-in groove hole 14, so that holding in the mouth respectively, each these coupling unit 13 pipe close sections 133 of working as enter corresponding body 1 both ends, and when those stuck points 136 are subject to this body 1 inner surface and press, this elastic arm 137 is understood strains until those stuck points 136 snap in respectively in the corresponding draw-in groove hole 14, therefore these coupling unit 13 pipe close sections 133 are more firm with the combination of this body 1, and the operation meeting of these pipe close section 133 ranks when entering these body 1 both ends is more convenient.

Fig. 9 shows that top view and Figure 10 of another embodiment of the utility model bar type fitting structure are the partial enlarged views that shows the III-III section of the utility model Fig. 9.Shown with reference to figure 9 and Figure 10, in the aforementioned bar type fitting structure of the present utility model, aforesaid body 1 both ends have respectively screw perforation 15, and each screw perforation 15 is the perforation structures that outwards run through this body 1 from this body 1 holding part 11; And each these coupling unit 13 pipe close sections 133 further comprise a screw hole 138, each screw hole 138 be an end of this pipe close section 133 run through the surface the tooth pore structure and to should body 1 screw the position of perforation 15, so that hold in the mouth respectively when entering corresponding body 1 both ends when each these coupling unit 13 pipe close sections 133, screw hole 138 positions of those coupling unit 13 pipe close sections 133 can be respectively to boring a hole 15 by screw, therefore can utilize a spiral shell 100 is passed this screw perforation 15 and locks this screw hole 138 from the body outside, so that these coupling unit 13 pipe close sections 133 are more firm with the combination of this body 1.

It is shown to refer again to Fig. 5, this electric loop section 4 further comprises an external power source jockey 44 in one specific embodiment of aforementioned the utility model bar type fitting structure, this external power source jockey 44 is these supply of electric power sections 42 of electrical connection and comprises a connecting line 441 and an ac/dc power supply adaptor 442, this connecting line 441 is power leads, and this ac/dc power supply adaptor 442 is one AC power to be converted to the electric device of dc source.

Figure 11 is the three-dimensional assembled view that shows the utility model bar type fitting structure one embodiment.Shown with reference to Figure 11, and it is shown to refer again to Fig. 5, in the external power source jockey 44 of aforementioned the utility model bar type fitting structure, this ac/dc power supply adaptor 442 is to be arranged in this holder 2, this connecting line 441 is to extend to this holder 2 outsides in this holder 2, and the part of this connecting line 441 in this holder 2 is this ac/dc power supply adaptor 442 of electrical connection; And 442 of this ac/dc power supply adaptors are that the AC power that this connecting line 441 is inputted is converted to dc source, and with transmitting DC to this supply of electric power section 42.

Figure 12 is the three-dimensional assembled view that shows another embodiment of the utility model bar type fitting structure.Shown with reference to Figure 12, and it is shown to refer again to Fig. 5, in the external power source jockey 44 of aforementioned the utility model bar type fitting structure, this ac/dc power supply adaptor 442 is that Independent places this holder 2 outsides, this connecting line 441 is to extend to this holder 2 outsides in this holder 2, the part of this connecting line 441 outside this holder 2 is this ac/dc power supply adaptor 442 of electrical connection, and the part of this connecting line 441 in this holder 2 is this supply of electric power section 42 of electrical connection; And 442 of this ac/dc power supply adaptors are after AC power is converted to dc source, via this connecting line 441 with transmitting DC to this supply of electric power section 42.

Figure 13 is the three-dimensional assembled view that shows another embodiment of the utility model bar type fitting structure.Shown with reference to Figure 13, and it is shown to refer again to Fig. 5, in the supply of electric power section 42 of aforementioned the utility model bar type fitting structure, further comprise a battery module 421, this battery module 421 is that Independent places this holder 2 outsides, and this battery module 421 be this supply of electric power section 42 of electrical connection and in order to equipped with battery simultaneously with electric power transfer to this supply of electric power section 42, so that this supply of electric power section 42 can be adapted to the electric power in this battery module 421 electric component and this light-emitting device 3 that is dispensed to after this electric loop section 4 and this light-emitting device 3 required electric power forms in this electric loop section 4.

Aforesaid battery module 421 be in order to equipped with battery and with electric power transfer to this battery module 421, wherein 421 equipped with battery of this battery module can be to select one-shot battery or secondary cell.

In the aforesaid electric loop section 4, this control assembly 43 is to open or close this light-emitting device 3 selecting according to the electric signal of these selection module 41 outputs, and this supply of electric power section 42 can provide these light-emitting device 3 electric runnings required electric power.Wherein this control assembly 43 is the means that further comprise these supply of electric power section 42 power shortages of detecting, and works as this control assembly 43 and can corresponding selection gradually open and close this light-emitting device 3 in having a rest property ground.Therefore, when this supply of electric power section 42 power shortage, this light-emitting device 3 can flash cautions.Therefore, when the power shortage of this battery module 421, this control assembly 43 gradually opens and closes this light-emitting device 3 in having a rest property ground, and reminding user should be changed one-shot battery or secondary cell is charged.

Control assembly 43 these supply of electric power section 42 power shortage means of detecting in the aforesaid electric loop section 4 are the voltage signals that see through this supply of electric power section 42 of detecting.

Refer again to Fig. 1 and Fig. 4 is shown, in aforementioned the utility model bar type fitting structure, this electric loop section 4 further comprises a control circuit board 45, this control circuit board 45 is circuit boards that are arranged in the holding part 11 of this body 1, and this control assembly 43 is to be arranged on this control circuit board 45, and this selection module 41 and this supply of electric power section 42 are electrically connected to this control circuit board 45.

Aforesaid light-emitting device 3 is to be arranged on this control circuit board 45, and this light-emitting device 3 can further be a light emitting diode (LED).

Therefore, a kind of bar type fitting structure provided by the utility model, and the utility model has been done a detailed description, but above said content 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 scope that claim of the present utility model contains.

Claims

1. a bar type fitting structure is arranged on the works, it is characterized in that, includes:

One body, this body comprise a holding part, a transmittance section and a coupling unit;

Two holders are arranged at respectively this body two ends, and are to comprise respectively a box body, axle perforation, a rotary shaft cover, a side cover and a fixed part;

One light-emitting device is one can be via the luminous light source of driven by power; And

One electric loop section comprises that one selects module, a supply of electric power section and a control assembly;

Wherein this holding part is the hollow space in this body; This transmittance section is one to run through the penetrable photo structure of this body, and the light source of this light-emitting device is that to penetrate out this body via this transmittance section outside; This light-emitting device is to transmittance section that should 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 body with this electric loop section; Each this holder is to be fixedly arranged on this works in conjunction with the two ends coupling unit of this body and the fixed part that sees through those holders respectively; This selection module is to be arranged in the box body of this holder 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 the electric power of this supply of electric power section is adapted to electric component and this light-emitting device that is dispensed to after this electric loop section and this light-emitting device required electric power form in this electric loop section; 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 box body of this holder is that a hollow structure and an end outwards run through this axle perforation of formation from the inner hollow place, and first arc section of the axle perforation of this holder is defined as a upper shaft hole face, and second arc section of this axle perforation is defined as a lower shaft hole face; The rotary shaft cover of this holder is a dismountable partial sidewalls in this box body, this rotary shaft cover lower surface is to form this upper shaft hole face, it is to be defined as assembled state that this rotary shaft cover is installed up on this box body, it is to be defined as disassembly status that this rotary shaft cover breaks away from from this box body, and this rotary shaft cover is that the lower shaft hole face in this upper shaft hole face and this box body consists of this axle perforation in assembled state, and this rotary shaft cover is that this box body forms an opening at this rotary shaft cover place in disassembly status; And the side cover of this holder is dismountable another partial sidewalls in this box body, and in the state of this side cover under this box body dismounting, this box body forms an opening at this side cover place; And each coupling unit in this body is that two ends form respectively a perforation, one shaft and a pipe close section, this perforation is a hollow structure that runs through vertically in this coupling unit, this shaft is a cylinder that extends vertically in this coupling unit, the external diameter of this shaft and axial length are to cooperate the axle punch inside diameter of this holder and axial length and the size relationship that forms loose fit, and the end face of this shaft radially extends to form the flange of a ring-type, the external diameter of this flange is the internal diameter greater than this axle perforation, each this pipe close section is that rank enters to be arranged at corresponding this body end face opening, and the shaft of this coupling unit is limited in the axle perforation of this holder, and the axle perforation in the shaft in this coupling unit and this holder is to consist of a rotating mechanism.

2. bar type fitting structure as claimed in claim 1, it is characterized in that: the fixed part of this holder is further to comprise respectively a protruding pinna, this protruding pinna is that this holder top end face extends to form an outer male structure laterally, forms a screw perforation that runs through in this protruding pinna.

3. bar type fitting structure as claimed in claim 1, it is characterized in that: the fixed part of this holder is further to comprise a magnet, this magnet is to be fixedly arranged on this holder top end face.

4. bar type fitting structure as claimed in claim 1 is characterized in that: this coupling unit is further to comprise a gear point, and this gear point is to be arranged at flange local of this coupling unit one end and to extend to form this flange outer periphery of protrusion along the footpath to enclose a surperficial structure; And further comprise respectively one first restriction section and one second restriction section in each this holder, this the first restriction section and this second restriction section are arranged in this holder, and to gear point that should coupling unit one end, and this first restriction section and this second restriction section are the scopes of activities that limits the gear point of this coupling unit shaft, and the position that this body and those holders are done after relatively rotating is limited between a primary importance state and the second place state.

5. bar type fitting structure as claimed in claim 4, it is characterized in that: this selection module is to comprise that one switches switch and a sensor, and this electric loop section further comprises a plurality of wires, this change-over switch and this sensor are the part assemblies that is arranged at respectively in those holders and is electrically connected to this electric loop section through those wires, and those wires are to pass the perforation of this coupling unit and enter in this body in this holder, this change-over switch is one to see through the electric switching assembly that touching produces corresponding triggering signal, and this sensor is one to see through the information of detecting physical state and export the electric component of corresponding electric signal.

6. bar type fitting structure as claimed in claim 1 is characterized in that: the pipe close section external diameter of this coupling unit is to cooperate this body end face opening internal diameter and form friction tight size relationship.

7. bar type fitting structure as claimed in claim 1, it is characterized in that: these body both ends comprise respectively a draw-in groove hole, each draw-in groove hole is the perforation structure that outwards runs through this body from this body holding part; And each this coupling unit pipe close section further comprises a stuck point, each stuck point is that an end of this pipe close section protrudes the structure on surface and to position that should the draw-in groove hole, and hold in the mouth respectively in the state that is arranged at corresponding body two ends in each this coupling unit pipe close section, the stuck point of those coupling unit pipe close sections is to snap in respectively corresponding draw-in groove hole.

8. bar type fitting structure as claimed in claim 7, it is characterized in that: each this coupling unit pipe close section further comprises an elastic arm in addition, each elastic arm is respectively to extend to form a cantilever-shaped elastic structure from this coupling unit end face, and each stuck point is respectively the structure protruded from this elastic arm one end surfaces and to position that should the draw-in groove hole.

9. bar type fitting structure as claimed in claim 1 is characterized in that: the transmittance section of this body further comprise a plurality of lens should, each lens are that correspondence is arranged in this transmittance section respectively.

10. bar type fitting structure as claimed in claim 1, it is characterized in that: this selection module is to comprise that one switches switch and a sensor, this change-over switch is one to see through the electric switching assembly that touching produces corresponding triggering signal, and this sensor is one to see through the information of detecting physical state and export the electric component of corresponding electric signal.

11. bar type fitting structure as claimed in claim 10 is characterized in that: the sensor in this selection module is to comprise a vibrating sensor.

12. bar type fitting structure as claimed in claim 10, it is characterized in that: this selection module is to comprise a non-contact optical sensing component, and this sensor is to be arranged on this holder and to expose, and this selection module is an electric switching assembly that is selected from a Thermoelectric Infrared Sensor, a reflective optocoupler, a photo resistance and the solar energy sensor.

13. bar type 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 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, ac/dc power supply adaptor in this external power source jockey is to be arranged in this holder, this connecting line is to extend to this holder outside in this holder, and the part of this connecting line in this holder is this ac/dc power supply adaptor of electrical connection.

14. bar type 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 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, this ac/dc power supply adaptor is that Independent places this holder outside, this connecting line is to extend to this holder outside in this holder, the part of this connecting line outside this holder is this ac/dc power supply adaptor of electrical connection, and the part of this connecting line in this holder is this supply of electric power section of electrical connection.

15. bar type fitting structure as claimed in claim 1, it is characterized in that: this supply of electric power section further comprises a battery module, this battery module is that Independent places this holder outside, and this battery module be this supply of electric power section of electrical connection and in order to equipped with battery simultaneously with electric power transfer to this supply of electric power section.

16. bar type fitting structure as claimed in claim 15, it is characterized in that: the 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, and it is the voltage signals that see through this supply of electric power section of detecting that the control assembly in this electric loop section is detected these supply of electric power section power shortage means.

17. bar type fitting structure as claimed in claim 1, it is characterized in that: 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 body, and this control assembly is to be arranged on this control circuit board, and this selection module and this supply of electric power section are electrically connected to this control circuit board;

Wherein, this light-emitting device is to be arranged on this control circuit board, and this light-emitting device is a light emitting diode.