CN203240461U - Tubular lamp structure - Google Patents

Abstract

A tubular luminaire structure comprising: a main body, a light emitting device and an electrical device; the light-emitting device is arranged in the main body; the electric device is arranged in the main body and is electrically connected with the light-emitting device, and the electric device is a device capable of controlling and selecting the light-emitting device to be switched on or switched off and supplying required electric power; the main body comprises a first containing part, a second containing part and an outer tube, the main body comprises a section of the first containing part which is sleeved in the outer tube, the luminous device and a partial component in the electric device are arranged in the first containing part, the other part of the electric device is arranged in the second containing part, the outer tube is provided with at least one light-transmitting hole and corresponds to the luminous device in the main body, and the outer tube of the main body can be arranged on various structures through various fixing seats for illumination.

Description

The tubular lamp structure

Technical field

The utility model relates to a kind of tubular lamp structure, refers in particular to can be installed on the various works as the tubular lamp structure of throwing light on.

Background technology

The known light fixture that generally can be installed on the various works such as cabinet, basket, 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 works such as cabinet, basket, 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.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 tubular lamp structure, and its main purpose is to provide one to have the tubular lamp structure of simple fixed form, and can directly be installed on the various furniture such as cabinet, basket, decorating structure, wall or the works.

Time purpose of tubular lamp structure of the present utility model is the structure that sets firmly of tubular lamp structure of the present utility model, is to have audio, can be used as caution with or promote the enjoyment used etc.

An again purpose of tubular lamp structure of the present utility model is in this tubular lamp structure, is to have various holders, on the common furniture in various houses, on the furniture such as cabinet, drawer, Frame of basket with netting.

An again purpose of tubular lamp structure of the present utility model is in the tubular lamp structure of the present utility model, to have power supply base, so that this tubular lamp structure can directly be arranged on the socket, and the use function of this tubular lamp structure be can increase, as mini light night or stand-by lamp etc. can be used as.

An again purpose of tubular lamp structure of the present utility model is to have secondary cell, charging circuit and power supply base, so that this tubular lamp structure can conveniently charge, and need not change battery, and the environmental protection concept is arranged more.

The utility model relates to a kind of tubular lamp structure, and it comprises: a main body, and it is a column structure; One light-emitting device, it is to be arranged in this main body and can be via the luminous light source of driven by power; An and electric device, it is arranged in this main body and is electrically connected this light-emitting device, and comprise a control module, an operating unit and a power unit, this operating unit is that an operation interface and the corresponding electric information that produces transfer to this control module, this power unit is an electric power supply apparatus, and this control module is to judge information that this operating unit operation produces, select this light-emitting device to open or close and distribute a device of the electric power that this power unit provides; Wherein this main body further comprises one first holding part, one second holding part and an outer tube; This first holding part be part in the column of this main body along the hollow part of axial formation, this first holding part and corresponding can accommodating this light-emitting device, the power unit in this electric device and the control module in this electric device; This second holding part is the local hollow part that forms of the front end in the column of this main body, this second holding part and corresponding operating unit that can accommodating this electric device; And this outer tube is the hollow tube with at least one loophole, and this outer tube diameter is the column external diameter that cooperates this main body, at least this first holding part of this main body is to be sheathed in this outer tube, and this loophole be run through this outer tube diameter to and to the light-emitting device in should main body.

The first holding part in the aforesaid main body is the groove shape structure that forms opening in this main body upper end; And this main body further comprises a circuit board, and this circuit board is to be arranged in the first holding part of this main body, power unit and the control module in this electric device in this light-emitting device, this electric device are arranged at respectively in this circuit board, wherein the corresponding circuit layout of the electrical connection of this electric device and this light-emitting device is to be arranged on this circuit board, and the upper surface that this light-emitting device can be further be arranged at this circuit board by at least one LED source is consisted of, and the loophole in this outer tube is to light source that should light-emitting device.

Aforesaid main body further comprises one first flange, one first joint portion and a fixed cap; Wherein the first flange of this main body is to be formed at this main body one end and outer ring surface radially forms external diameter greater than the circulus of this outer tube diameter, and the first joint portion of this main body then is the end place that is formed at this main body other end; And this fixed cap is to be arranged at a cylinder of this main body the first joint portion and to have one second flange and one second joint portion, the second flange of this fixed cap is to be formed at an end of this fixed cap and outer ring surface radially forms external diameter greater than the circulus of this outer tube diameter, the second joint portion of this fixed cap and at one end section have one second joint portion, the second joint portion of this fixed cap then is to be formed at the end place of this fixed cap other end and to cooperate this main body the first joint portion, and this main body is inserted in the state of this outer tube, the first joint portion of this main body is mutually affixed with the second joint portion of this fixed cap, and this outer tube is to be limited between this first flange and this second flange.Moreover with an embodiment more specifically, the first joint portion of this main body and the second joint portion of this fixed cap can be the fastening structures of the bolts and nuts that cooperatively interact.

In addition, one end face of aforesaid outer tube has indent vertically and runs through a breach of this outer tube wall, and the local surfaces of this main body is protruded the projection of a block shape, the size of this projection and position are to breach that should outer tube, and the breach on this outer tube and relative position between the loophole are to cooperate projection on this main body and the relative position of this light-emitting device.

Moreover aforesaid main body can further comprise a lamp socket and a battery case; This lamp socket is the column that central portion forms perforation structure, and is formed in first holding part of groove shape structure of this main body, and the perforation structure in this lamp socket is to light source position that should light-emitting device; And this battery case is to be formed in the space that is separated out by this lamp socket in this first holding part; Wherein this power unit further comprises a battery module, and this battery module comprises a plurality of conductive parts, and those conductive parts corresponding front end and rear end that is arranged at this battery case respectively, and those conductive parts are to be electrically connected to respectively this electric device.In addition, aforesaid main body can further comprise a reflector, in the perforation structure of the tubular structure that this reflector inner surface is a specular surface and the corresponding lamp socket that is arranged at this main body, with to light source that should light-emitting device; And aforesaid main body further comprises a lampshade, and this lampshade is a light-transmitting materials, and the corresponding perforation structure top end that arranges and be covered in the lamp socket of this main body.

In the aforementioned tubular lamp structure of the present utility model, can further comprise a sound source, this sound source is the device that is arranged at the voice output in this second holding part; And the control module in this electric device has sound source data and can judge the information that this operating unit operation produces in further, and selects this sound source to open or close its voice output according to the Information Selection of this operating unit and built-in sound source data.

Moreover, the second holding part place in the aforesaid main body comprises a loam cake and a lower cover, this loam cake and this lower cover coat around this second holding part, comprise a phonate hole in this lower cover, this phonate hole is to consist of from least one perforation that this second holding part outwards runs through this lower cover, and this sound source is to cooperatively interact with this phonate hole.

In addition, aforesaid operating unit then can be arranged in the loam cake of this main body, and this operating unit can be a non-contact optical sensing component that is selected from a Thermoelectric Infrared Sensor, a reflective optocoupler, a photo resistance and the solar energy sensor, and this operating unit be arranged at this main body on cover and expose; Or this operating unit can be to be selected from one in a key switch and the capacitor-type touch switch to see through the electric switching assembly that touching produces triggering signal, and this operating unit the touching operation is provided be local surfaces be arranged at this main body on cover and expose.

Moreover this operating unit also can be a vibrating sensor.

Aforesaid control module can further comprise the means of 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.

In the aforementioned tubular lamp structure of the present utility model, may further include a holder, this holder is that the bottom is the matrix body that plane and top have a combined mouth; Wherein this combined mouth is the C type hatch frame of the outer tube external diameter of this main body of cooperation, the cambered surface of this combined mouth coats around this outer tube outer shroud, and the opening part on this combined mouth top be the maximum outside diameter that surpasses this outer tube sentence limit this main body outer tube in this combined mouth.

Moreover the footpath of this main body outer tube can be a toroidal towards periphery, and the combined mouth of this holder cooperates this main body outer tube.

In addition, aforesaid holder further comprises a magnet, and this magnet is arranged at this holder bottom.Perhaps, this holder can further comprise at least one screw counterbore, and this screw counterbore is through to this holder lower surface from this combined mouth bottom.

In the aforementioned holder with this combined mouth, this combined mouth centre has always jack, and the aperture in this straight cutting hole is the external diameter that cooperates this main body outer tube, and this straight cutting hole axially upwards and consistent with the opening direction of this combined mouth.

In the aforementioned tubular lamp structure of the present utility model, it further comprises a holder, this holder is that the bottom is the matrix body that plane and top have a combined mouth, this combined mouth is the C type hatch frame of the outer tube external diameter of this main body of cooperation, the cambered surface of this combined mouth coats around this outer tube outer shroud, and the opening part on this combined mouth top be the maximum outside diameter that surpasses this outer tube sentence limit this main body outer tube in this combined mouth; And the plane of this holder bottom further has an elastic clip, and this elastic clip to downward-extension, and forms one first clamping part from this holder bottom; Wherein this first clamping part be an opening forward C type hatch frame and cooperate the clamping cylindrical-shaped structure.

In addition, aforesaid elastic clip also may further include one second clamping part; Wherein this second clamping part is a flat side structure that extends to form forward from this first clamping part and cooperates the clamping slab construction; And this elastic clip can comprise further that a compression part, this compression part are to be inclined upwardly to extend a formed ramp structure again, and this compression part provides an elastic force to press the slab construction of this first clamping part clamping.

In the aforementioned tubular lamp structure of the present utility model, can further comprise another holder, this holder is the bottom has an annulus for plane and leading section structure; Wherein this annulus is that a hollow ring type structure and its internal diameter are the outer tube external diameters that cooperates this main body; And this main body further has one first flange, and the first flange of this main body is to be formed at this main body one end and outer ring surface radially forms external diameter greater than the circulus of this outer tube external diameter.

Aforesaid main body one end face further comprises one first connector, and this first connector is an electric signal connector and the power unit that is electrically connected to this electric device; And in the aforementioned tubular lamp structure of the present utility model, further comprise a power supply base, this power supply base is that an end has the structure that an attaching plug and the other end have a sleeve pipe, this sleeve pipe is that internal diameter cooperates the external diameter of this main body outer tube and has one second connector, and this second connector then is an electric signal connector and correspondence and cooperates this first connector; Under wherein the end face of this main body with this first connector planted the state of sleeve pipe of this power supply base, the corresponding end of this outer tube was to be socketed in this sleeve pipe, and this first connector is corresponding with this second connector and mutually electrical connection.

Moreover aforesaid power supply base comprises an electric power conversion means, and will be converted to the required electric power of this power unit from the outside electric power of inputting via this attaching plug.

The internal diameter of aforesaid outer tube external diameter and this sleeve pipe is the face of cylinder that cooperatively interacts, and this outer tube sleeve to be located in the state of this sleeve pipe be to consist of pin-joint mechanism; And the second connector of this power supply base be arranged at this sleeve pipe central authorities and be rotatable.

The power unit of aforesaid electric device comprises a battery module, this power unit is arranged in the first holding part of this main body, this battery module is the rechargeable device that a secondary cell and a charging circuit consist of, and this power supply base sees through the transmission of this first connector and this second connector, with the battery module of electric power transfer to this power unit, for charging by battery module.

The power unit of aforesaid electric device further comprises a power supply adaptor module, this power unit is arranged in the first holding part of this main body, and this power supply adaptor module is the electric device that an AC power with this power supply base input is converted to dc source.

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 tubular lamp structure the first embodiment;

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

Fig. 3 is the electrical correlation figure that shows the utility model tubular lamp structure;

Fig. 4 is the sectional elevation that shows the utility model Fig. 2 embodiment;

Fig. 5 A is the local amplification inclinating view that shows the first state of the utility model tubular lamp structure one embodiment;

Fig. 5 B is the local amplification inclinating view that shows the second state of the utility model Fig. 5 A embodiment;

Fig. 6 is the isometric exploded view that shows the utility model tubular lamp structure the second embodiment;

Fig. 7 is the sectional elevation that shows after the utility model Fig. 6 embodiment makes up;

Fig. 8 is the isometric exploded view that shows the utility model tubular lamp structure the 3rd embodiment;

Fig. 9 is the three-dimensional assembled view that shows the utility model tubular lamp structure chart 8;

Figure 10 is the longitudinal section that shows the utility model Fig. 9 embodiment;

Figure 11 is the sectional elevation that shows the utility model Fig. 9 embodiment;

Figure 12 is the three-dimensional assembled view that shows the utility model tubular lamp structure the 4th embodiment;

Figure 13 shows that first of the utility model Figure 12 uses the side view of state;

Figure 14 shows that second of the utility model Figure 12 uses the side view of state;

Figure 15 is the three-dimensional assembled view that shows the utility model tubular lamp structure the 5th embodiment;

Figure 16 is the cutaway view that shows the decomposing state of the utility model Figure 15;

Figure 17 is the cutaway view that shows the assembled state of the utility model Figure 15;

Figure 18 is the isometric exploded view that shows the utility model tubular lamp structure the 6th embodiment;

Figure 19 is the side view that shows the utility model tubular lamp structure Figure 18;

Figure 20 is the isometric exploded view that shows the utility model tubular lamp structure the 7th embodiment; And

Figure 21 is the three-dimensional assembled view that shows the utility model tubular lamp structure Figure 20.

Symbol description

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 tubular lamp 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 tubular lamp structure the first embodiment, and Fig. 2 is the three-dimensional assembled view that shows the utility model Fig. 1 embodiment, and Fig. 3 is the electrical correlation figure that shows the utility model tubular lamp structure.Shown with reference to figure 1, Fig. 2 and Fig. 3, tubular lamp structure of the present utility model comprises a main body 1, a light-emitting device 2 and an electric device 3.This main body 1 is a column structure; This light-emitting device 2 is can be via the luminous light source of driven by power; And this electric device 3 comprises an operating unit 31, a power unit 32 and a control module 33, this operating unit 31 is that an operation that provides operation interface to carry out the utility model tubular lamp structure also can operate the communication of generation to this control module 33, this power unit 32 is electric power supply apparatus with required electric power in supply the utility model tubular lamp structure, and this control module 33 is one to comprise the information that can judge these operating unit 31 operations and produce, the electric power of selecting this light-emitting device 2 to open or close and distribute this power unit 32 to provide.Wherein, this light-emitting device 2 is arranged in this main body 1 with this electric device 3, and these electric device 3 these light-emitting devices 2 of electrical connection.Therefore, based on aforementioned tubular lamp structure of the present utility model, when the user sees through these operating unit 31 operations tubular lamp structure of the present utility model, this operating unit 31 will operate the communication of generation to this control module 33, and this control module 33 is opening or closed condition according to this light-emitting device 2 of Information Selection of this operating unit 31, and this power unit 32 is dispensed in this light-emitting device 2 and this electric device 3.

Fig. 4 is the sectional elevation that shows the utility model Fig. 2 embodiment.Shown with reference to figure 4, and refer again to Fig. 1, Fig. 2 and Fig. 3 are shown, in the aforementioned tubular lamp structure of the present utility model, this main body 1 further comprises one first holding part 11 and one second holding part 12, this first holding part 11 is that part in the column of this main body 1 is along the hollow part of axial formation, this first holding part 11 and correspondence can accommodating this light-emitting devices 2, power unit 32 in this electric device 3 and the control module 33 in this electric device 3, this second holding part 12 is the local hollow parts that form of the front end in the column of this main body 1, this second holding part 12 and corresponding operating unit 31 that can accommodating this electric device 3.

Embodiment based on aforementioned tubular lamp structure of the present utility model, this main body 1 further comprises an outer tube 13, this outer tube 13 is the hollow tubes with at least one loophole 131, and these outer tube 13 internal diameters are the column external diameters that cooperate this main body 1, at least this first holding part 11 of this main body 1 is to be sheathed in this outer tube 13, and this loophole 131 is to run through this outer tube 13 radially and to the light-emitting device 2 in should main body 1.

Fig. 5 A is the local amplification inclinating view that shows the first state of the utility model tubular lamp structure one embodiment; And Fig. 5 B is the local amplification inclinating view that shows the second state of the utility model Fig. 5 A embodiment.Shown with reference to figure 5A and Fig. 5 B, in the specific embodiment of aforementioned the utility model tubular lamp structure, one end face of this outer tube 13 has indent vertically and runs through a breach 132 of these outer tube 13 tube walls, and the local surfaces of this main body 1 is protruded the projection 15 of a block shape, the size of this projection 15 and position be to breach 132 that should outer tube 13, and the breach 132 on this outer tube 13 and relative position between the loophole 131 are the relative positions that cooperates projection 15 and the light source of this light-emitting device 2 on this main body 1.Therefore, in this main body 1 this outer tube 13 of cover, as shown in Fig. 5 A, and when the breach in the projection in this main body 1 15 and this outer tube 13 132 is intermeshing, loophole 131 positions of this outer tube 13 can be over against the light source that should be arranged on this light-emitting device 2 in this main body 1, and so that can ease of assembly this main body 1 and this outer tube 13.

It is shown to refer again to Fig. 1, Fig. 2 and Fig. 4, and in the aforementioned tubular lamp structure of the present utility model, this main body 1 further comprises one first flange 16, one first joint portion 17 and a fixed cap 18.Wherein, the first flange 16 of this main body 1 is to be formed at these main body 1 one ends and outer ring surface radially forms external diameter greater than the circulus of these outer tube 13 internal diameters, and 17 of first joint portions of this main body 1 are the end places that is formed at this main body 1 other end; And this fixed cap 18 is to be arranged at a cylinder of this main body 1 first joint portion 17 and to have one second flange 181 and one second joint portion 182, the second flange 181 of this fixed cap 18 is to be formed at an end of this fixed cap 18 and outer ring surface radially forms external diameter greater than the circulus of these outer tube 13 internal diameters, the second joint portion 182 of this fixed cap 18 and at one end section have one second joint portion 182,182 of second joint portions of this fixed cap 18 are to be formed at the end place of these fixed cap 18 other ends and to cooperate this main body 1 first joint portion 17, so that this fixed cap 18 can see through the first joint portion 17 that this second joint portion 182 is incorporated into this main body 1.Therefore, when this main body 1 is inserted in this outer tube 13, and the second joint portion 182 of the first joint portion 17 of this main body 1 and this fixed cap 18 is mutual when affixed, and this outer tube 13 can be restricted in this first flange 16 and this second flange 181.In addition, can by the combination of the first joint portion 17 of this main body 1 and the second joint portion 182 of this fixed cap 18 with separate, and carry out this main body 1 outer tube 13 assembling or separate.

Moreover the first joint portion 17 of aforementioned this main body 1 and the second joint portion 182 of this fixed cap 18 are fastening structures of the bolts and nuts that cooperatively interact.Therefore after this main body 1 plants this outer tube 13, the first joint portion 17 that this fixed cap 18 sees through this second joint portion 182 and this main body 1 is spirally connected, and the second flange 181 of these fixed cap 18 1 ends can prop up this outer tube 13 end faces, and so that this fixed cap 18 can see through 17 places, the first joint portion that this second joint portion 182 is fixedly arranged on this main body 1.

It is shown to refer again to Fig. 1, Fig. 2, Fig. 3 and Fig. 4, in the aforementioned tubular lamp structure of the present utility model, further comprises a sound source 4, and this sound source 4 is devices of a voice output; And the control module in this electric device 3 33 has sound source data and can judge the information that these operating unit 31 operations produce in further, and selects this sound source 4 to open or close its voice output according to the Information Selection of this operating unit 31 and built-in sound source data.Therefore, when the user produces the information of this sound source 4 of startup through this operating unit 31 of operation, this control module 33 can be the unlatching situation by this sound source 4 of corresponding selection, so that this sound source 4 is converted to voice output with this sound source data, and produce the voice outputs such as music, song, voice or the sound.

It is shown to refer again to Fig. 1, Fig. 2 and Fig. 4, and in the aforementioned tubular lamp structure of the present utility model, the second holding part 12 places of this main body 1 comprise a loam cake 121 and a lower cover 122, and this loam cake 121 and this lower cover 122 coat around this second holding part 12.Wherein this sound source 4 is arranged in this second holding part 12; And comprise a phonate hole 123 in this lower cover 122, this phonate hole 123 is to consist of from least one perforation that this second holding part 12 outwards runs through this lower cover 122, and this sound source 4 cooperatively interacts with this phonate hole 123, so that the sound that this sound source 4 produces can outwards transmit from this phonate hole 123.

It is shown to refer again to Fig. 1, Fig. 2, Fig. 3 and Fig. 4, in the aforementioned tubular lamp structure of the present utility model, this operating unit 31 is arranged in the loam cake 121 of this main body 1, and when the user operates this operating unit 31 and when producing the electric signal of triggering signal, this control module 33 can carry out corresponding action.Wherein to carry out corresponding action can be to select to open or close this light-emitting device 2 and correspondingly required electric power is provided or selects to open or close this sound source 4 and the corresponding arbitrary action that provides in the required electric power to this control module 33.

In the previous embodiment, this operating unit 31 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 operating unit 31 is arranged on the loam cake 121 of this main body 1 and exposes, so that change and when being subject to triggering when the optical condition arround this operating unit 31, can correspondingly export an electric signal to this control module 33, and select to carry out corresponding action through this control module 33.

In the previous embodiment, this operating unit 31 also can be an electric switching assembly through touching generation triggering signal, such as key switch, capacitor-type touch switch etc., and this operating unit 31 provides touching operation is that local surfaces is arranged on the loam cake 121 of this main body 1 and exposes, so that can see through when touching this operating unit 31 of operation, this control module 33 can select carry out corresponding action according to the electric information that this operating unit 31 provides.

In the previous embodiment, this operating unit 31 also can be a vibrating sensor (Vibration Sensor), in order to detecting structure vibrative physical phenomenon and export corresponding electric signal whether.Therefore, when this operating unit 31 received the energy of vibration, exportable electric signal was to this control module 33, and this control module 33 can select to carry out corresponding action.

Aforesaid control module 33 further comprises the means of these power unit 32 power shortages of detecting, and works as this control module 33 and can corresponding selection gradually open and close this light-emitting device 2 in having a rest property ground.Therefore, when this power unit 32 power shortage, this light-emitting device 2 can flash caution.Wherein, 33 these power unit 32 power shortage means of detecting of the control module in the aforesaid electric device 3 are the voltage signals that see through this power unit 32 of detecting.

Fig. 6 is the isometric exploded view that shows the utility model tubular lamp structure the second embodiment, and Fig. 7 is the sectional elevation that shows after the utility model Fig. 6 embodiment makes up.Shown with reference to figure 6 and Fig. 7, based on the tubular lamp structure of aforementioned the utility model the first embodiment, the first holding part 11 in this main body 1 is the groove shape structures that form opening in this main body 1 upper end; And this main body 1 further comprises a circuit board 14, and this circuit board 14 is arranged in the first holding part 11 of this main body 1, power unit 32 in this light-emitting device 2, this electric device 3 is arranged at respectively in this circuit board 14 with the control module 33 in this electric device 3, and wherein the corresponding circuit layout of electrical connection of this electric device 3 and this light-emitting device 2 is to be arranged on this circuit board 14.

Moreover, aforesaid light-emitting device 2 further is made of the upper surface that at least one LED source is arranged at this circuit board 14, and the loophole 131 in this outer tube 13 is to light source that should light-emitting device 2, so that this light source can be from this loophole 131 according to establishing to the outside of this outer tube 13.

Aforesaid main body 1 further comprises a lamp socket 112 and a battery case 111.Wherein, this lamp socket 112 is columns that central portion forms perforation structure, and is formed in first holding part 11 of groove shape structure of this main body 1, and the perforation structure in this lamp socket 112 is to light source position that should light-emitting device 2; And this battery case 111 is to be formed in the space that is separated out by this lamp socket 112 in this first holding part 11, in order to the placing battery (not shown).

Moreover, power unit 32 in this electric device 3 of aforementioned the utility model further comprises a battery module 321, this battery module 321 comprises a plurality of conductive part 321a, and those conductive parts 321a is corresponding front end and the rear end that is arranged at this battery case 111 respectively, those conductive parts 321a is electrically connected to respectively this electric device 3, and when this battery case 111 is equiped with battery, conductive part 321a in this battery module 321 will transfer to this electric device 3 to the battery electric power of installing in this battery case 111, is distributed the electric power of the battery module 321 of this power unit 32 by this control module 33 again.

In the aforementioned tubular lamp structure of the present utility model, this main body 1 further comprises a reflector 112a, this reflector 112a inner surface is in the perforation structure of the tubular structure of a specular surface and the lamp socket 112 that correspondence is arranged at this main body 1, with to light source that should light-emitting device 2, so that the part light of the light source of this light-emitting device 2 can be via the reflection of the specular surface of this reflector 112a, and reach the luminous intensity of light source on direction of illumination of concentrating and increasing this light-emitting device 2.

In the aforementioned tubular lamp structure of the present utility model, this main body 1 further comprises a lampshade 112b, this lampshade 112b is a light-transmitting materials, and the corresponding perforation structure top end that arranges and be covered in the lamp socket 112 of this main body 1, so that after the light of the light source of this light-emitting device 2 passes this lampshade 112b, can alleviate the problem of dazzling the eyes.

Fig. 8 is the isometric exploded view that shows the utility model tubular lamp structure the 3rd embodiment, Fig. 9 is the three-dimensional assembled view that shows the utility model tubular lamp structure chart 8, Figure 10 is the longitudinal section that shows the utility model Fig. 9 embodiment, and Figure 11 is the sectional elevation that shows the utility model Fig. 9 embodiment.Shown with reference to figure 8, Fig. 9, Figure 10 and Figure 11, further comprise a holder 5 in the tubular lamp structure based on the utility model previous embodiment, this holder 5 is that the bottom is the matrix body that plane and top have a combined mouth 51.Wherein, this combined mouth 51 is C type hatch frames of outer tube 13 external diameters of this main body 1 of cooperation, as shown in Figure 11, the cambered surface of this combined mouth 51 coats around these outer tube 13 outer shrouds, and the opening part on these combined mouth 51 tops is to surpass the maximum outside diameter place of this outer tube 13 and the outer tube 13 of this main body 1 is limited in this combined mouth 51.Therefore, when outer tube 13 ranks with this main body 1 entered the combined mouth 51 of this holder 5, the outer tube 13 of this main body 1 was restricted in this combined mouth 51, so that this main body 1 is finished combination with this holder 5.

Among the embodiment of aforementioned the utility model tubular lamp structure, the footpath of this main body 1 outer tube 13 can be a toroidal towards periphery, and the combined mouth 51 of this holder 5 is to cooperate this main body 1 outer tube 13, so that this main body 1 outer tube 13 can be in the combined mouth 51 of this holder 5 vertically rotation, and adjust the lighting angle that is arranged on the light-emitting device 2 in this main body 1.

Moreover, among the embodiment of aforementioned the utility model tubular lamp structure, this holder 5 can further comprise a magnet 52, this magnet 52 is arranged at this holder 5 bottoms, and in order to being adsorbed on the ferromagnetic material surface of tool, and so that aforementioned the utility model tubular lamp structure can be arranged on the various works with ferromagnetic material surface.

In addition, among the embodiment of aforementioned the utility model tubular lamp structure, this holder 5 can further comprise at least one screw counterbore 53, this screw counterbore 53 is to be through to this holder 5 lower surface from these combined mouth 51 bottoms, and use screw to pass this screw counterbore 53 and countersunk head in this screw counterbore 53 in order to provide, admittedly and be locked to (not shown) on the works surface, and and further aforementioned the utility model tubular lamp structure can see through solid lock side formula and be arranged on this works.

Figure 12 is the three-dimensional assembled view that shows the utility model tubular lamp structure the 4th embodiment, and Figure 13 shows that first of the utility model Figure 12 uses the side view of state, and Figure 14 shows that second of the utility model Figure 12 uses the side view of state.Shown with reference to Figure 12, Figure 13 and Figure 14, in the tubular lamp structure based on aforementioned the 3rd embodiment of the utility model, this holder 5 is matrix bodies that the top has this combined mouth 51, and the plane of these holder 5 bottoms further has an elastic clip 54, this elastic clip 54 be from these holder 5 bottoms to downward-extension, and sequentially form one first clamping part 541, one second clamping part 542 and a compression part 543.Wherein this first clamping part 541 is opening C type hatch frames forward, and in order to the clamping cylindrical-shaped structure, as shown in Figure 13 by the iron wire 100 in the thread Frame of basket with netting of iron; This second clamping part 542 is flat side structures that extend to form forward from this first clamping part 541, and in order to the structure of clamping one flat board 200, as shown in Figure 13; And this compression part 543 is to be inclined upwardly to extend a formed ramp structure, so that when this flat board 200 is held on this second clamping part 542, this compression part 543 can press this flat board 200, and the enhancement retain strength.

Figure 15 is the three-dimensional assembled view that shows the utility model tubular lamp structure the 5th embodiment, and Figure 16 is the cutaway view that shows the decomposing state of the utility model Figure 15, and Figure 17 is the cutaway view that shows the assembled state of the utility model Figure 15.Shown with reference to Figure 15, Figure 16 and Figure 17, in the tubular lamp structure based on aforementioned the 3rd embodiment of the utility model, this holder 5 is matrix bodies that the top has this combined mouth 51, and combined mouth 51 centre of this holder 5 have always jack 55.Wherein the aperture in this straight cutting hole 55 is the external diameters that cooperate this main body 1 outer tube 13, and axially being upwards and being consistent with the opening direction of this combined mouth 51 of this straight cutting hole 55.Therefore, one end of this main body 1 outer tube 13 can be in these combined mouth 51 opening parts be planted this straight cutting hole 55, and this main body 1 can be rotated in this straight cutting hole 55 vertically, and adjust the lighting angle be arranged on the light-emitting device 2 in this main body 1, and so that when this main body 1 outer tube 13 is plugged on this straight cutting hole 55, axially be axial when entering this combined mouth 51 of vertical these main body 1 outer tube 13 ranks.

In addition, these holder 5 bottoms also are to have this magnet 52 or this screw counterbore 53.

Figure 18 is the isometric exploded view that shows the utility model tubular lamp structure the 6th embodiment, and Figure 19 is the side view that shows the utility model tubular lamp structure Figure 18.Shown with reference to Figure 18 and Figure 19, further comprise a holder 6 in the tubular lamp structure based on the utility model previous embodiment, this holder 6 is the bottom has an annulus 61 for plane and leading section structures.Wherein, this annulus 61 is that a hollow ring type structure and its internal diameter are outer tube 13 external diameters that cooperate this main body 1, so that the outer tube 13 of this main body 1 can be inserted in this annulus 61; And this main body 1 further has one first flange 16 ', the first flange 16 ' of this main body 1 is to be formed at these main body 1 one ends and outer ring surface radially forms external diameter greater than the circulus of these outer tube 13 external diameters, so that the outer tube 13 of this main body 1 is when being inserted in this annulus 61, the first flange 16 ' in this main body 1 can gear on the end face of this annulus 61.Therefore, it is shown to refer again to Figure 19, when this holder 6 is fixedly arranged on a works surface 300, and this annulus 61 axially is in vertical state the time, outer tube 13 ranks of this main body 1 can be entered in the annulus 61 of this holder 6, and because the first flange 16 ' of this main body 1 can gear on the top end face of this annulus 61, so this main body 1 can hang on the annulus 61 of this holder 6, and further see through this holder 6 and be fixedly arranged on this works surface 300.

Figure 20 is the isometric exploded view that shows the utility model tubular lamp structure the 7th embodiment, and Figure 21 is the three-dimensional assembled view that shows the utility model tubular lamp structure Figure 20.Shown with reference to Figure 20 and Figure 21, further comprise a power supply base 7 in the tubular lamp structure based on the utility model previous embodiment.Wherein, these main body 1 one end faces have one first connector 183, this first connector 183 is an electric signal connector and the power unit 32 that is electrically connected to this electric device 3, so that outside electric power can be through these first connector, 183 transmission as the electric power source of this power unit 32; And this power supply base 7 is that an end has the structure that an attaching plug 71 and the other end have a sleeve pipe 72, this sleeve pipe 72 is that internal diameter cooperates the external diameter of this main body 1 outer tube 13 and has one second connector 73,73 of this second connectors are electric signal connectors and are corresponding and cooperate this first connector 183, so that the end face that this main body 1 has this first connector 183 is planted during sleeve pipe 72 into this power supply base 7, the corresponding end of this outer tube 13 can be socketed in this sleeve pipe 72, and this first connector 183 can corresponding and mutually electrical connection with this second connector 73.Therefore, it is shown to refer again to Figure 21, when the attaching plug 71 of this power supply base 7 is inserted in a supply socket 400, and when the end face that this main body 1 has this first connector 183 is planted into the sleeve pipe 72 of this power supply base 7, the corresponding end of this outer tube 13 can be socketed in this sleeve pipe 72, and this first connector 183 can be electrically connected corresponding and mutually with this second connector 73, and can be via this power supply base 7, this second connector 73 and the power unit 32 of this this power supply base 7 of the first connector 183 electrical connections with this electric device 3 are so that the electric power of this power supply base 7 can be used as the electric power source of this power unit 32.

Aforesaid power supply base 7 comprises an electric power conversion means, and in order to being converted to the required electric power of this power unit 32 from the outside electric power of inputting via this attaching plug 71.

The internal diameter of aforementioned these outer tube 13 external diameters and this sleeve pipe 72 is the faces of cylinder that cooperatively interact, and this outer tube 13 to be sheathed in the state of this sleeve pipe 72 be to consist of pin-joint mechanism so that this outer tube 13 can be done relative rotation with this sleeve pipe 72; And the second connector 73 of this power supply base 7 is to be arranged at the central authorities of this sleeve pipe 72 and can its central authorities to be the rotating shaft rotation, so that this outer tube 13 is planted behind this sleeve pipe 72, this outer tube 13 can be made coaxial rotating with this second connector 73, and in order to adjust the direction of illumination of this light-emitting device 2.

Refer again to Fig. 1, Fig. 3, Fig. 4, Figure 20 and Figure 21 are shown, in the aforementioned tubular lamp structure of the present utility model, the power unit 32 of this electric device 3 comprises a battery module 321 ', this power unit 32 is to be arranged in the first holding part 11 of this main body 1, this battery module 321 ' is the rechargeable device that a secondary cell and a charging circuit consist of, and this power supply base 7 sees through the transmission of this first connector 183 and this second connector 73, with the battery module 321 ' of electric power transfer to this power unit 32, for charging by battery module 321 '.

It is shown to refer again to Fig. 1, Fig. 3, Fig. 4, Figure 20 and Figure 21, in aforementioned the utility model tubular lamp structure, the power unit 32 of this electric device 3 further comprises a power supply adaptor module 322, this power unit 32 is to be arranged in the first holding part 11 of this main body 1, this power supply adaptor module 322 is one AC power to be converted to the electric device of dc source, and is electrically connected to this control module 33 via this power unit 32.Wherein aforesaid power supply base 7 sees through the transmission of this first connector 183 and this second connector 73, with the power supply adaptor module 322 of electric power transfer to this power unit 32, therefore, this power supply adaptor module 322 can be converted to the alternating electromotive force of outside the direct current power input, be adapted to this electric device 3 and this light-emitting device 2 required electric power forms so that this power unit 32 is the electric power that this power supply adaptor module 322 can be provided, and distribute electric component and this light-emitting device 2 that transfers in this electric device 3 through the control of this control module 33.

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 (27)

1. a tubular lamp structure is characterized in that, comprising:

One main body, it is a column structure;

One light-emitting device, it is to be arranged in this main body and can be via the luminous light source of driven by power; And

One electric device, it is arranged in this main body and is electrically connected this light-emitting device, and comprise a control module, an operating unit and a power unit, this operating unit is that an operation-interface and the corresponding electric information that produces transfer to this control module, this power unit is an electric power supply apparatus, and this control module is to judge information that this operating unit operation produces, select this light-emitting device to open or close and distribute a device of the electric power that this power unit provides;

Wherein this main body further comprises one first holding part, one second holding part and an outer tube; This first holding part be part in the column of this main body along the hollow part of axial formation, this first holding part and corresponding can accommodating this light-emitting device, the power unit in this electric device and the control module in this electric device; This second holding part is the local hollow part that forms of the front end in the column of this main body, this second holding part and corresponding operating unit that can accommodating this electric device; And this outer tube is the hollow tube with at least one loophole, and this outer tube diameter is the column external diameter that cooperates this main body, at least this first holding part of this main body is to be sheathed in this outer tube, and this loophole be run through this outer tube diameter to and to the light-emitting device in should main body.

2. tubular lamp structure as claimed in claim 1 is characterized in that: the first holding part in this main body is the groove shape structure that forms opening in this main body upper end; And this main body further comprises a circuit board, and this circuit board is arranged in the first holding part of this main body, and power unit and the control module in this electric device in this light-emitting device, this electric device are arranged at respectively in this circuit board;

Wherein the corresponding circuit layout of the electrical connection of this electric device and this light-emitting device is arranged on this circuit board; This light-emitting device further is made of the upper surface that at least one LED source is arranged at this circuit board; And the loophole in this outer tube is to light source that should light-emitting device.

3. tubular lamp structure as claimed in claim 1, it is characterized in that: this main body further comprises one first flange, one first joint portion and a fixed cap;

Wherein the first flange of this main body is to be formed at this main body one end and outer ring surface radially forms external diameter greater than the circulus of this outer tube diameter, and the first joint portion of this main body then is the end place that is formed at this main body other end; And this fixed cap is to be arranged at a cylinder of this main body the first joint portion and to have one second flange and one second joint portion, the second flange of this fixed cap is to be formed at an end of this fixed cap and outer ring surface radially forms external diameter greater than the circulus of this outer tube diameter, the second joint portion of this fixed cap and at one end section have one second joint portion, the second joint portion of this fixed cap then is to be formed at the end place of this fixed cap other end and to cooperate this main body the first joint portion, and this main body is inserted in the state of this outer tube, the first joint portion of this main body is mutually affixed with the second joint portion of this fixed cap, and this outer tube is to be limited between this first flange and this second flange.

4. tubular lamp structure as claimed in claim 3 is characterized in that: the first joint portion of this main body and the second joint portion of this fixed cap are the fastening structures of the bolts and nuts that cooperatively interact.

5. tubular lamp structure as claimed in claim 3, it is characterized in that: an end face of this outer tube has indent vertically and runs through a breach of this outer tube wall, and the local surfaces of this main body is protruded the projection of a block shape, the size of this projection and position are to breach that should outer tube, and the breach on this outer tube and relative position between the loophole are to cooperate projection on this main body and the relative position of this light-emitting device.

6. tubular lamp structure as claimed in claim 3, it is characterized in that: this main body further comprises a lamp socket and a battery case; This lamp socket is the column that central portion forms perforation structure, and is formed in first holding part of groove shape structure of this main body, and the perforation structure in this lamp socket is to light source position that should light-emitting device; And this battery case is to be formed in the space that is separated out by this lamp socket in this first holding part;

Wherein this power unit further comprises a battery module, and this battery module comprises a plurality of conductive parts, and those conductive parts corresponding front end and rear end that is arranged at this battery case respectively, and those conductive parts are to be electrically connected to respectively this electric device.

7. tubular lamp structure as claimed in claim 1, it is characterized in that: further comprise a sound source, this sound source is the device that is arranged at the voice output in this second holding part; And the control module in this electric device has sound source data and can judge the information that this operating unit operation produces in further, and selects this sound source to open or close its voice output according to the Information Selection of this operating unit and built-in sound source data;

Wherein the second holding part place of this main body comprises a loam cake and a lower cover, this loam cake and this lower cover are to coat around this second holding part, comprise a phonate hole in this lower cover, this phonate hole is to consist of from least one perforation that this second holding part outwards runs through this lower cover, and this sound source and this phonate hole are to cooperatively interact.

8. tubular lamp structure as claimed in claim 1, it is characterized in that: the second holding part place of this main body comprises a loam cake and a lower cover, this operating unit is to be arranged in the loam cake of this main body;

Wherein this operating unit is a non-contact optical sensing component that is selected from a Thermoelectric Infrared Sensor, a reflective optocoupler, a photo resistance and the solar energy sensor, and this operating unit be arranged at this main body on cover and expose.

9. tubular lamp structure as claimed in claim 1, it is characterized in that: the second holding part place of this main body comprises a loam cake and a lower cover, this operating unit is to be arranged in the loam cake of this main body;

Wherein this operating unit is to be selected from one in a key switch and the capacitor-type touch switch to see through the electric switching assembly that touching produces triggering signal, and this operating unit the touching operation is provided be local surfaces be arranged at this main body on cover and expose.

10. tubular lamp structure as claimed in claim 1, it is characterized in that: this operating unit is a vibrating sensor.

11. tubular lamp structure as claimed in claim 1, it is characterized in that: this control module further comprises the means of this power unit power shortage of detecting, and this control module is that condition selecting that should the power unit 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 power unit of detecting that the control module in this electric device is detected these power unit power shortage means.

12. tubular lamp structure as claimed in claim 1 is characterized in that: further comprise a holder, this holder is that the bottom is the matrix body that plane and top have a combined mouth;

Wherein this combined mouth is the C type hatch frame of the outer tube external diameter of this main body of cooperation, the cambered surface of this combined mouth coats around this outer tube outer shroud, and the opening part on this combined mouth top be the maximum outside diameter that surpasses this outer tube sentence limit this main body outer tube in this combined mouth; And the footpath of this main body outer tube is a toroidal towards periphery, and the combined mouth of this holder is to cooperate this main body outer tube.

13. tubular lamp structure as claimed in claim 1 is characterized in that: further comprise a holder, this holder is that the bottom is the matrix body that plane and top have a combined mouth;

Wherein this combined mouth is the C type hatch frame of the outer tube external diameter of this main body of cooperation, the cambered surface of this combined mouth coats around this outer tube outer shroud, and the opening part on this combined mouth top be the maximum outside diameter that surpasses this outer tube sentence limit this main body outer tube in this combined mouth; And this holder further comprises a magnet, and this magnet is to be arranged at this holder bottom.

14. tubular lamp structure as claimed in claim 1 is characterized in that: further comprise a holder, this holder is that the bottom is the matrix body that plane and top have a combined mouth;

Wherein this combined mouth is the C type hatch frame of the outer tube external diameter of this main body of cooperation, the cambered surface of this combined mouth coats around this outer tube outer shroud, and the opening part on this combined mouth top be the maximum outside diameter that surpasses this outer tube sentence limit this main body outer tube in this combined mouth; And this holder can further comprise at least one screw counterbore, and this screw counterbore is to be through to this holder lower surface from this combined mouth bottom.

15. tubular lamp structure as claimed in claim 1, it is characterized in that: further comprise a holder, this holder is that the bottom is the matrix body that plane and top have a combined mouth, this combined mouth is the C type hatch frame of the outer tube external diameter of this main body of cooperation, the cambered surface of this combined mouth is to coat around this outer tube outer shroud, and the opening part on this combined mouth top be the maximum outside diameter that surpasses this outer tube sentence limit this main body outer tube in this combined mouth; And the plane of this holder bottom further has an elastic clip, this elastic clip be from this holder bottom to downward-extension, and form one first clamping part;

Wherein this first clamping part be an opening forward C type hatch frame and cooperate the clamping cylindrical-shaped structure.

16. tubular lamp structure as claimed in claim 15 is characterized in that: this elastic clip further comprises one second clamping part; Wherein this second clamping part is a flat side structure that extends to form forward from this first clamping part and cooperates the clamping slab construction.

17. tubular lamp structure as claimed in claim 16 is characterized in that: this elastic clip further comprises a compression part; Wherein this compression part is to be inclined upwardly to extend a formed ramp structure, and this compression part provides an elastic force to press the slab construction of this first clamping part clamping.

18. tubular lamp structure as claimed in claim 1, it is characterized in that: further comprise a holder, this holder is that the bottom is the matrix body that plane and top have a combined mouth, this combined mouth is the C type hatch frame of the outer tube external diameter of this main body of cooperation, the cambered surface of this combined mouth coats around this outer tube outer shroud, and the opening part on this combined mouth top be the maximum outside diameter that surpasses this outer tube sentence limit this main body outer tube in this combined mouth; And the plane of this holder bottom further has an elastic clip, this elastic clip be from this holder bottom to downward-extension, and form one first clamping part and one second clamping part; Wherein this second clamping part is a flat side structure that extends to form forward from this first clamping part and cooperates the clamping slab construction.

19. tubular lamp structure as claimed in claim 18 is characterized in that: this elastic clip further comprises a compression part; Wherein this compression part is to be inclined upwardly to extend a formed ramp structure, and this compression part provides an elastic force to press the slab construction of this first clamping part clamping.

20. tubular lamp structure as claimed in claim 1, it is characterized in that: further comprise a holder, this holder is that the bottom is the matrix body that plane and top have a combined mouth, this combined mouth is the C type hatch frame of the outer tube external diameter of this main body of cooperation, the cambered surface of this combined mouth is to coat around this outer tube outer shroud, and the opening part on this combined mouth top be the maximum outside diameter that surpasses this outer tube sentence limit this main body outer tube in this combined mouth; And the combined mouth centre of this holder has always jack;

Wherein the aperture in this straight cutting hole is the external diameter that cooperates this main body outer tube, and this straight cutting hole is upwards axial and consistent with the opening direction of this combined mouth; And this holder further comprises a magnet, and this magnet is to be arranged at this holder bottom.

21. tubular lamp structure as claimed in claim 1, it is characterized in that: further comprise a holder, this holder is that the bottom is the matrix body that plane and top have a combined mouth, this combined mouth is the C type hatch frame of the outer tube external diameter of this main body of cooperation, the cambered surface of this combined mouth coats around this outer tube outer shroud, and the opening part on this combined mouth top be the maximum outside diameter that surpasses this outer tube sentence limit this main body outer tube in this combined mouth; And the combined mouth centre of this holder has always jack;

Wherein the aperture in this straight cutting hole is the external diameter that cooperates this main body outer tube, and this straight cutting hole is upwards axial and consistent with the opening direction of this combined mouth; And this holder can further comprise at least one screw counterbore, and this screw counterbore is through to this holder lower surface from this combined mouth bottom.

22. tubular lamp structure as claimed in claim 1 is characterized in that: further comprise a holder, this holder is the bottom has an annulus for plane and leading section structure;

Wherein this annulus is that a hollow ring type structure and its internal diameter are the outer tube external diameters that cooperates this main body; And this main body further has one first flange, and the first flange of this main body is to be formed at this main body one end and outer ring surface radially forms external diameter greater than the circulus of this outer tube external diameter.

23. tubular lamp structure as claimed in claim 1 is characterized in that: this main body one end face further comprises one first connector, and this first connector is an electric signal connector and the power unit that is electrically connected to this electric device; And further comprise a power supply base, this power supply base is that an end has the structure that an attaching plug and the other end have a sleeve pipe, this casing inner diameter cooperates the external diameter of this main body outer tube and has one second connector, and this second connector then is an electric signal connector and correspondence and cooperates this first connector;

Under wherein the end face of this main body with this first connector planted the state of sleeve pipe of this power supply base, the corresponding end of this outer tube was to be socketed in this sleeve pipe, and this first connector is corresponding with this second connector and mutually electrical connection.

24. tubular lamp structure as claimed in claim 23 is characterized in that: this power supply base comprises an electric power conversion means, and will be converted to the required electric power of this power unit from the outside electric power of inputting via this attaching plug.

25. tubular lamp structure as claimed in claim 23 is characterized in that: the internal diameter of this outer tube external diameter and this sleeve pipe is the face of cylinder that cooperatively interacts, and this outer tube sleeve to be located in the state of this sleeve pipe be to consist of pin-joint mechanism; And the second connector of this power supply base is arranged at the central and rotatable of this sleeve pipe.

26. tubular lamp structure as claimed in claim 23, it is characterized in that: the power unit of this electric device comprises a battery module, this power unit is arranged in the first holding part of this main body, this battery module is the rechargeable device that a secondary cell and a charging circuit consist of, and this power supply base sees through the transmission of this first connector and this second connector, with the battery module of electric power transfer to this power unit, for charging by battery module.

27. tubular lamp structure as claimed in claim 23, it is characterized in that: the power unit of this electric device further comprises a power supply adaptor module, this power unit is arranged in the first holding part of this main body, and this power supply adaptor module is the electric device that an AC power with this power supply base input is converted to dc source.

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