CN204343793U - Luminous handle structure - Google Patents

Abstract

A luminous handle structure is arranged on a structure in a matching way and comprises a luminous device, an electric device and a main body; wherein the electric device comprises an operation unit, a control unit and an electric power unit; the main body comprises a first fixing part, a first handle part, a light transmission part, an extraction box and a sleeve and forms a handle-shaped structure, the main body is fixedly arranged on the structure through the first fixing part, the light transmission part is arranged at the part of the first handle part and corresponds to the position of the light-emitting device, and the power unit is arranged in the extraction box; and the sleeve is sleeved in the first handle part and comprises a first sleeve part and a second sleeve part, the light-emitting device and the electric device are fixedly arranged in the sleeve, and the extraction box is arranged in the sleeve in a sliding manner.

Description

Handle arrangement that can be luminous

Technical field

The utility model relates to a kind of handle arrangement that can be luminous, refers in particular to can be installed on various works and as the handle arrangement of light source.

Background technology

Prior art generally can be arranged on the light fixture on various furniture such as being installed in cabinet, drawer, door-plate, window, decorating structure or works, usually therefore simple light fixture kenel is installed on the surface of aforementioned structure, in order to be provided as illumination or decoration use.But this kind of light fixture be installed up to aforesaid various works on the surface time, usually can cause apparent inharmonious, or because the effect of just light fixture, and show slightly unnecessary.Therefore the utility model is created based on the disappearance of prior art light fixture.

Utility model content

The utility model relates to a kind of handle arrangement that can be luminous, its main purpose is to provide a kind of handle arrangement providing light source, and can be installed on the various furniture such as cabinet, drawer, door-plate, window, decorating structure or works as functions such as handles.

Time object of handle arrangement that can be luminous of the present utility model be this can in luminous handle arrangement, can be the structure with a conveniently replaced battery, makes the handle arrangement that this can be luminous be to use battery as electric power.

Of the present utility model can be luminous the object again of handle arrangement be can provide one have switch or sensor can be luminous handle arrangement, make when using this handle arrangement, also simultaneously can open or close this easily can a light-emitting device in luminous handle arrangement.

The handle arrangement of the utility model mainly a kind of luminescence, it is equipped with on a works, and it comprises: a light-emitting device, and it is one can via the light source of driven by power luminescence, one electric installation, it comprises an operating unit, a control unit and a power unit, and a main body, it comprises one first fixed part, a first-hand shank and a transmittance section, and form handle structure on the other hand, wherein this operating unit is the interface of this light-emitting device of operation and provides an electric information to transfer to this control unit to operating, this control unit is the electric loop that this light-emitting device of corresponding selection is opened or closed according to the electric information of this operating unit, this power unit is an electric power supply apparatus, and in order to supply the electric power needed for this light-emitting device and this electric installation, and this main body is fixedly arranged on this works by this first fixed part, this light-emitting device and this electric installation are installed in this first-hand shank, this transmittance section be arranged at this first-hand shank local and to should the position of light-emitting device, this main body comprises a taking case further, this taking case slides to be arranged in the first-hand shank of this main body and to should electric installation and can taking out from this first-hand shank one end, this power unit is arranged in this taking case, and this taking case front end is to should electric installation, and this main body comprises a sleeve further, this sleeve is a hollow tube structure, and this sleeve is sheathed in the first-hand shank of this main body, this sleeve comprises one first sleeve part and one second sleeve part, this first sleeve part and this second sleeve part are the left side structure and the right-hand part structure that form this sleeve vertical plane vertically respectively, and this sleeve comprises one first holding part and one second holding part further, this first holding part is a hollow bulb of this barrel forward end and cooperation sets firmly this light-emitting device and this electric installation, this second holding part is a hollow bulb of this sleeve rear end and coordinates slip to arrange this taking case.

In aforesaid embodiment, this first sleeve part has one first bonding surface and one first clamping part, this second sleeve part has one second bonding surface and one second clamping part further, this first clamping part and this second clamping part are mutually corresponding mechanical couplings structures, this first sleeve part and this second sleeve part are by this corresponding first bonding surface and this second bonding surface are bonded with each other and form this sleeve mutually, and this first sleeve part and this second sleeve part are mutually affixed further by mutual this corresponding first clamping part and this second clamping part fasten mutually.

Moreover the local in the first-hand shank of this main body can be have an internal ring portion, this internal ring portion is the circulus that this body inner surface local is formed, and this internal ring portion has a clamping part; And be that there is a barb around this barrel forward end face; Wherein the clamping part of this internal ring portion be formed at this internal ring portion local and to should the barb of sleeve; And the barb of this sleeve is that this barrel forward end face is partially formed the flanged structure radially protruded, the physical dimension of this barb is between this inner major diameter and this barb internal diameter, and this barb outer rim is correspondence is snapped at this clamping part front end face.

In addition, this sleeve top also can be have a keyway, and this body inner surface top has should an alligator of keyway; Wherein this keyway is the structure radially inwardly concaved from this top, barrel forward end face, and is opening on this barrel forward end face; And this alligator coordinates this keyway and the structure protruded from this body inner surface top end surface downwards, and this keyway engages each other with this alligator.

In aforesaid embodiment, this sleeve comprises a draw-in groove, and this taking case comprises a spiral cover and a flange further, and this spiral cover is arranged at this taking case rear end face, and this flange is arranged at this taking case side and to should the draw-in groove of sleeve; Wherein this flange be this taking case side radially side direction stretch out and formed; The draw-in groove of this sleeve is the notching construction coordinating this flange, and is extend forward one vertically from this sleeve rear end face suitably apart from circumferentially extending laterally another suitable distance again; And this taking case comprises one first state, one second state and a third state, first state of this taking case is the second holding part that this taking case is inserted in this sleeve, this flange moves in the axially extended part of this draw-in groove, and be the state selecting this taking case to enter this second holding part and exit in this second holding part; Second state of this taking case is this spiral cover of rotation and this flange moves in the corresponding part along this bayonet slot ring to extension and is fixed in this draw-in groove; And the third state of this taking case exits this draw-in groove and this taking case is the rear end face place of sleeve departing from this main body from this flange of the first condition selecting of this taking case.

Moreover the draw-in groove of this sleeve can be comprise an oblique portion and a transverse part; Wherein, this oblique portion extends forward one suitably apart from formed from this sleeve rear end face along with axially becoming the direction of a rake angle; This transverse part circumferentially extends laterally another again from this front end, oblique portion suitably apart from formed; And select in the first state of this taking case to rotate this spiral cover, and this flange exits this draw-in groove, this flange moves along this oblique portion and departs from this draw-in groove, and this taking case is the rear end face place of the sleeve departing from this main body.

In addition, this spiral cover is fixedly arranged on this taking case rear end, and this flange can be fixedly arranged on this taking case side and to should the draw-in groove of sleeve.

In aforesaid embodiment, the front end face of this spiral cover can be interconnected with pin-jointed structure with the rear end face of this taking case, and this flange extends one vertically suitably apart from radially extending laterally another suitable distance again from this spiral cover front-end edge.

In aforesaid embodiment, the front end face of this spiral cover has a shrinkage pool, the rear end face of this taking case has an elasticity hook portion, this elasticity hook portion is the elastic construction that a maximum outside diameter can radially inside contract, this elasticity hook portion coordinates this shrinkage pool and forms a pin-jointed structure, and this elasticity hook portion can be inserted in this shrinkage pool and be limited in this shrinkage pool; Wherein this spiral cover can be pivoted relative to each other with this taking case, and this spiral cover and this taking case are the relative motions being mechanically linked and mutually restraining axially.

In aforesaid embodiment, the power unit in this electric installation comprises a battery module further, and this battery module is arranged in this taking case, and this battery module is the power supply device as electric power source of use one battery; This battery module comprises one first electrode and one second electrode further, and this first electrode and this second electrode are each electrode exporting this battery electric power in this battery module respectively; This taking case comprises a battery case further, and this battery case is a groove structure and in order to arrange this battery; This power unit comprises one first electrode contact and one second electrode contact further, and this first electrode contact and this second electrode contact are the electric terminal of each electrode that this power unit electric power inputs respectively and are to should the first electrode and this second electrode respectively; And this taking case is arranged in the state of this main body, this first electrode contact and this second electrode contact be respectively be electrically connected corresponding to this first electrode and this second electrode, and the electric power of this battery be by this first electrode and this second electrode respectively to should the first electrode contact and this second electrode contact contact conducting and by electric power transfer to the power unit of this electric installation.

Moreover, one end of this first electrode and this second electrode has an elastic portion respectively, those elastic portion are the elastic construction that extends to form of this first electrode and this second electrode front end respectively and respectively to should the first electrode contact and this second electrode contact, this elastic portion be an elastic construction respectively and can produces one along the bounce in this taking case glide direction under the state be compressed; Wherein to being fixedly installed in the state of this main body by taking case, each this elastic portion presses in this corresponding first electrode contact and this second electrode contact and forms electrical connection, and provide this taking case one bounce, and guarantee that this first electrode and this second electrode effectively can contact this first electrode contact and this second electrode contact respectively and form electric path state; And to departing from the process of this main body by taking case, the bounce of each this elastic portion can be pushed the slip of this taking case and be departed from this main body, and departs from this corresponding first electrode contact and this second electrode contact gradually.

In addition, this electric installation comprises a circuit board further, and this light-emitting device and this control unit are arranged in this circuit board, this operating unit and this power unit are electrically connected to this circuit board and are be electrically connected this control unit further by this circuit board; Wherein this circuit board is arranged in the first holding part of this sleeve, and this first electrode contact in this power unit and this second electrode contact are formed on the circuit board of this electric installation, and respectively to this first electrode of reply and this second electrode.Wherein, this first electrode contact and this second electrode contact can be that Copper Foil basic unit in this circuit board formed respectively.

In aforesaid embodiment, this battery case comprises a battery case perforation further, and to be front end face central authorities be the perforation of this battery case is through to forward the perforation structure that this taking case front end face formed vertically; This first electrode be electrical connection this battery in an electrode and be made up of a conductive material, the first electrode in this battery module comprises one first brace and one second brace further, this first brace is a L-type structure and the rearward end of this first brace is fixedly arranged on this battery case rear end face and extends forward along this battery case bottom surface, this second brace is fixedly arranged on this taking case front end face and is the circulus coordinating the perforation of this battery case, and the bottom of this second brace is this first brace of electrical connection; And the perforation of this battery case is to should the position of the second electrode.

In aforesaid embodiment, the front end of this first brace can be form one first link further, the bottom of this second brace is that correspondence forms one second link further, and pass through the electrical connection of this first link and this second link, make this first brace be electrically connected this second brace.

Moreover, first brace of this first electrode has a battery elastic contact part further, this battery elastic contact part is formed at this first brace rearward end and is fixedly arranged on this battery case rear end face, and this battery elastic contact part is an elastic construction and is the corresponding electrode position being electrically connected this battery; Wherein, an electrode of this battery is electrically connected this first electrode by this battery elastic contact part, and this second electrode in this battery module is defined as another electrode in this battery and to should battery case perforation.

In aforesaid embodiment, this electric installation comprises a circuit board further, and this light-emitting device and this control unit are arranged in this circuit board, this operating unit and this power unit are electrically connected to this circuit board and are be electrically connected this control unit further by this circuit board; Wherein this first electrode contact and this second electrode contact are formed on the circuit board of this electric installation, and respectively to this first electrode of reply and this second electrode.Wherein, this circuit board is arranged in the first holding part of this sleeve; This first electrode contact and this second electrode contact are arranged on this circuit board, and this first electrode contact and this second electrode contact are to should the first electrode and this second electrode respectively, this first electrode contact and this second electrode contact comprise one first electrode elastic portion and one second electrode elastic portion further respectively; This first electrode elastic portion extends to should the second brace place of the first electrode from this first electrode contact one end, this first electrode elastic portion is to should the second pressing of brace and produce elastic deformation; And this second electrode elastic portion extends to should the second electrode place from this second electrode contact one end, this second electrode elastic portion is to should the second pressing of electrode and produce elastic deformation.

In aforesaid embodiment, this operating unit is arranged at this sleeve bottom, and be comprise a button further; Wherein this button be corresponding and in conjunction with this operating unit bottom and the slide first-hand shank base that is arranged at this main body and local expose and protrude from this first-hand shank base.

In aforesaid embodiment, this battery module is arranged in this taking case, and this battery module is the power supply device as electric power source of use one battery; This battery module comprises one first electrode and one second electrode further, this first electrode and this second electrode are each electrode exporting this battery electric power in this battery module respectively, and the other end of this first electrode and this second electrode is extend to this taking case to should the end of electric installation respectively; This taking case comprises a battery case further, and this battery case is a groove structure and in order to arrange this battery; This power unit comprises one first electrode contact and one second electrode contact further, and this first electrode contact and this second electrode contact are the electric terminal of each electrode that this power unit electric power inputs respectively and are to should the first electrode and this second electrode respectively; And this taking case is arranged in the state of this main body, this first electrode contact and this second electrode contact be respectively be electrically connected corresponding to this first electrode and this second electrode, and the electric power of this battery be by this first electrode and this second electrode respectively to should the first electrode contact and this second electrode contact contact conducting and by electric power transfer to the power unit of this electric installation; Wherein this operating unit comprises one first touching electrode, one second touching electrode and a button further; This first electrode front end is electrically connected and is fixed in this first electrode contact; This first touching electrode is one can the cantilever construction that forms of conductive material, and this first touching electrode rear end is electrically connected and is fixed in this second electrode contact; This second touching electrode is one can the elastic cantilever structure that forms of conductive material and rear end is this second electrode of electrical connection, and this second touching electrode front end is to should the first touching electrode; And this button is that the slide first-hand shank base that is arranged at this main body and local is exposed and protruded from this first-hand shank base, the sliding path of this button is to should the second touching electrode, and the sliding path of this button comprises a primary importance state and a second place state, the primary importance state of this button is this second touching electrode of corresponding release, and the second place state of this button is that correspondence upwards presses this second touching electrode and this second touching electrode elastic distortion effective this first touching electrode of contact and form electrical connection.

In aforesaid embodiment, in the battery module of this power unit be comprise a charge circuit further, this charge circuit is the electric loop of an accumulation, and in the second place state of this button, this second touching electrode and this first touch the moment that electrode is electrically connected and namely this charge circuit charged, and in the primary importance state of this button, this second touching electrode and this first touch electrode electrical open, this charge circuit stops charging, and this control unit selects the charge circuit of this power unit to continue output power to this light-emitting device to supply the electric power needed for this light-emitting device, this light-emitting device is made to be opening, and until this charge circuit exhausts.

Moreover, mainly comprise a bulky capacitor in the circuit of this charge circuit and carry out electric power storage.

In addition, this second touching electrode rear end is electrically connected and is fixed in this second electrode front end.

In aforesaid embodiment, this electric installation comprises a circuit board further, and this light-emitting device and this control unit are arranged in this circuit board, this operating unit and this power unit are electrically connected to this circuit board and are be electrically connected this control unit further by this circuit board; Wherein this first electrode contact and this second electrode contact are formed on the circuit board of this electric installation, and respectively to this first electrode of reply and this second electrode and this second to touch electrode rear end be electrically connected and be fixed in this circuit board, this the second electrode front end is electrically connected and is fixed in this circuit board, and this second electrode front end is electrically connected this second touching electrode rear end by this circuit board.

In aforesaid embodiment, this main body comprises a second handle portion further, and form handle structure on the other hand, and this main body is fixedly arranged on this works on the surface by this first fixed part, this light-emitting device and this electric installation are installed in this first-hand shank, this one end, transmittance section be arranged at this first-hand shank local and to should the position of light-emitting device, and this transmittance section other end be the local being arranged at this second handle portion.

In aforesaid embodiment, this main body comprises one second fixed part further, this main body is fixedly arranged on this works on the surface by this first fixed part and this second fixed part, this light-emitting device and this electric installation are installed in this first-hand shank, this one end, transmittance section be arranged at this first-hand shank local and to should the position of light-emitting device, and this transmittance section other end be the local being arranged at this second handle portion.

In aforesaid embodiment, this main body comprises two these first-hand shanks further, and at least one of this first-hand shank has this first fixed part, and form handle structure on the other hand, and this main body is fixedly arranged on this works on the surface by this first fixed part, each this first handle portion has this light-emitting device and this electric installation respectively, these two ends, transmittance section be arranged at each this first-hand shank local and to should the position of light-emitting device.

In aforesaid embodiment, this main body comprises two these first handle portions further to have this first fixed part respectively, and form handle structure on the other hand, and this main body is fixedly arranged on this works on the surface by each this first fixed part, each this first handle portion has this light-emitting device and this electric installation respectively, these two ends, transmittance section be arranged at each this first-hand shank local and to should the position of light-emitting device.

In aforesaid embodiment, power unit in this electric installation comprises a battery module further, this battery module is arranged in this main body, and this battery module is the power supply device of the electric power of use one battery, and be this battery can installing tool supply of electric power ability.Wherein, the battery that this battery module uses can be select one-shot battery or secondary cell.

In aforesaid embodiment, this transmittance section is that a light-transmitting materials formed.

In aforesaid embodiment, this transmittance section is an acryl material.

In aforesaid embodiment, this transmittance section is an acryl material, and is have multiple bubble structure in this acryl material.

In aforesaid embodiment, this first fixed part has a screw hole, and this screw hole is the tooth hole with internal screw thread, and be spirally connected further by the screw hole of this first fixed part and be fixedly arranged on this works.

In aforesaid embodiment, this operating unit is a vibrating sensor and is arranged in this main body, and it is the energy of a corresponding vibration and exports an electrical trigger signal to this control unit; And this control unit be a pair should operating unit electrical trigger signal and select the state that this power unit supplies this light-emitting device electric power and do not supply in this light-emitting device electric power.

In aforesaid embodiment, this operating unit one produces a non-contact optical sensing component of triggering signal by contactless inductive operation.

In aforesaid embodiment, this operating unit is the non-contact optical sensing component in selection one Thermoelectric Infrared Sensor, a reflective optocoupler, a light resistor and a solar energy sensor.

In aforesaid embodiment, this operating unit one produces an electric switching assembly of triggering signal by touching operation, and this operating unit provides touching to operate is that local surfaces to be arranged in this main body and to expose.

In aforesaid embodiment, this operating unit is arranged in the first-hand shank of this main body, and operating unit provides touching to operate be local surfaces is expose to this first-hand shank base.

In aforesaid embodiment, this control unit is that the electric signal that exports according to this operating unit is to select open or close this light-emitting device, and this power unit can provide this light-emitting device electrically to operate required electric power, and this control unit comprises the hypodynamic means of this power unit electricity of a detecting further, and when this control unit also corresponding selection gradually can open and close this light-emitting device to having a rest property; It can be voltage signal by detecting this power unit that control unit wherein in this electric installation detects the not enough means of this power unit electric power.

In aforesaid embodiment, this power unit comprises a power adaptation module further, and this power adaptation module comprises an adapter and a circumscripted power line further; Wherein this adapter is an electric power changing device of this power unit of electrical connection.

In aforesaid embodiment, the battery module in the power unit of this electric installation can be chosen as a secondary cell, and this power unit is that the dc source that this power adaptation module inputs is converted to the electric power carrying out this charging battery module.

Understand the purpose of this utility model, feature and effect for making to be familiar with this skill personage, hereby by following specific embodiment, and coordinate appended by graphic, in detail illustrate as after.

Accompanying drawing explanation

Fig. 1 is the three-dimensional assembled view of handle arrangement one embodiment that display the utility model can be luminous;

Fig. 2 is the isometric exploded view of display the utility model Fig. 1 embodiment;

Fig. 3 is the electrical correlation figure of the handle arrangement that display the utility model can be luminous;

Fig. 4 is the sectional elevation of display the utility model Fig. 1 embodiment;

Fig. 5 A is the sectional elevation of the first state of another embodiment of display the utility model Fig. 1;

Fig. 5 B is the sectional elevation of the second state of display the utility model Fig. 5 A embodiment;

Fig. 6 A is the sectional elevation of the first state of another embodiment of display the utility model Fig. 1;

Fig. 6 B is the sectional elevation of the second state of display the utility model Fig. 6 A embodiment;

Fig. 6 C is the partial enlarged view of display the utility model Fig. 6 A embodiment;

Fig. 7 is the isometric exploded view of another embodiment of display the utility model Fig. 1;

Fig. 8 A is the partial component sectional elevation of the assembled state of display the utility model Fig. 7 embodiment;

Fig. 8 B is the plan view of the first-hand shank local of display the utility model Fig. 8 A embodiment;

Fig. 8 C is another plan view of the first-hand shank local of display the utility model Fig. 8 A embodiment;

Fig. 9 A is the plan view of partial component first state of handle arrangement one embodiment that display the utility model can be luminous;

Fig. 9 B is the plan view of second state of display the utility model Fig. 9 A;

Fig. 9 C is the three-dimensional view of the third state of display the utility model Fig. 9 A;

Figure 10 A is the sectional view of the partial component assembled state of handle arrangement one embodiment that display the utility model can be luminous;

Figure 10 B is the three-dimensional view of the decomposing state of display the utility model Figure 10 A;

Figure 11 A is the combination three-dimensional view of handle arrangement one embodiment that display the utility model can be luminous;

Figure 11 B is the sectional view of display the utility model Figure 11 A embodiment;

Figure 12 A is the combination three-dimensional view of handle arrangement one embodiment that display the utility model can be luminous;

Figure 12 B is the sectional view of display the utility model Figure 12 A embodiment;

Figure 13 is the longitudinal section view of another embodiment of display the utility model Fig. 1;

Figure 14 is the longitudinal section view of another embodiment of display the utility model Fig. 1;

Figure 15 is the combination three-dimensional view of handle arrangement one embodiment that display the utility model can be luminous;

Figure 16 A is the isometric exploded view of handle arrangement one embodiment that display the utility model can be luminous;

Figure 16 B is the isometric exploded view of another state of display the utility model Figure 16 A embodiment;

Figure 16 C is the three-dimensional assembled view of display the utility model Figure 16 A embodiment;

Figure 17 A is the partial component isometric exploded view of another embodiment of display the utility model Figure 16 A;

Figure 17 B is the three-dimensional assembled view of display the utility model Figure 17 A embodiment;

Figure 17 C is the longitudinal section view of display the utility model Figure 17 B embodiment;

Figure 18 A is the partial component isometric exploded view of another embodiment of display the utility model Figure 16 A;

Figure 18 B is the isometric exploded view of another state of display the utility model Figure 18 A embodiment;

Figure 18 C is the three-dimensional assembled view of display the utility model Figure 18 A embodiment;

Figure 18 D is the longitudinal sectional view of display the utility model Figure 18 C embodiment; And

Figure 19 is the longitudinal sectional view of display the utility model Figure 16 C embodiment.

Symbol description

Light-emitting device 1 electric installation 2

Control unit 22 operating unit 21

First touching electrode 211 second touches electrode 212

Button 213 button 213 '

Power unit 23 battery module 231

First electrode 231a second electrode 231b

Elastic portion 231c charge circuit 231d

First link 231e second link 231f

Battery elastic contact part 231g first brace 231h

Second brace 231i first electrode contact 232

First electrode elastic portion 232a second electrode contact 233

Second electrode elastic portion 233a power adaptation module 234

Adapter 235 circumscripted power line 236

Circuit board 24 main body 3

First fixed part 31 screw hole 311

First-hand shank 32 transmittance section 33

Taking case 34 battery case 341

Elastic parts 342 elasticity hook portion 345

Battery case is bored a hole 346 internal ring portions 35

Clamping part 351 sleeve 36

Keyway 362 draw-in groove 363

Oblique portion 363a transverse part 363b

Barb 364 first sleeve part 365

First bonding surface 365a first clamping part 365b

Second sleeve part 366 second bonding surface 366a

Second clamping part 366b first holding part 367

Second holding part 368 bores a hole 369

Alligator 37 spiral cover 38

Flange 381 shrinkage pool 382

Second fixed part 31 ' second handle portion 32 '

Works 100 screw 200

Battery 300

Detailed description of the invention

For making the utility model can by clearer understanding, below will using a detailed description of the invention as explanation of the present utility model.

The utility model can mainly can directly be installed on various works by luminous handle arrangement, and in order to as one handle, a light source can be provided again to use simultaneously.Fig. 1 is the three-dimensional assembled view of handle arrangement one embodiment that display the utility model can be luminous, Fig. 2 is the isometric exploded view of display the utility model Fig. 1 embodiment, Fig. 3 is the electrical correlation figure of the handle arrangement that display the utility model can be luminous, and Fig. 4 is the sectional elevation of display the utility model Fig. 1 embodiment.Shown by figure 1, Fig. 2, Fig. 3 and Fig. 4, handle arrangement that can be luminous of the present utility model comprises light-emitting device 1, electric installation 2 and a main body 3.Wherein, this light-emitting device 1 is one can via the light source of driven by power luminescence, and this light-emitting device 1 is arranged in this main body 3, this electric installation 2 is arranged in this main body 3 and is electrically connected this light-emitting device 1, and comprise an operating unit 21, one control unit 22 and a power unit 23, this operating unit 21 be electrical connection this control unit 22 and be one provide operation this light-emitting device 1 interface and can by operation produce electric information transfer to this control unit 22, this power unit 23 is an electric power supply apparatus and in order to supply the electric power needed for this light-emitting device 1 and this electric installation 2, this control unit 22 is electrically connected this operating unit 21 respectively, this power unit 23 and this light-emitting device 1 be that corresponding selection is opened or closed this power unit 23 and supplies electric power to the state in this light-emitting device 1 according to the electric information of this operating unit 21, and this main body 3 comprises one first fixed part 31, first-hand shank 32 and a transmittance section 33 further, and form handle structure on the other hand, and this main body 3 is fixedly arranged on a works 100 on the surface by this first fixed part 31, this light-emitting device 1 and this electric installation 2 are installed in this first-hand shank 32, this transmittance section 33 be arranged at this first-hand shank 32 local and to should the position of light-emitting device 1.Therefore, when this operating unit 21 be triggered and the electric information exporting a correspondence to this control unit 22 time, this control unit 22 can to should the electric information that exports of operating unit 21 and corresponding selection is opened or closed this power unit 23 and supply electric power to the state in this light-emitting device 1, and correspondingly further opens or close this light-emitting device 1; This control unit 22 to should the electric information that exports of operating unit 21 and open this light-emitting device 1 state under, this power unit 23 for should electric power needed for light-emitting device 1, and can make this light-emitting device 1 produce light source and penetrates out from this transmittance section 33; And this control unit 22 to should the electric information that exports of operating unit 21 and close this light-emitting device 1 state under, this power unit 23 can stop for should electric power needed for light-emitting device 1, and makes this light-emitting device 1 not produce light source.

Aforesaid first fixed part 31 has a screw hole 311, this screw hole 311 is the tooth holes with internal screw thread, and this screw hole 311 is cooperation one screws 200, make this screw 200 can penetrate this works 100 and admittedly lock this screw hole 311, and make this first fixed part 31 can be fixed on this works 100 further.Therefore the first-hand shank 32 of this main body 3 can be used as leader to use, and can provide a light source via the transmittance section 33 of this first-hand shank 32 one end, to use as illumination.

Refer again to shown by Fig. 1, Fig. 2, Fig. 3 and Fig. 4, in the handle arrangement that aforementioned the utility model can be luminous, this operating unit 21 is arranged in this main body 3, and can be an electric switching assembly passing through that touching operation produces triggering signal, such as key switch, capacitor-type touch switch etc., and this operating unit 21 provides touching to operate be local surfaces is be arranged in this main body 3 and expose.Therefore, make to touch this operating unit 21 of operation, and select this light-emitting device 1 to open or close further by this control unit 22.

In aforesaid embodiment, this operating unit 21 is arranged in the first-hand shank 32 of this main body 3 further, and operating unit 21 provides touching to operate be local surfaces is expose to bottom this first-hand shank 32, what therefore make this operating unit 21 provide touching to operate be local surfaces is be formed at bottom this first-hand shank 32, and can in order to be provided in the first-hand shank 32 pulling this main body 3 time touch bottom this first-hand shank 32 simultaneously and trigger this operating unit 21.

In aforesaid embodiment, this transmittance section 33 be arranged at this first-hand shank 32 local and to should the position of light-emitting device 1.Wherein, this transmittance section 33 can be that a light-transmitting materials formed.

In previous embodiment, this transmittance section 33 can be an acryl material.Moreover this transmittance section 33 can be an acryl material, and this acryl material has multiple bubble structure.

Fig. 5 A is the sectional elevation of the first state of another embodiment of display the utility model Fig. 1, and Fig. 5 B is the sectional elevation of the second state of display the utility model Fig. 5 A embodiment.Shown by figure 5A and Fig. 5 B, and refer again to Fig. 1, Fig. 2, Fig. 3, Fig. 4, shown by Fig. 5 A and Fig. 5 B, in the handle arrangement that the utility model can be luminous, this main body 3 comprises a taking case 34 further, this taking case 34 slides to be arranged in the first-hand shank 32 of this main body 3 and to should electric installation 2 and can taking out from this first-hand shank 32 one end, this light-emitting device 1, this operating unit 21 and this control unit 22 are arranged in this first-hand shank 32, this power unit 23 is arranged in this taking case 34, and this taking case 34 front end is to should the control unit 22 of electric installation 2, this light-emitting device 1 is to should transmittance section 33.

Refer again to shown by Fig. 3, Fig. 5 A and Fig. 5 B, power unit 23 in this electric installation 2 comprises a battery module 231 further, this battery module 231 is arranged in this taking case 34 of this main body 3, and this battery module 231 is power supply devices of the electric power of use one battery 300, and be this battery 300 can installing tool supply of electric power ability, and the electric power needed for handle arrangement that the utility model can be luminous can be supplied.

The battery 300 that aforesaid battery module 231 uses can be select one-shot battery or secondary cell.

In previous embodiment, the battery module 231 of this power unit 23 comprises one first electrode 231a and one second electrode 231b further, and this first electrode 231a and this second electrode 231b is each electrode of output power in this battery module 231 respectively; This taking case 34 comprises a battery case 341 further, this battery case 341 is a groove structure and in order to arrange this battery 300, and this first electrode 231a and this second electrode 231b correspondingly in this battery module 231 export the positive pole electric power of this battery 300 and each electrode corresponding to negative pole electric power; The power unit 23 of this electric installation 2 comprises one first electrode contact 232 and one second electrode contact 233 further, and this first electrode contact 232 and this second electrode contact 233 are the electric terminal of the positive pole that inputs of this power unit 23 electric power and negative pole respectively and are to should the first electrode 231a and this second electrode 231b respectively; And this taking case 34 is arranged in the state of this main body 3, this first electrode contact 232 and this second electrode contact 233 be respectively be electrically connected corresponding to this first electrode 231a and this second electrode 231b.Therefore, the electric power of this battery 300 by this first electrode 231a and this second electrode 231b respectively to should after the contact conducting of the first electrode contact 232 and this second electrode contact 233, and by electric power transfer to the power unit 23 of this electric installation 2, and in order to for operating required electric power with this electric installation 2 by light-emitting device 1.

In previous embodiment, this the first electrode 231a and this second electrode 231b can be that an electric conductor formed respectively, and this first electrode 231a and one end of this second electrode 231b be respectively extend to this taking case 34 to should electric installation 2 end and be respectively correspondingly electrically connected this first electrode contact 232 and this second electrode contact 233.Moreover, one end of this first electrode 231a and this second electrode 231b can be have an elastic portion 231c respectively further, those elastic portion 231c are the elastic construction that extends to form of this first electrode 231a and this second electrode 231b front end respectively and respectively to should the first electrode contact 232 and this second electrode contact 233, this elastic portion 231c be an elastic construction respectively and can produces one along the bounce in this taking case 34 glide direction under the state be compressed.In previous embodiment, to being fixedly installed in the state of this main body 3 by taking case 34, each this elastic portion 231c presses in this corresponding first electrode contact 232 and this second electrode contact 233 and forms electrical connection, and provide this taking case 34 1 bounce, and guarantee that this first electrode 231a and this second electrode 231b effectively can contact this first electrode contact 232 and this second electrode contact 233 respectively and form electric path state; And to departing from the process of this main body 3 by taking case 34, the bounce of each this elastic portion 231c can be pushed the slip of this taking case 34 and be departed from this main body 3, and departs from this corresponding first electrode contact 232 and this second electrode contact 233 gradually.

In previous embodiment, this electric installation 2 comprises a circuit board 24 further, and this light-emitting device 1 and this control unit 22 are arranged in this circuit board 24, this operating unit 21 and this power unit 23 are electrically connected to this circuit board 24, is electrically connected this control unit 22 to make this operating unit 21 further.

In addition, this first electrode contact 232 in this power unit 23 can be formed on the circuit board 24 of this electric installation 2 with this second electrode contact 233, and respectively to reply this first electrode 231a and this second electrode 231b.

In previous embodiment, this first electrode contact 232 and this second electrode contact 233 are that the Copper Foil basic unit in this circuit board 24 formed respectively.

Fig. 6 A is the sectional elevation of the first state of another embodiment of display the utility model Fig. 1, and Fig. 6 B is the sectional elevation of the second state of display the utility model Fig. 6 A embodiment, and Fig. 6 C is the partial enlarged view of display the utility model Fig. 6 A embodiment.Shown by figure 6A, Fig. 6 B and Fig. 6 C, and refer again to shown by Fig. 1, Fig. 2, Fig. 3 and Fig. 4, in aforementioned embodiment of the present utility model, the taking case 34 in this main body 3 slides to be arranged in this main body 3, and can take out from this main body 3 one end; This light-emitting device 1 and this electric installation 2 are taking case 34 front ends be arranged at further in this main body 3, and this light-emitting device 1 is to should transmittance section 33; And this operating unit 21 comprises one first touching electrode 211,1 second further to touch electrode 212 and a button 213.Its particularly in the aforementioned embodiment, this first electrode 231a front end is electrically connected and is fixed in this first electrode contact 232, this the first touching electrode 211 is one can the cantilever construction that forms of conductive material, and this first touching electrode 211 rear end is electrically connected and is fixed in this second electrode contact 233, this the second touching electrode 212 is one can the elastic cantilever structure that forms of conductive material and rear end is this second electrode of electrical connection 231b, and this second touching electrode 212 front end is to should the first touching electrode 211, and this button 213 be slide be arranged at this main body 3 first-hand shank 32 bottom and local expose and protrude from bottom this first-hand shank 32, the sliding path of this button 213 is to should the second touching electrode 212, and the sliding path of this button 213 comprises a primary importance state and a second place state, the primary importance state of this button 213 is these the second touching electrodes 212 of corresponding release, the second place state of this button 213 is that correspondence upwards presses this second touching electrode 212 and this second touching electrode 212 elastic deformation effective this first touching electrode 211 of contact and form electrical connection.Therefore, when there not being external force to press this button 213, this button 213 is in this primary importance state, this second touching electrode 212 and this first to touch between electrode 211 be electrical open state, and this control unit 22 selects this power unit 23 to be do not supply this light-emitting device 1 electric power, make this light-emitting device 1 for closed condition; And when external force upwards presses this button 213, this button 213 is in this primary importance state, this second touching electrode 212 and this first to touch between electrode 211 be electrically conducting state, and this control unit 22 selects this power unit 23 to be this electric power needed for light-emitting device 1 of supply, makes this light-emitting device 1 be opening.

Refer again to shown in Fig. 3, in the foregoing embodiments, the battery module 231 of this power unit 23 comprises a charge circuit 231d further, this charge circuit 231d is the electric loop of an accumulation, and in the second place state of this button 213, this the second touching electrode 212 first is touched the moment that electrode 211 is electrically connected with this and is namely charged to this charge circuit 231d, and in the primary importance state of this button 213, this the second touching electrode 212 first touches electrode 211 electrical open with this, this charge circuit 231d stops charging, and this control unit 22 selects the charge circuit 231d of this power unit 23 to continue output power to this light-emitting device 1 to supply the electric power needed for this light-emitting device 1, this light-emitting device 1 is made to be opening, and until this charge circuit 231d exhausts.

In aforesaid embodiment, mainly comprise a bulky capacitor in the circuit of this charge circuit 231d and carry out electric power storage.

In aforesaid embodiment, this second touching electrode 212 rear end is electrically connected and is fixed in this second electrode 231b front end.

This electric installation 2 aforementioned comprises in the embodiment of this circuit board 24, this the second touching electrode 212 rear end is electrically connected and is fixed in this circuit board 24, this the second electrode 231b front end is electrically connected and is fixed in this circuit board 24, and this second electrode 231b front end is electrically connected this second touching electrode 212 rear end by this circuit board 24.

Fig. 7 is the isometric exploded view of another embodiment of display the utility model Fig. 1.Shown by figure 7, refer again to shown by Fig. 5 A and Fig. 5 B, based on aforementioned embodiment of the present utility model, this main body 3 can be comprise a sleeve 36 further, this sleeve 36 is hollow tube structures, and this sleeve 36 is sheathed in the first-hand shank 32 of this main body 3.Wherein, this sleeve 36 comprises one first holding part 367 and one second holding part 368 further, this first holding part 367 is a hollow bulb of this sleeve 36 front end and coordinates this light-emitting device 1 and this electric installation 2, makes this light-emitting device 1, this operating unit 21 and this control unit 22 be the leading sections that can be arranged at this sleeve 36; And this second holding part 368 is a hollow bulb of this sleeve 36 rear end and coordinates this taking case 34, this taking case 34 is made to be slidably be arranged at this sleeve 36 rearward end.

Fig. 8 A is the partial component sectional elevation of the assembled state of display the utility model Fig. 7 embodiment, Fig. 8 B is the plan view of the first-hand shank local of display the utility model Fig. 8 A embodiment, and Fig. 8 C is another plan view of the first-hand shank local of display the utility model Fig. 8 A embodiment.Shown by figure 8A, Fig. 8 B and Fig. 8 C, and refer again to shown by Fig. 7, based on aforementioned embodiment of the present utility model, local in the first-hand shank 32 of this main body 3 has an internal ring portion 35, this internal ring portion 35 is circuluses that this main body 3 inner surface local is formed, and this internal ring portion 35 has a clamping part 351; And this sleeve 36 has a barb 364.Wherein, the clamping part 351 of this internal ring portion 35 be formed at this internal ring portion 35 local and to should the barb 364 of sleeve 36; And the barb 364 of this sleeve 36 is that this sleeve 36 front end face is partially formed the flanged structure radially protruded, the physical dimension of this barb 364 is between this main body 3 internal diameter and this barb 364 internal diameter.Therefore, when this sleeve 36 enters in this main body 3 from this main body 3 first-hand shank 32 rear end, until when this sleeve 36 front end face withstands this internal ring portion 35 rear end face, this barb 364 outer rim correspondence can be snapped at this clamping part 351 front end face, and this sleeve 36 is fixedly arranged in this main body 3.

Refer again to shown by Fig. 7, Fig. 8 A, Fig. 8 B and Fig. 8 C, in aforementioned embodiment of the present utility model, this sleeve 36 top has a keyway 362, and this main body 3 inner surface top has an alligator 37.Wherein, this keyway 362 is the structures radially inwardly concaved from this sleeve 36 front end face top, and is opening on this sleeve 36 front end face; And this alligator 37 coordinates this keyway 362 and the structure protruded from this main body 3 inner surface top end surface downwards.Therefore, when the installing of this sleeve 36 enters in the process of this main body 3 inside, this keyway 362 can must engage each other with this alligator 37, and this sleeve 36 correctly could be installed and enter this main body 3, otherwise cannot load.

Fig. 9 A is the plan view of partial component first state of handle arrangement one embodiment that display the utility model can be luminous, Fig. 9 B is the plan view of second state of display the utility model Fig. 9 A, and Fig. 9 C is the three-dimensional view of the third state of display the utility model Fig. 9 A.Shown by figure 9A, Fig. 9 B and Fig. 9 C, and refer again to shown by Fig. 7, Fig. 5 A and Fig. 5 B, based on aforementioned embodiment of the present utility model, this sleeve 36 comprises a draw-in groove 363 further, this taking case 34 comprises spiral cover 38 and a flange 381 further, this spiral cover 38 is arranged at this taking case 34 rear end face, and this flange 381 is arranged at this taking case 34 side and to should the draw-in groove 363 of sleeve 36.Wherein the draw-in groove 363 of this sleeve 36 is the notching constructions coordinating this flange 381, and is extend forward one vertically suitably apart from circumferentially extending laterally another suitable distance again from this sleeve 36 rear end face; And this flange 381 can be arranged on this spiral cover 38, and be extend one vertically suitably apart from radially extending laterally another suitable distance again from this spiral cover 38 front-end edge, make this flange 381 can enter this draw-in groove 363 from this sleeve 36 rear end face and fluting direction along this draw-in groove 363 is moved, and this flange 381 is fixed in this draw-in groove 363, and this spiral cover 38 is made to be fixed on sleeve 36 rear end face place in this main body 3 further.Therefore, as as shown in Fig. 9 A, when this taking case 34 is inserted in the second holding part 368 of this sleeve 36, this flange 381 can move in the axially extended part of this draw-in groove 363, and make this taking case 34 be in one first state and this taking case 34 can be selected to enter or exit the second holding part 368 of this sleeve 36; As shown in Fig. 9 B, when being in this taking case 34 first state, rotating this spiral cover 38 makes this flange 381 be move in the part that can extend along this draw-in groove 363 hoop, and make this taking case 34 be in one second state, and this flange 381 is fixed in this draw-in groove 363, this spiral cover 38 is the rear end face places of the sleeve 36 being fixed on this main body 3; And as shown in Fig. 9 C, when being in this taking case 34 first state, this flange 381 can be selected to exit this draw-in groove 363, this taking case 34 is made to be in a third state and be the rear end face place of the sleeve 36 that can depart from this main body 3, and when being in this taking case 34 third state, this taking case 34 this battery 300 can be carried out to set in this battery case 341 or from this battery case 341 take out this battery 300.

Refer again to shown by Fig. 9 B and Fig. 9 C, in aforementioned embodiment of the present utility model, the draw-in groove 363 of this sleeve 36 comprises an an oblique portion 363a and transverse part 363b.Wherein, this oblique portion 363a extends forward one suitably apart from formed from this sleeve 36 rear end face along with axially becoming the direction of a rake angle; And this transverse part 363b circumferentially extends laterally another more suitably apart from formed from this 363a front end, oblique portion.Therefore, when rotating this spiral cover 38, this flange 381 can be selected to be fixed in this draw-in groove 363 or to exit this draw-in groove 363; And when this flange 381 is fixed in this draw-in groove 363, this spiral cover 38 is the rear end face places being fixed on this main body 3, and after this flange 381 exits the transverse part 363b of this draw-in groove 363, when continuation rotates this spiral cover 38 again, this flange 381 can move along this oblique portion 363a and can depart from this draw-in groove 363 and the further rear end face place departing from this main body 3 simultaneously.

Figure 10 A is the sectional view of the partial component assembled state of handle arrangement one embodiment that display the utility model can be luminous, and Figure 10 B is the three-dimensional view of the decomposing state of display the utility model Figure 10 A.Shown by figure 10A and Figure 10 B, and refer again to shown by Fig. 6, in previous embodiment, the front end face of this spiral cover 38 is the relative motions being interconnected with pin-jointed structure with the rear end face of this taking case 34 and mutually restraining axially, and this flange 381 extends one vertically suitably apart from radially extending laterally another suitable distance again from this spiral cover 38 front-end edge.

In aforesaid embodiment, the front end face of this spiral cover 38 has a shrinkage pool 382, the rear end face of this taking case 34 is that to have an elasticity hook portion 345 are elastic constructions that a maximum outside diameter can radially inside contract, and this elasticity hook portion 345 coordinates this shrinkage pool 382 and forms a pin-jointed structure, makes this elasticity hook portion 345 can be inserted in this shrinkage pool 382 and be limited in this shrinkage pool 382.Therefore, this spiral cover 38 can be pivoted relative to each other relative to this taking case 34, and this spiral cover 38 is be mechanically linked to be integrated with this taking case 34.Therefore, select this flange 381 to be fixed in this draw-in groove 363 or while exiting this draw-in groove 363 when this spiral cover 38 of rotation, the meeting of this taking case 34 and this spiral cover 38 advanced in unison or retrogressing.

Figure 11 A is the combination three-dimensional view of handle arrangement one embodiment that display the utility model can be luminous, and Figure 11 B is the sectional view of display the utility model Figure 11 A embodiment.Shown by figure 11A and Figure 11 B, and refer again to shown by Fig. 1 and Fig. 2, based in aforementioned the utility model embodiment, this main body 3 comprises a second handle portion 32 ' further, and form handle structure on the other hand, and this main body 3 is fixedly arranged on a works on the surface by this first fixed part 31, this light-emitting device 1 and this electric installation 2 are installed in this first-hand shank 32, this one end, transmittance section 33 be arranged at this first-hand shank 32 local and to should the position of light-emitting device 1, and this transmittance section 33 other end is the local being arranged at this second handle portion 32 '.

In aforementioned the utility model embodiment, this main body 3 comprises one second fixed part 31 ' further, and this main body 3 is fixedly arranged on this works 100 on the surface by this first fixed part 31 with this second fixed part 31 ', this light-emitting device 1 and this electric installation 2 are installed in this first-hand shank 32, this one end, transmittance section 33 be arranged at this first-hand shank 32 local and to should the position of light-emitting device 1, and this transmittance section 33 other end be the local being arranged at this second handle portion 32 '.

Figure 12 A is the combination three-dimensional view of handle arrangement one embodiment that display the utility model can be luminous, and Figure 12 B is the sectional view of display the utility model Figure 12 A embodiment.Shown by figure 12A and Figure 12 B, and refer again to shown by Fig. 1 and Fig. 2, based in aforementioned the utility model embodiment, this main body 3 comprises two these first-hand shanks 32 further, and at least one of this first-hand shank 32 has this first fixed part 31, and form handle structure on the other hand, and this main body 3 is fixedly arranged on this works 100 on the surface by this first fixed part 31, each this first-hand shank 32 has this light-emitting device 1 and this electric installation 2 respectively, these two ends, transmittance section 33 be arranged at each this first-hand shank 32 local and to should the position of light-emitting device 1.

In aforementioned the utility model embodiment, this main body 3 comprises two these first-hand shanks 32 further to have this first fixed part 31 respectively, and form handle structure on the other hand, and this main body 3 is fixedly arranged on this works 100 on the surface by each this first fixed part 31, each this first-hand shank 32 has this light-emitting device 1 and this electric installation 2 respectively, these two ends, transmittance section 33 be arranged at each this first-hand shank 32 local and to should the position of light-emitting device 1.

Figure 13 is the longitudinal section view of another embodiment of display the utility model Fig. 1.Shown by Figure 13, and refer again to shown by Fig. 1 and Fig. 2, aforesaid operating unit 21 is arranged in this main body 3, and can be a vibrating sensor (Vibration Sensor), corresponding electric signal is exported in order to the whether vibrative physical phenomenon of detecting structure.Wherein this operating unit 21 is arranged in this main body, and it is the energy of a corresponding vibration and exports an electrical trigger signal to this control unit; And this control unit 22 is that one according to the electrical trigger signal of this operating unit 21, this power unit 23 of corresponding selection supplies this light-emitting device 1 electric power and do not supply the state in this light-emitting device 1 electric power.Therefore, when this operating unit 21 receives the energy of vibration, exportable electric signal is to this control unit 22, and this control unit 22 also can be opened or close by this light-emitting device 1 of further corresponding selection.

Figure 14 is the longitudinal section view of another embodiment of display the utility model Fig. 1.Shown by Figure 14, and refer again to shown by Fig. 1 and Fig. 2, based in aforementioned the utility model embodiment, this operating unit 21 is arranged in this main body 3, and can be one produce a non-contact optical sensing component of triggering signal by contactless inductive operation, and this operating unit 21 provides inductive operation is that local surfaces to be arranged in this main body 3 and to expose, such as Thermoelectric Infrared Sensor (Pyroelectric Infrared Radial Sensor), reflective optocoupler (Reflected Infrared Sensors), light resistor or solar energy sensor etc., and this operating unit 21 is arranged in this main body 3 and exposes, make when the optical condition arround this operating unit 21 changes and is subject to triggering, correspondingly can export an electric signal to this control unit 22, and select this light-emitting device 1 to open or close by this control unit 22.

In aforesaid electric installation 2, this control unit 22 be the electric signal that exports according to this operating unit 21 to select open or close this light-emitting device 1, and this power unit 23 can provide this light-emitting device 1 electrically operate needed for electric power.Wherein this control unit 22 comprises the electric hypodynamic means of this power unit 23 of a detecting further, and when this control unit 22 also corresponding selection gradually can open and close to having a rest property this light-emitting device 1.Therefore, when this power unit 23 electric power is not enough, this light-emitting device 1 can flash caution.It can be voltage signal by detecting this power unit 23 that control unit 22 wherein in this electric installation 2 detects the not enough means of this power unit 23 electric power.

Figure 15 is shown by the combination three-dimensional view of handle arrangement one embodiment that display the utility model can be luminous, and refer again to shown by Fig. 1, Fig. 2 and Fig. 3, in the handle arrangement that aforementioned the utility model can be luminous, this power unit 23 comprises a power adaptation module 234 further, and this power adaptation module 234 comprises adapter 235 and a circumscripted power line 236 further.Wherein, this adapter 235 is electric power changing devices for this power unit 23 of electrical connection, in order to the electric power source of input to be converted to the electric power needed for handle arrangement that the utility model can be luminous; And this circumscripted power line 236 is this adapter 235 of electrical connection and outside electric power source (not shown).For example, this external power source general is a mains system, and supply in alternating electromotive force to this power adaptation module 234 by this circumscripted power line 236 and carry out the adjustment action that alternating electromotive force turns direct current power, then by this DC power transmission to this power unit 23 with and can be luminous by supply of electric power the utility model handle arrangement.

Battery module 231 in the power unit 23 of this electric installation 2 aforementioned can be chosen as a secondary cell, and this power unit 23 dc source that this power adaptation module 234 inputs is converted to the electric power carrying out this battery module 231 and charge.

Figure 16 A is the isometric exploded view of handle arrangement one embodiment that display the utility model can be luminous, Figure 16 B is the isometric exploded view of another state of display the utility model Figure 16 A embodiment, and Figure 16 C is the three-dimensional assembled view of display the utility model Figure 16 A embodiment.Shown by figure 16A, Figure 16 B and Figure 16 C, and refer again to shown by Fig. 5 A and Fig. 5 B, this sleeve 36 is fixedly arranged in the first-hand shank 32 of this main body 3; This light-emitting device 1, this operating unit 21 and this control unit 22 are sleeve 36 leading sections being arranged at this first-hand shank 32, this light-emitting device 1 is to should transmittance section 33, this operating unit 21 is arranged at bottom this sleeve 36, this operating unit 21 be comprise a button 213 ' further and this button 213 ' be in conjunction with this operating unit 21 bottom and slide be arranged at this main body 3 first-hand shank 32 bottom and local expose and protrude from bottom this first-hand shank 32; The taking case 34 of this main body 3 is sleeve 36 rearward end be arranged in the first-hand shank 32 of this main body 3 of sliding, this taking case 34 front end is to should electric installation 2 and can sleeve 36 rear end in this first-hand shank 32 taking out, and this taking case 34 front end is to should electric installation 2; And this power unit 23 is arranged at this taking case 34.

In aforesaid embodiment, this operating unit 21 is electronic switches, and when pressing this button 213 ', this button 213 ' can touch this operating unit 21, this operating unit 21 is made to export corresponding electric information, and this control unit 22 select this light-emitting device 1 to be a state in opening or closed condition according to this electric information.

In aforesaid embodiment, and refer again to shown by Fig. 3, Figure 16 A, Figure 16 B and Figure 16 C, this battery module 231 is arranged in this taking case 34 of this main body 3, and this battery module 231 is the power supply device of the electric power of use one battery 300 and is this battery 300 can installing tool supply of electric power ability, to supply the electric power needed for handle arrangement that the utility model can be luminous.

Figure 17 A is the partial component isometric exploded view of another embodiment of display the utility model Figure 16 A, and Figure 17 B is the three-dimensional assembled view of display the utility model Figure 17 A embodiment, and Figure 17 C is the longitudinal section view of display the utility model Figure 17 B embodiment.With reference to figure 17A, shown by Figure 17 B and Figure 17 C, and refer again to Figure 16 A, shown by Figure 16 B and Figure 16 C, based on aforementioned embodiment of the present utility model, the taking case 34 of this main body 3 is sleeve 36 rearward end be arranged in the first-hand shank 32 of this main body 3 of sliding, this taking case 34 front end is to should electric installation 2 and can sleeve 36 rear end in this first-hand shank 32 taking out, this light-emitting device 1, this operating unit 21 and this control unit 22 are sleeve 36 front ends being arranged at this first-hand shank 32, this power unit 23 is arranged in this taking case 34, and this taking case 34 front end is to should the control unit 22 of electric installation 2, this light-emitting device 1 is to should transmittance section 33.

In previous embodiment, this taking case 34 comprises a battery case 341 further, this battery case 341 comprises a battery case perforation 346 further, and to be front end face central authorities be is through to forward the perforation structure that this taking case 34 front end face formed vertically in this battery case perforation 346.Moreover, this first electrode 231a be electrical connection this battery 300 in an electrode and be made up of a conductive material, the first electrode 231a in the battery module 231 of this power unit 23 comprises one first brace 231h and one second brace 231i further, this first brace 231h is a L-type structure and the rearward end of this first brace 231h is fixedly arranged on this battery case 341 rear end face and extends forward along this battery case 341 bottom surface, this second brace 231i be fixedly arranged on this taking case 34 front end face and be coordinate this battery case perforation 346 a circulus, the bottom of this second brace 231i is this first brace of electrical connection 231h, and this second electrode 231b in the battery module 231 of this power unit 23 is defined as another electrode in this battery 300, and this battery case perforation 346 is to should the position of the second electrode 231b.

In aforesaid embodiment, the front end of this first brace 231h forms one first link 231e further, the bottom of the secondth brace 231i forms one second link 231f further, and pass through the electrical connection of this first link 231e and this second link 231f, make this first brace 231h be electrically connected this second brace 231i.

In aforesaid embodiment, the first brace 231h of this first electrode 231a has a battery elastic contact part 231g further, this battery elastic contact part 231g is formed at this first brace 231h rearward end and is fixedly arranged on this battery case 341 rear end face, and this battery elastic contact part 231g is an elastic construction and is the corresponding electrode position being electrically connected this battery 300.Therefore, when this battery 300 is placed in the battery case 341 of this taking case 34, an electrode of this battery 300 is this first electrode of electrical connection 231a, and this second electrode 231b is to boring a hole 346 by battery case.

Figure 18 A is the partial component isometric exploded view of another embodiment of display the utility model Figure 16 A, Figure 18 B is the isometric exploded view of another state of display the utility model Figure 18 A embodiment, Figure 18 C is the three-dimensional assembled view of display the utility model Figure 18 A embodiment, and Figure 18 D is the longitudinal sectional view of display the utility model Figure 18 C embodiment.With reference to figure 18A, Figure 18 B, shown by Figure 18 C and Figure 18 D, and refer again to Figure 16 A, Figure 16 B, Figure 16 C, Figure 17 A, shown by Figure 17 B and Figure 17 C, based on aforementioned embodiment of the present utility model, sleeve 36 in this main body 3 to comprise one first sleeve part 365 and one second sleeve part 366 further, this first sleeve part 365 is the left side structure and the right-hand part structure that form this sleeve 36 vertical plane vertically with this second sleeve part 366 respectively, this first sleeve part 365 has one first bonding surface 365a and one first clamping part 365b further, this second sleeve part 366 has one second bonding surface 366a and one second clamping part 366b further, this first clamping part 365b and this second clamping part 366b are mutually corresponding mechanical couplings structures, this first sleeve part 365 and this second sleeve part 366 are bonded with each other by mutual this corresponding the first bonding surface 365a and this second bonding surface 366a and are formed this sleeve 36, and this first sleeve part 365 and this second sleeve part 366 are mutually affixed further by mutual this corresponding the first clamping part 365b and this second clamping part 366b fastens mutually.

Aforementioned embodiment of the present utility model, this sleeve 36 comprises one first holding part 367 and one second holding part 368 further, this first holding part 367 is a hollow bulb of this sleeve 36 front end and coordinates this light-emitting device 1 and this electric installation 2, makes this light-emitting device 1, this operating unit 21 and this control unit 22 be the leading sections that can be arranged at this sleeve 36; And this second holding part 368 is a hollow bulb of this sleeve 36 rear end and coordinates this taking case 34, this taking case 34 is made to be slide to be arranged at this sleeve 36 rearward end.Wherein, the circuit board 24 in this electric installation 2 is arranged in the first holding part 367 of this sleeve 36; And this first electrode contact 232 in this power unit 23 is be arranged on the circuit board 24 of this electric installation 2 with this second electrode contact 233, and this first electrode contact 232 and this second electrode contact 233 are to should the first electrode 231a and this second electrode 231b respectively.

Refer again to shown by Fig. 9 A, Fig. 9 B, Fig. 9 C, Figure 16 A, Figure 17 A, Figure 17 B, Figure 18 C and Figure 18 D, based on aforementioned embodiment of the present utility model, aforesaid spiral cover 38 can be the rear end being fixedly arranged on this taking case 34, and this flange 381 can be fixedly arranged on this taking case 34 side and to should the draw-in groove 363 of sleeve 36.Wherein the draw-in groove 363 of this sleeve 36 is the notching constructions coordinating this flange 381, and is extend forward one vertically suitably apart from circumferentially extending laterally another suitable distance again from this sleeve 36 rear end face; And this flange 381 be this taking case 34 side radially side direction stretch out and formed, make this flange 381 can enter this draw-in groove 363 from this sleeve 36 rear end face and fluting direction along this draw-in groove 363 is moved, and this flange 381 is fixed in this draw-in groove 363, and this taking case 34 is made to be fixed on this sleeve 36 rear end face place further.Therefore, as shown in Fig. 9 A, when rotating this spiral cover 38, this spiral cover 38 is in this first state, and this flange 381 can be selected to be fixed in this draw-in groove 363 or to exit this draw-in groove 363; As shown in Fig. 9 B, this spiral cover 38 is in this second state, and when this flange 381 is fixed in this draw-in groove 363, this taking case 34 is the rear end face places of the sleeve 36 being fixed on this main body 3; And as shown in Fig. 9 C, this spiral cover 38 is in this third state, when this flange 381 exits this draw-in groove 363, this taking case 34 is the rear end face places of the sleeve 36 that can depart from this main body 3.Therefore, when rotating this spiral cover 38, this flange 381 can be selected to be fixed in this draw-in groove 363 or to exit this draw-in groove 363; And when this flange 381 is fixed in this draw-in groove 363, this spiral cover 38 is the rear end face places being fixed on this main body 3, and after this flange 381 exits the transverse part 363b of this draw-in groove 363, when continuation rotates this spiral cover 38 again, this flange 381 can move along this oblique portion 363a and can depart from this draw-in groove 363 and the further rear end face place departing from this main body 3 simultaneously.

Figure 19 is the longitudinal sectional view of display the utility model Figure 16 C embodiment.Shown by Figure 19, and refer again to Figure 16 A, Figure 17 A, Figure 17 B, shown by Figure 17 C and Figure 18 D, based on aforementioned embodiment of the present utility model, therefore when install this battery 300 in this taking case 34 and this taking case 34 be slip into and be arranged at this sleeve 36 rearward end time, this first electrode contact 232 and this second electrode contact 233 are correspondingly be electrically connected this first electrode 231a and this second electrode 231b respectively, the electric power of this battery 300 in this taking case 34 is made to conduct to this electric installation 2 by this first electrode contact 232 with this second electrode contact 233, and distribute this electric power by this electric installation 2.

Moreover in aforesaid embodiment, this first electrode contact 232 is comprise one first electrode elastic portion 232a and one second electrode elastic portion 233a further respectively with this second electrode contact 233; This first electrode elastic portion 232a extends to should the second brace 231i place of the first electrode 231a from this first electrode contact 232 one end, and when this second brace 231i contacts and presses this first electrode elastic portion 232a, this first electrode elastic portion 232a can produce corresponding elastic deformation, thus promotes this first electrode contact 232 good with the electrical contact of this first electrode 231a; And this second electrode elastic portion 233a extends to should the second electrode 231b place from this second electrode contact 233 one end, and when this second electrode elastic portion 233a contacts and presses this second electrode 231b, this second electrode elastic portion 233a can produce corresponding elastic deformation, thus promotes the electric good contact of this second electrode elastic portion 233a and this second electrode 231b.

Therefore, provided by the utility model a kind of can be luminous handle arrangement, and the utility model is done one and describes in detail, but as described above, be only a preferred embodiment of the present utility model, when the scope that can not limit the utility model and implement.Namely all equalizations done according to the utility model application range change and modify, and all should still belong in patent covering scope of the present utility model.

Claims (27)

1. a handle arrangement that can be luminous, it is equipped with on a works, it is characterized in that:

One light-emitting device, it is one can via the light source of driven by power luminescence;

One electric installation, it comprises an operating unit, a control unit and a power unit; And

One main body, it comprises one first fixed part, a first-hand shank and a transmittance section, and form handle structure on the other hand;

Wherein this operating unit is the interface of this light-emitting device of operation and provides an electric information to transfer to this control unit to operating, this control unit is the electric loop that this light-emitting device of corresponding selection is opened or closed according to the electric information of this operating unit, this power unit is an electric power supply apparatus, and in order to supply the electric power needed for this light-emitting device and this electric installation, and this main body is fixedly arranged on this works by this first fixed part, this light-emitting device and this electric installation are installed in this first-hand shank, this transmittance section be arranged at this first-hand shank local and to should the position of light-emitting device, this main body comprises a taking case further, this taking case slides to be arranged in the first-hand shank of this main body and to should electric installation and can taking out from this first-hand shank one end, this power unit is arranged in this taking case, and this taking case front end is to should electric installation, and this main body comprises a sleeve further, this sleeve is a hollow tube structure, and this sleeve is sheathed in the first-hand shank of this main body, this sleeve comprises one first sleeve part and one second sleeve part, this first sleeve part and this second sleeve part are the left side structure and the right-hand part structure that form this sleeve vertical plane vertically respectively, and this sleeve comprises one first holding part and one second holding part further, this first holding part is a hollow bulb of this barrel forward end and cooperation sets firmly this light-emitting device and this electric installation, this second holding part is a hollow bulb of this sleeve rear end and coordinates slip to arrange this taking case.

2. handle arrangement that as claimed in claim 1 can be luminous, it is characterized in that: this first sleeve part has one first bonding surface and one first clamping part, this second sleeve part has one second bonding surface and one second clamping part further, this first clamping part and this second clamping part are mutually corresponding mechanical couplings structures, this first sleeve part and this second sleeve part are by this corresponding first bonding surface and this second bonding surface are bonded with each other and form this sleeve mutually, and this first sleeve part and this second sleeve part are mutually affixed further by mutual this corresponding first clamping part and this second clamping part fasten mutually.

3. handle arrangement that as claimed in claim 2 can be luminous, is characterized in that: the local in the first-hand shank of this main body has an internal ring portion, this internal ring portion is the circulus that this body inner surface local is formed, and this internal ring portion has a clamping part; And be that there is a barb around this barrel forward end face;

Wherein the clamping part of this internal ring portion be formed at this internal ring portion local and to should the barb of sleeve; And the barb of this sleeve is that this barrel forward end face is partially formed the flanged structure radially protruded, the physical dimension of this barb is between this inner major diameter and this barb internal diameter, and this barb outer rim is correspondence is snapped at this clamping part front end face.

4. handle arrangement that as claimed in claim 3 can be luminous, it is characterized in that: this sleeve top has a keyway, and this body inner surface top has an alligator;

Wherein this keyway is the structure radially inwardly concaved from this top, barrel forward end face, and is opening on this barrel forward end face; And this alligator coordinates this keyway and the structure protruded from this body inner surface top end surface downwards, and this keyway engages each other with this alligator.

5. handle arrangement that as claimed in claim 1 can be luminous, it is characterized in that: this sleeve comprises a draw-in groove, this taking case comprises a spiral cover and a flange further, and this spiral cover is arranged at this taking case rear end face, and this flange is arranged at this taking case side and to should the draw-in groove of sleeve;

Wherein this flange be this taking case side radially side direction stretch out and formed; The draw-in groove of this sleeve is the notching construction coordinating this flange, and is extend forward one vertically from this sleeve rear end face suitably apart from circumferentially extending laterally another suitable distance again; And this taking case comprises one first state, one second state and a third state, first state of this taking case is the second holding part that this taking case is inserted in this sleeve, this flange moves in the axially extended part of this draw-in groove, and be the state selecting this taking case to enter this second holding part and exit in this second holding part; Second state of this taking case is this spiral cover of rotation and this flange moves in the corresponding part along this bayonet slot ring to extension and is fixed in this draw-in groove; And the third state of this taking case exits this draw-in groove and this taking case is the rear end face place of sleeve departing from this main body from this flange of the first condition selecting of this taking case.

6. handle arrangement that as claimed in claim 5 can be luminous, is characterized in that: the draw-in groove of this sleeve comprises an oblique portion and a transverse part;

Wherein, this oblique portion extends forward one suitably apart from formed from this sleeve rear end face along with axially becoming the direction of a rake angle; This transverse part circumferentially extends laterally another again from this front end, oblique portion suitably apart from formed; And select in the first state of this taking case to rotate this spiral cover, and this flange exits this draw-in groove, this flange moves along this oblique portion and departs from this draw-in groove, and this taking case is the rear end face place of the sleeve departing from this main body.

7. handle arrangement that as claimed in claim 6 can be luminous, is characterized in that: this spiral cover is fixedly arranged on this taking case rear end, and this flange is fixedly arranged on this taking case side and to should the draw-in groove of sleeve.

8. handle arrangement that as claimed in claim 6 can be luminous, it is characterized in that: the front end face of this spiral cover is interconnected with pin-jointed structure with the rear end face of this taking case, this flange extends one vertically suitably apart from radially extending laterally another suitable distance again from this spiral cover front-end edge;

Wherein, the front end face of this spiral cover has a shrinkage pool, the rear end face of this taking case has an elasticity hook portion, this elasticity hook portion is the elastic construction that a maximum outside diameter can radially inside contract, this elasticity hook portion coordinates this shrinkage pool and forms a pin-jointed structure, and this elasticity hook portion can be inserted in this shrinkage pool and be limited in this shrinkage pool; And this spiral cover can be pivoted relative to each other with this taking case, this spiral cover and this taking case are the relative motions being mechanically linked and mutually restraining axially.

9. handle arrangement that as claimed in claim 5 can be luminous, it is characterized in that: the power unit in this electric installation comprises a battery module further, this battery module is arranged in this taking case, and this battery module is the power supply device as electric power source of use one battery; This battery module comprises one first electrode and one second electrode further, and this first electrode and this second electrode are each electrode exporting this battery electric power in this battery module respectively; This taking case comprises a battery case further, and this battery case is a groove structure and in order to arrange this battery; This power unit comprises one first electrode contact and one second electrode contact further, and this first electrode contact and this second electrode contact are the electric terminal of each electrode that this power unit electric power inputs respectively and are to should the first electrode and this second electrode respectively; And this taking case is arranged in the state of this main body, this first electrode contact and this second electrode contact be respectively be electrically connected corresponding to this first electrode and this second electrode, and the electric power of this battery be by this first electrode and this second electrode respectively to should the first electrode contact and this second electrode contact contact conducting and by electric power transfer to the power unit of this electric installation.

10. handle arrangement that as claimed in claim 9 can be luminous, it is characterized in that: one end of this first electrode and this second electrode has an elastic portion respectively, those elastic portion are the elastic construction that extends to form of this first electrode and this second electrode front end respectively and respectively to should the first electrode contact and this second electrode contact, this elastic portion be an elastic construction respectively and can produces one along the bounce in this taking case glide direction under the state be compressed; And this electric installation comprises a circuit board further, and this light-emitting device and this control unit are arranged in this circuit board, this operating unit and this power unit are electrically connected to this circuit board and are be electrically connected this control unit further by this circuit board;

Wherein, this circuit board is arranged in the first holding part of this sleeve, and this first electrode contact in this power unit and this second electrode contact are formed on the circuit board of this electric installation, and respectively to this first electrode of reply and this second electrode; To being fixedly installed in the state of this main body by taking case, each this elastic portion presses in this corresponding first electrode contact and this second electrode contact and forms electrical connection, and provide this taking case one bounce, and guarantee that this first electrode and this second electrode effectively can contact this first electrode contact and this second electrode contact respectively and form electric path state; And to departing from the process of this main body by taking case, the bounce of each this elastic portion can be pushed the slip of this taking case and be departed from this main body, and departs from this corresponding first electrode contact and this second electrode contact gradually.

11. as claimed in claim 9 can be luminous handle arrangement, it is characterized in that: this electric installation comprises a circuit board further, and this light-emitting device and this control unit are arranged in this circuit board, this operating unit and this power unit are electrically connected to this circuit board and are be electrically connected this control unit further by this circuit board, and this circuit board is arranged in the first holding part of this sleeve; One end of this first electrode and this second electrode has an elastic portion respectively, those elastic portion are the elastic construction that extends to form of this first electrode and this second electrode front end respectively and respectively to should the first electrode contact and this second electrode contact, this elastic portion be an elastic construction respectively and can produces one along the bounce in this taking case glide direction under the state be compressed;

Wherein, this first electrode contact and this second electrode contact are that Copper Foil basic unit in this circuit board formed respectively; To being fixedly installed in the state of this main body by taking case, each this elastic portion presses in this corresponding first electrode contact and this second electrode contact and forms electrical connection, and provide this taking case one bounce, and guarantee that this first electrode and this second electrode effectively can contact this first electrode contact and this second electrode contact respectively and form electric path state; And to departing from the process of this main body by taking case, the bounce of each this elastic portion can be pushed the slip of this taking case and be departed from this main body, and departs from this corresponding first electrode contact and this second electrode contact gradually.

12. as claimed in claim 9 can be luminous handle arrangement, it is characterized in that: this battery case comprises a battery case perforation further, to be front end face central authorities be the perforation of this battery case is through to forward the perforation structure that this taking case front end face formed vertically; This first electrode be electrical connection this battery in an electrode and be made up of a conductive material, the first electrode in this battery module comprises one first brace and one second brace further, this first brace is a L-type structure and the rearward end of this first brace is fixedly arranged on this battery case rear end face and extends forward along this battery case bottom surface, this second brace is fixedly arranged on this taking case front end face and is the circulus coordinating the perforation of this battery case, and the bottom of this second brace is this first brace of electrical connection; And the perforation of this battery case is to should the position of the second electrode;

Wherein, the front end of this first brace forms one first link further, the bottom of this second brace forms one second link further, and this first brace is electrically connected this second brace is electrical connection by this first link and this second link.

13. as claimed in claim 9 can be luminous handle arrangement, it is characterized in that: this battery case comprises a battery case perforation further, to be front end face central authorities be the perforation of this battery case is through to forward the perforation structure that this taking case front end face formed vertically; This first electrode be electrical connection this battery in an electrode and be made up of a conductive material, the first electrode in this battery module comprises one first brace and one second brace further, this first brace is a L-type structure and the rearward end of this first brace is fixedly arranged on this battery case rear end face and extends forward along this battery case bottom surface, this second brace is fixedly arranged on this taking case front end face and is the circulus coordinating the perforation of this battery case, and the bottom of this second brace is this first brace of electrical connection; First brace of this first electrode has a battery elastic contact part further, this battery elastic contact part is formed at this first brace rearward end and is fixedly arranged on this battery case rear end face, and this battery elastic contact part is an elastic construction and is the corresponding electrode position being electrically connected this battery; And the perforation of this battery case is to should the position of the second electrode;

Wherein, an electrode of this battery is electrically connected this first electrode by this battery elastic contact part, and this second electrode in this battery module is defined as another electrode in this battery and to should battery case perforation.

14. as claimed in claim 9 can be luminous handle arrangement, it is characterized in that: this battery case comprises a battery case perforation further, to be front end face central authorities be the perforation of this battery case is through to forward the perforation structure that this taking case front end face formed vertically; This first electrode be electrical connection this battery in an electrode and be made up of a conductive material, the first electrode in this battery module comprises one first brace and one second brace further, this first brace is a L-type structure and the rearward end of this first brace is fixedly arranged on this battery case rear end face and extends forward along this battery case bottom surface, this second brace is fixedly arranged on this taking case front end face and is the circulus coordinating the perforation of this battery case, and the bottom of this second brace is this first brace of electrical connection; The perforation of this battery case is to should the position of the second electrode; This electric installation comprises a circuit board further, and this light-emitting device and this control unit are arranged in this circuit board, this operating unit and this power unit are electrically connected to this circuit board and are be electrically connected this control unit further by this circuit board;

Wherein, this circuit board is arranged in the first holding part of this sleeve; This first electrode contact and this second electrode contact are arranged on this circuit board, and this first electrode contact and this second electrode contact are to should the first electrode and this second electrode respectively, this first electrode contact and this second electrode contact comprise one first electrode elastic portion and one second electrode elastic portion further respectively; This first electrode elastic portion extends to should the second brace place of the first electrode from this first electrode contact one end, this first electrode elastic portion is to should the second pressing of brace and produce elastic deformation; And this second electrode elastic portion extends to should the second electrode place from this second electrode contact one end, this second electrode elastic portion is to should the second pressing of electrode and produce elastic deformation.

15. as claimed in claim 5 can be luminous handle arrangement, it is characterized in that: this operating unit is arranged at this sleeve bottom, and be comprise a button further;

Wherein this button be corresponding and in conjunction with this operating unit bottom and the slide first-hand shank base that is arranged at this main body and local expose and protrude from this first-hand shank base.

16. as claimed in claim 15 can be luminous handle arrangement, it is characterized in that: the power unit in this electric installation comprises a battery module further, this battery module is arranged in this taking case, and this battery module is the power supply device as electric power source of use one battery; This battery module comprises one first electrode and one second electrode further, this first electrode and this second electrode are each electrode exporting this battery electric power in this battery module respectively, and the other end of this first electrode and this second electrode is extend to this taking case to should the end of electric installation respectively; This taking case comprises a battery case further, and this battery case is a groove structure and in order to arrange this battery; This power unit comprises one first electrode contact and one second electrode contact further, and this first electrode contact and this second electrode contact are the electric terminal of each electrode that this power unit electric power inputs respectively and are to should the first electrode and this second electrode respectively; And this taking case is arranged in the state of this main body, this first electrode contact and this second electrode contact be respectively be electrically connected corresponding to this first electrode and this second electrode, and the electric power of this battery be by this first electrode and this second electrode respectively to should the first electrode contact and this second electrode contact contact conducting and by electric power transfer to the power unit of this electric installation;

Wherein this operating unit comprises one first touching electrode, one second touching electrode and a button further; This first electrode front end is electrically connected and is fixed in this first electrode contact; This first touching electrode is one can the cantilever construction that forms of conductive material, and this first touching electrode rear end is electrically connected and is fixed in this second electrode contact; This second touching electrode is one can the elastic cantilever structure that forms of conductive material and rear end is this second electrode of electrical connection, and this second touching electrode front end is to should the first touching electrode; And this button is that the slide first-hand shank base that is arranged at this main body and local is exposed and protruded from this first-hand shank base, the sliding path of this button is to should the second touching electrode, and the sliding path of this button comprises a primary importance state and a second place state, the primary importance state of this button is this second touching electrode of corresponding release, and the second place state of this button is that correspondence upwards presses this second touching electrode and this second touching electrode elastic distortion effective this first touching electrode of contact and form electrical connection.

17. as claimed in claim 16 can be luminous handle arrangement, it is characterized in that: the battery module of this power unit comprises a charge circuit further, this charge circuit is the electric loop of an accumulation, and in the second place state of this button, this second touching electrode and this first touch the moment that electrode is electrically connected and namely this charge circuit charged, and in the primary importance state of this button, this second touching electrode and this first touch electrode electrical open, this charge circuit stops charging, and this control unit selects the charge circuit of this power unit to continue output power to this light-emitting device to supply the electric power needed for this light-emitting device, this light-emitting device is made to be opening, and until this charge circuit exhausts.

18. as claimed in claim 16 can be luminous handle arrangement, it is characterized in that: this electric installation comprises a circuit board further, and this light-emitting device and this control unit are arranged in this circuit board, this operating unit and this power unit are electrically connected to this circuit board and are be electrically connected this control unit further by this circuit board;

Wherein this first electrode contact and this second electrode contact are formed on the circuit board of this electric installation, and respectively to this first electrode of reply and this second electrode and this second to touch electrode rear end be electrically connected and be fixed in this circuit board, this the second electrode front end is electrically connected and is fixed in this circuit board, and this second electrode front end is electrically connected this second touching electrode rear end by this circuit board.

19. as claimed in claim 1 can be luminous handle arrangement, it is characterized in that: this main body comprises a second handle portion and one second fixed part further, and form handle structure on the other hand, and this main body is fixedly arranged on this works on the surface by this first fixed part and this second fixed part, this light-emitting device and this electric installation are installed in this first-hand shank, this one end, transmittance section be arranged at this first-hand shank local and to should the position of light-emitting device, and this transmittance section other end be the local being arranged at this second handle portion.

20. as claimed in claim 1 can be luminous handle arrangement, it is characterized in that: this main body comprises two these first-hand shanks further, and this first handle portion of each Ge has this first fixed part respectively, and form handle structure on the other hand, and this main body is fixedly arranged on this works on the surface by each this first fixed part, each this first handle portion has this light-emitting device and this electric installation respectively, these two ends, transmittance section be arranged at each this first-hand shank local and to should the position of light-emitting device.

21. as claimed in claim 1 can be luminous handle arrangement, it is characterized in that: the power unit in this electric installation comprises a battery module further, this battery module is arranged in this main body, and this battery module is the power supply device of the electric power of use one battery, and it is this battery can installing tool supply of electric power ability.

22. as claimed in claim 1 can be luminous handle arrangement, it is characterized in that: this transmittance section is that a light-transmitting materials formed.

23. as claimed in claim 1 can be luminous handle arrangement, it is characterized in that: this first fixed part has a screw hole, this screw hole is the tooth hole with internal screw thread, and is spirally connected further by the screw hole of this first fixed part and is fixedly arranged on this works.

24. as claimed in claim 1 can be luminous handle arrangement, it is characterized in that: this operating unit is a vibrating sensor and is arranged in this main body, and it is the energy of a corresponding vibration and exports an electrical trigger signal to this control unit; And this control unit be a pair should operating unit electrical trigger signal and select the state that this power unit supplies this light-emitting device electric power and do not supply in this light-emitting device electric power.

25. as claimed in claim 1 can be luminous handle arrangement, it is characterized in that: this operating unit one produces a non-contact optical sensing component of triggering signal by contactless inductive operation;

Wherein, this operating unit is the non-contact optical sensing component in selection one Thermoelectric Infrared Sensor, a reflective optocoupler, a light resistor and a solar energy sensor.

26. as claimed in claim 1 can be luminous handle arrangement, it is characterized in that: this operating unit one produces an electric switching assembly of triggering signal by touching operation, and this operating unit provides touching to operate is that local surfaces to be arranged in this main body and to expose.

27. as claimed in claim 1 can be luminous handle arrangement, it is characterized in that: this power unit comprises a power adaptation module further, this power adaptation module comprises an adapter and a circumscripted power line further;

Wherein this adapter is an electric power changing device of this power unit of electrical connection.