CN203671447U - Luminous handle structure - Google Patents

Abstract

The utility model relates to a handle structure that can give out light and cooperation are used on a structure thing, and include: the light-emitting device is a light source which can emit light through electric drive; an electric device, which comprises an operation unit, a control unit and an electric power unit; and a main body, which comprises a first fixed part, a first handle part and a light transmission part and forms a handle-shaped structure; wherein the light emitting device can be turned on or off by the operation of the operation unit, the selection of the control unit according to the electrical information of the operation unit, and the power supply of the power unit; the main body is fixedly arranged on the surface of the structure through the first fixing part, the light-emitting device and the electric device are arranged in the first handle part, and the light-transmitting part is arranged at the part of the first handle part and corresponds to the position of the light-emitting device.

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

The known light fixture that generally can be arranged on various furniture such as being installed in cabinet, drawer, door-plate, window, decorating structure or works, common therefore simple light fixture kenel is installed on the surface of aforementioned structure, uses in order to be provided as illumination or to decorate.But this class light fixture is while being installed up on aforesaid various works surface, usually can cause apparent inharmoniously, or because the just effect of light fixture, and show slightly unnecessary.Therefore the disappearance of the utility model based on known light fixture created.

Utility model content

The utility model relates to a kind of water vat structure of tool wireless power transmission electrical equipment, it is a kind of without electrical cable and the water vat structure that can carry out electrical energy transmission that its main purpose is to provide, and therefore electric power can be sent to the electric device in water vat structure by the mode of wireless transmission.

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 that light source is provided, and can be installed on the various furniture such as cabinet, drawer, door-plate, window, decorating structure or works as functions such as handles.

A time object of handle arrangement that can be luminous of the present utility model is in the handle arrangement that this can be luminous, can be the structure with a conveniently replaced battery, and making this can luminous handle arrangement be to use battery as electric power.

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

The utility model relates to a kind of handle arrangement that can be luminous, and it is to be equipped with on a works, and comprises: a light-emitting device, and it is one can be via the luminous light source of driven by power; One electric device, it is to comprise an operating unit, a control module and a power unit; And a main body, it is to comprise one first fixed part, a first-hand shank and a transmittance section, and forms one handle shape structure; Wherein this operating unit is the interface of this light-emitting device of operation and provides an electric information to transfer to this control module to operating; This control module 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 with this light-emitting device and the required electric power of this electric device; And this main body is to be fixedly arranged on this works surface by this first fixed part, this light-emitting device and this electric device are to be installed in this first-hand shank, and this transmittance section is to be arranged at the local of this first-hand shank and to position that should light-emitting device.

In aforementioned handle arrangement that can be luminous of the present utility model, this first fixed part is to have a screw hole, and this screw hole is the tooth hole with internal screw thread, and is further spirally connected and is fixedly arranged on this works by the screw hole of this first fixed part.

In aforementioned handle arrangement that can be luminous of the present utility model, this operating unit is a vibrating sensor and is arranged in this main body, and it is the energy of a corresponding vibration and export an electrical trigger signal to this control module; And this control module be a pair of should operating unit electrical trigger signal and select this power unit to supply with this light-emitting device electric power and do not supply with the state in this light-emitting device electric power.

In aforementioned handle arrangement that can be luminous of the present utility model, this operating unit is one to produce a non-contact optical sensing component of triggering signal by contactless inductive operation.Wherein this operating unit is a non-contact optical sensing component of selecting in a Thermoelectric Infrared Sensor, a reflective optocoupler, a photo resistance and a solar energy sensor.

In aforementioned handle arrangement that can be luminous of the present utility model, this operating unit is one to be operated and produced an electric switching assembly of triggering signal by touching, and this operating unit provides touching operation is that local surfaces is arranged in this main body and exposes.Wherein this operating unit is the first-hand shank bottom that is arranged at this main body, and operating unit is to expose to this first-hand shank bottom.

In aforementioned handle arrangement that can be luminous of the present utility model, this main body is further to comprise a taking case, this taking case is to slide to be arranged in the first-hand shank of this main body and to should electric device and be to take out from this main body one end, this light-emitting device and this electric device are to be arranged in this main body, this taking case front end is to should electric device, and this light-emitting device is to should transmittance section.Wherein the first-hand shank of this main body is a hollow structure, and this first-hand shank interior bottom portion is to have multiple guide grooves, and this taking case bottom is to have multiple guide rails and respectively to should guide groove; And those guide rails and those guide grooves be to be parallel to each other, and each guide rail of this taking case is respectively to slide to be arranged in corresponding this guide groove.

In previous embodiment, this main body can be to comprise a sleeve, and this sleeve is the hollow tube structure that is sheathed on this main body interior, and this sleeve inner is to coordinate to be slidably installed with this taking case, and those guide grooves are to be formed at this sleeve inner bottom.

In previous embodiment, this main body is to have an internal ring portion, and this internal ring portion is the circulus that this body inner surface part forms, and this internal ring portion is to have a clamping part; And this sleeve is to have a barb portion; Wherein the clamping part of this internal ring portion is to be formed at the local of this internal ring portion and to barb portion that should sleeve; And the barb portion of this sleeve is the radially outwardly flanged structure of the local formation of this barrel forward end face, the physical dimension of this barb portion is between this inner major diameter and this barb portion internal diameter, and this barb portion outer rim is that correspondence is snapped at this clamping part front end face.

In previous embodiment, this sleeve top has a keyway, and this body inner surface top has an alligator; Wherein this keyway is the structure radially inwardly concaving from this barrel forward end face top, and is opening on this barrel forward end face; And this alligator is a structure that coordinates this keyway and protrude downwards from this body inner surface top end surface, and this keyway is intermeshing with this alligator.

In previous embodiment, this sleeve is to comprise a draw-in groove, and this main body is to comprise a spiral cover, and this spiral cover is to comprise a flange and to draw-in groove that should sleeve; Wherein the draw-in groove of this sleeve is a notching construction that coordinates this spiral cover flange, and is to extend forward vertically one suitably apart from extending laterally another suitable distance along hoop again from this sleeve rear end face; And this flange is to extend vertically one suitably apart from radially extending laterally another suitable distance from this spiral cover front-end edge again, and this flange is to enter this draw-in groove and to move along opening towards direction of this draw-in groove from this sleeve rear end face, this flange is to be fixed in this draw-in groove, and this spiral cover is also fixed on the sleeve rear end face place in this main body.

In previous embodiment, one first state of this spiral cover is can mutually rotate with the draw-in groove of this sleeve, and selects the flange of this spiral cover be fixed in this draw-in groove or exit this draw-in groove; One second state of this spiral cover is that the flange of this spiral cover is fixed in this draw-in groove, and this spiral cover is the rear end face place of being fixed on the sleeve of this main body; One third state of this spiral cover is that the flange of this spiral cover exits this draw-in groove, and this spiral cover is the rear end face place that can depart from the sleeve of this main body; And one the 4th state of this spiral cover is the rear end face place of this spiral cover sleeve of departing from this main body.

In aforementioned handle arrangement that can be luminous of the present utility model, the front end face of this spiral cover is to interconnect with pin-jointed structure with the rear end face of this taking case.

In previous embodiment, the front end face of this spiral cover is to have a shrinkage pool, the rear end face of this taking case is to have 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 is to coordinate this shrinkage pool and form 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 is can be pivoted relative to each other with this taking case, and this spiral cover and this taking case are that mechanical link is integrated.

In previous embodiment, this taking case is further to comprise a battery case, the battery module of this power unit is further to comprise one first electrode and one second electrode, this battery case is the groove structure that a battery is set, this first electrode and this second electrode are respectively one end to should anode and negative pole, and the other end of this first electrode and this second electrode is respectively to extend to this taking case to end that should electric device; The power unit of this electric device is further to comprise one first electrode contact and one second electrode contact, and this first electrode contact and this second electrode contact are respectively the positive pole of this power unit electric power input and the electric terminal of negative pole and are respectively to should the first electrode and this second electrode; And this taking case is arranged in the state of this main body, this first electrode contact and this second electrode contact are respectively electrical connection corresponding this first electrode and this second electrodes, and the electric power of this battery be by this first electrode and this second electrode respectively to should the first electrode contact with the contacting conducting of this second electrode contact by electric power transfer the power unit to this electric device.

In previous embodiment, one end of this first electrode and this second electrode is to have respectively an elastic portion, those elastic portion are respectively the elastic constructions that extend to form of this first electrode and this second electrode front end respectively to should the first electrode contact and this second electrode contact, this elastic portion be respectively an elastic construction and can generation one under the state being compressed along the bounce in this taking case glide direction; Wherein to being fixedly installed in the state of this main body by taking case, each this elastic portion is press in corresponding this first electrode contact and this second electrode contact and form electrical connection, and this taking case one bounce is provided, and guarantees that this first electrode and this second electrode can effectively contact respectively this first electrode contact and this second electrode contact 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 this taking case slip and be departed from this main body, and departs from gradually corresponding this first electrode contact and this second electrode contact.

In previous embodiment, this electric device is further to comprise a circuit board, and this control module and this power unit are to be arranged in this circuit board, this operating unit is to be electrically connected to this circuit board, further to make this operating unit be electrically connected this control module; Wherein this first electrode contact in this power unit and this second electrode contact are to be formed on the circuit board of this electric device, and respectively to tackling this first electrode and this second electrode.

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

In aforementioned handle arrangement that can be luminous of the present utility model, this taking case is further to comprise a battery case, the battery module of this power unit is further to comprise one first electrode and one second electrode, this battery case is the groove structure that a battery is set, this first electrode and this second electrode are respectively one end to should anode and negative pole, and the other end of this first electrode and this second electrode is respectively to extend to this taking case to end that should electric device; The power unit of this electric device is further to comprise one first electrode contact and one second electrode contact, and this first electrode contact and this second electrode contact are respectively the positive pole of this power unit electric power input and the electric terminal of negative pole and are respectively to should the first electrode and this second electrode; And this taking case is arranged in the state of this main body, this first electrode contact and this second electrode contact are respectively electrical connection corresponding this first electrode and this second electrodes, and the electric power of this battery be by this first electrode and this second electrode respectively to should the first electrode contact with the contacting conducting of this second electrode contact by electric power transfer the power unit to this electric device; Wherein the taking case in this main body is to slide to be arranged in this main body, and can take out from this main body one end; This light-emitting device and this electric device are the taking case front ends being further arranged in this main body, and this light-emitting device is to should transmittance section; And this operating unit is further to comprise one first touching electrode, one second touching electrode and a button; This first electrode front end is to be electrically connected and to be fixed in this first electrode contact; This first touching electrode is a cantilever design can conductive material forming, and this first touching electrode rear end is to be electrically connected and to be fixed in this second electrode contact; This second touching electrode is that an elastic cantilever structure can conductive material forming and rear end are this second electrodes of electrical connection, and this second touching electrode front end is to should the first touching electrode; And this button is to slide to be arranged at the first-hand shank bottom of this main body and part and to expose and protrude from this first-hand shank bottom, the sliding path of this button be to should second touching electrode, and the sliding path of this button is to comprise a primary importance state and a second place state, the primary importance state of this button is this second touching electrode of correspondence release, and the second place state of this button is that correspondence upwards presses this second touching electrode and this second touching electrode elastic is out of shape also this first touching electrode of effectively contact and forms electrical connection.

In previous embodiment, the battery module of this power unit is further to comprise a charge circuit, this charge circuit is the electric loop of an accumulation, and in the second place state of this button, the moment of this second touching electrode and this first touching electrode electrical connection charges to this charge circuit, and in the primary importance state of this button, this second touching electrode and this first touching electrode electrical open, this charge circuit stops charging, and this control module be select this power unit charge circuit continue output power to this light-emitting device to supply with the required electric power of this light-emitting device, making this light-emitting device is opening, and until this charge circuit exhaust.

In previous embodiment, in the circuit of this charge circuit, be mainly to comprise that a large electric capacity carries out electric power storage.

In previous embodiment, this second touching electrode rear end is to be electrically connected and to be fixed in this second electrode front end.

In aforementioned handle arrangement that can be luminous of the present utility model, aforementioned this electric device is to comprise in the embodiment of this circuit board, this the second touching electrode rear end is to be electrically connected and to be fixed in this circuit board, this the second electrode front end is to be electrically connected and to be fixed in this circuit board, and this second electrode front end is to be electrically connected this second touching electrode rear end by this circuit board.

In aforementioned handle arrangement that can be luminous of the present utility model, this electric device is fixedly arranged on this taking case front end, and this electric device front end has at least one elastic parts and to the internal ring portion in should main body.Wherein, this internal ring portion is the circulus that this body inner surface part forms, and this elastic parts is an elastic construction to should internal ring portion rear end face and can produce along the bounce in this taking case glide direction under the state being compressed.In previous embodiment, to being fixedly installed in the state of this main body by taking case, each this elastic parts is to press in this internal ring portion rear end face, and this taking case one bounce is provided; And to departing from the process of this main body by taking case, the bounce of each this elastic parts can be pushed this taking case slip and be departed from this main body.

In aforementioned handle arrangement that can be luminous of the present utility model, this main body is further to comprise second-hand's shank, and form one handle shape structure, and this main body is to be fixedly arranged on this works surface by this first fixed part, this light-emitting device and this electric device are to be installed in this first-hand shank, this one end, transmittance section is to be arranged at the local of this first-hand shank and to position that should light-emitting device, and this transmittance section other end is the part that is arranged at this second-hand's shank.

In previous embodiment, this main body is further to comprise one second fixed part, and this main body is to be fixedly arranged on this works surface by this first fixed part and this second fixed part, this light-emitting device and this electric device are to be installed in this first-hand shank, this one end, transmittance section is to be arranged at the local of this first-hand shank and to position that should light-emitting device, and this transmittance section other end is the part that is arranged at this second-hand's shank.

In aforementioned handle arrangement that can be luminous of the present utility model, this main body is further to comprise two these first-hand shanks, and at least this first-hand shank one be to there is this first fixed part, and form one handle shape structure, and this main body is to be fixedly arranged on this works surface by this first fixed part, each this first handle portion has respectively this light-emitting device and this electric device, and these two ends, transmittance section are to be arranged at the local of each this first-hand shank and to position that should light-emitting device.

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

In aforementioned handle arrangement that can be luminous of the present utility model, this control module is to open or close this light-emitting device according to the electric signal of this operating unit output with selection, and this power unit can provide the electric running of this light-emitting device required electric power, and this control module is the means that further comprise this power unit power shortage of a detecting, and works as this control module and can corresponding selection gradually open and close to having a rest property this light-emitting device; Wherein to detect these power unit power shortage means can be the voltage signal by detecting this power unit to the control module in this electric device.

In aforementioned handle arrangement that can be luminous of the present utility model, this power unit further comprises a power adaptation module, and this power adaptation module is further to comprise an adapter and a circumscripted power line.Wherein, this adapter is an electric power changing device of this power unit of electrical connection, in order to the electric power source of input is converted to the required electric power of handle arrangement that the utility model can be luminous; And this circumscripted power line is this adapter of electrical connection and outside electric power source (not shown).For instance, general this outside electric power source is that a civil power is system, and can to this power adaptation module, carry out the adjusting action that alternating electromotive force turns direct current power by this circumscripted power line supply alternating electromotive force, then by this direct current power transfer to this power unit with and handle arrangement that can be luminous by supply of electric power the utility model.

In previous embodiment, the battery module in the power unit of this electric device can be to be chosen as a secondary cell, and this power unit is that the dc source that this power adaptation module is inputted is converted to the electric power that carries out this charging battery module

In aforementioned handle arrangement that can be luminous of the present utility model, power unit in this electric device further comprises a battery module, this battery module is to be arranged in this main body, and this battery module is the power supply device that uses the electric power of a battery, and be this battery that can install tool supply of electric power ability, and can supply the required electric power of handle arrangement that the utility model can be luminous; Control module in this electric device is to be arranged in this main body; And operating unit in this electric device is be arranged at this bottom part body and expose.

In previous embodiment, the battery that this battery module uses can be to select one-shot battery or secondary cell.

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 graphic, in detail explanation as after.

Accompanying drawing explanation

Fig. 1 is the three-dimensional assembled view of handle arrangement one embodiment that demonstration the utility model can be luminous; Fig. 2 is the isometric exploded view that shows the utility model Fig. 1 embodiment;

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

Fig. 4 is the sectional elevation that shows the utility model Fig. 1 embodiment;

Fig. 5 is the three-dimensional assembled view of handle arrangement one embodiment that demonstration the utility model can be luminous;

Fig. 6 is the isometric exploded view that shows the utility model Fig. 5 embodiment;

Fig. 7 A is the three-dimensional view that shows the partial component decomposing state of the utility model Fig. 5 embodiment;

Fig. 7 B is the sectional elevation that shows the assembled state of the utility model Fig. 5 embodiment;

Fig. 8 A is the partial component sectional elevation of the assembled state of handle arrangement one embodiment that demonstration the utility model can be luminous;

Fig. 8 B is the plan view that shows the sleeve of the utility model Fig. 8 A embodiment;

Fig. 8 C is the plan view that shows the first-hand shank part of the utility model Fig. 8 A embodiment;

Fig. 9 A is the three-dimensional view of partial component the first state of handle arrangement one embodiment that demonstration the utility model can be luminous;

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

Fig. 9 C is the plan view that shows the third state of the utility model Fig. 9 A;

Fig. 9 D is the three-dimensional view that shows the 4th state of 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 demonstration the utility model can be luminous;

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

Figure 11 A is the sectional elevation of the partial component assembled state of handle arrangement one embodiment that demonstration the utility model can be luminous;

Figure 11 B is the sectional elevation that shows the decomposing state of the utility model Figure 11 A;

Figure 12 is the isometric exploded view of handle arrangement one embodiment that demonstration the utility model can be luminous;

Figure 13 A is the sectional elevation that shows the assembled state of the utility model Figure 12 embodiment;

Figure 13 B is the sectional elevation that shows the decomposing state of the utility model Figure 12 embodiment;

Figure 13 C is the sectional elevation that shows the decomposing state of the utility model Fig. 8 embodiment;

Figure 14 A is the sectional elevation of the assembled state of handle arrangement one embodiment that demonstration the utility model can be luminous;

Figure 14 B is the sectional elevation that shows the decomposing state of the utility model Figure 14 A embodiment;

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

Figure 16 is the sectional view that shows the utility model Figure 15 embodiment;

Figure 17 is the combination three-dimensional view of handle arrangement one embodiment that demonstration the utility model can be luminous;

Figure 18 is the sectional view that shows the utility model Figure 17 embodiment;

Figure 19 is the three-dimensional view of the assembled state of handle arrangement one embodiment that demonstration the utility model can be luminous;

Figure 20 is the three-dimensional view of the assembled state of handle arrangement one embodiment that demonstration the utility model can be luminous;

Figure 21 is the combination three-dimensional view of handle arrangement one embodiment that demonstration the utility model can be luminous.

Symbol description

Light-emitting device (1)

Electric device (2)

Control module (22)

Operating unit (21)

The first touching electrode (211)

The second touching electrode (212)

Button (213)

Power unit (23)

Battery module (231)

The first electrode (231a)

The second electrode (231b)

Elastic portion (231c)

Charge circuit (231d)

The first electrode contact (232)

The second electrode contact (233)

Power adaptation module (234)

Adapter (235)

Circumscripted power line (236)

Circuit board (24)

Main body (3)

The first fixed part (31)

Screw hole (311)

First-hand shank (32)

Transmittance section (33)

Taking case (34)

Battery case (341)

Elastic parts (342)

Guide rail (343)

Elasticity hook portion (345)

Internal ring portion (35)

Clamping part (351)

Sleeve (36)

Guide groove (361)

Keyway (362)

Draw-in groove (363)

Oblique portion (363a)

Transverse part (363b)

Barb portion (364)

Alligator (37)

Spiral cover (38)

Flange (381)

Shrinkage pool (382)

The second fixed part (31 ')

Second-hand's shank (32 ')

Works (100)

Screw (200)

Battery (300)

The specific embodiment

For making the utility model can be by clearer understanding, below will be using a specific embodiment as explanation of the present utility model.

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

Aforesaid the first fixed part (31) is to have a screw hole (311), this screw hole (311) is the tooth hole with internal screw thread, and this screw hole (311) is to coordinate a screw (200), make penetrable this works of this screw (200) (100) and admittedly lock this screw hole (311), and further make this first fixed part (31) can be fixed on this works (100).Therefore the first-hand shank (32) of this main body (3) is to 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 Fig. 1, Fig. 2, Fig. 3 and Fig. 4 shown, in the handle arrangement that aforementioned the utility model can be luminous, this operating unit (21) is to be arranged in this main body (3), and can be one to operate and produce an electric switching assembly of triggering signal by touching, such as key switch, capacitor-type touch switch etc., and this operating unit (21) provides touching operation is that local surfaces is be arranged in this main body (3) and expose.Therefore, make to touch this operating unit of operation (21), and further select this light-emitting device (1) to open or close by this control module (22).

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

Refer again to Fig. 3 shown, power unit (23) in this electric device (2) further comprises a battery module (231), this battery module (231) is to be arranged in this main body (3), and this battery module (231) is the power supply device that uses the electric power of a battery (300), and be this battery (300) that can install tool supply of electric power ability, and can supply the required electric power of handle arrangement that the utility model can be luminous; And control module (22) in this electric device (2) is to be arranged in this main body (3).

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

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

In previous embodiment, this transmittance section (33) can be acryl materials.Moreover this transmittance section (33) can be acryl materials, and this acryl material is to have multiple bubble structures.

Fig. 5 is the three-dimensional assembled view of handle arrangement one embodiment that demonstration the utility model can be luminous, Fig. 6 is the isometric exploded view that shows the utility model Fig. 5 embodiment, Fig. 7 A is the three-dimensional view that shows the partial component decomposing state of the utility model Fig. 5 embodiment, and Fig. 7 B is the sectional elevation that shows the assembled state of the utility model Fig. 5 embodiment.With reference to figure 3, Fig. 5, Fig. 6, Fig. 7 A and Fig. 7 B are shown, in the handle arrangement that the utility model can be luminous, this main body (3) is further to comprise a taking case (34), this taking case (34) is to slide to be arranged in the first-hand shank (32) of this main body (3) and to should electric device (2) and can take out from this first-hand shank (32) one end, this light-emitting device (1) is to be arranged in this first-hand shank (32) with this electric device (2), and this taking case (34) front end is to should electric device (2), this light-emitting device (1) is to should transmittance section (33).

In aforementioned embodiment of the present utility model, the first-hand shank (32) of this main body (3) is a hollow structure, this first-hand shank (32) interior bottom portion is to have multiple guide grooves (361), and this taking case (34) bottom is to have multiple guide rails (343) and respectively to should guide groove (361); And those guide rails (343) and those guide grooves (361) are to be parallel to each other, and each guide rail (343) of this taking case (34) is respectively to slide to be arranged in corresponding this guide groove (361).

In aforementioned embodiment of the present utility model, this main body (3) can be further to comprise a sleeve (36), this sleeve (36) is a hollow tube structure, and this sleeve (36) is to be sheathed in the first-hand shank (32) of this main body (3), this sleeve (36) inside is to coordinate to be slidably installed with this taking case (34).Wherein those guide grooves (361) are to be formed at this sleeve (36) interior bottom portion.

Fig. 8 A is the partial component sectional elevation of the assembled state of handle arrangement one embodiment that demonstration the utility model can be luminous, Fig. 8 B is the plan view that shows the sleeve of the utility model Fig. 8 A embodiment, and Fig. 8 C is the plan view that shows the first-hand shank part of the utility model Fig. 8 A embodiment.Shown with reference to figure 8A, Fig. 8 B and Fig. 8 C, and it is shown to refer again to Fig. 6, based on aforementioned embodiment of the present utility model, part in the first-hand shank (32) of this main body (3) is to have an internal ring portion (35), this internal ring portion (35) is the circulus that this main body (3) inner surface part forms, and this internal ring portion (35) is to have a clamping part (351); And this sleeve (36) is to have a barb portion (364).Wherein the clamping part (351) of this internal ring portion (35) is to be formed at the local of this internal ring portion (35) and to barb portion (364) that should sleeve (36); And the barb portion (364) of this sleeve (36) to be that this sleeve (36) front end face is local form radially outwardly flanged structure, the physical dimension of this barb portion (364) is between this main body (3) internal diameter and this barb portion (364) internal diameter.Therefore, when this sleeve (36) enters in this main body (3) the first-hand shank of this main body (3) (32) rear end certainly, until this sleeve (36) front end face is while withstanding this internal ring portion (35) rear end face, this barb portion (364) outer rim can correspondence 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 Fig. 6, Fig. 7 A, Fig. 8 A, Fig. 8 B and Fig. 8 C shown, 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 structure radially inwardly concaving from this sleeve (36) front end face top, and is opening on this sleeve (36) front end face; And this alligator (37) is a structure that coordinates this keyway (362) and protrude downwards from this main body (3) inner surface top end surface.Therefore, when this sleeve (36) installing enters in the inner process of this main body (3), this keyway (362) must be intermeshing with this alligator (37) meeting, this sleeve (36) could correctly be installed and enter this main body (3), otherwise cannot pack into.

Fig. 9 A is the three-dimensional view of partial component the first state of handle arrangement one embodiment that demonstration the utility model can be luminous, Fig. 9 B is the plan view that shows the second state of the utility model Fig. 9 A, Fig. 9 C is the plan view that shows the third state of the utility model Fig. 9 A, and Fig. 9 D is the three-dimensional view that shows the 4th state of the utility model Fig. 9 A.Shown with reference to figure 9A, Fig. 9 B, Fig. 9 C and Fig. 9 D, and it is shown to refer again to Fig. 6, based on aforementioned embodiment of the present utility model, this sleeve (36) is further to comprise a draw-in groove (363), this main body (3) is further to comprise a spiral cover (38), and this spiral cover (38) is further to comprise a flange (381) and to draw-in groove (363) that should sleeve (36).Wherein the draw-in groove (363) of this sleeve (36) is a notching construction that coordinates this spiral cover (38) flange (381), and is to extend forward vertically one suitably apart from extending laterally another suitable distance along hoop again from this sleeve (36) rear end face; And this flange (381) is to extend vertically one suitably apart from radially extending laterally another suitable distance from this spiral cover (38) front-end edge again, make this flange (381) to enter this draw-in groove (363) and to move along opening towards direction of this draw-in groove (363) from this sleeve (36) rear end face, and this flange (381) is fixed in this draw-in groove (363), and further makes this spiral cover (38) be fixed on sleeve (36) the rear end face place in this main body (3).Therefore, as shown in Fig. 9 A, in the time of this spiral cover of rotation (38), this spiral cover (38) is in one first state, can select the flange (381) of this spiral cover (38) be fixed in this draw-in groove (363) or exit this draw-in groove (363); As shown in Fig. 9 B, this spiral cover (38) is in one second state, when the flange (381) of this spiral cover (38) is fixed in this draw-in groove (363), this spiral cover (38) is the rear end face place of the sleeve (36) that is fixed on this main body (3); As shown in Fig. 9 C, this spiral cover (38) is in a third state, in the time that the flange (381) of this spiral cover (38) exits this draw-in groove (363), this spiral cover (38) is the rear end face place of the sleeve (36) that can depart from this main body (3); And as shown in Fig. 9 D, this spiral cover (38) is in one the 4th state, in the time that this spiral cover (38) departs from the rear end face place of sleeve (36) of this main body (3), this spiral cover (38) is that the battery case (341) that can carry out this taking case (34) arranges or take out this battery (300).

Refer again to Fig. 9 B and Fig. 9 C is shown, in aforementioned embodiment of the present utility model, the draw-in groove (363) of this sleeve (36) is to comprise an oblique portion (363a) and a transverse part (363b).Wherein, this oblique portion (363a) be from this sleeve (36) rear end face along with axial become the direction of a rake angle extend forward one suitably distance institute form; And this transverse part (363b) is to extend laterally another along hoop again from this oblique portion (363a) front end suitably to form apart from institute.Therefore,, in the time of this spiral cover of rotation (38), can select the flange (381) of this spiral cover (38) be fixed in this draw-in groove (363) or exit this draw-in groove (363); And the flange (381) of working as this spiral cover (38) is fixed in this draw-in groove (363), this spiral cover (38) is the rear end face place of being fixed on this main body (3), and when the flange (381) of this spiral cover (38) exits after the transverse part (363b) of this draw-in groove (363), while continuing this spiral cover of rotation (38) again, the flange (381) of this spiral cover (38) can along this oblique portion (363a) is mobile, the while can depart from this draw-in groove (363) and further depart from the rear end face place of this main body (3).

Figure 10 A is the sectional view of the partial component assembled state of handle arrangement one embodiment that demonstration the utility model can be luminous, and Figure 10 B is the three-dimensional view that shows the decomposing state of the utility model Figure 10 A.Shown with reference to figure 10A and Figure 10 B, and it is shown to refer again to Fig. 6, in previous embodiment, the front end face of this spiral cover (38) be interconnect with pin-jointed structure with the rear end face of this taking case (34) and mutually restrain axially on relative motion.

In aforesaid embodiment, the front end face of this spiral cover (38) is to have a shrinkage pool (382), the rear end face of this taking case (34) is that to have an elasticity hook portion (345) be the elastic construction that a maximum outside diameter can radially inside contract, and this elasticity hook portion (345) be coordinate this shrinkage pool (382) and form a pin-jointed structure, make 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 with respect to this taking case (34), and this spiral cover (38) is that mechanical link is integrated with this taking case (34).Therefore, select the flange (381) of this spiral cover (38) to be fixed in this draw-in groove (363) or when exiting this draw-in groove (363) when this spiral cover of rotation (38), this taking case (34) can or retreat with this spiral cover (38) advanced in unison.

Figure 11 A is the sectional elevation of the partial component assembled state of handle arrangement one embodiment that demonstration the utility model can be luminous, and Figure 11 B is the sectional elevation that shows the decomposing state of the utility model Figure 11 A.Shown with reference to figure 11A and Figure 11 B, and refer again to Fig. 3 and Fig. 6 is shown, in previous embodiment, this taking case (34) is further to comprise a battery case (341), the battery module (231) of this power unit (23) is further to comprise one first electrode (231a) and one second electrode (231b) and in order to each electrode to should battery module (231) input electric power, this battery case (341) is a groove structure in order to a battery (300) to be set, this first electrode (231a) is respectively positive pole and the negative pole of this battery (300) with each electrode of this corresponding this battery module of the second electrode (231b) (231) input electric power, and the other end of this first electrode (231a) and this second electrode (231b) is respectively to extend to this taking case (34) to end that should electric device (2), the power unit (23) of this electric device (2) is further to comprise one first electrode contact (232) and one second electrode contact (233), and this first electrode contact (232) and this second electrode contact (233) are respectively the positive pole of this power unit (23) electric power input and the electric terminal of negative pole and are respectively to should the first electrode (231a) and this second electrode (231b), and this taking case (34) is arranged in the state of this main body (3), this first electrode contact (232) is respectively corresponding this first electrode (231a) of electrical connection and this second electrode (231b) with this second electrode contact (233).Therefore, the electric power of this battery (300) can be by this first electrode (231a) and this second electrode (231b) respectively to should the first electrode contact (232) and the contacting after conducting of this second electrode contact (233), and by electric power transfer the power unit (23) to this electric device (2), and in order to for should light-emitting device (1) operating required electric power with this electric device (2).

In previous embodiment, this first electrode (231a) is to have respectively an elastic portion (231c) with one end of this second electrode (231b), those elastic portion (231c) elastic construction that to be respectively this first electrode (231a) extend to form with this second electrode (231b) front end respectively to should the first electrode contact (232) and this second electrode contact (233), this elastic portion (231c) is respectively an elastic construction and under the state being compressed, can produces one along the bounce in this taking case (34) glide direction.In previous embodiment, to being fixedly installed in the state of this main body (3) by taking case (34), each this elastic portion (231c) is to press in corresponding this first electrode contact (232) and this second electrode contact (233) formation electrical connection, and this taking case (34) one bounces are provided, and guarantee that this first electrode (231a) and this second electrode (231b) can effectively contact respectively this first electrode contact (232) and form electric path state with this second electrode contact (233); 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 this taking case (34) slip and be departed from this main body (3), and departs from gradually corresponding this first electrode contact (232) and this second electrode contact (233).

In previous embodiment, this electric device (2) is further to comprise a circuit board (24), and this control module (22) and this power unit (23) are to be arranged in this circuit board (24), this operating unit (21) is to be electrically connected to this circuit board (24), further to make this operating unit (21) be electrically connected this control module (22).

Moreover, this first electrode contact (232) in this power unit (23) and this second electrode contact (233) they are that the circuit board (24) that is formed at this electric device (2) is upper, and respectively to tackling this first electrode (231a) and this second electrode (231b).

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

Figure 12 is the isometric exploded view of handle arrangement one embodiment that demonstration the utility model can be luminous, Figure 13 A is the sectional elevation that shows the assembled state of the utility model Figure 12 embodiment, Figure 13 B is the sectional elevation that shows the decomposing state of the utility model Figure 12 embodiment, and Figure 13 C is the sectional elevation that shows the decomposing state of the utility model Fig. 8 embodiment.Shown with reference to Figure 12, Figure 13 A, Figure 13 B and Figure 13 C, and refer again to Fig. 3, Fig. 5 is shown, in aforementioned embodiment of the present utility model, taking case (34) in this main body (3) is to slide 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 device (2) are taking case (34) front ends being further arranged in this main body (3), and this light-emitting device (1) is to should transmittance section (33); And this operating unit (21) is further to comprise one first touching electrode (211), one second touching electrode (212) and a button (213).Wherein, be different from previous embodiment to locate be that this first electrode (231a) front end is to be electrically connected and to be fixed in this first electrode contact (232), this first touching electrode (211) is a cantilever design can conductive material forming, and this first touching electrode (211) rear end is to be electrically connected and to be fixed in this second electrode contact (233), this second touching electrode (212) is that an elastic cantilever structure can conductive material forming and rear end are this second electrodes (231b) of electrical connection, and this second touching electrode (212) front end is to should the first touching electrode (211), and this button (213) is to slide to be arranged at first-hand shank (32) bottom of this main body (3) and part and to expose and protrude from this first-hand shank (32) bottom, the sliding path of this button (213) be to should second touching electrode (212), and the sliding path of this button (213) is to comprise a primary importance state and a second place state, the primary importance state of this button (213) is corresponding this second touching electrode (212) that discharges, the second place state of this button (213) is that correspondence upwards presses this second touching electrode (212) and this second touching electrode (212) strain this first touching electrode (211) of effective contact and forms electrical connection.Therefore, in the time not having external force to press this button (213), this button (213) is in this primary importance state, between this second touching electrode (212) and this first touching electrode (211), it is electrical open state, and this control module (22) is that this power unit of selection (23) is not supply with this light-emitting device (1) electric power, make this light-emitting device (1) for closed condition; And in the time that external force upwards presses this button (213), this button (213) is in this primary importance state, between this second touching electrode (212) and this first touching electrode (211), it is electrically conducting state, and this control module (22) is that this power unit of selection (23) is to supply with the required electric power of this light-emitting device (1), makes this light-emitting device (1) for opening.

Refer again to shown in Fig. 3, in the foregoing embodiments, the battery module (231) of this power unit (23) is further to comprise a charge circuit (231d), this charge circuit (231d) is the electric loop of an accumulation, and in the second place state of this button (213), this second touching electrode (212) charged to this charge circuit (231d) with the moment of this first touching electrode (211) electrical connection, and in the primary importance state of this button (213), this second touching electrode (212) and this first touching electrode (211) electrical open, this charge circuit (231d) stops charging, and this control module (22) be select this power unit (23) charge circuit (231d) continue output power to this light-emitting device (1) to supply with the required electric power of this light-emitting device (1), make this light-emitting device (1) for opening, and until this charge circuit (231d) exhaust.

In aforesaid embodiment, in the circuit of this charge circuit (231d), be mainly to comprise that a large electric capacity carries out electric power storage.

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

Aforementioned this electric device (2) is to comprise in the embodiment of this circuit board (24), this the second touching electrode (212) rear end is to be electrically connected and to be fixed in this circuit board (24), this the second electrode (231b) front end is to be electrically connected and to be fixed in this circuit board (24), and this second electrode (231b) front end is to be electrically connected this second touching electrode (212) rear end by this circuit board (24).

Figure 14 A is the sectional elevation of the assembled state of handle arrangement one embodiment that demonstration the utility model can be luminous, and Figure 14 B is the sectional elevation that shows the decomposing state of the utility model Figure 14 A embodiment.Shown with reference to figure 14A and Figure 14 B, and refer again to Fig. 5 and Figure 12 is shown, this electric device (2) is fixedly arranged on this taking case (34) front end, and this electric device (2) front end has at least one elastic parts (342) and to the internal ring portion (35) in should main body (3).Wherein, this internal ring portion (35) is the circulus that this main body (3) inner surface part forms, and this elastic parts (342) is an elastic construction to should internal ring portion (35) rear end face and can produce along the bounce in this taking case (34) glide direction under the state being compressed.In previous embodiment, to being fixedly installed in the state of this main body (3) by taking case (34), each this elastic parts (342) is to press in this internal ring portion (35) rear end face, and this taking case (34) one bounces are provided; And to departing from the process of this main body (3) by taking case (34), the bounce of each this elastic parts (342) can be pushed this taking case (34) slip and be departed from this main body (3).

Figure 15 is the combination three-dimensional view of handle arrangement one embodiment that demonstration the utility model can be luminous, and Figure 16 is the sectional view that shows the utility model Figure 15 embodiment.Shown with reference to Figure 15 and Figure 16, and refer again to Fig. 5 and Figure 12 is shown, in aforementioned the utility model embodiment, this main body (3) is further to comprise second-hand's shank (32 '), and form one handle shape structure, and this main body (3) is to be fixedly arranged on a works surface by this first fixed part (31), this light-emitting device (1) and this electric device (2) are to be installed in this first-hand shank (32), one end, this transmittance section (33) is to be arranged at the local of this first-hand shank (32) and to position that should light-emitting device (1), and this transmittance section (33) other end is the part that is arranged at this second-hand's shank (32 ').

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

Figure 17 is the combination three-dimensional view of handle arrangement one embodiment that demonstration the utility model can be luminous, and Figure 18 is the sectional view that shows the utility model Figure 17 embodiment.Shown with reference to Figure 17 and Figure 18, and refer again to Fig. 5 and Figure 12 is shown, in aforementioned the utility model embodiment, this main body (3) is further to comprise two these first-hand shanks (32), and at least this first-hand shank (32) one be to there is this first fixed part (31), and form one handle shape structure, and this main body (3) is to be fixedly arranged on this works (100) surface by this first fixed part (31), each this first-hand shank (32) has respectively this light-emitting device (1) and this electric device (2), two ends, this transmittance section (33) are to be arranged at the local of each this first-hand shank (32) and to position that should light-emitting device (1).

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

Figure 19 is the three-dimensional view of the assembled state of handle arrangement one embodiment that demonstration the utility model can be luminous.Shown with reference to Figure 19, and refer again to Fig. 3, Fig. 5 and Figure 12 shown, aforesaid operating unit (21) is to be arranged in this main body (3), and can be a vibrating sensor (Vibration Sensor), export corresponding electric signal in order to the whether vibrative physical phenomenon of detecting structure.Wherein this operating unit (21) is to be arranged in this main body, and it is the energy of a corresponding vibration and export an electrical trigger signal to this control module; And this control module (22) is an electrical trigger signal according to this operating unit (21) and this power unit of corresponding selection (23) is supplied with this light-emitting device (1) electric power and do not supply with the state in this light-emitting device (1) electric power.Therefore, in the time that this operating unit (21) receives the energy of vibration, exportable electric signal is to this control module (22), and this control module (22) also can be opened or be closed by this light-emitting device of further corresponding selection (1).

Figure 20 is the three-dimensional view of the assembled state of handle arrangement one embodiment that demonstration the utility model can be luminous.Shown with reference to Figure 20, and it is shown to refer again to Fig. 3, in aforementioned the utility model embodiment, this operating unit (21) is to be arranged in this main body (3), and can be one to produce a non-contact optical sensing component of triggering signal by contactless inductive operation, and what this operating unit (21) provided inductive operation is that local surfaces is arranged in this main body (3) and exposes, for example Thermoelectric Infrared Sensor (Pyroelectric Infrared Radial Sensor), reflective optocoupler (Reflected Infrared Sensors), photo resistance or solar energy sensor etc., and this operating unit (21) is be arranged in this main body (3) and expose, while making to be subject to triggering when the optical condition change arround this operating unit (21), can correspondingly export an electric signal to this control module (22), and select this light-emitting device (1) to open or close by this control module (22).

In aforesaid electric device (2), this control module (22) is open or close this light-emitting device (1) with selection according to the electric signal of this operating unit (21) output, and this power unit (23) can provide the electric running of this light-emitting device (1) required electric power.Wherein this control module (22) is the means that further comprise this power unit of a detecting (23) power shortage, and works as this control module (22) and can corresponding selection gradually open and close to having a rest property this light-emitting device (1).Therefore,, in the time of this power unit (23) power shortage, this light-emitting device (1) can flash caution.Wherein to detect this power unit (23) power shortage means can be the voltage signal by detecting this power unit (23) to the control module (22) in this electric device (2).

Figure 21 is the combination three-dimensional view of handle arrangement one embodiment that demonstration the utility model can be luminous.Shown with reference to Figure 21, and it is shown to refer again to Fig. 3, in the handle arrangement that aforementioned the utility model can be luminous, this power unit (23) further comprises a power adaptation module (234), and this power adaptation module (234) is further to comprise an adapter (235) and a circumscripted power line (236).Wherein, this adapter (235) is an electric power changing device of this power unit of electrical connection (23), in order to the electric power source of input is converted to the required electric power of handle arrangement that the utility model can be luminous; And this circumscripted power line (236) is this adapter of electrical connection (235) and outside electric power source (not shown).For instance, general this outside electric power source is that a civil power is system, and can to this power adaptation module (234), carry out the adjusting action that alternating electromotive force turns direct current power by this circumscripted power line (236) supply alternating electromotive force, then by this direct current power transfer to this power unit (23) with and handle arrangement that can be luminous by supply of electric power the utility model.

Battery module (231) in the power unit (23) of aforementioned this electric device (2) can be to be chosen as a secondary cell, and this power unit (23) is that the dc source that this power adaptation module (234) is inputted is converted to the electric power that carries out this battery module (231) charging.

Therefore, a kind of handle arrangement that can be luminous provided by the utility model, and the utility model has been done to a detailed description, but as described above is only a preferred embodiment of the present utility model, when not limiting the scope of the utility model enforcement.Be all equalization variation and modifications etc. of doing according to the utility model application range, all should still belong in patent covering scope of the present utility model.

Claims (29)

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

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

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

One main body, it comprises one first fixed part, a first-hand shank and a transmittance section, and forms one handle shape structure;

Wherein this operating unit is the interface of this light-emitting device of operation and provides an electric information to transfer to this control module to operating; This control module 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 with this light-emitting device and the required electric power of this electric device; And this main body is to be fixedly arranged on this works surface by this first fixed part, this light-emitting device and this electric device are to be installed in this first-hand shank, and this transmittance section is to be arranged at the local of this first-hand shank and to position that should light-emitting device.

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

3. handle arrangement that can be luminous as claimed in claim 1, 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 export an electrical trigger signal to this control module; And this control module be a pair of should operating unit electrical trigger signal and select this power unit to supply with this light-emitting device electric power and do not supply with the state in this light-emitting device electric power.

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

5. handle arrangement that can be luminous as claimed in claim 4, is characterized in that: this operating unit is a non-contact optical sensing component of selecting in a Thermoelectric Infrared Sensor, a reflective optocoupler, a photo resistance and a solar energy sensor.

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

7. handle arrangement that can be luminous as claimed in claim 6, is characterized in that: this operating unit is to be arranged in the first-hand shank of this main body, and operating unit provides touching operation is that local surfaces is to expose to this first-hand shank bottom.

8. handle arrangement that can be luminous as claimed in claim 1, it is characterized in that: this main body is further to comprise a taking case, this taking case is to slide to be arranged in the first-hand shank of this main body and to should electric device and be to take out from this first-hand shank one end, this light-emitting device and this electric device are to be arranged in this first-hand shank, this taking case front end is to should electric device, and this light-emitting device is to should transmittance section.

9. handle arrangement that can be luminous as claimed in claim 8, it is characterized in that: this taking case is further to comprise a battery case, the battery module of this power unit is further to comprise one first electrode and one second electrode, this battery case is a groove structure, this first electrode and this second electrode are respectively each electrodes to input electric power that should battery module, and the other end of this first electrode and this second electrode is respectively to extend to this taking case to end that should electric device; The power unit of this electric device is further to comprise one first electrode contact and one second electrode contact, and this first electrode contact and this second electrode contact are respectively the positive pole of this power unit electric power input and the electric terminal of negative pole and are respectively to should the first electrode and this second electrode; And this taking case is arranged in the state of this main body, this first electrode contact and this second electrode contact are respectively electrical connection corresponding this first electrode and this second electrodes, and the electric power of this battery be by this first electrode and this second electrode respectively to should the first electrode contact with the contacting conducting of this second electrode contact by electric power transfer the power unit to this electric device.

10. handle arrangement that can be luminous as claimed in claim 9, it is characterized in that: one end of this first electrode and this second electrode is to have respectively an elastic portion, those elastic portion are respectively the elastic constructions that extend to form of this first electrode and this second electrode front end respectively to should the first electrode contact and this second electrode contact, this elastic portion be respectively an elastic construction and can generation one under the state being compressed along the bounce in this taking case glide direction;

Wherein to being fixedly installed in the state of this main body by taking case, each this elastic portion is press in corresponding this first electrode contact and this second electrode contact and form electrical connection, and this taking case one bounce is provided, and guarantees that this first electrode and this second electrode can effectively contact respectively this first electrode contact and this second electrode contact 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 this taking case slip and be departed from this main body, and departs from gradually corresponding this first electrode contact and this second electrode contact.

11. handle arrangements that can be luminous as claimed in claim 10, it is characterized in that: this electric device is further to comprise a circuit board, and this control module and this power unit are to be arranged in this circuit board, this operating unit is to be electrically connected to this circuit board, further to make this operating unit be electrically connected this control module;

Wherein this first electrode contact in this power unit and this second electrode contact are to be formed on the circuit board of this electric device, and respectively to tackling this first electrode and this second electrode.

12. handle arrangements that can be luminous as claimed in claim 11, is characterized in that: this first electrode contact and this second electrode contact are respectively that the Copper Foil basic unit in this circuit board forms.

13. handle arrangements that can be luminous as claimed in claim 8, it is characterized in that: this taking case is further to comprise a battery case, the battery module of this power unit is further to comprise one first electrode and one second electrode, this battery case is the groove structure that a battery is set, this first electrode and this second electrode are respectively one end to each electrode that should battery module input electric power, and the other end of this first electrode and this second electrode is respectively to extend to this taking case to end that should electric device; The power unit of this electric device is further to comprise one first electrode contact and one second electrode contact, and this first electrode contact and this second electrode contact are respectively the positive pole of this power unit electric power input and the electric terminal of negative pole and are respectively to should the first electrode and this second electrode; And this taking case is arranged in the state of this main body, this first electrode contact and this second electrode contact are respectively electrical connection corresponding this first electrode and this second electrodes, and the electric power of this battery be by this first electrode and this second electrode respectively to should the first electrode contact with the contacting conducting of this second electrode contact by electric power transfer the power unit to this electric device;

Wherein the taking case in this main body is to slide to be arranged in this main body, and can take out from this main body one end; This light-emitting device and this electric device are the taking case front ends being further arranged in this main body, and this light-emitting device is to should transmittance section; And this operating unit is further to comprise one first touching electrode, one second touching electrode and a button; This first electrode front end is to be electrically connected and to be fixed in this first electrode contact; This first touching electrode is a cantilever design can conductive material forming, and this first touching electrode rear end is to be electrically connected and to be fixed in this second electrode contact; This second touching electrode is that an elastic cantilever structure can conductive material forming and rear end are this second electrodes of electrical connection, and this second touching electrode front end is to should the first touching electrode; And this button is to slide to be arranged at the first-hand shank bottom of this main body and part and to expose and protrude from this first-hand shank bottom, the sliding path of this button be to should second touching electrode, and the sliding path of this button is to comprise a primary importance state and a second place state, the primary importance state of this button is this second touching electrode of correspondence release, and the second place state of this button is that correspondence upwards presses this second touching electrode and this second touching electrode elastic is out of shape also this first touching electrode of effectively contact and forms electrical connection.

14. handle arrangements that can be luminous as claimed in claim 13, it is characterized in that: the battery module of this power unit is further to comprise a charge circuit, this charge circuit is the electric loop of an accumulation, and in the second place state of this button, the moment of this second touching electrode and this first touching electrode electrical connection charges to this charge circuit, and in the primary importance state of this button, this second touching electrode and this first touching electrode electrical open, this charge circuit stops charging, and this control module be select this power unit charge circuit continue output power to this light-emitting device to supply with the required electricity of this light-emitting device

Power, making this light-emitting device is opening, and until this charge circuit exhaust.

15. handle arrangements that can be luminous as claimed in claim 14, is characterized in that: in the circuit of this charge circuit, be mainly to comprise that a large electric capacity carries out electric power storage.

16. handle arrangements that can be luminous as claimed in claim 13, is characterized in that: this second touching electrode rear end is to be electrically connected and to be fixed in this second electrode front end.

17. handle arrangements that can be luminous as claimed in claim 13, it is characterized in that: this electric device is further to comprise a circuit board, and this control module and this power unit are to be arranged in this circuit board, this operating unit is to be electrically connected to this circuit board, further to make this operating unit be electrically connected this control module;

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

18. handle arrangements that can be luminous as claimed in claim 13, it is characterized in that: the part in the first-hand shank of this main body is to have an internal ring portion, this internal ring portion is the circulus that this body inner surface part forms, this electric device is fixedly arranged on this taking case front end, and this electric device front end has at least one elastic parts and to the internal ring portion in should main body;

Wherein this elastic parts is an elastic construction to should internal ring portion rear end face and can produce along the bounce in this taking case glide direction under the state being compressed; And to departing from the process of this main body by taking case, the bounce of each this elastic parts can be pushed this taking case slip and be departed from this main body.

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

20. handle arrangements that can be luminous as claimed in claim 19, it is characterized in that: this main body is further to comprise one second fixed part, this main body is to be fixedly arranged on this works surface by this first fixed part and this second fixed part, this light-emitting device and this electric device are to be installed in this first-hand shank, this one end, transmittance section is to be arranged at the local of this first-hand shank and to position that should light-emitting device, and this transmittance section other end is the part that is arranged at this second-hand's shank.

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

22. handle arrangements that can be luminous as claimed in claim 21, it is characterized in that: this main body is further to comprise that two these first handle portions have respectively this first fixed part, and form one handle shape structure, and this main body is to be fixedly arranged on this works surface by each this first fixed part, each this first handle portion has respectively this light-emitting device and this electric device, and these two ends, transmittance section are to be arranged at the local of each this first-hand shank and to position that should light-emitting device.

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

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

24. handle arrangements that can be luminous as claimed in claim 23, it is characterized in that: the battery module in the power unit of this electric device can be to be chosen as a secondary cell, and this power unit is that the dc source that this power adaptation module is inputted is converted to the electric power that carries out this charging battery module.

25. handle arrangements that can be luminous as claimed in claim 1, it is characterized in that: the power unit in this electric device further comprises a battery module, this battery module is to be arranged in this main body, and this battery module is the power supply device that uses the electric power of a battery, and is this battery that can install tool supply of electric power ability.

26. handle arrangements that can be luminous as claimed in claim 25, is characterized in that: the battery that this battery module uses can be to select one-shot battery or secondary cell.

27. handle arrangements that can be luminous as claimed in claim 1, is characterized in that: this transmittance section is that a light-transmitting materials forms.

28. handle arrangements that can be luminous as claimed in claim 27, is characterized in that: this transmittance section is an acryl material.

29. handle arrangements that can be luminous as claimed in claim 28, is characterized in that: this transmittance section is an acryl material, and are to have multiple bubble structures in this acryl material.

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