CN101655230B - Tunable fluid-operated lighting device - Google Patents
Tunable fluid-operated lighting device Download PDFInfo
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- CN101655230B CN101655230B CN2008101298807A CN200810129880A CN101655230B CN 101655230 B CN101655230 B CN 101655230B CN 2008101298807 A CN2008101298807 A CN 2008101298807A CN 200810129880 A CN200810129880 A CN 200810129880A CN 101655230 B CN101655230 B CN 101655230B
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Abstract
The invention discloses a tunable fluid-operated lighting device, which comprises a water gun nozzle, at least one light emitting component, a handle and a turbine generator set. The light emitting component and the handle are connected with the water gun nozzle. The turbine generator set moves between the water gun nozzle and the handle and is electrically connection with the light emitting component. The turbine generator set has at least one rotating blade. When moving into the water gun nozzle to make the rotating blade rotate under the impact of fluid passing through the water gun nozzle, the turbine generator set generates power to drive the light emitting component to emit light. When the turbine generator set moves into the handle, the rotating blade avoids the impact of the fluid passing through the water gun nozzle to make the turbine generator set stop generating power.
Description
Technical field
The invention relates to a kind of tunable fluid-operated lighting device, particularly relevant for a kind of tunable fluid-operated lighting device of promoting operating flexibility and efficient.
Component technology
Most important two safety factors when in general, the fire fighter puts out a fire in the scene of a fire are water source and illumination.Traditionally, the fire fighter takes aim at son and obtains the water source except handing fire-fighting lance, and it can utilize the flashlight on the helmet to come to provide illumination for the scene of a fire mostly.Yet the full-scale weaponry of being worn when putting out a fire owing to the fire fighter weighs more than 20 kilogram usually, so the heavy flashlight of assembling will certainly increase its burden on the helmet, thereby is unfavorable for the carrying out of fire-fighting work.On the other hand, because the powerful hydraulic pressure of fire line, the fire fighter must both hands hangs on to fire-fighting lance and takes aim at that sub it is put out a fire with effective control.Therefore, the fire fighter does not have unnecessary hand and strength to grip the emergency lighting that heavy flashlight comes to provide for the scene of a fire guide of fire point and context.
In order to solve the above problems, the TaiWan, China patent certificate has disclosed a kind of known fluid-actuated illuminating apparatus for I269850 number, and it is that the embedded fire-fighting lance that is fixed in of a turbogenerator is taken aim in the fluid line of son.Flow through the current of fluid line that fire-fighting lance takes aim at son of the fluid-actuated illuminating apparatus utilization that this kind is known drive the blade rotation of turbogenerator, provide illumination to produce electric power.Yet this kind is fixed in fire-fighting lance with turbogenerator to be taken aim at way in the fluid line of son and no matter when uses all and can cause to a certain degree loss influence to hydraulic pressure or flow, thereby is unfavorable for using in the fire-fighting environment of changeable complexity.
In addition, in Japan Patent discloses No. the 100308732nd, No. 2005278902, No. the 6th, 036,333, United States Patent (USP), No. the 6th, 116,520, United States Patent (USP) and Korean Patent, also disclose various known fluid-actuated illuminating apparatus are arranged.Similarly, because constructional restriction, these known fluid-actuated illuminating apparatus also are unfavorable for using in the fire-fighting environment of changeable complexity.
Summary of the invention
The present invention adopts as detailed below feature with in order to solve the above problems basically.That is to say, the present invention includes a hydraulic giant and take aim at son; At least one luminescence component is connected in this hydraulic giant and takes aim at son; One handle is connected in this hydraulic giant and takes aim at son; An and turbine generation unit, being displaced into this hydraulic giant takes aim between son and this handle, and be electrically connected at this luminescence component, wherein, this turbine generation unit has at least one moving blade, when this turbine generation unit moves to that this hydraulic giant takes aim among the son that so that this moving blade is flowed through this hydraulic giant takes aim at that a fluid of son impacts and when rotating, it is luminous that this luminescence component is ordered about in this turbine generation unit generating, and among this turbine generation unit moves to this handle the time, this moving blade do not flowed through this hydraulic giant take aim at the son this fluid impact so that this turbine generation unit generation outage.
Simultaneously, according to tunable fluid-operated lighting device of the present invention, also comprise a rotating handle, be connected in this handle in the mode of rotating and move, and be connected to this turbine generation unit, in order to order about this turbine generation unit be displaced into this hydraulic giant take aim at the son and this handle between.
Again in the present invention, this handle has an internal thread part, and this rotating handle has an external thread part, and this external thread part is engaged in this internal thread part.
Again in the present invention, comprise that also one pushes bar, be connected to this rotating handle and be connected in this turbine generation unit.
Again in the present invention, also comprise at least one elastic parts, be connected between this turbine generation unit and this handle, in order to provide back stretch in this turbine generation unit.
Again in the present invention, also comprise a trigger, be connected in this handle in the mode of rotating, and be connected in this turbine generation unit, be displaced into this hydraulic giant and take aim between son and this handle in order to order about this turbine generation unit.
Again in the present invention, also comprise a torsion spring, be connected between this trigger and this handle, in order to provide back stretch in this trigger.
Again in the present invention, also comprise a support bar, one stationary pipes, one axis of rotation, one spring and a button, wherein, this handle has a dividing plate, this turbine generation unit is arranged on this dividing plate, this support bar is arranged among this dividing plate, and be connected in this turbine generation unit, this stationary pipes is arranged under this dividing plate, and this axis of rotation is arranged among this stationary pipes in the mode that moves, and is connected to this support bar, this spring is arranged on this support bar, and be connected between this dividing plate and this axis of rotation, and this button is connected in this axis of rotation, is displaced into this hydraulic giant and takes aim between son and this handle in order to order about this turbine generation unit.
Again in the present invention, this moving blade is a radial vane.
Description of drawings
For above-mentioned purpose of the present invention, feature and advantage can be become apparent, preferred embodiment cited below particularly and conjunction with figs. are described below in detail, wherein:
Figure 1A is the floor map of tunable fluid-operated lighting device under a kind of mode of operation that shows the first embodiment of the present invention;
Figure 1B is the floor map of tunable fluid-operated lighting device under another kind of mode of operation that shows the first embodiment of the present invention;
Fig. 2 A is the floor map of tunable fluid-operated lighting device under a kind of mode of operation that shows the second embodiment of the present invention;
Fig. 2 B is the floor map of tunable fluid-operated lighting device under another kind of mode of operation that shows the second embodiment of the present invention;
Fig. 3 A is the floor map of tunable fluid-operated lighting device under a kind of mode of operation that shows the third embodiment of the present invention;
Fig. 3 B is the floor map of tunable fluid-operated lighting device under another kind of mode of operation that shows the third embodiment of the present invention;
Fig. 3 C is the perspective exploded view that the part of the tunable fluid-operated lighting device of the demonstration third embodiment of the present invention is constructed;
Fig. 4 A is the floor map that shows the tunable fluid-operated lighting device of the fourth embodiment of the present invention;
Fig. 4 B is a kind of elevational schematic view that shows according to Fig. 4 A; And
Fig. 4 C is the another kind of elevational schematic view that shows according to Fig. 4 A.
The specific embodiment
Now conjunction with figs. illustrates preferred embodiment of the present invention.
First embodiment
See also Figure 1A and Figure 1B, the tunable fluid-operated lighting device 100 of present embodiment can be applicable to fire-fighting fire extinguishing, and mainly includes that a hydraulic giant is taken aim at son 110, a plurality of luminescence component 120, a handle 130, a turbine generation unit 140, a rotating handle 150, push bar 160 and a plurality of elastic parts 170.
The end 111 that hydraulic giant is taken aim at son 110 can be connected in a fluid supply line (not shown).Among present embodiment, it can be the form that a fire-fighting lance is taken aim at son that hydraulic giant is taken aim at son 110.
A plurality of luminescence components 120 are to be connected in hydraulic giant to take aim at son 110.More detailed, a plurality of luminescence components 120 can be to be arranged at hydraulic giant to take aim on the other end 112 of son 110.In addition, among present embodiment, luminescence component 120 can be high-brightness LED or bulb etc.
Handle 130 is to be connected in hydraulic giant to take aim at son 110.Among present embodiment, handle 130 is to take aim between the end 111 and end 112 of son 110 at hydraulic giant.In addition, handle 130 has an internal thread part 131.
A plurality of elastic parts 170 are to be connected between the inwall of turbine generation unit 140 and handle 130.Among present embodiment, elastic parts 170 can be a spring.
Next the function mode of carrying out fire-fighting fire extinguishing with tunable fluid-operated lighting device 100 is described.
At first, operating personnel or fire fighter can grip hydraulic giant with hand and take aim at son 110, and the burning things which may cause a fire disaster or the scene of a fire are aimed in the fluid outlet (that is, end 112) that hydraulic giant is taken aim at son 110, spray to the burning things which may cause a fire disaster or the scene of a fire so that the hydraulic giant of flowing through is taken aim at a fluid (for example, water) of son 110.
When needing illumination, operating personnel can rotate rotating handle 150 on the other hand when the scene of a fire is dark, so that rotating handle 150 (up) is displaced among the handle 130, and then orders about turbine generation unit 140 (up) and move to hydraulic giant and take aim among the son 110, shown in Figure 1B.At this moment, the moving blade 141 of turbine generation unit 140 can be subjected to flowing through fluid (water) that hydraulic giant takes aim at sub 110 inside impacts and rotates, thereby can make 140 generatings of turbine generation unit produce electric energy.Simultaneously, the electrical energy transfer that turbine generation unit 140 can be produced its generating is taken aim at a plurality of luminescence components 120 on the fluid issuing (end 112) of son 110 to being positioned at hydraulic giant, so that a plurality of luminescence component 120 is luminous.At this, the fire fighter can take into account incident lighting in fire extinguishing, thereby can promote security and convenience on the fire-fighting fire extinguishing.
On the other hand, when the scene of a fire is bright and clear or need put out a fire operation with more high fluid pressure or flow the time, operating personnel are backward rotation rotating handle 150 on the other hand, so that rotating handle 150 (down) is displaced among the handle 130, and then order about turbine generation unit 140 (down) and move among the handle 130, shown in Figure 1A.At this moment, the moving blade 141 of turbine generation unit 140 fluid (water) that hydraulic giant takes aim at sub 110 inside that can not be subjected to again flowing through impacts, thereby makes moving blade 141 stop operating.Therefore, the 140 meeting generation outages of turbine generation unit, and the hydraulic giant of flowing through is taken aim at the fluid pressure of sub 110 inside and promptly can not reduced because of stopping of turbine generation unit 140, thereby can improve from hydraulic giant and take aim at fluid pressure or the flow that son 110 fluid issuing (end 112) is sprayed, and then can promote the efficient of fire-fighting fire extinguishing.
In addition, move to hydraulic giant at turbine generation unit 140 (up) and take aim in the process of son in 110, be connected in elastic parts 170 between the inwall of turbine generation unit 140 and handle 130 and can be stretched and have elasticity tension.In rotating handle 150 (down) was displaced into process in the handle 130, the back stretch that elastic parts 170 is provided can guarantee that turbine generation unit 140 is also along with rotating handle 150 (down) moves.
Second embodiment
See also Fig. 2 A and Fig. 2 B, the tunable fluid-operated lighting device 200 of present embodiment also can be applicable to fire-fighting fire extinguishing, and mainly includes a hydraulic giant and take aim at son 210, a plurality of luminescence component 220, a handle 230, a turbine generation unit 240, a trigger 250 and a torsion spring 260.
The end 211 that hydraulic giant is taken aim at son 210 can be connected in a fluid supply line (not shown).Similarly, hydraulic giant take aim at the son 210 can be a fire-fighting lance take aim at the son form.
A plurality of luminescence components 220 are to be connected in hydraulic giant to take aim at son 210.More detailed, a plurality of luminescence components 220 can be to be arranged at hydraulic giant to take aim on the other end 212 of son 210.In addition, similarly, luminescence component 220 can be high-brightness LED or bulb etc.
Handle 230 is to be connected in hydraulic giant to take aim at son 210.Among present embodiment, handle 230 is to take aim between the end 211 and end 212 of son 210 at hydraulic giant.
Next the function mode of carrying out fire-fighting fire extinguishing with tunable fluid-operated lighting device 200 is described.
At first, operating personnel or fire fighter can take aim at son 210 with holding the water holding rifle, and hydraulic giant are taken aim at a son fluid of 210 outlet (that is, end 212) aim at the burning things which may cause a fire disaster or the scene of a fire, spray to the burning things which may cause a fire disaster or the scene of a fire so that the hydraulic giant of flowing through is taken aim at a fluid (for example, water) of son 210.
When needing illumination when scene of a fire dark, operating personnel can push on the other hand and rotate trigger 250, so that trigger 250 (being docile and obedient clockwise) rotates among the handle 230, so order about turbine generation unit 240 (up) move to hydraulic giant take aim at the son 210 among, shown in Fig. 2 B.At this moment, the moving blade 241 of turbine generation unit 240 can be subjected to flowing through fluid (water) that hydraulic giant takes aim at sub 210 inside impacts and rotates, thereby can make 240 generatings of turbine generation unit produce electric energy.Simultaneously, the electrical energy transfer that turbine generation unit 240 can be produced its generating is taken aim at a plurality of luminescence components 220 on the fluid issuing (end 212) of son 210 to being positioned at hydraulic giant, so that a plurality of luminescence component 220 is luminous.At this, the fire fighter can take into account incident lighting in fire extinguishing, thereby can promote security and convenience on the fire-fighting fire extinguishing.In addition, rotate so that turbine generation unit 240 (up) moves to hydraulic giant takes aim in the process of son 210 at trigger 250, torsion spring 260 can be stressed and have an elasticity tension.
On the other hand, when the scene of a fire is bright and clear or need put out a fire operation with more high fluid pressure or flow the time, operating personnel can releasing trigger 250, so that the back stretch that trigger 250 is provided by torsion spring 260 (according to counterclockwise) rotates among the handle 230, and then order about turbine generation unit 240 (down) and move among the handle 230, shown in Fig. 2 A.At this moment, the moving blade 241 of turbine generation unit 240 fluid (water) that hydraulic giant takes aim at sub 210 inside that can not be subjected to again flowing through impacts, thereby makes moving blade 241 stop operating.Therefore, the 240 meeting generation outages of turbine generation unit, and the hydraulic giant of flowing through is taken aim at the fluid pressure of sub 210 inside and promptly can not reduced because of stopping of turbine generation unit 240, thereby can improve from hydraulic giant and take aim at fluid pressure or the flow that son 210 fluid issuing (end 212) is sprayed, and then can promote the efficient of fire-fighting fire extinguishing.
In addition, in some cases, to take aim at the fluid pressure of sub 210 inside enough powerful and can overcome the elasticity tension of torsion spring 260 time when the hydraulic giant of flowing through, operating personnel can make turbine generation unit 240 be positioned hydraulic giant to take aim among the son 210 needn't continuing to push under the situation that pull trigger 250, thereby can further promote convenience on the fire-fighting fire extinguishing.When the fluid pressure of taking aim at sub 210 inside when the hydraulic giant of flowing through diminishes or the fluid hydraulic giant of no longer flowing through take aim at 210 when inner, turbine generation unit 240 can be moved among the handle 230 by the back stretch (down) that torsion spring 260 is provided.
The 3rd embodiment
See also Fig. 3 A, Fig. 3 B and Fig. 3 C, the tunable fluid-operated lighting device 300 of present embodiment also can be applicable to fire-fighting fire extinguishing, and mainly includes a hydraulic giant and take aim at son 310, a plurality of luminescence component 320, a handle 330, a turbine generation unit 340, a support bar 350, a stationary pipes 360, an axis of rotation 370, a spring 380 and a button 390.
The end 311 that hydraulic giant is taken aim at son 310 can be connected in a fluid supply line (not shown).Similarly, hydraulic giant take aim at the son 310 can be a fire-fighting lance take aim at the son form.
A plurality of luminescence components 320 are to be connected in hydraulic giant to take aim at son 310.More detailed, a plurality of luminescence components 320 can be to be arranged at hydraulic giant to take aim on the other end 312 of son 310.Similarly, luminescence component 320 can be high-brightness LED or bulb etc.
Handle 330 is to be connected in hydraulic giant to take aim at son 310.Among present embodiment, handle 330 is to take aim between the end 311 and end 312 of son 310 at hydraulic giant.In addition, shown in Fig. 3 A and Fig. 3 B, handle 330 has a dividing plate 331.
The axis of rotation 370 is to be arranged among the stationary pipes 360 in the mode that moves, and the axis of rotation 370 is to be connected to support bar 350.
Next the function mode of carrying out fire-fighting fire extinguishing with tunable fluid-operated lighting device 300 is described.
At first, operating personnel or fire fighter can take aim at son 310 with holding the water holding rifle, and hydraulic giant are taken aim at a son fluid of 310 outlet (that is, end 312) aim at the burning things which may cause a fire disaster or the scene of a fire, spray to the burning things which may cause a fire disaster or the scene of a fire so that the hydraulic giant of flowing through is taken aim at a fluid (for example, water) of son 310.
When needing illumination when scene of a fire dark, operating personnel can push button 390 on the other hand.At this, shown in Fig. 3 B, the sawtooth of button 390 ends can touch with four blade saw toe joints of the axis of rotation 370 and the axis of rotation 370 up be promoted, and simultaneously, spring 380 can be compressed, and support bar 350 and turbine generation unit 340 also can up be promoted.When button 390 is pulled to when pushing up most, because the relation of the angle of inclination between sawtooth, the direction landing of can turning left of four sawtooth of the axis of rotation 370, and can the be fixed sawtooth slide rail of pipe 360 inboards of four sawtooth of the axis of rotation 370 blocks.Stationary pipes 360 inboard sawtooth slide rails are at interval design, and paper plate and passage space make button 390 be pressed time a time, can make associated mechanisms by shelves up.As mentioned above, by pushing button 390, turbine generation unit 340 promptly can move to (up) hydraulic giant and take aim among the son 310.At this moment, the moving blade 341 of turbine generation unit 340 can be subjected to flowing through fluid (water) that hydraulic giant takes aim at sub 310 inside impacts and rotates, thereby can make 340 generatings of turbine generation unit produce electric energy.Simultaneously, the electrical energy transfer that turbine generation unit 340 can be produced its generating is taken aim at a plurality of luminescence components 320 on the fluid issuing (end 312) of son 310 to being positioned at hydraulic giant, so that a plurality of luminescence component 320 is luminous.At this, operating personnel can take into account incident lighting in fire extinguishing, thereby can promote security and convenience on the fire-fighting fire extinguishing.
On the other hand, when the scene of a fire is bright and clear or need put out a fire operation with more high fluid pressure or flow the time, operating personnel can push button 390 on the other hand once more.At this, the axis of rotation 370 just can be slipped in the passage, makes turbine generation unit 340, support bar 350, the axis of rotation 370 and button 390 down return to initial point by the back stretch that spring 380 is provided.As mentioned above, by pushing button 390 once more, turbine generation unit 340 promptly can move among the handle 330, as shown in Figure 3A (down).At this moment, the moving blade 341 of turbine generation unit 340 fluid (water) that hydraulic giant takes aim at sub 310 inside that can not be subjected to again flowing through impacts, thereby makes moving blade 341 stop operating.Therefore, the 340 meeting generation outages of turbine generation unit, and the hydraulic giant of flowing through is taken aim at the fluid pressure of sub 310 inside and promptly can not reduced because of stopping of turbine generation unit 340, thereby can improve from hydraulic giant and take aim at fluid pressure or the flow that son 310 fluid issuing (end 312) is sprayed, and then can promote the efficient of fire-fighting fire extinguishing.
The 4th embodiment
See also Fig. 4 A and Figure 14 B, the tunable fluid-operated lighting device 400 of present embodiment can be applicable to fire-fighting fire extinguishing, and mainly includes one first body 410, one second body 420, a plurality of luminescence component 430, a turbine generation unit 440 and a sealing ring 450.
A plurality of luminescence components 430 are to be connected in second body 420.More detailed, a plurality of luminescence components 430 can be to be arranged on the end 421 of second body 420.Similarly, luminescence component 430 can be high-brightness LED or bulb etc.
Next the function mode of carrying out fire-fighting fire extinguishing with tunable fluid-operated lighting device 400 is described.
At first, operating personnel or fire fighter can grip first body 410 or second body 420 with hand, and with the outlet of a fluid of second body 420 (that is, end 421) aims at the burning things which may cause a fire disaster or the scene of a fire, a fluid (for example, water) of first body 410 and second body 420 sprays to the burning things which may cause a fire disaster or the scene of a fire so that flow through.
When needing illumination when scene of a fire dark, operating personnel can relatively rotate first body 410 and second body 420, so that the moving blade 441 of turbine generation unit 440 is exposed to outside the baffle plate 411 of first body 410, shown in the moving blade 441 in the solid line zone among Fig. 4 B.At this moment, the moving blade 441 of turbine generation unit 440 can be subjected to the flowing through fluid (water) of first body 410 and second body, 420 inside impacts and rotates, thereby can make 440 generatings of turbine generation unit produce electric energy.Simultaneously, a plurality of luminescence components 430 of the electrical energy transfer that turbine generation unit 440 can be produced its generating to the fluid issuing that is positioned at second body 420 (end 421) are so that a plurality of luminescence component 430 is luminous.At this, operating personnel can take into account incident lighting in fire extinguishing, thereby can promote security and convenience on the fire-fighting fire extinguishing.
On the other hand, when the scene of a fire is bright and clear or need put out a fire operation with more high fluid pressure or flow the time, after operating personnel can or make fluid stop supplies to the first body 410 and second body 420 earlier under fluid is not flowed through the situation of first body 410 and second body 420 as yet, relatively rotate first body 410 and second body 420, so that the moving blade 441 of turbine generation unit 440 is covered by the baffle plate 411 of first body 410, shown in the moving blade 441 of the dashed region among Fig. 4 B.At this moment, can the do not flowed through fluid (water) of first body 410 and second body, 420 inside of the moving blade 441 of turbine generation unit 440 impacts, thereby makes moving blade 441 be still in the rear of baffle plate 411.Therefore, turbine generation unit 440 can not generate electricity, and the fluid pressure of flow through first body 410 and second body, 420 inside promptly can not reduce because of stopping of moving blade 441, thereby can improve fluid pressure or the flow that the fluid issuing (end 421) from second body 420 is sprayed, and then can promote the efficient of fire-fighting fire extinguishing.
In addition, though present embodiment is to have two moving blades 441 and first body 410 with turbine generation unit 440 to have two baffle plates 411 and do and illustrate, it is not limited thereto.More specifically, according to practical application request, turbine generation unit 440 also can have the baffle plate 411 that more a plurality of moving blades 441 and first body 410 also can have more a plurality of correspondences.For instance, shown in Fig. 4 C, turbine generation unit 440 has the baffle plate 411 that three moving blades 441 and first body 410 have three correspondences.
In sum, the disclosed tunable fluid-operated lighting device of the present invention can move into the turbine generation unit or shift out in hydraulic giant and take aim in the fluid line of son or optionally make fluid impact turbine generation unit in the fluid line according to practical application request.When throwing light on and fluid supply pressure when enough in the scene of a fire, operating personnel can be easily move into hydraulic giant by transfer device with the turbine generation unit and take aim in the fluid line of son or make fluid impact turbine generation unit in the fluid line, so that the turbine generation unit is subjected to fluid impact and the generating of turning round, and then the feasible luminous scene of a fire of illuminating of luminescence component that is electrically connected at the turbine generation unit, to assist fire-fighting fire extinguishing and escape.Otherwise, when fire occurs in bright outdoor location (that is, when operating personnel do not need extra illumination to assist), it only needs easily by transfer device the turbine generation unit to be shifted out in hydraulic giant and takes aim in the fluid line of son or make fluid impulse turbine generating set not in the fluid line, so that tunable fluid-operated lighting device is returned to traditional fluid ejection function, and do not influence any fluid pressure consumption.Therefore, the disclosed tunable fluid-operated lighting device of the present invention can allow operating personnel indiscriminately ad. as one wishes obtain appropriate illumination and fire-extinguishing fluid source in fantastic changeable scene of fire, with the safety that ensures self and companion and improve disaster relief efficient, also can provide the victims of the disaster that fall into the scene of a fire to follow light source and escape from the scene of a fire simultaneously.
Though the present invention is exposed in preferred embodiment; right its is not in order to limit the present invention; any those who familiarize themselves with the technology; without departing from the spirit and scope of the present invention; when can doing a little change and retouching, so protection scope of the present invention is when looking being as the criterion that claim scope of the present invention defined.
Claims (13)
1. a tunable fluid-operated lighting device is characterized in that, comprising:
One hydraulic giant is taken aim at son;
At least one luminescence component is connected in this hydraulic giant and takes aim at son;
One handle is connected in this hydraulic giant and takes aim at son; And
One turbine generation unit, being displaced into this hydraulic giant takes aim between son and this handle, and be electrically connected at this luminescence component, wherein, this turbine generation unit has at least one moving blade, when this turbine generation unit moves to that this hydraulic giant takes aim among the son that so that this moving blade is flowed through this hydraulic giant takes aim at that a fluid of son impacts and when rotating, it is luminous that this luminescence component is ordered about in this turbine generation unit generating, and among this turbine generation unit moves to this handle the time, this moving blade do not flowed through this hydraulic giant take aim at the son this fluid impact so that this turbine generation unit generation outage.
2. tunable fluid-operated lighting device as claimed in claim 1, it is characterized in that, wherein also comprise a rotating handle, be connected in this handle in the mode of rotating and move, and be connected to this turbine generation unit, in order to order about this turbine generation unit be displaced into this hydraulic giant take aim at the son and this handle between.
3. tunable fluid-operated lighting device as claimed in claim 2 is characterized in that, wherein, this handle has an internal thread part, and this rotating handle has an external thread part, and this external thread part is engaged in this internal thread part.
4. tunable fluid-operated lighting device as claimed in claim 2 is characterized in that, comprises also that wherein one pushes bar, is connected to this rotating handle and is connected in this turbine generation unit.
5. tunable fluid-operated lighting device as claimed in claim 2 is characterized in that, wherein also comprises at least one elastic parts, is connected between this turbine generation unit and this handle, in order to provide back stretch in this turbine generation unit.
6. tunable fluid-operated lighting device as claimed in claim 1, it is characterized in that, wherein also comprise a trigger, be connected in this handle in the mode of rotating, and be connected in this turbine generation unit, in order to order about this turbine generation unit be displaced into this hydraulic giant take aim at the son and this handle between.
7. tunable fluid-operated lighting device as claimed in claim 6 is characterized in that, wherein also comprises a torsion spring, is connected between this trigger and this handle, in order to provide back stretch in this trigger.
8. tunable fluid-operated lighting device as claimed in claim 1, it is characterized in that, wherein also comprise a support bar, one stationary pipes, one axis of rotation, one spring and a button, wherein, this handle has a dividing plate, this turbine generation unit is arranged on this dividing plate, this support bar is arranged among this dividing plate, and be connected in this turbine generation unit, this stationary pipes is arranged under this dividing plate, this axis of rotation is arranged among this stationary pipes in the mode that moves, and be connected to this support bar, this spring is arranged on this support bar, and is connected between this dividing plate and this axis of rotation, and this button is connected in this axis of rotation, is displaced into this hydraulic giant and takes aim between son and this handle in order to order about this turbine generation unit.
9. tunable fluid-operated lighting device as claimed in claim 1 is characterized in that, wherein, this moving blade can be radial, impact type or axial--flow blading.
10. a tunable fluid-operated lighting device is characterized in that, comprising:
One first body has at least one baffle plate;
One second body is communicated in this first body in the mode of rotating;
At least one luminescence component is connected in this second body; And
One turbine generation unit, be arranged among this second body, and be electrically connected at this luminescence component, wherein, this turbine generation unit has at least one moving blade, this moving blade is adjacent to this baffle plate, and optionally covered by this baffle plate, when this first body and this second body relatively rotate so that this moving blade when being exposed to outside this baffle plate, a flowed through fluid of this first body and this second body of this moving blade impacts and rotates, so that this luminescence component is ordered about in the generating of this turbine generation unit is luminous, and relatively rotate so that this moving blade when being covered when this first body and this second body by this baffle plate, do not flowed through this fluid impact of this first body and this second body of this moving blade is so that this turbine generation unit generation outage.
11. tunable fluid-operated lighting device as claimed in claim 10 is characterized in that, wherein also comprises a sealing ring, is arranged between this first body and this second body.
12. tunable fluid-operated lighting device as claimed in claim 10 is characterized in that, wherein, this first body overlaps in the central shaft of this fluid flow direction with this second body in the central shaft of this fluid flow direction.
13. tunable fluid-operated lighting device as claimed in claim 10 is characterized in that, wherein, this moving blade is an axial--flow blading.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2008101298807A CN101655230B (en) | 2008-08-19 | 2008-08-19 | Tunable fluid-operated lighting device |
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| Application Number | Priority Date | Filing Date | Title |
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| CN2008101298807A CN101655230B (en) | 2008-08-19 | 2008-08-19 | Tunable fluid-operated lighting device |
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| CN101655230A CN101655230A (en) | 2010-02-24 |
| CN101655230B true CN101655230B (en) | 2011-06-01 |
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Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6036333A (en) * | 1999-05-04 | 2000-03-14 | Spiller; Andrew | Water faucet generated emergency lighting system |
| US6116520A (en) * | 1998-05-13 | 2000-09-12 | Shilla Fire Equipment Co., Ltd. | Fire-fighting nozzle having flash |
| CN1991242A (en) * | 2005-12-29 | 2007-07-04 | 财团法人工业技术研究院 | Fluid-actuated illuminating apparatus |
-
2008
- 2008-08-19 CN CN2008101298807A patent/CN101655230B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6116520A (en) * | 1998-05-13 | 2000-09-12 | Shilla Fire Equipment Co., Ltd. | Fire-fighting nozzle having flash |
| US6036333A (en) * | 1999-05-04 | 2000-03-14 | Spiller; Andrew | Water faucet generated emergency lighting system |
| CN1991242A (en) * | 2005-12-29 | 2007-07-04 | 财团法人工业技术研究院 | Fluid-actuated illuminating apparatus |
Non-Patent Citations (1)
| Title |
|---|
| JP特开2005-278902A 2005.10.13 |
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| CN101655230A (en) | 2010-02-24 |
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