CN201265855Y - Temperature control lamp for self-power generation water-discharging apparatus - Google Patents
Temperature control lamp for self-power generation water-discharging apparatus Download PDFInfo
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- CN201265855Y CN201265855Y CNU2008201886274U CN200820188627U CN201265855Y CN 201265855 Y CN201265855 Y CN 201265855Y CN U2008201886274 U CNU2008201886274 U CN U2008201886274U CN 200820188627 U CN200820188627 U CN 200820188627U CN 201265855 Y CN201265855 Y CN 201265855Y
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Abstract
The utility model relates to a temperature control lamp of a self-electrifying water outlet device, in particular to a temperature control lamp which comprises a temperature sensing unit and a self-electrifying unit that are connected with each other; in addition, the electric energy produced by the self-electrifying unit is supplied to the temperature sensing unit for working, the temperature sensing unit and the self-electrifying unit are connected with each other, and the temperature sensing unit comprises a temperature inductor, an illuminating unit and a control circuit board; in addition, the temperature inductor and the illuminating unit are respectively connected with the control circuit board. With the self-electrifying unit, the utility model has the effects of energy saving, safety and environment protection.
Description
Technical field:
The utility model relates to a kind of luminous lamp body, be meant a kind of temperature control lamp that comprises temperature sensing unit and self power generation unit especially, its this self power generation unit is connected with this temperature sensing unit again, and the electric energy that this self power generation unit takes place is supplied this temperature sensing unit work, this temperature sensing unit is connected with this self power generation unit, it comprises temperature inductor, luminescence unit and control circuit board, and this temperature inductor and this luminescence unit are connected with this control circuit board respectively.
Background technology:
As everyone knows, regular self-cleaning is a kind of habits and customs of people, the mode that regularly adopts bathing or have a shower is carried out self-cleaning not only can make human body keep clean, simultaneously can avoid various dermopathic generations, and people are in bathing or must be by certain Bath utensil when having a shower, development along with society, various Bath utensils occur in a large number, and in these Bath utensils, especially be subjected to numerous users' attention the most with water heater with bathing, bathing is to utilize combustion gas or the instant heating of electric power from the current that wherein flow through with the groundwork principle of water heater, and reaches the purpose that makes things convenient for user's bathing with hot water for the user provides bathing immediately.
Yet, when the user utilizes aforesaid bathing to carry out bathing with water heater, outside current at first need to flow in this water heater, then, by of the heating action of this water heater to these current, make the temperature increase of these current, then in this water heater, flow out, and the current that flow out are because the action of this water heater heating, the temperature of itself is got a promotion, provide the purpose of bathing with hot water to be reached for the user, but in such process, the instant situation about changing of the temperature of the hot water that the user can not perception be flowed out, have only when this hot water is sprayed on user's health, the user just may discover to some extent to the water temperature of this hot water, still, this this hot water temperature's of perception mode is very dangerous, the situation that the user is scalded in bathing often occurs.
According to aforesaid situation, occurred on the market now some can the instant playback bathing with the water heater of current temperature in the water heater, these water heaters mainly all are to have set up some temperature sense parts in portion's structure within it, immediately respond to the temperature of its water flow inside by such temperature sense parts, then pass through temperature indicating device, its temperature is outwards transmitted with the form of data signal, to reach the purpose that makes the user can hold its bathing water temperature.But, with regard to people's daily understanding, general bathing with water heater all be device in the outside, bathroom, and the user carries out bathing in inside, bathroom.Though so the mode of above-mentioned this displays temperature has overcome the hidden danger of bathing safety from the surface, in the concrete use of user, its effect is not the best.
A kind of bathing water injector temperature inside display unit that is arranged on has appearred in the development along with technology again, include light source and temperature sensing device in its structure, can be at first when hot water flows out in this water injector by the temperature of these temperature sensing device sensing current, and the temperature signal that this temperature sensing device senses is converted to light signal by this light source, this light signal is played up this current, to reach the situation that the user can sense the current variations in temperature intuitively, but its inside of such temperature indicating device must need to be provided with the supply of electric power structure to reach the purpose of this light source of driven by power and this temperature sensing device work, but such supply of electric power structure tends to occur electric leakage when using or because many situations such as long generation outages service time in that the user is concrete, and this is the major defect for this temperature indicating device.
Summary of the invention:
The utility model provides a kind of self power generation discharging device temperature control lamp, it structurally comprises the self power generation structure, thereby reach the structure that the utility model does not structurally comprise any other power supplies of outside, thereby simplify overall structure greatly, and this is to be main purpose of the present utility model.
The utility model provides a kind of self power generation discharging device temperature control lamp, it structurally comprises the self power generation structure, the utility model is arranged in the discharging device, have only when having current to flow through in this discharging device, this self power generation structure is just worked, drive other part actions of the utility model simultaneously, and this self power generation structure is in off working state when not having current to flow through in this discharging device, make other parts of the utility model also be in off working state simultaneously, make by such structural design and the utlity model has saves energy, the effect of safety and environmental protection, and this is to be a purpose more of the present utility model.
To achieve these goals, the technology side that the utility model adopts is: a kind of self power generation discharging device temperature control lamp, it comprises temperature sensing unit and self power generation unit, this self power generation unit is connected with this temperature sensing unit, and the electric energy that this self power generation unit takes place is supplied this temperature sensing unit work.
This self power generation discharging device temperature control lamp is arranged in the discharging device, when having current to flow through in this discharging device, simultaneously because these current must be just can flow in this discharging device by certain pressure effect, so when these current flow through in this discharging device, the mobilization power of these current must act on this self power generation discharging device temperature control lamp that is arranged in this discharging device, further, act on especially on the self power generation unit of this self power generation discharging device temperature control lamp, this moment, this self power generation unit action also produces electric power, and with this electric power transfer to this temperature sensing unit, and drive the action of this temperature sensing unit.
And when not having current to flow through in this discharging device, this self power generation unit is in off working state, so this self power generation discharging device temperature control lamp also is in off working state.
Again, this self power generation unit comprises water wheels and generator, and wherein, these water wheels are to be connected in the rotating shaft of this generator, and these water wheels comprise some blades.
Further, this self power generation unit also comprises inlet damper and sealing plate, wherein, this inlet damper is corresponding with these water wheels, offer some inlet openings on it, the sealing plate is to connect to be arranged between these water wheels and this generator, and these water wheels and this generator are kept apart.
This temperature sensing unit is connected with this self power generation unit, and it comprises temperature inductor, luminescence unit and control circuit board, and this temperature inductor and this luminescence unit are connected with this control circuit board respectively.
Wherein, this temperature inductor comprises the temperature sense head, and this luminescence unit comprises some light sources, the LED lamp that some these light sources are different colours.
This control circuit board is connected with this self power generation unit, it comprises generator circuit and temperature-control circuit, wherein, this generator circuit is connected with this generator, and this temperature-control circuit is connected with this temperature inductor and this luminescence unit respectively.
Further, this self power generation discharging device temperature control lamp also comprises main casing, and this main casing has an inner chamber, and this temperature sensing unit and this self power generation unit are to be successively set in the inner chamber of this main casing.
Again, this self power generation discharging device temperature control lamp also comprises decorative shell, and this decorative shell is set in this main casing outside.
The beneficial effects of the utility model are, because a kind of self power generation discharging device of the utility model temperature control lamp, it structurally comprises temperature sensing unit and self power generation unit, this self power generation unit is connected with this temperature sensing unit, and the electric energy that this self power generation unit takes place is supplied this temperature sensing unit work, this temperature sensing unit is connected with this self power generation unit, it comprises temperature inductor, luminescence unit and control circuit board, and this temperature inductor and this luminescence unit are connected with this control circuit board respectively.Because himself have the self power generation unit, so it has the effect of saves energy, safety and environmental protection.
Description of drawings:
Fig. 1 is the schematic diagram that is arranged in the discharging device of the present utility model;
Fig. 2 is an electrical block diagram of the present utility model;
Fig. 3 is a perspective view of the present utility model.
The specific embodiment:
(as Fig. 1 to Fig. 3) a kind of self power generation discharging device temperature control lamp 10, it comprises temperature sensing unit 20 and self power generation unit 30, this self power generation unit 30 is connected with this temperature sensing unit 20, and the electric energy that this self power generation unit 30 takes place is supplied this temperature sensing unit 20 work.
As Fig. 1, this self power generation discharging device temperature control lamp 10 is arranged among the discharging device A, when having current B to flow through among this discharging device A, just can flow among this discharging device A by certain pressure effect owing to these current B simultaneously, so when these current B flows through in this discharging device A, the mobilization power of these current B must act on this self power generation discharging device temperature control lamp 10 that is arranged among this discharging device A, further, act on especially on the self power generation unit 30 of this self power generation discharging device temperature control lamp 10, this moment, these self power generation unit 30 actions also produce electric power, and with this electric power transfer to this temperature sensing unit 20, and drive 20 actions of this temperature sensing unit.
And when not having current to flow through among this discharging device A, this self power generation unit 30 is in off working state, so this self power generation discharging device temperature control lamp 10 also is in off working state.
As Fig. 2,3, again, this self power generation unit 30 comprises water wheels 31 and generator 32, and wherein, these water wheels 31 are to be connected in the rotating shaft of this generator 32, and these water wheels 31 comprise some blades 311.
Further, this self power generation unit 30 also comprises inlet damper 33 and sealing plate 34, wherein, this inlet damper 33 is corresponding with these water wheels 31, offer some inlet openings 331 on it, sealing plate 34 is to connect to be arranged between these water wheels 31 and this generator 32, and these water wheels 31 are kept apart with this generator 32.
This temperature sensing unit 20 is connected with this self power generation unit 30, and it comprises temperature inductor 21, luminescence unit 22 and control circuit board 23, and this temperature inductor 21 and this luminescence unit 22 are connected with this control circuit board 23 respectively.
Wherein, this temperature inductor 21 comprises temperature sense head 211, and this luminescence unit 22 comprises some light sources 221, the LED lamp that some these light sources 221 are different colours.
This control circuit board 23 is connected with this self power generation unit 30, it comprises generator circuit 231 and temperature-control circuit 232, wherein, this generator circuit 231 is connected with this generator 32, and this temperature-control circuit 232 is connected with this temperature inductor 21 and this luminescence unit 22 respectively.
Further, this self power generation discharging device temperature control lamp 10 also comprises main casing 40, and this main casing 40 has an inner chamber, and this temperature sensing unit 20 and this self power generation unit 30 are to be successively set in the inner chamber of this main casing 40.
Again, this self power generation discharging device temperature control lamp 10 also comprises decorative shell 50, and this decorative shell 50 is set in this main casing 40 outsides.
The utility model is in action, when having current B to flow through among this discharging device A, in these current B flows through the process of this self power generation discharging device temperature control lamp 10, these current B drives these water wheels 31 of this self power generation unit 30 and drives these water wheels 31 and rotates, then, these water wheels 31 drive this generator 32 actions, and generation electric energy, this electric energy transfers to this temperature sensing unit 20, the temperature of these these current of temperature inductor 21 sensings B of this temperature sensing unit 20, and this temperature signal is converted to optical signal by this luminescence unit 22 emits, this optical signal is played up these current B that crosses in this discharging device A, when these current B is flowed out in this discharging device A, have different colors, again because the light launched of luminescence unit 22 can be according to the actual temp of these current B and difference, so, can make the user experience these current B variation of temperature intuitively by such mode.
Claims (7)
1. a self power generation discharging device temperature is controlled lamp, it is characterized in that: it comprises temperature sensing unit and self power generation unit, this self power generation unit is connected with this temperature sensing unit, and the electric energy that this self power generation unit takes place is supplied this temperature sensing unit work, this temperature sensing unit is connected with this self power generation unit, it comprises temperature inductor, luminescence unit and control circuit board, and this temperature inductor and this luminescence unit are connected with this control circuit board respectively.
2. the control of a kind of self power generation discharging device temperature described in claim 1 lamp, it is characterized in that: this self power generation unit comprises water wheels and generator, and wherein, these water wheels are to be connected in the rotating shaft of this generator, and these water wheels comprise some blades.
3. a kind of self power generation discharging device temperature described in claim 2 is controlled lamp, it is characterized in that: this self power generation unit also comprises inlet damper and sealing plate, wherein, this inlet damper is corresponding with these water wheels, offer some inlet openings on it, the sealing plate is to connect to be arranged between these water wheels and this generator, and these water wheels and this generator are kept apart.
4. a kind of self power generation discharging device temperature described in claim 3 is controlled lamp, and it is characterized in that: this temperature inductor comprises the temperature sense head, and this luminescence unit comprises some light sources, the LED lamp that some these light sources are different colours.
5. a kind of self power generation discharging device temperature described in claim 4 is controlled lamp, it is characterized in that: this control circuit board is connected with this self power generation unit, it comprises generator circuit and temperature-control circuit, wherein, this generator circuit is connected with this generator, and this temperature-control circuit is connected with this temperature inductor and this luminescence unit respectively.
6. a kind of self power generation discharging device temperature described in claim 1 is controlled lamp, it is characterized in that: this self power generation discharging device temperature control lamp also comprises main casing, this main casing has an inner chamber, and this temperature sensing unit and this self power generation unit are to be successively set in the inner chamber of this main casing.
7. a kind of self power generation discharging device temperature described in claim 6 is controlled lamp, it is characterized in that: this self power generation discharging device temperature control lamp also comprises decorative shell, and this decorative shell is set in this main casing outside.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008201886274U CN201265855Y (en) | 2008-08-15 | 2008-08-15 | Temperature control lamp for self-power generation water-discharging apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008201886274U CN201265855Y (en) | 2008-08-15 | 2008-08-15 | Temperature control lamp for self-power generation water-discharging apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201265855Y true CN201265855Y (en) | 2009-07-01 |
Family
ID=40832223
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2008201886274U Expired - Fee Related CN201265855Y (en) | 2008-08-15 | 2008-08-15 | Temperature control lamp for self-power generation water-discharging apparatus |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201265855Y (en) |
-
2008
- 2008-08-15 CN CNU2008201886274U patent/CN201265855Y/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20090701 Termination date: 20120815 |