CN201391851Y - Digitally-coded and remotely-controlled lamp with illumination and heating functions - Google Patents
Digitally-coded and remotely-controlled lamp with illumination and heating functions Download PDFInfo
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- CN201391851Y CN201391851Y CN200920101763U CN200920101763U CN201391851Y CN 201391851 Y CN201391851 Y CN 201391851Y CN 200920101763 U CN200920101763 U CN 200920101763U CN 200920101763 U CN200920101763 U CN 200920101763U CN 201391851 Y CN201391851 Y CN 201391851Y
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Abstract
The utility model provides a digitally-coded and remotely-controlled lamp with illumination and heating functions. The scheme of the utility model is as follows: the lamp comprises a remote controller, a manual switch, a lamp post, a lamp holder, a bulb and an illumination control circuit and is also provided with a lampshade made of heating carbon fiber, wherein the lampshade is connected in a thermoelectric loop; and the thermoelectric loop of the lampshade is provided with a lampshade thermoelectricity control circuit which is combined with the illumination control circuit and then arranged in the lamp holder and the remote controller. Being made of graphite carbon fiber, the lampshade can heat, achieves the electric energy conversion rate of more than 97 percent and realizes uniform heating, good safety performance and convenient use. The lamp which is remotely and manually controlled adopts a working mode that manual operation is combined with high-frequency coding carriers so that the turning-on and the turning-off statuses of the lamp can be manually controlled or distantly controlled by a remote controller.
Description
Technical field
The utility model relate to a kind of adopt digital coding remote control, can the dual-purpose light fixture of illuminating and heating, belong to technical field of lamps.
Background technology
In people's daily life, the use of various light fixtures is very general, and the light fixture of family and office space use at present mainly is a wall key switch light fixture, and the part touch type lamp is also arranged.These light fixtures are must be by user's touch controls in opening and closing, and inconvenience so under many circumstances just seems.The one,, when the big or range switch in room is far away the user has just not too been made things convenient for; Secondly, handicapped in the family old man's switch light fixture is just difficult more; Have again, for also very inconvenient when the night's rest intermediate demand is turned on light or turned off the light.Therefore, exploitation can remote control, manual light fixture is that manufacturer satisfies various different crowd needs and the task of should bearing.The applicant once disclosed the light fixture that can remote control uses of China Patent No. 200520023761.5 and 200620023444.8, was subjected to consumers in general's welcome.But existing at present light fixture function ratio is more single, only has illumination functions, and does not have other function.And traditional electric heater of selling on the market also is the simple function product, and traditional electric heater is lower to the conversion ratio of electric energy, has wasted the energy, and is idle later season in heating, also will occupy very large space.
Summary of the invention
Technical problem to be solved in the utility model provides a kind of easy to use, good reliability, has the digital coding remote control dual-purpose lamp for illuminating and heating of illumination and heating dual-use function.
The scheme that solves the problems of the technologies described above is:
A kind of digital coding remote control dual-purpose lamp for illuminating and heating, it comprises remote controller, hand switch, lamp stand, lamp socket, bulb and illumination control circuit, lighting remote controlled signal emission part is installed in remote controller, hand switch is connected with lighting remote controlled signal receive section and is combined in the illumination control circuit, hand switch is installed on the lamp socket, be installed in the lamp socket in the illumination control circuit, its improvements are: the lampshade that its useful heating carbon fiber is made, lampshade is connected in the thermoelectric loop, the thermoelectric control circuit of lampshade is arranged in the thermoelectric loop of lampshade, thermoelectric control circuit of lampshade and illumination control circuit are combined, are installed in lamp socket and the remote controller.
Described digital coding remote control dual-purpose lamp for illuminating and heating, described Lamp shade holder is provided with the lampshade plug, and the end of lamp stand is provided with the lampshade socket, when Lamp shade holder is installed on the lamp stand and thermoelectric circuit communication.
Above-mentioned digital coding remote control dual-purpose lamp for illuminating and heating, there are lampshade hand switch, lampshade remote control to open signal emission part, lampshade remote signal receiving unit in the thermoelectric control circuit of described lampshade, signal emission part is opened in the lampshade remote control and lighting remote controlled signal emission part is combined, be installed in the remote controller, lampshade hand switch, lampshade remote signal receiving unit and hand switch and lighting remote controlled signal receive section are combined, be installed on the lamp socket and lamp socket in.
Above-mentioned digital coding remote control dual-purpose lamp for illuminating and heating, the thermoelectric control circuit of described lampshade and the combinational circuit of illumination control circuit are by rectification circuit, filter circuit of pressure-stabilizing, bleeder circuit, receiving circuit, decoding circuit, the gauge tap circuit, difference channel, heating and lighting circuit, manual switch circuit is formed, rectification circuit, filter circuit of pressure-stabilizing and bleeder circuit are linked in sequence, bleeder circuit is connected with the gauge tap circuit with receiving circuit respectively, receiving circuit connects difference channel again by decoding circuit, difference channel connects the gauge tap circuit, and the gauge tap circuit is taken over moving on-off circuit respectively, heating and lighting circuit.
Above-mentioned gauge tap circuit comprises triode T1, T4, relay J 1, J2, the colelctor electrode of triode T1, T4 connects bleeder circuit by the coil of relay J 1, J2, the base stage of T1, T4 connects difference channel, and normally opened contact K1, the K2 central point of relay J 1, J2 are connected in the manual switch circuit respectively.
Above-mentioned difference channel comprises triode T2, T3, T5, T6, the colelctor electrode of triode T2, T3 connects, the colelctor electrode of triode T5, T6 connects, and connects filter circuit of pressure-stabilizing respectively, and the base stage of triode T3, T6 connects the triode T1 of gauge tap circuit, the base stage of T4 respectively.
The utility model adopts exothermic material to make lampshade, and this lampshade is avoided entering of dust except protecting light source; also have heating function concurrently; and carbon fiber energising heating, the conversion ratio of electric energy up to more than 97%, is improved energy utilization rate about 35% than common electric energy heating system.And heating evenly, and its security is good, and human body touches lampshade, can not cause the danger of scalding and getting an electric shock, and is easy to use.The light fixture of this remote manual control control, adopted the working method of manual and high-frequency coding carrier wave, can use manually opened and shutoff, also control at a distance and open and turn-off with remote controller, the function that can open illumination and heating season simultaneously in the needs heating, when need not to throw light on, use heating function separately; When need not to warm oneself, use illumination functions separately.Need not repeat to take up an area of, convenient and energy-saving, practical reliable is adapted at office space, hotel and vast family and promotes the use of.Especially do not have winter in south heating installation and north of china in winter before heating gas and the cold conditions of the following period of time weather after stopping heating installation be very practical, can satisfy the demand in market.
Description of drawings
Fig. 1 is a structural representation of the present utility model
Fig. 2 is the partial enlarged drawing of Fig. 1
Fig. 3 is the utility model dual-purpose lamp remote controller schematic diagram
Fig. 4 is a principle schematic of the present utility model
Fig. 5 is a schematic block circuit diagram of the present utility model
Fig. 6 is circuit theory diagrams of the present utility model
Mark is as follows among the figure:
1, remote controller 2, hand switch 3, lamp socket 4, lamp stand 5, bulb 6, lampshade 7, rectification circuit 8, filter circuit of pressure-stabilizing 9, bleeder circuit 10, receiving circuit 11, decoding circuit 12, gauge tap circuit 13, difference channel 14, heating and lighting circuit 15, manual switch circuit 16, lampshade socket 17, lampshade plug 18, Lamp shade holder
The specific embodiment
Fig. 1,2,3, the 4th, structural representation of the present utility model and theory diagram.Main innovate point of the present utility model is to adopt heat sink material making lampshade 6 and make up control with lighting circuit, give the lighting heating function, the embodiment that the utility model provides includes but not limited to the lampshade that carbon fibre fabric is made, and can comprise also that other ornaments except illumination all can be used as heat dissipation element in the light fixture to make up control with it.
In actual applications, can control illumination or heating respectively by remote control or manual mode, as we can see from the figure, the remote controller 1 of digital coding dual-purpose lamp for illuminating and heating separates with light fixture, two buttons of A, B can be controlled the switch of illumination one bulb 5 and the lampshade 6 of warming oneself respectively on the remote controller, Lamp shade holder 18 is provided with lampshade plug 17, and the end of lamp stand 2 is provided with lampshade socket 16, when Lamp shade holder 18 is installed on the lamp stand 2 and thermoelectric circuit communication.Remote signal receiving unit and whole control circuit are installed in the lamp socket 3, are connected in the luminous loop of light fixture, and it and hand switch 2 adopt parallel waies jointly light fixture to be implemented control.
Fig. 4 is the block diagram of digital coding remote control dual-purpose lamp for illuminating and heating circuit.Show among the figure that the thermoelectric control circuit of lampshade and the combinational circuit of illumination control circuit are made up of rectification circuit 7, filter circuit of pressure-stabilizing 8, bleeder circuit 9, receiving circuit 10, decoding circuit 11, gauge tap circuit 12, difference channel 13, heating and lighting circuit 14, manual switch circuit 15.Rectification circuit 7, filter circuit of pressure-stabilizing 8 and bleeder circuit 9 are linked in sequence, bleeder circuit 9 is connected with control circuit 12 with receiving circuit 10 respectively, receiving circuit 10 connects difference channel 13 again by decoding circuit 11, difference channel 13 connection control circuits 12, control circuit 12 are taken over moving on-off circuit 15, heating and lighting circuit 14 respectively.
Fig. 5 is the circuit theory diagrams of illuminating and heating control combination circuit of the present utility model.
Filter circuit of pressure-stabilizing 8 carries out voltage stabilizing by Zener diode D5, resistance R 2, and capacitor C 2, C3 carry out filtering, export to bleeder circuit 9 then.
DC voltage after bleeder circuit 9 rectifications forms bleeder circuit by three-terminal voltage-stabilizing U1, U4, U5, supply with receiving circuit 10, decoding circuit 11, difference channel 13 respectively by three-terminal voltage-stabilizing U1, operating voltage is provided, and three-terminal voltage-stabilizing U4, U5 supply with the operating voltage of gauge tap circuit respectively.
Receiving circuit 10 is the remote control receiving units that transmit, and this part circuit has adopted the application's the remote control in first to file to transmit and accepted part, does not repeat them here.
K3, K4 are hand switches in the manual switch circuit 15, and the manually realization of control function is used to throw light on, warms oneself.D11, D10 are light emitting diodes, D11 and resistance R 24.D10 and resistance R 23 are finished the indication of illuminating and heating duty respectively.
Referring to Fig. 4 the course of work of the present utility model is described, b1, c1, e1 among the figure ... marked in the drawings Deng the some position, A key, B key are the illumination on the remote controller and the button of heating, and this circuit is that the output that utilizes two button A, B to control two paths of signals respectively is independent of each other, and does not disturb mutually.Two buttons can be pressed simultaneously, any button can be arbitrarily pressed; Order, i.e. arbitrarily control in no particular order.4 states of remote controller work are described respectively below:
State 1: when pressing the A key, i.e. the state that the corresponding a of unlatching illumination is ordered is 1, when promptly just having pressed the A key, the b1 dotted state is 0, and the state that c1 is ordered is 1, the e1 point) state is 0, T1 conducting, the state that c2 is ordered are 0, and the b2 point voltage is 0.7v, the e2 dotted state is 0, and then T2 ends, and the state that c3 is ordered is 1, the state that e3 is ordered is 0, the b3 dotted state is 0, the T3 conducting, and relay J 1 work has output.The state of ordering as a is 0, and when promptly discharging the A key, the b1 point voltage is 0.7v, the state that c1 is ordered is 0, and the e1 dotted state is 0, and T1 ends, the state that c2 is ordered is 1, and the b2 dotted state is 0, and the e2 dotted state is 0, then T2 conducting, the state that c3 is ordered is 0, and the state that e3 is ordered is 0, and the b3 point voltage is 0.7v, T3 ends, relay J 1 no-output of not working.
In like manner: when pressing the B key, promptly open heating.The state that corresponding b is ordered is 1, and when promptly just having pressed the B key, the b4 dotted state is 0, the state that c4 is ordered is 1, and the e4 dotted state is 0, the T4 conducting, the state that c5 is ordered is 0, and the b5 point voltage is 0.7v, and the e5 dotted state is 0, T5 ends, the state that c6 is ordered is 1, and the state that e6 is ordered is 0, and the b6 dotted state is 0, the T6 conducting, relay J 2 work have output.The state of ordering as b is 0, and when promptly discharging the B key, the b4 point voltage is 0.7v, the state that c4 is ordered is 0, and the e4 dotted state is 0, and T5 ends, the state that c5 is ordered is 1, and the b5 dotted state is 0, and the e5 dotted state is 0, then T5 conducting, the state that c6 is ordered is 0, and the state that e6 is ordered is 0, and the b6 point voltage is 0.7v, T6 ends, relay J 2 no-output of not working.
State 2: when pressing the A key once more, promptly turn off illumination.The state of ordering as a is 1, and when promptly just having pressed the A key, the b1 point voltage is 0.7v, the state that c1 is ordered is 0, and the e1 dotted state is 0, and T1 ends, the state that c2 is ordered is 1, and the b2 dotted state is 0, and the e2 dotted state is 0, then T2 conducting, the state that c3 is ordered is 0, and the state that e3 is ordered is 0, and the b3 point voltage is 0.7v, T3 ends, relay J 1 no-output of not working.The state of ordering as a is 0, and when promptly discharging the A key, the b1 dotted state is 0, the state that c1 is ordered is 1, and the e1 dotted state is 0, the T1 conducting, the state that c2 is ordered is 0, and the b2 point voltage is 0.7v, and the e2 dotted state is 0, then T2 ends, the state that e3 is ordered is 0, and the state that c3 is ordered is 0, and the b3 dotted state is 0, T3 conducting, relay J 1 no-output of not working.
In like manner: when pressing the B key once more, promptly turn off heating.The state that corresponding b is ordered is 1, and when promptly just having pressed the B key, the b4 point voltage is 0.7v, the state that c4 is ordered is 0, and the e4 dotted state is 0, and T4 ends, the state that c5 is ordered is 1, and the b5 dotted state is 0, and the e5 dotted state is 0, then T2 conducting, the state of c6 is 0, and the state of e6 is 0, and b6 voltage is 0.7v, T6 ends, relay J 2 no-output of not working.The state of ordering as b is 0, and when promptly discharging the B key, the b4 dotted state is 0, the state that c4 is ordered is 1, and the e4 dotted state is 0, the T4 conducting, the state that c5 is ordered is 0, and the b5 point voltage is 0.7v, and the e5 dotted state is 0, then T5 ends, the state that e6 is ordered is 0, and the state that c6 is ordered is 0, and the b6 state is 0, T6 conducting, relay J 2 no-output of not working.
The closure and the disconnection that come control relay J1 normally opened contact K1 with button A, and then the output 0 of control circuit has no signal.Come closure and the disconnection of control relay J2 normally opened contact K2 with button B.And then the output 1 of control circuit has no signal.(annotate: this circuit is that the output that utilizes two buttons to control two paths of signals respectively is independent of each other, and does not disturb mutually.Two buttons can be pressed simultaneously, any button can be arbitrarily pressed; Order, i.e. arbitrarily control in no particular order.)
State 3: when closed hand switch K3, output 0 has signal; When disconnecting hand switch K3, export 0 no signal, controlling output 0 with hand switch K3 has no signal.
State 4: when closed hand switch K4, output 0 has signal; When disconnecting hand switch K4, export 0 no signal.Control output 0 with hand switch K4 no signal is arranged.
Above-mentioned state 3 or state 4 circuit also are that the output that utilizes two hand switches to control two paths of signals respectively is independent of each other, and do not disturb mutually.Two hand switches can be pressed simultaneously, any switch can be arbitrarily pressed; Order, i.e. arbitrarily control in no particular order.
Foregoing description only proposes as the enforceable technical scheme of the utility model digital coding remote control dual-purpose lamp for illuminating and heating, not as the single restrictive condition to its structure itself.
Claims (6)
1, a kind of digital coding remote control dual-purpose lamp for illuminating and heating, it comprises remote controller (1), hand switch (2), lamp socket (3), lamp stand (4), bulb (5) and illumination control circuit, in remote controller (1), lighting remote controlled signal emission part is installed, hand switch (2) is connected with lighting remote controlled signal receive section and is combined in the illumination control circuit, hand switch (2) is installed on the lamp socket (3), be installed in the illumination control circuit in the lamp socket (3), it is characterized in that: the lampshade (6) that its useful exothermic material is made, lampshade (6) is connected in the thermoelectric loop, the thermoelectric control circuit of lampshade is arranged in the thermoelectric loop of lampshade (6), thermoelectric control circuit of lampshade and illumination control circuit are combined, are installed in lamp socket (3) and the remote controller (1).
2, digital coding remote control dual-purpose lamp for illuminating and heating according to claim 1, it is characterized in that: described lampshade is that Lamp shade holder (18) is provided with lampshade plug (17), the end of lamp stand (2) is provided with lampshade socket (16), when Lamp shade holder (18) is installed on the lamp stand (2) and thermoelectric circuit communication.
3, digital coding remote control dual-purpose lamp for illuminating and heating according to claim 1, it is characterized in that: have lampshade hand switch, lampshade remote control to open signal emission part, lampshade remote signal receiving unit in the thermoelectric control circuit of described lampshade (6), signal emission part is opened in the lampshade remote control and lighting remote controlled signal emission part is combined, be installed in the remote controller (1), lampshade hand switch, lampshade remote signal receiving unit and hand switch (2) and lighting remote controlled signal receive section are combined, be installed in that lamp socket (3) is gone up and lamp socket (3) in.
4, digital coding remote control dual-purpose lamp for illuminating and heating according to claim 3, it is characterized in that: above-mentioned digital coding remote control dual-purpose lamp for illuminating and heating, the thermoelectric control circuit of described lampshade (6) and the combinational circuit of illumination control circuit are by rectification circuit (7), filter circuit of pressure-stabilizing (8), bleeder circuit (9), receiving circuit (10), decoding circuit (11), gauge tap circuit (12), difference channel (13), heating and lighting circuit (14), manual switch circuit (15) is formed, rectification circuit (7), filter circuit of pressure-stabilizing (8) and bleeder circuit (9) are linked in sequence, bleeder circuit (9) is connected with gauge tap circuit (12) with receiving circuit (10) respectively, receiving circuit (10) connects difference channel (13) again by decoding circuit (11), difference channel (13) connects gauge tap circuit (12), and gauge tap circuit (12) is taken over moving on-off circuit (15) respectively, heating and lighting circuit (14).
5, digital coding remote control dual-purpose lamp for illuminating and heating according to claim 3, it is characterized in that: above-mentioned gauge tap circuit (12) comprises triode T1, T4, relay J 1, J2, the colelctor electrode of triode T1, T4 connects bleeder circuit (9) by the coil of relay J 1, J2, the base stage of T1, T4 connects difference channel (13), and the normally opened contact K1 of relay J 1, J2, K2 central point are connected on respectively in the manual switch circuit (15).
6, digital coding remote control dual-purpose lamp for illuminating and heating according to claim 4, it is characterized in that: above-mentioned difference channel (13) comprises triode T2, T3, T5, T6, the colelctor electrode of triode T2, T3 connects, the colelctor electrode of triode T5, T6 connects, and connecing filter circuit of pressure-stabilizing (8) respectively, the base stage of triode T3, T6 connects the triode T1 of gauge tap circuit (12), the base stage of T4 respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200920101763U CN201391851Y (en) | 2009-03-05 | 2009-03-05 | Digitally-coded and remotely-controlled lamp with illumination and heating functions |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200920101763U CN201391851Y (en) | 2009-03-05 | 2009-03-05 | Digitally-coded and remotely-controlled lamp with illumination and heating functions |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201391851Y true CN201391851Y (en) | 2010-01-27 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN200920101763U Expired - Fee Related CN201391851Y (en) | 2009-03-05 | 2009-03-05 | Digitally-coded and remotely-controlled lamp with illumination and heating functions |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201391851Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107870586A (en) * | 2016-09-28 | 2018-04-03 | 上海芯龙半导体技术股份有限公司 | A kind of monolithic coding and decoding integrated circuit XL1192 for digital data transmission |
-
2009
- 2009-03-05 CN CN200920101763U patent/CN201391851Y/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107870586A (en) * | 2016-09-28 | 2018-04-03 | 上海芯龙半导体技术股份有限公司 | A kind of monolithic coding and decoding integrated circuit XL1192 for digital data transmission |
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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: 20100127 Termination date: 20130305 |