CN207166832U - The energy-saving LED lamp device of controlled in wireless - Google Patents

Abstract

A kind of energy-saving LED lamp device of controlled in wireless, it is made up of control device and reception luminaire, control device is by the first mu balanced circuit, housing, light-operated circuit, touch sheet, touch circuit and wireless transmitting unit composition, first mu balanced circuit, light-operated circuit, circuit is touched to connect and be arranged in housing by wire with wireless transmitting unit, touch sheet is bonded in the front end of housing, luminaire is received by LED lamp bead group, second mu balanced circuit, annular lamp housing and radio receiving unit composition, second mu balanced circuit and radio receiving unit, four paths of LEDs lamp bead groups are connected by wire and are arranged on annular lamp housing internal upper part.This New Energy prevents LED light group on daytime lights from causing waste of energy, and user can control one or more LED light group to obtain electroluminescence as needed when at night or light is bad, on the premise of meeting indoor light intensity, reach the purpose of energy-conservation.This New Energy saves, so with good application prospect.

Description

The energy-saving LED lamp device of controlled in wireless

Technical field

It the utility model is related to lighting technical field, the energy-saving LED lamp device of particularly a kind of controlled in wireless.

Background technology

LED (light emitting diode) is existing because energy-conservation, service life length, luminous efficiency height are widely used in lighting field Household LED lamp, combined because single LED luminous efficiency is limited, therefore using some LED lamp beads, more LEDs When pearl obtains electroluminescence, meet domestic lighting needs, at present, the LED applied to family is using common power switch as control Switch, when power switch is opened, all LED lamp beads all obtain electroluminescence, and when power switch is closed, all LED lamp beads are whole Dead electricity is no longer luminous；A shortcoming is so actually brought about in use, when external light source is relatively strong, or user need not When illumination intensity is excessive, it is impossible to carry out light intensity regulation, the waste of electric energy can be brought；And because the number of elements of its lamp bead is solid Fixed, it can not be met when user is needed compared with intense light irradiation；Also there is a drawback in existing LED, such as man on daytime Length is stayed out, and child is thoughtless in family opens power switch, can cause the meaningless work of LED on daytime is luminous to cause electric energy unrestrained Take.

Utility model content

In order to overcome various drawbacks existing for existing LED, the utility model provides is divided into four by more LED lamp beads Group, the work of wireless transmitting unit is controlled by photodiode, ensure that LED on daytime will not obtain electroluminescence, it is at night or indoor When light is not strong, the luminance of four groups of LED lamp beads can be controlled respectively by touching four touch sheets by using hand, meet to illuminate On the premise of intensity needs, reach a kind of energy-saving LED lamp device of controlled in wireless of energy-conservation purpose.

Technical scheme is used by the utility model solves its technical problem：

The energy-saving LED lamp device of a kind of controlled in wireless, it is characterised in that be made up of, control control device and reception luminaire Control equipment is made up of the first mu balanced circuit, housing, light-operated circuit, touch sheet, touch circuit and wireless transmitting unit, under housing There are four perforates on the inside of portion's surrounding, there are four female perforates of tool on the inside of the top surrounding of housing, touch circuit has identical Four sets, the first mu balanced circuit, light-operated circuit, touch circuit and wireless transmitting unit and be arranged on first circuit board, first Circuit board is arranged in housing, and housing has a supporting case lid, and touch sheet has an identical four, on rear side of four touch sheets With glue, from top to bottom there is a perforate front middle part lower end spaced apart for being bonded in housing, the front middle part upper end of case lid, There are a perforate, case lid four Thursdays perforate and four perforates pair in inner side of housing upper surrounding in the front middle part lower end of case lid Standard, screwed in respectively by four screw rods in the internal thread of housing upper surrounding four perforates in inner side, case lid is arranged on housing Upper end, housing is arranged on indoor wall with four screw rods by four perforates on the inside of lower housing portion surrounding, the first voltage stabilizing electricity Road power input is connected with 220V AC powers the two poles of the earth by wire, the first mu balanced circuit power output end positive pole and light-operated electricity Road cathode power supply input, four sets of the first cathode power supply input, wireless transmitting unit cathode power supply inputs for touching circuit Connected by wire, the second cathode power supply input of light-operated circuit cathode power supply output end and four sets of touch circuits passes through wire Connection, signal input part of four touch sheets rear sides respectively with four sets of touch circuits are connected by wire, and after four touch sheets The connected wire in end enters enclosure interior, four tunnel control signal outputs of four sets of touch circuits through the lower end perforate of case lid front middle part End connected respectively by wire with four signal control terminals of wireless transmitting unit, the first mu balanced circuit power output end negative pole with Light-operated circuit negative power supply input, negative power supply input, the wireless transmitting unit negative power supply of four sets of touch circuits input End is connected by wire, receives luminaire by LED lamp bead group, the second mu balanced circuit, annular lamp housing and radio receiving unit group Into there are multiple perforates the lower end of annular lamp housing, and multiple perforate annular spreads are four circles, and the upper end outer periphery of annular lamp housing has three Individual fixing hole, LED lamp bead group share four tunnels, have more LED lamp beads, the second mu balanced circuit and wireless receiving per paths of LEDs lamp bead group Unit, four paths of LEDs lamp bead groups are arranged on second annular circuit board, on second annular circuit board is arranged in annular lamp housing Portion, after installing, the light-emitting area of more LED lamp beads passes through annular respectively positioned at the outer downside of annular lamp housing lower end four circle perforate Three fixing holes of upper end outer periphery of lamp housing, annular lamp housing is arranged on indoor ceiling with three screw rods, second is steady Volt circuit power input is connected with 220V AC powers by wire, the second mu balanced circuit power output end positive pole and is wirelessly connect Receive unit cathode power supply input to connect by wire, the tunnel of radio receiving unit four control power output end and four paths of LEDs lamp beads The cathode power supply input of group is connected by wire respectively, the second mu balanced circuit power output end negative pole and four paths of LEDs lamp bead groups, The negative power supply input of radio receiving unit is connected by wire.

First mu balanced circuit of the control device is that 220V AC powers turn 6V switch power modules.

The light-operated circuit of the control device is made up of photodiode, adjustable resistance and NPN triode, passes through electricity therebetween Road plate wiring connection, adjustable resistance one end are connected with NPN triode colelctor electrode, and the adjustable resistance other end and photodiode are born Pole, NPN transistor base connection.

Four touch sheets of the control device are copper materials.

Four sets of the control device touch circuit and often cover touch circuit by NPN triode and adjustable resistance, relay Composition, NPN triode have four, connected therebetween by circuit board wiring, first NPN triode colelctor electrode and second NPN Transistor collector, the connection of the 3rd NPN triode colelctor electrode, the emitter stage of first NPN triode and second pole of NPN tri- Pipe base stage connects, the emitter stage of second NPN triode and the 3rd NPN transistor base connection, the 3rd NPN triode Emitter stage and the 4th NPN transistor base, the connection of adjustable resistance one end, the adjustable resistance other end and relay negative power supply are defeated Enter end connection, the 4th NPN triode colelctor electrode and relay cathode power supply input pass through connection.

The wireless transmitting unit of the control device is TWH9236 radio transmitter components, and TWH9236 wireless transmissions are electric The operating voltage of road component is direct current 6V to 12V, and TWH9236 radio transmitters component has four wireless closure signal transmittings Button, after pressing four wireless closure signals transmitting buttons respectively, TWH9236 radio transmitters component can be sent out respectively Project four road wireless signals.

Second mu balanced circuit for receiving luminaire is that 220V AC powers turn 5V switch power modules, is switched in 5V The pin of cathode power supply output end 3 of power module is in series with two silicon rectifier diodes, the positive pole of first silicon rectifier diode and The pin of cathode power supply output end 3 of 5V switch power modules is connected by circuit board wiring, the negative pole of first silicon rectifier diode Connected with the positive pole of second silicon rectifier diode by circuit board wiring, the negative pole of second silicon rectifier diode and reception are sent out The radio receiving unit control power input connection of light device.

The radio receiving unit for receiving luminaire is by wireless receiving circuit component, resistance, NPN triode and relay Device is formed, and is connected therebetween by circuit board wiring, and wireless receiving circuit component is matched with TWH9236 radio transmitters component The TWH9238 type wireless receiving circuit components used are covered, the working method of TWH9238 type wireless receiving circuit components is to latch certainly Mode, the pin of cathode power supply input 7 of wireless receiving circuit component and four relay cathode power supply input connections, wirelessly connect The pin of four high level output ends 2,3,4,5 for receiving circuit unit connects with four resistance one end respectively, four resistance other ends point Do not connected with four NPN transistor bases, four NPN triode colelctor electrodes connect with four relay negative power supply inputs respectively Connect, the wireless receiving circuit component A4 pin of negative power supply input 1 and four NPN triode emitter stage connections.

The utility model beneficial effect is：This it is new in use, control device light-operated circuit effect under, at night or light When line is bad, electric work can just be obtained by touching circuit and wireless transmitting unit, after preventing that child presses touch sheet in man on daytime, be touched Circuit and wireless transmitting unit it is successive electric work, then, the four paths of LEDs lamp bead groups for receiving luminaire obtain electroluminescence and cause electricity It can waste；When at night or indoor light is dropped to a certain degree, when user is with first touch sheet of hand touch control equipment Afterwards, first set touches circuit and wireless transmitting unit can be made to obtain electric work launch first via wireless signal, receive luminaire After radio receiving unit receives first via wireless signal, making more LED lamp beads of first via LED light group, to obtain electroluminescence be room Interior offer low-light level illumination；Again after first touch sheet of touch control equipment, first set touches circuit can make wirelessly user Transmitter unit obtains electric work and launches first via wireless signal again, after radio receiving unit receives first via wireless signal, More LED lamp bead dead electricity of first via LED light group can be made no longer luminous；When user distinguishes touch control equipment first, two Only, three, after four touch sheets, four sets touch circuits can make wireless transmitting unit obtain electric work launch first and second respectively, 3rd, four road wireless signal, after radio receiving unit receives first, second, third and fourth road wireless signal, the first via or second can be made Road, the 3rd tunnel, more LED lamp beads of the 4th paths of LEDs lamp group obtain electroluminescence or dead electricity stops lighting；User as needed can be with Control one or more LED light group to obtain electroluminescence, on the premise of meeting indoor light intensity, reach the purpose of energy-conservation.This New Energy Energy-conservation, so with good application prospect.

Brief description of the drawings

The utility model is described further below in conjunction with drawings and examples.

Fig. 1 is the structural representation of the utility model control device.

Fig. 2 is the structural representation that the utility model receives luminaire.

Fig. 3 is the circuit diagram of the utility model control device.

Fig. 4 is the circuit diagram that the utility model receives luminaire.

Embodiment

Fig. 1, shown in 2, a kind of energy-saving LED lamp device of controlled in wireless, by control device and receive luminaire and form, Control device is made up of the first mu balanced circuit 1, housing 2, light-operated circuit 3, touch sheet 4, touch circuit 5 and wireless transmitting unit 6, There are four perforate 2-1 on the inside of the bottom surrounding of housing 2, there are four female silk seat 2- of tool on the inside of the top surrounding of housing 2 2, touching circuit 5 has four sets of identical, and the first mu balanced circuit 1, light-operated circuit 3, touch circuit 5 and wireless transmitting unit 6 are installed On first circuit board, circuit board is arranged in housing 2, and housing 2 has a supporting case lid 2-3, and touch sheet 4 has identical Four, four rear side glue of touch sheet 4 from top to bottom front middle part lower end spaced apart for being bonded in case lid 2-3, shell There is a perforate 2-4 body lid 2-3 front middle part upper end, and there are a perforate, case lid 2-3 tetra- in case lid 2-3 front middle part lower end Four silk seat 2-2 alignments, the top surrounding of housing 2 is screwed in by four screw rods respectively on the inside of Thursday perforate and housing upper surrounding In the four silk seat 2-2 in inner side internal thread, case lid 2-3 is arranged on the upper end of housing 2, passes through four on the inside of lower housing portion surrounding Housing 2 is arranged on indoor wall by perforate 2-1 with four screw rods, the power input of the first mu balanced circuit 1 and 220V alternating currents Source the two poles of the earth are connected by wire, the power output end positive pole of the first mu balanced circuit 1 and the cathode power supply input of light-operated circuit 3, four sets The first cathode power supply input, the cathode power supply input of wireless transmitting unit 6 for touching circuit 5 are connected by wire, light-operated electricity The cathode power supply output end of road 3 is connected with the second cathode power supply input of four sets of touch circuits 5 by wire, four touch sheets 4 Signal input part of the rear side respectively with four sets of touch circuits 5 is connected by wire, the wire warp being connected with four rear ends of touch sheet 4 The lower end perforate of case lid 2-3 front middle parts enter housing 2 inside, four sets touch circuit 5 four tunnel control signal outputs and wirelessly Four signal control terminals of transmitter unit 6 are connected by wire respectively, the power output end negative pole of the first mu balanced circuit 1 and light-operated electricity The negative power supply input of road 3, negative power supply input, the negative power supply input of wireless transmitting unit 6 of four sets of touch circuits 5 lead to Wire connection is crossed, receives luminaire by LED lamp bead group 7, the second mu balanced circuit 8, annular lamp housing 9,10 groups of radio receiving unit Into there are multiple perforate 9-1 the lower end of annular lamp housing 9, and multiple perforate 9-1 annular spreads are enclosed for four, on the outside of the upper end of annular lamp housing 9 Surrounding has three fixing hole 9-2, and LED lamp bead group 7 shares four tunnels, there is more LED lamp beads, the second voltage stabilizing electricity per paths of LEDs lamp bead group 7 Road 8 and radio receiving unit 10, four paths of LEDs lamp bead groups 7 are arranged on second annular circuit board, second annular circuit board peace Mounted in the annular internal upper part of lamp housing 9, after installing, the light-emitting area of more LED lamp beads is respectively positioned at the circle perforate of the annular lower end four of lamp housing 9 Outer downside, by three fixing hole 9-2 of upper end outer periphery of annular lamp housing 9, annular lamp housing 9 is arranged on three screw rods On indoor ceiling, the power input of the second mu balanced circuit 8 is connected with 220V AC powers by wire, the second mu balanced circuit 8 power output end positive poles are connected with the cathode power supply input of radio receiving unit 10 by wire, the tunnel of radio receiving unit 10 4 Control power output end and the cathode power supply input of four paths of LEDs lamp bead groups 7 are connected by wire respectively, the second mu balanced circuit 8 Power output end negative pole and four paths of LEDs lamp bead groups 7, the negative power supply input of radio receiving unit 10 are connected by wire.

Fig. 1, shown in 2, this is new in use, in the case where the light-operated circuit 3 of control device acts on, at night or indoor light not When good, electric work can just be obtained by touching circuit 5 and wireless transmitting unit 6, after preventing that child presses touch sheet 4 in man on daytime, be touched Circuit 5 and wireless transmitting unit 6 it is successive electric work, then, receive luminaire four paths of LEDs lamp bead groups 7 electroluminescence make Into waste of energy；When at night or indoor light is dropped to a certain degree, when first touch sheet 4 of user's touch control equipment Afterwards, first set touch circuit 5 can make wireless transmitting unit 6 first via wireless signal is launched in electric work, receive luminaire Radio receiving unit 10 receive first via wireless signal after, more LED lamp beads of first via LED light group 7 can be made to obtain electric hair Light illuminates for indoor offer low-light level；For user again after first touch sheet 4 of touch control equipment, first set touches circuit 5 Wireless transmitting unit 6 can be made to obtain electric work and launch first via wireless signal again, radio receiving unit 10 receives the first via After wireless signal, more LED lamp bead dead electricity of first via LED light group 7 can be made no longer luminous；As user, touch control is set respectively Standby first, two, three, after four touch sheets 4, four sets touch circuits 5 wireless transmitting unit 6 can be made to obtain electric work and send out respectively First, second, third and fourth road wireless signal is projected, after radio receiving unit 10 receives first, second, third and fourth road wireless signal, meeting Make the first via or the second tunnel, the 3rd tunnel, more LED lamp beads of the 4th paths of LEDs lamp group 7 obtain electroluminescence or dead electricity stops lighting；Make User can control one or more LED light group 7 to obtain electroluminescence as needed, on the premise of meeting indoor light intensity, reach section The purpose of energy.This New Energy saves, so with good application prospect.

Shown in Fig. 3, the first mu balanced circuit A1 of control device is that 220V AC powers turn 6V switch power modules.Control The light-operated circuit of equipment is made up of photodiode VD1, adjustable resistance RP1 and NPN triode VT17, passes through circuit board cloth therebetween Line connects, and adjustable resistance RP1 one end connects with NPN triode VT17 colelctor electrodes, the adjustable resistance RP1 other ends and photodiode VD1 negative poles, the connection of NPN triode VT17 base stages.Four touch sheets M1, M2, M3, M4 of control device are copper materials.Control The first set of four sets of touch circuits of control equipment is touched in circuit：First set touches circuit by NPN triode VT1, VT2, VT3, VT4 Formed with adjustable resistance RP2 and relay K1, NPN triode there are four, connected therebetween by circuit board wiring, first NPN Triode VT1 colelctor electrodes and second NPN triode VT2 colelctor electrode, the 3rd NPN triode VT3 colelctor electrodes connection, first NPN triode VT1 emitter stage and the connection of second NPN triode VT2 base stage, second NPN triode VT2 emitter stage and 3rd NPN triode VT3 base stages connection, the 3rd NPN triode VT3 emitter stage and the 4th NPN triode VT4 base Pole, the connection of adjustable resistance RP2 one end, the adjustable resistance RP2 other ends connect with relay K1 negative power supply inputs, the 4th NPN triode VY4 colelctor electrodes and relay K1 cathode power supply inputs pass through connection.The wireless transmitting unit of control device is TWH9236 radio transmitter components, TWH9236 radio transmitter components A2 operating voltage is direct current 6V to 12V, TWH9236 radio transmitters component has four wireless closure signal transmitting button S1, S2, S3, S4, by pressing four respectively After individual wireless closure signal transmitting button S1, S2, S3, S4, TWH9236 radio transmitter components A2 can launch four respectively Road wireless signal.First mu balanced circuit power input 220V AC powers turn 6V switch power modules A1 1 pin, 2 pin and 220V AC powers the two poles of the earth are connected by wire, and the first mu balanced circuit power output end positive pole 220V AC powers turn 6V switch electricity Source module A1 3 pin and light-operated circuit cathode power supply input adjustable resistance RP1 one end, four sets of the first positive pole electricity for touching circuits Source input NPN triode VT4, VT8, VT12, VT16 colelctor electrode, wireless transmitting unit cathode power supply input TWH9236 Radio transmitter component A2 VDD is connected by wire, light-operated circuit cathode power supply output end NPN triode VT17 emitter stages Connected with second cathode power supply input NPN triode VT1, VT5, VT9, VT13 of four sets of touch circuits emitter stage by wire Connect, on rear side of four touch sheets M1, M2, M3, M4 respectively with four sets signal input part NPN triode VT1, VT5 for touching circuit, VT9, VT13 base stage are connected by wire, with the wire that four touch sheet M1, M2, M3, M4 rear ends are connected through in before case lid The perforate of subordinate end enters enclosure interior, four tunnel control signal output relay K1, K2, K3, K4 of four sets of touch circuits control Power input tip side processed and normally opened contact end and four signal control terminal TWH9236 radio transmitters of wireless transmitting unit Two power contacts under closure signal that component A2 tetra- is wireless transmitting button S1, S2, S3, S4 are connected by wire respectively, the One mu balanced circuit power output end negative pole 220V AC powers turn 6V switch power modules A1 4 pin and light-operated circuit negative power supply Input photodiode VD1 positive poles, negative power supply input adjustable resistance RP2, RP3, RP4, RP5 of four sets of touch circuits are another One end, wireless transmitting unit negative power supply input TWH9236 radio transmitter components A2 VSS are connected by wire.

Shown in Fig. 4, the radio receiving unit of luminaire is received by wireless receiving circuit component A4, resistance R1, R2, R3, R4, NPN triode VT18, VT19, VT20, VT21 and relay K5, K6, K7, K8 composition, pass through circuit board wiring therebetween Connection, wireless receiving circuit component A4 are that the TWH9238 types used that match with TWH9236 radio transmitter components wirelessly connect Circuit unit is received, TWH9238 type wireless receiving circuit components A4 working method is from latch mode, wireless receiving circuit component The A4 pin of cathode power supply input 7 and four relay K5, K6, K7, K8 cathode power supply input connections, wireless receiving circuit group The part A4 pin of four high level output ends 2,3,4,5 connects with four resistance R1, R2, R3, R4 one end respectively, four resistance R1, R2, R3, R4 other end connect with four NPN triode VT18, VT19, VT20, VT21 base stages respectively, four NPN triodes VT18, VT19, VT20, VT21 colelctor electrode connect with four relay K5, K6, K7, K8 negative power supply inputs respectively, wirelessly connect The pin of negative power supply input 1 and four NPN triode VT18, VT19, VT20, VT21 emitter stages for receiving circuit unit A4 connect. The second mu balanced circuit for receiving luminaire is that 220V AC powers turn 5V switch power modules, 5V switch power modules A3's The pin of cathode power supply output end 3 is in series with two silicon rectifier diodes VD2 and VD3, first silicon rectifier diode VD2 positive pole and The 5V switch power modules A3 pin of cathode power supply output end 3 is connected by circuit board wiring, first silicon rectifier diode VD2's Negative pole and second silicon rectifier diode VD3 positive pole are connected by circuit board wiring, and second silicon rectifier diode VD3's is negative Radio receiving unit control power input relay K5, K6, K7, K8 of pole and reception luminaire control power input are touched The connection of point end.Second mu balanced circuit power input 220V AC powers turn 5V switch power modules A4 1 pin and 2 pin and 220V AC power is connected by wire, and the power output end positive pole 220V AC powers of the second mu balanced circuit 8 turn 5V switch power modules A4 3 pin are connected with radio receiving unit cathode power supply input wireless receiving circuit component A4 7 pin by wire, are wirelessly connect Receive the tunnel of unit four control power output end four relays K5, K6, K7, K8 normally opened contact end and four paths of LEDs lamp bead groups LED1N, LED2N, LED3N, LED4N cathode power supply input are connected by wire respectively, the output of the second mu balanced circuit power supply Hold negative pole 5V switch power modules A3 4 pin and four paths of LEDs lamp bead group LED1N, LED2N, LEDE3N, LED4N negative power supplies defeated 1 pin for entering the negative power supply input wireless receiving circuit component A4 of end and radio receiving unit is connected by wire.

Shown in Fig. 3, after the first mu balanced circuit obtains electric work, 220V AC powers turn 6V switch power modules A1 3 pin 4 The stable 6V dc sources of pin output enter light-operated circuit cathode power supply input adjustable resistance RP1 one end, four sets of touch circuits First cathode power supply input NPN triode VT4, VT8, VT12, VT16 colelctor electrode, wireless transmitting unit cathode power supply it is defeated Enter to hold TWH9236 radio transmitter components A2 VDD.In light-operated circuit:After light-operated circuit obtains electric work, in light foot on daytime When enough strong, photodiode VD1 is in low resistance, and NPN triode VT17 base stages are in cut-off state, evening light without suitable bias current When line is dimmed, photodiode VD1 resistances become big, and NPN triode VT1 obtains suitable bias current conducting, then, NPN triode VT1 Emitter stage out-put supply enters four sets of touch circuit the second cathode power supply inputs.First set touches circuit, first touch sheet In M1：When operator touch first touch sheet M1 after, human-induced signal through NPN triode VT1, VT2, VT3 signal amplify, Trigger NPN triode VT4 conductings, NPN triode VT4 its emitter stage output cathode power supply under adjustable resistance RP2 collective effects Into relay K1 cathode power supply inputs, then, relay K1 obtains electric adhesive, and it controls power input and normally opened contact end Closure, human hand leave touch sheet M1 after, relay K1 dead electricity disconnects；Due to, relay K1 control power input tip side and Closure signal that the TWH9236 radio transmitter components A2 first of normally opened contact end and wireless transmitting unit is wireless launches button Two power contacts under S1 are connected by wire respectively, so, radio transmitter component A2 can launch the first via this moment Wireless signal；When user touches first touch sheet M1 again, radio transmitter component A2 can launch the first via again Wireless signal.Second set touches in circuit, second touch sheet M2：After operator touches second touch sheet M2, people's body-sensing Induction signal amplifies through NPN triode VT5, VT6, VT7 signal, the VT8 conductings of triggering NPN triode, and NPN triode VT8 is adjustable Its emitter stage output cathode power supply enters relay K2 cathode power supply inputs, then, relay K2 under resistance RP3 collective effects Electric adhesive its control power input and normally opened contact end closure, human hand leave touch sheet M2 after, relay K2 dead electricity disconnects； Due to relay K2 control power input tip side and the TWH9236 wireless transmissions of normally opened contact end and wireless transmitting unit Two power contacts under closure signal that circuit unit A2 second is wireless transmitting button S2 are connected by wire respectively, so, Radio transmitter component A2 can launch the second road wireless signal this moment；When user touches second touch sheet M2 again, Radio transmitter component A2 can launch the second road wireless signal again.3rd set touches in circuit, the 3rd touch sheet M3： After operator touches the 3rd touch sheet M3, human-induced signal amplifies through NPN triode VT9, VT10, VT11 signal, touched Send out NPN triode VT12 conductings, NPN triode VT12 its emitter stage output cathode power supply under adjustable resistance RP4 collective effects Into relay K3 cathode power supply inputs, then, relay K3 obtains electric adhesive, and it controls power input and normally opened contact end Closure, human hand leave touch sheet M3 after, relay K3 dead electricity disconnects；Due to, relay K3 control power input tip side and Closure signal that the TWH9236 radio transmitter components A2 the 3rd of normally opened contact end and wireless transmitting unit is wireless launches button Two power contacts under S3 are connected by wire respectively, so, radio transmitter component A2 can launch the 3rd tunnel this moment Wireless signal；When user touches the 3rd touch sheet M3 again, radio transmitter component A2 can launch the 3rd tunnel again Wireless signal.4th set touches in circuit, the 4th touch sheet M4：After operator touches the 4th touch sheet M4, people's body-sensing Induction signal amplifies through NPN triode VT13, VT14, VT15 signal, the VT16 conductings of triggering NPN triode, and NPN triode VT16 exists Its emitter stage output cathode power supply enters relay K4 cathode power supply inputs, then, relay under adjustable resistance RP5 collective effects Device K4 obtain electric adhesive its control power input and normally opened contact end closure, human hand leave touch sheet M4 after, relay K4 dead electricity Disconnect；Because relay K4 control power input tip side and the TWH9236 of normally opened contact end and wireless transmitting unit is wireless Two power contacts under closure signal that radiating circuit component A2 the 4th is wireless transmitting button S4 are connected by wire respectively, institute So that radio transmitter component A2 can launch the 4th road wireless signal this moment；User touches the 4th touch sheet M4 again When, radio transmitter component A2 can launch the 4th road wireless signal again.

Fig. 3, shown in 4, after the second mu balanced circuit obtains electric work, 220V AC powers turn the 3 of 5V switch power modules A3 The stable 5V dc sources of the pin of pin 4 output enter the wireless receiving circuit component A4 of radio receiving unit 7 pin, 5V dc sources 3.4V or so is reduced to after silicon rectifier diode VD1, VD2 voltage drop to touch into relay K5, K6, K7, K8 control power input Point end.In radio receiving unit and first via LED lamp bead group：When TWH9236 radio transmitter components A2 launches for the first time After first via wireless signal, wireless receiving circuit component A4 first pin of high level output end 2 can export high level, high level Enter NPN triode VT18 base stages through resistance R1 current limlitings, and enter relay K5 through NPN triode VT18 power amplifications, paraphase Negative power supply input, then, relay K5 obtains electric adhesive, and it controls power input tip side and normally opened contact end closure；By In, relay K5 normally opened contact end is connected with LED lamp bead group LED1N cathode power supply inputs by wire, so, LED It is room lighting that pearl group LED1N, which can obtain electroluminescence,；When user touches first touch sheet M1 again, radio transmitter component A2 can launch first via wireless signal again, under the effect of wireless receiving circuit component A4 internal circuits, wireless receiving circuit Component A4 2 pin no longer export high level, relay K5 dead electricity is stopped, and then, LED lamp bead group LED1N dead electricity stops hair Light.In radio receiving unit and the second paths of LEDs lamp bead group：When TWH9236 radio transmitter components A2 launches for the first time After two road wireless signals, wireless receiving circuit component A4 second pin of high level output end 3 can export high level, high level warp Resistance R2 current limlitings enter NPN triode VT19 base stages, and are born through NPN triode VT19 power amplifications, paraphase into relay K6 Pole power input, then, relay K6 obtains electric adhesive, and it controls power input tip side and normally opened contact end closure；Due to, Relay K6 normally opened contact end is connected with LED lamp bead group LED2N cathode power supply inputs by wire, so, LED lamp bead group It is room lighting that LED2N, which can obtain electroluminescence,；When user touches second touch sheet M2 again, radio transmitter component A2 meetings Launch the second road wireless signal again, under the effect of wireless receiving circuit component A4 internal circuits, wireless receiving circuit component A4 3 pin no longer export high level, relay K6 dead electricity is stopped, and then, LED lamp bead group LED2N dead electricity stops luminous.Nothing In line receiving unit and the 3rd paths of LEDs lamp bead group：When TWH9236 radio transmitter components A2 for the first time launch the 3rd tunnel without After line signal, wireless receiving circuit component A4 the 3rd pin of high level output end 4 can export high level, and high level is through resistance R3 Current limliting enters NPN triode VT20 base stages, and enters relay K7 negative power supplies through NPN triode VT20 power amplifications, paraphase Input, then, relay K7 obtains electric adhesive, and it controls power input tip side and normally opened contact end closure；Due to relay K7 normally opened contact end is connected with LED lamp bead group LED3N cathode power supply input by wire, so, LED lamp bead group It is room lighting that LED3N, which can obtain electroluminescence,；When user touches the 3rd touch sheet M3 again, radio transmitter component A2 meetings Launch the 3rd road wireless signal again, under the effect of wireless receiving circuit component A4 internal circuits, wireless receiving circuit component A4 4 pin no longer export high level, relay K7 dead electricity is stopped, and then, LED lamp bead group LED3N dead electricity stops luminous.Nothing In line receiving unit and the 4th paths of LEDs lamp bead group：When TWH9236 radio transmitter components A2 for the first time launch the 4th tunnel without After line signal, wireless receiving circuit component A4 the 4th pin of high level output end 5 can export high level, and high level is through resistance R4 Current limliting enters NPN triode VT21 base stages, and enters relay K8 negative power supplies through NPN triode VT21 power amplifications, paraphase Input, then, relay K8 obtains electric adhesive, and it controls power input tip side and normally opened contact end closure；Due to relay K8 normally opened contact end is connected with LED lamp bead group LED4N cathode power supply input by wire, so, LED lamp bead group It is room lighting that LED4N, which can obtain electroluminescence,；When user touches the 4th touch sheet M4 again, radio transmitter component A2 meetings Launch the 4th road wireless signal again, under the effect of wireless receiving circuit component A4 internal circuits, wireless receiving circuit component A4 5 pin no longer export high level, relay K8 dead electricity is stopped, and then, LED lamp bead group LED4N dead electricity stops luminous.It is logical More than crossing, when user distinguish touch control equipment first, two, three, four touch sheets after, four sets touch circuits can make Wireless transmitting unit obtains electric work and launches first, second, third and fourth road wireless signal, the radio receiving unit of control device respectively After receiving first, second, third and fourth road wireless signal, can make the first via or the second tunnel, the 3rd tunnel, more of the 4th paths of LEDs lamp group LED lamp bead obtains electroluminescence or dead electricity stops lighting；User can control one or more LED light group to obtain electric hair as needed Light, on the premise of indoor light intensity is met, reach the purpose of energy-conservation.

Shown in Fig. 3, the first mu balanced circuit A1 of control device is the bright latitudes of brand MEAN WELL/, model LRS-35-6 Switch power module finished product.In the light-operated circuit of control device：Photodiode VD1 is 2CU type photodiodes；Adjustable electric It is 150K to hinder RP1 specifications；NPN triode VT17 models are 9014.Four sets of control device are touched in circuit：NPN triode VT1, VT2, VT3, VT4, VT5, VT6, VT7, VT8, VT9, VT10, VT11, VT12, VT13, VT14, V1T15, VT16 model is 9014；Adjustable resistance RP2, RP3, RP4, RP5 specification is 4.7K；Relay K1, K2, K3, K4 are 4100DC5V miniature relays.

Shown in Fig. 4, in the radio receiving unit for receiving luminaire：Resistance R1, R2, R3, R4 resistance is 1K；NPN tri- Pole pipe VT18, VT19, VT20, VT21 model is 9013；Relay K5, K6, K7, K8 are 4100DC5V miniature relays.

The present embodiment is the utility model preferred embodiments, all in the present embodiment principle not to limit the utility model In the range of do any modification, equivalent substitution and improvements etc., should be included within the scope of protection of the utility model.

Claims (8)

1. the energy-saving LED lamp device of a kind of controlled in wireless, it is characterised in that be made up of, control control device and reception luminaire Equipment is made up of the first mu balanced circuit, housing, light-operated circuit, touch sheet, touch circuit and wireless transmitting unit, the bottom of housing There are four perforates on the inside of surrounding, there are four female perforates of tool on the inside of the top surrounding of housing, touching circuit has identical Four sets, the first mu balanced circuit, light-operated circuit, circuit and wireless transmitting unit are touched on first circuit board, first Circuit board is arranged in housing, and housing has a supporting case lid, and touch sheet has identical four, used on rear side of four touch sheets From top to bottom there are a perforate, shell in the front middle part lower end spaced apart for being bonded in housing, the front middle part upper end of case lid to glue There is a perforate front middle part lower end of body lid, and case lid is arranged on housing upper end, and housing is arranged on indoor wall, the first voltage stabilizing Circuit power input is connected with 220V AC powers the two poles of the earth by wire, the first mu balanced circuit power output end positive pole and light-operated Circuit anode power input, the first cathode power supply input, the wireless transmitting unit cathode power supply of four sets of touch circuits input End is connected by wire, and the second cathode power supply input of light-operated circuit cathode power supply output end and four sets of touch circuits is by leading Line is connected, and the signal input part on rear side of four touch sheets respectively with four sets of touch circuits is connected by wire, and four touch sheets The connected wire in rear end enters enclosure interior through the lower end perforate of case lid front middle part, and four tunnel control signals of four sets of touch circuits are defeated Go out end to connect by wire respectively with four signal control terminals of wireless transmitting unit, the first mu balanced circuit power output end negative pole It is defeated with negative power supply input, the wireless transmitting unit negative power supply of light-operated circuit negative power supply input, four sets of touch circuits Enter end to connect by wire, receive luminaire by LED lamp bead group, the second mu balanced circuit, annular lamp housing and radio receiving unit There are multiple perforates composition, the lower end of annular lamp housing, and multiple perforate annular spreads are four circles, and the upper end outer periphery of annular lamp housing has Three fixing holes, LED lamp bead group share four tunnels, have a more LED lamp beads per paths of LEDs lamp bead group, the second mu balanced circuit and wirelessly connect Unit, four paths of LEDs lamp bead groups are received on second annular circuit board, second annular circuit board is arranged in annular lamp housing Top, after installing, the light-emitting area of more LED lamp beads is respectively positioned at the outer downside of annular lamp housing lower end four circle perforate, circular lamp On the ceiling of shell installation indoors, the second mu balanced circuit power input is connected with 220V AC powers by wire, and second Mu balanced circuit power output end positive pole is connected with radio receiving unit cathode power supply input by wire, radio receiving unit four Road controls the cathode power supply input of power output end and four paths of LEDs lamp bead groups to be connected respectively by wire, the second mu balanced circuit Power output end negative pole and four paths of LEDs lamp bead groups, the negative power supply input of radio receiving unit are connected by wire.

A kind of 2. energy-saving LED lamp device of controlled in wireless according to claim 1, it is characterised in that the first of control device Mu balanced circuit is that 220V AC powers turn 6V switch power modules.

A kind of 3. energy-saving LED lamp device of controlled in wireless according to claim 1, it is characterised in that control device it is light-operated Circuit is made up of photodiode, adjustable resistance and NPN triode, is connected therebetween by circuit board wiring, adjustable resistance one end Connected with NPN triode colelctor electrode, the adjustable resistance other end connects with photodiode negative pole, NPN transistor base.

A kind of 4. energy-saving LED lamp device of controlled in wireless according to claim 1, it is characterised in that four of control device Touch sheet is copper material.

A kind of 5. energy-saving LED lamp device of controlled in wireless according to claim 1, it is characterised in that four sets of control device Touch circuit often cover touch circuit by NPN triode with adjustable resistance, relay group into NPN triode has four, leads to therebetween The wiring connection of oversampling circuit plate, first NPN triode colelctor electrode and second NPN triode colelctor electrode, the 3rd NPN triode Colelctor electrode connects, the emitter stage of first NPN triode and second NPN transistor base connection, second NPN triode Emitter stage and the connection of the 3rd NPN transistor base, the emitter stage of the 3rd NPN triode and the 4th NPN transistor base, Adjustable resistance one end connects, and the adjustable resistance other end connects with relay negative power supply input, the 4th NPN triode current collection Pole and relay cathode power supply input pass through connection.

A kind of 6. energy-saving LED lamp device of controlled in wireless according to claim 1, it is characterised in that control device it is wireless Transmitter unit is TWH9236 radio transmitter components, the operating voltages of TWH9236 radio transmitter components be direct current 6V extremely 12V, TWH9236 radio transmitter component have four wireless closure signal transmitting buttons, wireless by pressing four respectively After closure signal transmitting button, TWH9236 radio transmitters component can launch four road wireless signals respectively.

7. the energy-saving LED lamp device of a kind of controlled in wireless according to claim 1, it is characterised in that receive luminaire Second mu balanced circuit is that 220V AC powers turn 5V switch power modules, in the cathode power supply output end 3 of 5V switch power modules Pin is in series with two silicon rectifier diodes, and the positive pole of first silicon rectifier diode and the cathode power supply of 5V switch power modules are defeated Go out 3 pin of end to connect by circuit board wiring, the negative pole of first silicon rectifier diode and the positive pole of second silicon rectifier diode Connected by circuit board wiring, the negative pole of second silicon rectifier diode and the radio receiving unit control electricity for receiving luminaire Source input connection.

8. the energy-saving LED lamp device of a kind of controlled in wireless according to claim 1, it is characterised in that receive luminaire Radio receiving unit is by wireless receiving circuit component, resistance, NPN triode and relay group into passing through circuit board wiring therebetween Connection, wireless receiving circuit component is the TWH9238 type wireless receivings used that match with TWH9236 radio transmitter components Circuit unit, the working method of TWH9238 type wireless receiving circuit components is that wireless receiving circuit component is just from latch mode The pin of pole power input 7 and four relay cathode power supply input connections, four high level of wireless receiving circuit component are defeated Go out the pin of end 2,3,4,5 to connect with four resistance one end respectively, four resistance other ends connect with four NPN transistor bases respectively Connect, four NPN triode colelctor electrodes connect with four relay negative power supply inputs respectively, wireless receiving circuit component A4's The pin of negative power supply input 1 and four NPN triode emitter stage connections.