CN201526889U - Distribution station dual-use remote emergency light - Google Patents
Distribution station dual-use remote emergency light Download PDFInfo
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- CN201526889U CN201526889U CN2009202088295U CN200920208829U CN201526889U CN 201526889 U CN201526889 U CN 201526889U CN 2009202088295 U CN2009202088295 U CN 2009202088295U CN 200920208829 U CN200920208829 U CN 200920208829U CN 201526889 U CN201526889 U CN 201526889U
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Abstract
The utility model discloses a distribution station dual-use remote emergency light which belongs to the lighting fixtures and solves the problems of complex wiring, low light intensity and short duration of the existing emergency light. The emergency light consists of at least one set of lamps and a remote control emitter used for controlling the light-up and light-out of the lamp, wherein the lamp comprises a remote control receiver used for receiving the tube light-up or light-out actuating signals of the remote control emitter through radio wave, an electronic ballast converting 220V alternating current to high frequency alternating current power supply signals for output, a battery, an inverter connected with the battery and converting the direct-current power supply of the battery into high frequency high voltage power supply signals for output when mains supply is cut off, and a tube lightened up or out by the control of the tube light-up or light-out actuating signals of the remote control emitter and the output signals of the electronic ballast and the inverter. Through the adoption of remote control, the distribution station dual-use remote emergency light avoids the pipelining of the traditional wired control mode; and due to the adoption of the battery with higher voltage and larger capacity, the lamp is led to have brighter brightness and longer duration.
Description
Technical field
The utility model relates to a kind of lighting, specifically relates to the dual-purpose emergence lighting lamp of the remote-controlled control that a kind of power distribution station uses.
Background technology
Except illumination commonly used is set, also emergency lighting to be set at power distribution station.So-called emergency lighting is meant when full station accident dead electricity takes place power distribution station a kind of illumination of adopting DC power supply.Emergency lighting is used for electric operation, accident treatment and the equipment repairing under the accident condition.Emergency lighting power supply in the power distribution station is got at present to come from and is specialized in the power supply that power distribution station is operated, the direct current cabinet of relay protection provides.Because accumulator capacity is limited in the power distribution station, if in the state of accident, the emergency lighting power supply is provided for a long time and keeps the required power supply of electric power system control signal, can make that battery tension descends significantly, influence the electric recovery operation after the accident treatment.Therefore in fact adopting the DC power cabinet in the power distribution station is the needs that can't really satisfy emergency lighting as the emergency lighting power supply.
In order to ensure the emergency lighting electricity consumption, the voltage that can not influence the direct current operative power source of power distribution station again descends significantly, both economical method is the direct current cabinet power supply of not taking the electric power system special use, use a kind of emergency luminaire of DC-AC two-use power supply instead, this kind light fixture itself has dry cell, when civil power loses for some reason, can automatically enable the dry battery power that light fixture carries, thereby can not influence the DC control supply of power distribution station.But emergency luminaire in the market only provides the usefulness of emergent evacuation of people, and its brightness of illumination, control mode can not satisfy actual instructions for use.
Referring to Fig. 1, existing dual-purpose emergency light is made up of 01, ballast of an inverter (integrated circuit) 02, one group of rechargeable battery 03 and a fluorescent tube 04.Operation principle is that electric current process ballast 02, change-over switch (not shown) lighted fluorescent tube 04 to fluorescent tube 04 when civil power 220V was arranged, and civil power 220V gives battery 03 charging by charging circuit (not shown) simultaneously.When civil power lost for some reason, battery 03 made inverter 01 work and lights fluorescent tube 04 by charge/discharge control circuit (not shown).Its major defect is:
1, when civil power loses for some reason, fluorescent tube 04 will be lighted automatically until battery 03 depleted of energy and just extinguish, and can't close emergency light between the civil power turnoff time.Like this, make on the one hand in the repairing process owing to treat material, waste battery power during treating the people, and light fixture can't be lighted because of the energy shortage of battery when really rushing to repair; On the other hand, existing dual-purpose emergency light is to be connected in parallel in the same area other by the lighting power line two ends of civil power single power supply, this just means can not close the lighting power switch by the civil power single power supply that need not operations in 24 hours, in case close the mains supply switch, will cause dual-purpose emergency light to start battery supply automatically, until exhausting battery, in the past for a long time, to seriously shorten battery service life, the life-span of battery has disguise, therefore often unknown by the people, to when really having an accident, emergency light does not probably have emergencing action.If in order to protect battery life, just must make lighting 24 continuous throughout the twenty-four hour24s by the civil power single power supply, the consequence of generation is to waste electric energy in a large number.Therefore, the mode that also has the AC power line with normal lighting in the same area and emergency lighting to connect up respectively, consequently required light fixture quantity is many, complex circuit, the light fixture occupation space is many, and the switchgear house roof is not attractive in appearance, and required illumination investment is also high.
2, existing dual-purpose emergency light battery voltage has only 6V, battery capacity to have only 0.8AH, has the defective that voltage is low, capacity is little, causes light fixture brightness under emergency rating low, can only be used for the evacuation personnel.And the emergency luminaire of switchgear house is a repairing usefulness, need just can see the wire size of control circuit than higher brightness clearly.In addition, the cell voltage of 6V also is difficult to telecontrol engineering is applied to dual-purpose emergency light field.
The utility model content
The purpose of this utility model is in order to solve the problem that prior art exists, and provides a kind of and need not that complicated wire structures, cost are low, brighter than traditional emergency light brightness, longer duration, the emergent high dual-purpose emergency light of power distribution station remote control of reliability.
The purpose of this utility model is achieved through the following technical solutions:
The dual-purpose emergency light of a kind of power distribution station remote control is characterized in that:
Light or the remote control transmitter that extinguishes action is formed by at least one cover light fixture and control light fixture,
Wherein said remote control transmitter comprises n single remote control transmitter, and n is at least 1, n＞1 o'clock, and each single remote control transmitter is separately positioned on different location in the switchgear house, sends lamp tube starting respectively or extinguishes actuating signal;
The structure of a wherein said cover light fixture is as follows: receiver of remote-control sytem, connect by radio wave with described remote control transmitter, receive the lamp tube starting that remote control transmitter sends or extinguish actuating signal, the geocoding of described receiver of remote-control sytem and each single receiver of remote-control sytem is identical; Electric ballast connects civil power 220V alternating current, and its output connects described receiver of remote-control sytem, and this electric ballast is converted into the high-frequency alternating current source signal with the 220V alternating current and sends into receiver of remote-control sytem; Battery pack, the output DC source is connected with described receiver of remote-control sytem and described inverter respectively; Inverter connects civil power 220V alternating current and described battery pack, and output is connected with described receiver of remote-control sytem and described electric ballast respectively, the dc source of described battery pack is converted into the high-frequency high-voltage source signal sends into receiver of remote-control sytem; Fluorescent tube, be connected with described receiver of remote-control sytem, this fluorescent tube has two groups of power ends, one group is 61# pin and 64# pin, another group is 62# pin and 63# pin, wherein, 61# pin and 64# pin are respectively by being connected the output of described electric ballast by lamp tube starting that receives or the on-off controller that extinguishes actuating signal control in the receiver of remote-control sytem; 62# pin and 63# pin are connected the output of described electric ballast respectively by on-off controller in the described receiver of remote-control sytem; The light fixture that described receiver of remote-control sytem, electric ballast, inverter, battery pack and fluorescent tube are formed all is assembled in the lampshade of described fluorescent tube, connects by moulding copper conductor between each parts.
Described battery pack is that 1.2V, rated capacity are that the rechargeable nickel-hydrogen battery of 3AH composes in series by 8 joint rated voltages.
The structure of described single remote control transmitter is as follows: transmitter module is connected with antenna; Encoder is connected with described transmitter module; The transmitter battery connects described transmitter module by the three-terminal voltage-stabilizing device; Start-up control switch and stop gauge tap, an end of described start-up control switch connects the lamp tube starting actuating signal end of encoder, and the other end connects described transmitter battery; The fluorescent tube that a described end that stops gauge tap connecting encoder extinguishes the actuating signal end, and the other end connects described transmitter battery.
The rated voltage of described transmitter battery is direct current 12V.
Described transmitter module adopts SH9901 type transmitter module.
Described encoder adopts SC2262 type coding chip.
The structure of described receiver of remote-control sytem is as follows:
Receiver module is connected with antenna, receives the lamp tube starting that described remote control transmitter sends or extinguishes actuating signal; Decoder, its input is connected with described receiver module, imports lamp tube starting or extinguishes actuating signal, and output output is through decoded lamp tube starting or extinguish actuating signal, and output is by a resistance R
1Be connected with triode; Described on-off controller is connected with the output of described triode, on-off controller is composed in parallel by 4 midget relaies, 4 midget relaies respectively have 1 pair of normally opened contact, wherein an end of the 1st pair of normally opened contact connects the 61# pin of described fluorescent tube, and the other end connects the output of described electric ballast; One end of the 4th pair of normally opened contact connects the 64# pin of described fluorescent tube, and the other end connects another output of described electric ballast; One end of the 2nd pair of normally opened contact connects the 62# pin of described fluorescent tube, and the other end connects the output of described inverter; One end of the 3rd pair of normally opened contact connects the 63# pin of described fluorescent tube, and the other end connects another output of described inverter; Direct current 9.6V power supply is taken from battery pack, and one the tunnel connects described on-off controller, and another road is after the voltage stabilizing of three-terminal voltage-stabilizing device, and output 5V operating voltage is as the power supply of receiver module and decoder.
Described receiver module adopts SH9902 type receiver module.
Described decoder adopts SC2272-L4 type decoding chip, is the latch-type chip.
Described remote control transmitter is arranged in 200 meters scopes of the described light fixture of distance.
The beneficial effect of dual-purpose emergency light of the present utility model:
1, owing to adopt remote control control, need not to lay any pipeline between transmitter and the light fixture.Avoid the pipelining of traditional wired control mode, saved expense; 2, owing to adopt the latch-type encoder, make remote control transmitter can control n cover emergency luminaire, the quantity of remote control transmitter and installation site can be provided with arbitrarily as required, and emergent reliability height has also been avoided the complicated wiring of traditional wired control mode; 3, owing to adopt high voltage, larger capacity batteries group, can produce the emergency light source brighter than emergency light brightness commonly used, that the duration is longer; 4, the specified input voltage of direct current and the battery voltage of the specified input voltage of the direct current of inverter, receiver of remote-control sytem are identical, have not only satisfied the voltage request of receiver of remote-control sytem but also avoided being provided with the different battery of 2 cover electric pressures; 5, remote control switch adopts contactless output, has fire prevention, anti-fried performance; 6, dual-purpose emergency light of the present utility model is not only applicable to power distribution station, is applicable to other large-scale power supply places yet.
For further specifying above-mentioned purpose of the present utility model, design feature and effect, the utility model is elaborated below with reference to accompanying drawing.
Description of drawings
Fig. 1 is the electrical block diagram of existing dual-purpose emergency light;
Fig. 2 is the electrical block diagram of dual-purpose emergency light of the present utility model;
Fig. 3 is the structure principle chart of the single remote control transmitter of utility model;
Fig. 4 is the structure principle chart of receiver of remote-control sytem in the utility model;
The specific embodiment
Accompanying drawing below in conjunction with embodiment is elaborated to the specific embodiment of the present utility model.
Referring to Fig. 2, dual-purpose emergency light of the present utility model is lighted by at least one cover light fixture 20 and control light fixture 20 or the remote control transmitter 1 that extinguishes action is formed.
Remote control transmitter 1 wherein comprises n single remote control transmitter 11,12......1n, wherein n is at least 1, select the quantity of n as required, n＞1 o'clock, each single remote control transmitter 11,12......1n are separately positioned on different location in the switchgear house and (generally are installed on the other wall limit, gate, if the illumination place is bigger, several exits are arranged, can on each side, gate a remote control transmitter be installed respectively), can send lamp tube starting respectively or extinguish actuating signal.
Every cover light fixture 20 wherein comprises with lower member:
Receiver of remote-control sytem 2 connects by radio wave with described remote control transmitter 1, receives the lamp tube starting that remote control transmitter 1 sends or extinguishes actuating signal, to control lighting or extinguishing action of following fluorescent tube 6.Described receiver of remote-control sytem 2 is identical with the geocoding of each single receiver of remote- control sytem 11,12......1n;
Electric ballast 3, connect civil power 220V alternating current (not shown), its output connects described receiver of remote-control sytem 2, civil power just often, this electric ballast 3 is converted into the high-frequency alternating current source signal with the 220V alternating current automatically and sends into receiver of remote-control sytem 2, to light fluorescent tube 6, described electric ballast 3 adopts the 220V electronic ballast for fluoresent lamp;
Inverter 4, connect civil power 220V alternating current (not shown), be connected with described receiver of remote-control sytem 2 and described electric ballast 3 respectively, described inverter is to be used for when civil power loses (this moment, ballast 3 was with inoperative), automatic dc source with following battery pack 5 is converted into the high-frequency high-voltage source signal and sends into receiver of remote-control sytem 2, thereby lights fluorescent tube 6;
Battery pack 5 is connected with described receiver of remote-control sytem 2 and described inverter 4 respectively, to provide receiver of remote-control sytem 2 and inverter 4 required DC voltage.Battery pack 5 constitutes the dc source that voltage rating is 9.6V by 8 joint 1.2V battery serial connections, and battery employing capacity is the rechargeable nickel-hydrogen battery of 3AH.
Fluorescent tube 6 is connected with described receiver of remote-control sytem 2, the lamp tube starting that the transmitter 1 that receives according to above-mentioned receiver of remote-control sytem 2 sends or extinguish actuating signal and the lighting or extinguish action of signal controlling fluorescent tube 6 that electric ballast 3 and inverter 4 are sent.This fluorescent tube 6 has two groups of power ends, one group is 61# pin and 64# pin, another group is 62# pin and 63# pin, arbitrary winding energize in two groups of power ends, fluorescent tube 6 is bright, wherein, 61# pin and 64# pin respectively by in the receiver of remote-control sytem 2 by the lamp tube starting that receives or extinguish two outputs of the described electric ballast 3 of on-off controller 203 (shown in Figure 4, as will to describe below) connection of actuating signal control; 62# pin and 63# pin are connected two outputs of described electric ballast respectively by on-off controller 203 in the described receiver of remote-control sytem 2.
The light fixture 20 that above-mentioned receiver of remote-control sytem 2, electric ballast 3, inverter 4, battery pack 5 and fluorescent tube 6 are formed all is assembled in the lampshade (not shown) of fluorescent tube 6, passes through 1mm between each parts
2Moulding copper conductor connects.Wherein, adopt 2 leads to be connected (pin 33#-27# and 34#-28#) between receiver of remote-control sytem 2 and the electric ballast 3, adopt 4 leads to be connected (pin 21#-61# between receiver of remote-control sytem 2 and the fluorescent tube 6,22#-62#, 23#-63# and 24#-64#), adopt 2 leads to be connected (pin 41#-25# and 42#-26#) between receiver of remote-control sytem 2 and the inverter 4, adopt 3 leads to be connected (pin 31#-44# between electric ballast 3 and the inverter 4,32#-43# and 34#-45#), adopt between battery pack 5 and the receiver of remote-control sytem 22 leads be connected (pin+-+,---), adopt between battery pack 5 and the inverter 42 leads be connected (pin+-+,---).Mains supply 220V directly inserts electric ballast 3 and inverter 4 (not marking among the figure).
An above-mentioned remote controller 1 and a cover light fixture 20 are formed the dual-purpose emergency light of remote control.In a place a dual-purpose emergency light of remote control can be set, also can be as required with same remote controller 1 control number cover light fixture 20, form the dual-purpose emergency light of several remote controls, 1 control of same remote controller, one cover light fixture 20 is promptly formed a dual-purpose emergency light of remote control among Fig. 2 of present embodiment.
The general battery voltage rated value that emergency light adopted is that 6V, capacity rated value are 0.8AH on the market, the battery voltage rated value that the utility model adopts is 9.6V, the capacity rated value is 3AH, makes that emergency light brightness of the present utility model is brighter, the duration is longer.In addition, characteristic such as rechargeable nickel-hydrogen battery has the specific capacity height, overcharges good electrical property, discharge voltage plateau is good, electric current high-multiplying power discharge, high temperature performance be good greatly, its cycle life reaches more than 500 times, can work under-20～+ 55 ℃ of environment temperatures.
Above-mentioned fluorescent tube 6 adopts the 36W fluorescent tube of PHILIPS Co., is characterized in the colour rendering index height, and the life-span is long.Above-mentioned lampshade adopts the 1*36W three anti-sight lampshades of GE company, be characterized in having the dustproof and waterproof function, and the space of lampshade is bigger, can hold each parts of the light fixture 20 of the required installation of the utility model down.
Referring to Fig. 3, Fig. 3 is the structure principle chart of single remote control transmitter 11 of the present utility model (12......1n is identical with 11), and the structure of single remote control transmitter 11 is as follows:
Transmitter module 101 (present embodiment adopts SH9901 type transmitter module, is the high frequency transmission circuit of 315MHz) is connected with antenna 105;
Encoder 102 (present embodiment adopts SC2262 type coding chip) is connected with described transmitter module 101;
The start-up control switch 1041 that is connected with encoder 102 and stop gauge tap 1042, the start-up control switch 1041 and the other end that stops gauge tap 1042 connect transmitter battery 103.
Start-up control switch 1041 and stop gauge tap 1042, an end of described start-up control switch 1041 connects the lamp tube starting actuating signal end (10 pin) of encoder 102, and the other end connects described transmitter battery 103; The fluorescent tube that a described end that stops gauge tap 1042 connects encoder 102 extinguishes actuating signal end (11 pin), and the other end connects described transmitter battery 13;
The operation principle of single remote control transmitter 11: the direct current 12V power supply one tunnel of transmitter battery 103 is directly to start-up control switch 1041 and stop gauge tap 1042 power supply, another road is after 106 voltage stabilizings of three-terminal voltage-stabilizing device, output 5V operating voltage (Vcc) is as the power supply of transmitter module 101.When start-up control switch 1041 disconnected, encoder 102 was not connected power supply, and its 17 pin is a low level, and the high frequency transmission circuit of the 315MHz of the transmitter module 101 that is connected with 17 pins is not worked.When start-up control switch 1041 closures, encoder 102 is connected power supply, encoder 102 gets electric work, 17 pins are high level, its 17 pin is exported modulated serial data signal, make the 315MHz high frequency transmission circuit starting of oscillation of transmitter module 101 and launch the constant amplitude high-frequency signal, this signal is the lamp tube starting actuating signal.When pressing gauge tap 1042 closures, 17 pins of encoder 102 are with output low level, the high frequency transmission circuit of 315MHz is with regard to the failure of oscillations, so the high frequency transmission circuit of transmitter module 101 is controlled by the data signal of the 17 pins output of encoder 102 fully, thereby high frequency transmission circuit is finished ASK modulation, be equivalent to modulation degree and be 100% amplitude modulation.
Referring to Fig. 4, Fig. 4 is the structure principle chart of receiver of remote-control sytem 2 in the utility model, and the structure of receiver of remote-control sytem 2 is as follows:
Receiver module 201 (present embodiment adopt SH9902 type receiver module) is connected with antenna 205, the lamp tube starting that reception remote control transmitter 1 sends or extinguish actuating signal;
(present embodiment adopts SC2272-L4 type decoding chip to decoder 202, it is the latch-type chip, be that this receives data to receive between the data next time, the output data of decoder 202 remain unchanged), the input of decoder 202 (14 pin) is connected with described receiver module 201, import lamp tube starting or extinguish actuating signal, output (10 pin) output is through decoded lamp tube starting or extinguish actuating signal, and output (10 pin) is through resistance R
1(10K) be connected, also be connected capacitor C 1 (100uf/16V) between output (10 pin) and the ground with triode VT1 (adopting 8550 types);
On-off controller 203, be connected with the output of triode VT1, on-off controller 203 is composed in parallel by 4 midget relay groups 2031,2032,2033,2034, wherein 2031a, 2032a, 2033a, 2034a are respectively the normally opened contact of these 4 midget relaies, the midget relay model adopts SRD-12VDC-SL-C, described 2031a one end connects the 61# pin of fluorescent tube 6, and the other end connects the output of electric ballast 3; Described 2034a one end connects the 64# pin of fluorescent tube 6, and the other end connects another output of electric ballast 3; Described 2032a one end connects the 62# pin of fluorescent tube 6, and the other end connects inverter 4 outputs; Described 2033a one end connects the 63# pin of fluorescent tube 6, and the other end connects another output of inverter 4.
Direct current 9.6V power supply is taken from battery pack 5, and one the tunnel connects on-off controller 203, and another road is after three-terminal voltage-stabilizing device 206 (present embodiment adopts 78L05 type Voltage stabilizing module) voltage stabilizing, and output 5V operating voltage is as the power supply of receiver module 201 and decoder 202.
The operation principle of receiver of remote-control sytem 2 is: the lamp tube starting that receiver module 201 sends the remote control transmitter 1 that receives or extinguish actuating signal and carry out being incorporated into after the demodulation input (14 pin) of decoder 202 and decode, decoded data-signal outputs to triode VT1 by the output (10 pin) of decoder 202.When needs are lighted fluorescent tube 6, press the start-up control switch 1041 of transmitter module 101, the data that remote control transmitter 1 sends are 1000 signals, decoder 202 receives and the data of output also are 1000, in other words be exactly 11,12,13 pin output low levels of decoder 202,10 pins (output) output high level, this high level signal provides base current to VT1, the VT1 saturation conduction, on-off controller 203, its contact 2031a, 2032a, 2033a, 2044a adhesive simultaneously, the emergency light work that it is controlled.Because the model selected for use of decoder 202 is a latch-type, so emergency light light yellow always.Close emergency light if desired, that then presses transmitter module 101 stops gauge tap 1042, and remote control transmitter 1 sends 0100 signal.At this moment, remote control decoder 202 receives and the data of output also are 0100, the output of decoder 202 (10 pin) output output low level, VT1 is ended, on-off controller 203 dead electricity, its contact 2031a, 2032a, 2033a, 2034a disconnect simultaneously, and the fluorescent tube 6 that it is controlled quits work.
The the 01st to 08 pin of the decoding chip SC2272 that coding chip SC2262 that transmitter module 101 adopts and decoder 202 adopt is used for address setting, has only the geocoding of SC2262 and SC2272 identical, could match use.If want to change geocoding, as long as ground connection that 01 to 08 pin is provided with or unsettled state, and make 01 to 08 pin of SC2262 and SC2272 that identical getting final product is set, and the method that the eight bit address coding sides of SC2262 of this case and SC2272 adopt is the silent definite value of dispatching from the factory, it is all unsettled to be about to 8 pins.
The remote controller transmitting range of present embodiment is about 200 meters, and promptly described remote control transmitter is installed in apart from 200 meters of the described light fixtures.Owing to be subjected to the influence of factors such as environment, it is near that distance can become in actual the use, but this words distance for general occasion can meet the demands fully.Need to prove more in addition,, should select the superheterodyne reception head for use, in addition remote controller is changed into more powerful device if want to increase actual remote control distance.
Need not to lay any pipeline between transmitter 1 of the present utility model and the light fixture 10.Avoid the pipelining of traditional wired control mode, saved expense.The quantity of remote control transmitter 1 and installation site can be provided with arbitrarily on demand in addition, have avoided the complicated wiring of traditional wired control mode.Remote control transmitter 1 can arbitrarily be installed in any position by the user in the utility model in certain zone, and can control many cover light fixtures 20 simultaneously, also can in same switchgear house, a plurality of single remote control transmitters 11,12......1n control one cover or number cover light fixture 20 be set the different location, like this, even certain single remote control transmitter has been broken, other single remote control transmitters can be lighted light fixture in the same old way, emergent reliability height.
Those of ordinary skill in the art will be appreciated that, above embodiment is used for illustrating the purpose of this utility model, and be not with opposing qualification of the present utility model, as long as in essential scope of the present utility model, all will drop in the scope of claim of the present utility model variation, the modification of the above embodiment.
Claims (10)
1. dual-purpose emergency light of power distribution station remote control is characterized in that:
Light or the remote control transmitter that extinguishes action is formed by at least one cover light fixture and control light fixture,
Described remote control transmitter comprises n single remote control transmitter, and n is at least 1, n＞1 o'clock, and each single remote control transmitter is separately positioned on different location in the switchgear house, sends lamp tube starting respectively or extinguishes actuating signal;
Described one overlaps light fixture comprises,
Receiver of remote-control sytem connects by radio wave with described remote control transmitter, receives the lamp tube starting that remote control transmitter sends or extinguishes actuating signal, and the geocoding of described receiver of remote-control sytem and each single receiver of remote-control sytem is identical;
Electric ballast connects civil power 220V alternating current, and its output connects described receiver of remote-control sytem, and this electric ballast is converted into the high-frequency alternating current source signal with the 220V alternating current and sends into receiver of remote-control sytem;
Battery pack, the output DC source is connected with described receiver of remote-control sytem and described inverter respectively;
Inverter connects civil power 220V alternating current and described battery pack, and output is connected with described receiver of remote-control sytem and described electric ballast respectively, the dc source of described battery pack is converted into the high-frequency high-voltage source signal sends into receiver of remote-control sytem;
Fluorescent tube, be connected with described receiver of remote-control sytem, this fluorescent tube has two groups of power ends, one group is 61# pin and 64# pin, another group is 62# pin and 63# pin, wherein, 61# pin and 64# pin are respectively by being connected the output of described electric ballast by lamp tube starting that receives or the on-off controller that extinguishes actuating signal control in the receiver of remote-control sytem; 62# pin and 63# pin are connected the output of described electric ballast respectively by on-off controller in the described receiver of remote-control sytem;
The light fixture that described receiver of remote-control sytem, electric ballast, inverter, battery pack and fluorescent tube are formed all is assembled in the lampshade of described fluorescent tube, connects by moulding copper conductor between each parts.
2. the dual-purpose emergency light of power distribution station remote control as claimed in claim 1 is characterized in that:
Described battery pack is that 1.2V, rated capacity are that the rechargeable nickel-hydrogen battery of 3AH composes in series by 8 joint rated voltages.
3. the dual-purpose emergency light of power distribution station remote control as claimed in claim 1 is characterized in that:
The structure of described single remote control transmitter is as follows:
Transmitter module is connected with antenna;
Encoder is connected with described transmitter module;
The transmitter battery connects described transmitter module by the three-terminal voltage-stabilizing device;
Start-up control switch and stop gauge tap, an end of described start-up control switch connects the lamp tube starting actuating signal end of encoder, and the other end connects described transmitter battery; The fluorescent tube that a described end that stops gauge tap connecting encoder extinguishes the actuating signal end, and the other end connects described transmitter battery.
4. the dual-purpose emergency light of power distribution station remote control as claimed in claim 3 is characterized in that:
The rated voltage of described transmitter battery is direct current 12V.
5. the dual-purpose emergency light of power distribution station remote control as claimed in claim 3 is characterized in that:
Described transmitter module adopts SH9901 type transmitter module.
6. the dual-purpose emergency light of power distribution station remote control as claimed in claim 3 is characterized in that:
Described encoder adopts SC2262 type coding chip.
7. the dual-purpose emergency light of power distribution station remote control as claimed in claim 1 is characterized in that:
The structure of described receiver of remote-control sytem is as follows:
Receiver module is connected with antenna, receives the lamp tube starting that described remote control transmitter sends or extinguishes actuating signal;
Decoder, its input is connected with described receiver module, imports lamp tube starting or extinguishes actuating signal, and output output is through decoded lamp tube starting or extinguish actuating signal, and output is by a resistance R
1Be connected with triode;
Described on-off controller is connected with the output of described triode, on-off controller is composed in parallel by 4 midget relaies, 4 midget relaies respectively have 1 pair of normally opened contact, wherein an end of the 1st pair of normally opened contact connects the 61# pin of described fluorescent tube, and the other end connects the output of described electric ballast; One end of the 4th pair of normally opened contact connects the 64# pin of described fluorescent tube, and the other end connects another output of described electric ballast; One end of the 2nd pair of normally opened contact connects the 62# pin of described fluorescent tube, and the other end connects the output of described inverter; One end of the 3rd pair of normally opened contact connects the 63# pin of described fluorescent tube, and the other end connects another output of described inverter;
Direct current 9.6V power supply is taken from battery pack, and one the tunnel connects described on-off controller, and another road is after the voltage stabilizing of three-terminal voltage-stabilizing device, and output 5V operating voltage is as the power supply of receiver module and decoder.
8. the dual-purpose emergency light of power distribution station remote control as claimed in claim 7 is characterized in that:
Described receiver module adopts SH9902 type receiver module.
9. the dual-purpose emergency light of power distribution station remote control as claimed in claim 7 is characterized in that:
Described decoder adopts SC2272-L4 type decoding chip, is the latch-type chip.
10. the dual-purpose emergency light of power distribution station remote control as claimed in claim 1 is characterized in that:
Described remote control transmitter is arranged in 200 meters scopes of the described light fixture of distance.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009202088295U CN201526889U (en) | 2009-09-17 | 2009-09-17 | Distribution station dual-use remote emergency light |
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| CN2009202088295U CN201526889U (en) | 2009-09-17 | 2009-09-17 | Distribution station dual-use remote emergency light |
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| CN2009202088295U Expired - Fee Related CN201526889U (en) | 2009-09-17 | 2009-09-17 | Distribution station dual-use remote emergency light |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102625529A (en) * | 2012-03-14 | 2012-08-01 | 中山伟强科技有限公司 | Integrated wireless and wired control system |
| CN102843848A (en) * | 2011-06-22 | 2012-12-26 | 海洋王照明科技股份有限公司 | Electronic ballast circuit used for remote control type emergency lamp |
| CN102892230A (en) * | 2012-09-25 | 2013-01-23 | 张卫 | Illuminating device with emergency function |
| CN106358334A (en) * | 2016-08-30 | 2017-01-25 | 合肥博雷电气有限公司 | Emergency lamp power supply device controlled by wireless signal |
| CN113923841A (en) * | 2021-10-27 | 2022-01-11 | 广东电网有限责任公司 | Emergency repair lighting device |
-
2009
- 2009-09-17 CN CN2009202088295U patent/CN201526889U/en not_active Expired - Fee Related
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102843848A (en) * | 2011-06-22 | 2012-12-26 | 海洋王照明科技股份有限公司 | Electronic ballast circuit used for remote control type emergency lamp |
| CN102843848B (en) * | 2011-06-22 | 2015-01-07 | 海洋王照明科技股份有限公司 | Electronic ballast circuit used for remote control type emergency lamp |
| CN102625529A (en) * | 2012-03-14 | 2012-08-01 | 中山伟强科技有限公司 | Integrated wireless and wired control system |
| CN102892230A (en) * | 2012-09-25 | 2013-01-23 | 张卫 | Illuminating device with emergency function |
| CN102892230B (en) * | 2012-09-25 | 2015-07-08 | 张卫 | Illuminating device with emergency function |
| CN106358334A (en) * | 2016-08-30 | 2017-01-25 | 合肥博雷电气有限公司 | Emergency lamp power supply device controlled by wireless signal |
| CN113923841A (en) * | 2021-10-27 | 2022-01-11 | 广东电网有限责任公司 | Emergency repair lighting device |
| CN113923841B (en) * | 2021-10-27 | 2023-08-01 | 广东电网有限责任公司 | Emergency repair lighting device |
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| CF01 | Termination of patent right due to non-payment of annual fee |
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