CN87213258U

CN87213258U - Power-saving remote-control lamp

Info

Publication number: CN87213258U
Application number: CN 87213258
Authority: CN
Inventors: 孙乐殿
Original assignee: Individual
Current assignee: Individual
Priority date: 1987-09-12
Filing date: 1987-09-12
Publication date: 1988-04-20

Abstract

The utility model provides a practical power-saving remotely controlled lamp device whose structure is simple. The utility model is composed of a power-saving remotely controlled lamp and a lighting switch. The power-saving remotely controlled lamp is provided with the hot bimetallic strip relay of automatic thermoregulation, next to filaments inside the body of an existing lamp (a filament lamp or a fluorescent lamp). The hot bimetallic strips utilize the heat generated by the filaments to act, which does not need extra power consumption, and the relay acts quickly. The lighting switch is additionally provided with a pair of contacts which are normally off and the delaying rubber bag of a gas damping inside a common switch. The power-saving remotely controlled lamp device is particularly suitable for lighting places of professional charges such as collective dorms, classrooms, meeting rooms, etc.

Description

Power-saving remote-control lamp

The invention provides a kind of practicality simple in structure economize on electricity remote-control lamp device.It belongs to international classification number H 05B 37/00 scope.

In the existing economize on electricity lighting apparatus,, all finish by automatic switch by reducing the lighting hours economize on electricity.As the battery-conserving switch of delaying time (CN 85202487 is lighting switches that thrermostatic bimetal-plate is housed; S.U.1149324 has the switching device of magnetic control contact); The known automatic open close round the clock of people lighting switch and for example.And the characteristics of these switches at first to be the time-delay process want extra power consumption realize control so that produce magnetic field, electric field or thermal field; Secondly, lighting time length can not artificially change arbitrarily.So just be difficult to use in public expense illumination occasions such as dormitory, classroom and meeting room.At this problem, most enterprises and institutions have taked unified restriction power-on time, so that realize economize on electricity.But unified restriction power-on time is unavoidably brought new problem, one, and most illuminating lines have the electricity consumption of alternate manner concurrently, as radio-cassette player, television set, electric fan, audio-visual education programme instrument and loudspeaker etc.The place or the time that so usually need electricity consumption, do not bring inconvenience because of there being electricity.Its two, unified outage makes those lamps of opening, with the outage of total lock is extinguished, when sending electricity once more, no matter whether lamp uses, or does not have the people on the scene, lamp all weighs bright.Therefore, in some occasion, unified restriction power-on time causes waste on the contrary.Even when the owner of lamp for a long time not the time cause danger.

The present invention is in order to overcome the deficiency of above-mentioned lighting apparatus, to change unified restriction power supply, having designed a kind of economize on electricity remote-control lamp device.It can extinguish with total lock outage, total but can not close a floodgate bright automatically again with lock.Close again after can operating a switch when rationing the power supply, not only do not influence with lamp or alternate manner electric consumer and use, can close all no lamps again.It is specially adapted to occasion illuminations such as dormitory, classroom and meeting room.

Main body of the present invention is near the heating filament of existing electric light source (filament conduction or gas discharge) an automatic temperature-control thrermostatic bimetal-plate relay to be set, and it is by the upper end of the reverse butt welding of relay thrermostatic bimetal-plate at the automatic temperature-control thrermostatic bimetal-plate.The connection of thrermostatic bimetal-plate relay realizes by the filament evolution of heat, filament cools when disconnection is gone out by lamp, and temperature descends and realizes, does not need extra power consumption.This automatic temperature-control thrermostatic bimetal-plate relay can make and self remain in the optimum temperature range, and can shorten the lag time that switches on and off.Adapted switch of the present invention (to call the switch of lighting a lamp in the following text) is in regular tap, sets up the transformation of a pair of normal off contact and air damping time-delay rubber bag tank and forms.

To be example below, in conjunction with the accompanying drawings, invention will be described in further detail with 60 watts of incandescent lamps and pulling switch.

Fig. 1 is the structure of automatic temperature-control thrermostatic bimetal-plate relay;

Fig. 2 is an economize on electricity remote-control lamp bubble stereogram;

Fig. 3 is a line map in the economize on electricity remote-control lamp body;

Fig. 4 is the switch junctions composition of lighting a lamp;

Fig. 5 is that economize on electricity control far away incandescent lamp apparatus is used total figure;

Fig. 6 is that economize on electricity control far away daylight lamp apparatus is used total figure.

As shown in Figure 1, relay thrermostatic bimetal-plate 2 and automatic temperature-control thrermostatic bimetal-plate 5, oppositely butt welding is together.Their material is selected because of the power of lamp different, generally selects the high-temperature operation sheet.Heat-resisting flexure strip 4 is bound up by little porcelain card 3 and automatic temperature-control bimetal leaf.Little porcelain card 3 can vertically be made minute movement along heat-resisting flexure strip 4.This automatic temperature-control thrermostatic bimetal-plate and heat-resisting flexure strip 4 are welded on the fixed leg 6.Fixed leg 6 blows are on glass core.For than high-power lamp, in order to make temperature adjustment thrermostatic bimetal-plate 5 flexure operation amplitudes big, can produce 1 or several arc of curvature 7 in 5 bottom, mark 1 is a relay contact.

As shown in Figure 2, automatic temperature-control thrermostatic bimetal-plate relay is arranged in the lamp body, and when lamp did not work, it was near filament.In case filament light-emitting heating, thrermostatic bimetal-plate 2 action of being heated, contact 1 is connected with flexure strip 4, along with temperature rising (can reach more than 1000 ℃), automatic temperature-control thrermostatic bimetal-plate 5 is heated, to away from the bending of filament direction, drive 2 and 4 simultaneously away from filament, thereby remain in the optimum temperature range.They are stabilized in dotted line position shown in 8 after the lamp temperature is stable.When lamp extinguishes, temperature descends, and contact 1 disconnects, when temperature continues to drop to normal temperature, and automatic temperature-control thrermostatic bimetal-plate relay recovery original position.Socket contact 9 and 10 is exactly former ordinary lamps contact among the figure, and contact 11 is newly-installed, and it links to each other with thrermostatic bimetal-plate 5.Such setting of socket makes this lamp also can be used as ordinary lamps and uses.With the existing off-the-shelf of the three-way socket of this lamp adapted.

Fig. 3 is a line map in the economize on electricity remote-control lamp body.After contact 10 and 9 connect electricity, lamp was bright, and contact 1 conducting forms the closed-loop path between 10 and 11 liang of contacts, and after 10 and 9 outages, lamp continues bright.But after lamp goes out, no matter 10 and 11 whether connect electricity, lamp can be not bright.Mark 12 is a filament.

As shown in Figure 4, the some lamp switch is formed by the regular tap transformation.It in former switch, set up a normal off resilient contact 9 ', spacer insulator shell fragment 14, normally moving contact 15 and air damping time-delay rubber bag tank 17.Normally open contact 15 is fixed on the pulling switch pull handle, and 14 are fixed on the runner, and 17 are fixed on pull handle and the switch base.When Drawing switch, contact 10 ' through shell fragment 13 and runner upper contact 18 and 11 ' connection then 15 and 9 ' connect, forms another path, this path by 10 ' through additional wire 16,15 to 9 '.Lamp is lighted.After backguy pine returns, after 17 exhaust dampings postponed for 2～10 seconds, 9 ' and 15 disconnect, contact 1 conducting in the lamp body before this, through 10 ' and 11 ' forming the closed-loop path, lamp continues bright.For once bright again after avoiding user's lamp to close, 14 with 9 ' and 15 insulation separate.

Fig. 5 is the application complete schematic diagram of economize on electricity control far away incandescent lamp apparatus.Now narrate its course of work.Total lock 19 closes a floodgate to mains supply, when the user uses lamp, draw put 15 of lamp switch 20 ', it at first connects 18, then connects 9 ' at this moment, contact 9 ' through 9,12 to contact 10, forms article one closed-loop path, and the bright heating of lamp makes contact 1 conducting, when 15 ' and by 2～10 seconds of 21 positions time-delay, when arriving 22 positions, 15 ' and 9 ' disconnect, but 15 ' and 18 still conductings, form the second closed-loop path, it by 15 ' through 18,11,1,12 to 10, lamp continues bright.If the unified disconnected electricity once of total lock, lamp goes out, and contact 1 disconnects immediately, and two loops all disconnect.Total lock 19 closes a floodgate after 1～2 minute, and lamp can not be bright automatically, and the user draws switch twice, can throw light on again.If the user wants to close lamp, as long as draw switch 15 ' get back to original position from 22 positions, lamp is gone out by the pass.

Claims

1, a kind of economize on electricity remote-control lamp device, it is characterized in that: in lamp (incandescent lamp or fluorescent lamp) body, an automatic temperature-control thrermostatic bimetal-plate relay is set near the filament place, relay thrermostatic bimetal-plate [2], oppositely butt welding is in the upper end of automatic temperature-control thrermostatic bimetal-plate [5], heat-resisting flexure strip [4] is connect by little ceramics [3] and automatic temperature-control thrermostatic bimetal-plate, whole relay is welded on the fixed leg [6] by flexure strip [4] and automatic temperature-control thrermostatic bimetal-plate [5], and the fixed leg blow is on glass core.

2, economize on electricity remote-control lamp device as claimed in claim 1 is characterized in that the automatic temperature-control thrermostatic bimetal-plate near the stiff end place, is made into one or several arc of curvature (7).

3, with the some lamp switch of economize on electricity remote-control lamp adapted, it is characterized in that: in regular tap, set up a pair of normally open contact (9 ' and 15), contact (9 ') is made up of flexure strip, is provided with the spacer insulator shell fragment (14) of normal off contact (9 ') on the runner.