CN2709844Y - Linkage device for open-close air conditioner or door-window - Google Patents
Linkage device for open-close air conditioner or door-window Download PDFInfo
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- CN2709844Y CN2709844Y CN 200420074320 CN200420074320U CN2709844Y CN 2709844 Y CN2709844 Y CN 2709844Y CN 200420074320 CN200420074320 CN 200420074320 CN 200420074320 U CN200420074320 U CN 200420074320U CN 2709844 Y CN2709844 Y CN 2709844Y
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Abstract
The utility model is a linkage device for open-close air conditioner or door-window which can monitor the state of the air conditioner and to control the open-close for door-window. The utility model is composed of an air conditioner state monitor and at least one door-window switch controller, and the air conditioner state monitor is connected with the door-window switch controller by electric wire. The air conditioner state monitor can delivery the close-open electric current for the door and window to the switch controller according to the open-close state of the air conditioner, thereby to make people realize turning off the air conditioner and opening the door-window at 2 or 3 o'clock in the early morning. The utility model not only can save the electric energy, but also can improve the quality of air in the air conditioner room, and the utility model can raise people`s sleep quality.
Description
One, technical field
The utility model relates to a kind of electric device of switch door and window, particularly with the Switch for door and window device of air-conditioning interlock.
Two, background technology
When summer, people turned on the aircondition at home, generally all will close the doors and windows, otherwise refrigeration is not good.But time one length will cause IAQ to descend, and evening is especially true in bed.In fact, after the 2:00 AM, outside air temperature is low, can close air-conditioning fully and open door and window.But this moment, people slept soundly, and door window can not get up.The electricity charge that the result not only will waste several hours, and, owing to lack fresh air, also often feel weak after the people wake up easily, do not have god.Can there is no in the market and a kind ofly can close the product of air-conditioning door window for the people in the depth of night.
Three, summary of the invention
The purpose of this utility model is to provide a kind of device that can close or open door and window according to air-conditioning open and close state automatically.
The realization the technical solution of the utility model is: present air-conditioning generally all has regularly closing function, therefore, as long as the device of a monitoring of design air-conditioning switch state, and with the interlock of the electric device of switch door and window, just can realize the automation of " pass air-conditioning-door window " and " door and window of turning on the aircondition-close ".
The utility model comprises an air-conditioning state monitor and at least one Switch for door and window controller, and live wire links to each other between air-conditioning state monitor and the Switch for door and window controller.During work, be in unlatching or closed condition by air-conditioning state monitor monitoring air-conditioning, and the electric current that will close or open door and window accordingly delivers to the Switch for door and window controller, and the Switch for door and window controller is then made corresponding action according to the electric current of sending here, and door or window are closed or opened.
The beneficial effects of the utility model are: can saves energy, and improve the air quality of air conditioning room and improve people's sleep quality.
Four, description of drawings
Fig. 1 is a block diagram of the present utility model, and wherein, Fig. 1 (A) is first kind of block diagram, and Fig. 1 (B) is second kind of block diagram.
Fig. 2 be the utility model first kind of air-conditioning state monitor internal structure and and the Switch for door and window controller between the schematic diagram of annexation;
Fig. 3 be the utility model second kind of air-conditioning state monitor internal structure and and the Switch for door and window controller between the schematic diagram of annexation, wherein, Fig. 3 (A) is total figure, Fig. 3 (B) be amplifying circuit 8 circuit structure and with element annexation schematic diagram on every side;
Fig. 4 be the third air-conditioning state monitor internal structure of the utility model and and the Switch for door and window controller between the schematic diagram of annexation, wherein, Fig. 4 (A) is total figure, Fig. 4 (B) be amplifying circuit 8 circuit structure and with element annexation schematic diagram on every side;
Fig. 5 be the 4th kind of air-conditioning state monitor internal structure of the utility model and and the Switch for door and window controller between the schematic diagram of annexation, wherein, Fig. 5 (A) is total figure, Fig. 5 (B) be amplifying circuit 17 circuit structure and with element annexation schematic diagram on every side;
Fig. 6 be the 5th kind of air-conditioning state monitor internal structure of the utility model and and the Switch for door and window controller between the schematic diagram of annexation, wherein, Fig. 6 (A) is total figure, Fig. 6 (B) be amplifying circuit 18 circuit structure and with element annexation schematic diagram on every side;
Fig. 7 be the 6th kind of air-conditioning state monitor internal structure of the utility model and and the Switch for door and window controller between the schematic diagram of annexation, wherein, Fig. 7 (A) is total figure, Fig. 7 (B) be amplifying circuit 8 circuit structure and with element annexation schematic diagram on every side;
Fig. 8 is the schematic diagram of first kind of Switch for door and window controller of the utility model;
Fig. 9 is the schematic diagram of first kind of Switch for door and window controller when being used for the switch of control gate, and wherein, Fig. 9 (A) is a vertical view, and Fig. 9 (B) is the sectional view of arc wire casing 35, and Fig. 9 (C) is the side view on door 39 and limit switch top 38;
Figure 10 is the schematic diagram of second kind of Switch for door and window controller of the utility model;
Figure 11 is the schematic diagram that the utility model is used for one one window room, wherein, Figure 11 (A) is the front view that the Switch for door and window controller is applied to window, and Figure 11 (B) is the vertical view that the Switch for door and window controller is applied to door, and Figure 11 (C) is the schematic drawing of air-conditioning state monitor.
Figure 12 is the schematic diagram of second kind of Switch for door and window controller when being used for the switch of control gate, and wherein, Figure 12 (A) is a vertical view, and Figure 12 (B) is the side view on door 39 and limit switch top 38;
Wherein: 1, movable contact; 2, movable contact; 3, fixed contact; 4, fixed contact; 5, fixed contact; 7, relay; 8, signal amplification circuit; 9, dc source; 10, coil; 11, three-pin plug; 12, three-pin socket; 15, transformer; 17, signal amplification circuit; 18, signal amplification circuit; 21, motor; 22, limit switch; 23, limit switch; 24, fixed window frame; 25, movable window frame; 26, movable window frame; 27, driving wheel; 28, belt; 29, ratio wheel; 30, driving wheel, 31, follower; 32, backguy; 34, limit switch top; 35, arc wire casing; 36, panel; 37, limit switch groove; 38, limit switch top; 39, door; 41, driving wheel; 42, big retarding gear; 43, little reduction gearing; 44, driving wheel; 45, curved bar; 51, electric wire; 52, electric wire.
Five, the specific embodiment
The utility model is mainly used in air-conditioned bedroom, and the structure in bedroom generally is that a door and at least one window are arranged.People are in bed, and after air-conditioning was closed, different users had different needs, and some people need open door, and some people need open one or two windows, and also some people need open door and window.Each door or window can be installed a Switch for door and window controller, with the switch of control gate or window.Therefore, practical plan of the present utility model is: an air-conditioning state monitor connects at least one Switch for door and window controller, promptly constitutes the utility model.
At present, all there is electric door device many public places, and it is not so difficult as the Switch for door and window controller that it is diverted to the utility model.
Air-conditioning state monitor of the present utility model mainly is made of a reversing commutator, perhaps is made of a reversing commutator and a sample of signal amplifying circuit, sees Fig. 1.The former is by air-conditioning master control borad control reversing commutator, thereby the control dc source flows to the sense of current of Switch for door and window controller, reaches the purpose of " closing the air-conditioning-door window/door and window of turning on the aircondition-close "; The latter is by sample of signal amplifying circuit control reversing commutator, thereby the control dc source flows to the sense of current of Switch for door and window controller, reaches the purpose of " closing the air-conditioning-door window/door and window of turning on the aircondition-close ".The structure of reversing commutator is seen frame of broken lines part among Fig. 2.
Particularly, air-conditioning state monitor of the present utility model can be one of following scheme:
1, comprise a relay 7, and the movable contact on the relay 71, movable contact 2, fixed contact 3, fixed contact 4, fixed contact 5, see Fig. 2.Wherein, during relay 7 adhesives, movable contact 1 is electrically connected with fixed contact 3, movable contact 2 is electrically connected with fixed contact 4, and when relay 7 was decontroled, movable contact 1 was electrically connected with fixed contact 4, movable contact 2 is electrically connected with fixed contact 5; Fixed contact 3 and fixed contact 5 are electrically connected with the limit switch 22 of Switch for door and window controller and an end of limit switch 23 by electric wire respectively, the other end of limit switch 22 and limit switch 23 is electrically connected with an end of the motor 21 of Switch for door and window controller by electric wire 51, and fixed contact 4 is electrically connected with the other end of motor 21 by electric wire 52; During use, the two ends of relay 7 coils are electrically connected with the master control borad of air-conditioning, and movable contact 1 and movable contact 2 are electrically connected with the positive and negative electrode of air-conditioning dc source respectively.During work, when the air-conditioning start, provide operating current by the air-conditioning master control borad to relay 7, movable contact 1 promptly is electrically connected with fixed contact 3, fixed contact 4 respectively with movable contact 2, the voltage of air-conditioning dc source is by movable contact 1 and movable contact 2 and deliver to the motor 21 of Switch for door and window controller through limit switch 22, and drive motor 21 actions, door or window are closed.When the air-conditioning shutdown, the operating current of giving relay 7 disappears, relay 7 is decontroled (resetting), movable contact 1 and movable contact 2 are electrically connected with fixed contact 4, fixed contact 5 respectively, the voltage of air-conditioning dc source is given motor 21 by movable contact 1 and movable contact 2 and through limit switch 23, but polarity of voltage at this moment reverses, thereby makes motor 21 do backward rotation, and door or window are opened.
This air-conditioning state monitor generally is installed in air conditioner inside, is mounted in indoor set inside for split-type air conditioner, if will be installed in the air conditioner outside, needs to increase housing.
2, comprise a signal amplification circuit 8 and relay 7, and the movable contact on the relay 71, movable contact 2, fixed contact 3, fixed contact 4, fixed contact 5, see Fig. 3.Wherein, an end, the earth terminal of output relay termination 7 coils of signal amplification circuit 8 moving contact 2 of taking over a job, the other end of the relay 7 coils moving contact 1 of taking over a job; During relay 7 adhesives, movable contact 1 is electrically connected with fixed contact 3, movable contact 2 is electrically connected with fixed contact 4, and when relay 7 was decontroled, movable contact 1 was electrically connected with fixed contact 4, movable contact 2 is electrically connected with fixed contact 5; Fixed contact 3 and fixed contact 5 are electrically connected with the limit switch 22 of Switch for door and window controller and an end of limit switch 23 by electric wire respectively, the other end of limit switch 22 and limit switch 23 is electrically connected with an end of the motor 21 of Switch for door and window controller by electric wire 51, and fixed contact 4 is electrically connected with the other end of motor 21 by electric wire 52.Signal amplification circuit 8 and see Fig. 3 (B) with the annexation of element on every side, it comprises triode (V1) and triode (V2) and the resistance (R1) that forms compound structure for amplifying, wherein, the base stage of triode (V1) arrives earth terminal as input, emitter stage by resistance (R1), the emitter stage of triode (V2) is as output, grounded collector, the earth terminal moving contact 2 of taking over a job.During use, the input of signal amplification circuit 8 is electrically connected with air-conditioning master control borad or operation of air conditioner lamp, and movable contact 1 and movable contact 2 are electrically connected with the positive and negative electrode of air-conditioning dc source respectively.When the air-conditioning start, the voltage signal at air-conditioning master control borad or operation of air conditioner lamp the two poles of the earth is after signal amplification circuit 8 amplifies, provide operating current to relay 7, the adhesive of relay 7 makes movable contact 1 be electrically connected with fixed contact 3, fixed contact 4 respectively with movable contact 2, the voltage of air-conditioning dc source is promptly by movable contact 1 and movable contact 2 and deliver to the motor 21 of Switch for door and window controller through limit switch 22, and drive motor 21 actions, door or window are closed.When the air-conditioning shutdown, the operating current of giving relay 7 disappears, relay 7 resets, movable contact 1 and movable contact 2 are electrically connected with fixed contact 4, fixed contact 5 respectively, the voltage of air-conditioning dc source is given motor 21 by movable contact 1 and movable contact 2 and through limit switch 23, but polarity of voltage at this moment reverses, thereby makes motor 21 do backward rotation, and door or window are opened.
This air-conditioning state monitor generally also is mounted in air conditioner inside, if will be installed in the air conditioner outside, needs to increase housing.
3, comprise a signal amplification circuit 8, dc source 9 and relay 7, and the movable contact on the relay 71, movable contact 2, fixed contact 3, fixed contact 4, fixed contact 5, see Fig. 4.Wherein, the positive and negative electrode of dc source 9 is electrically connected with movable contact 1 and movable contact 2 respectively, the output of one termination signal amplification circuit 8 of relay 7 coils, the positive pole of another termination dc source 9, the negative pole of the ground connection termination dc source 9 of signal amplification circuit 8; During relay 7 adhesives, movable contact 1 is electrically connected with fixed contact 3, movable contact 2 is electrically connected with fixed contact 4, and when relay 7 was decontroled, movable contact 1 was electrically connected with fixed contact 4, movable contact 2 is electrically connected with fixed contact 5; Fixed contact 3 and fixed contact 5 are electrically connected with the limit switch 22 of Switch for door and window controller and an end of limit switch 23 by electric wire respectively, the other end of limit switch 22 and limit switch 23 is electrically connected with an end of the motor 21 of Switch for door and window controller by electric wire 51, and fixed contact 4 is electrically connected with the other end of motor 21 by electric wire 52; Signal amplification circuit 8 and see Fig. 4 (B) with the annexation of element on every side, it comprises triode (V1) and triode (V2) and the resistance (R1) that forms compound structure for amplifying, wherein, the base stage of triode (V1) as input, emitter stage by resistance (R1) ground connection and as another input, the emitter stage of triode (V2) is as output, grounded collector, ground connection termination dc power cathode.During use, the input of signal amplification circuit 8 is electrically connected with air-conditioning master control borad or operation of air conditioner lamp the two poles of the earth.When the air-conditioning start, the voltage signal that air-conditioning master control borad or operation of air conditioner lamp the two poles of the earth are provided is after signal amplification circuit 8 amplifies, provide operating current to relay 7, relay 7 adhesives make movable contact 1, movable contact 2 be electrically connected with fixed contact 3, fixed contact 4 respectively, the voltage of dc source 9 is promptly by movable contact 1 and movable contact 2 and deliver to the motor 21 of Switch for door and window controller through limit switch 22, and drive motor 21 actions, door or window are closed.When the air-conditioning shutdown, the operating current of giving relay 7 disappears, relay 7 resets, movable contact 1 and movable contact 2 are electrically connected with fixed contact 4, fixed contact 5 respectively, the voltage of dc source 9 is given motor 21 by movable contact 1 and movable contact 2 and through limit switch 23, but polarity of voltage at this moment reverses, thereby makes motor 21 do backward rotation, and door or window are opened.
This air-conditioning state monitor also is mounted in air conditioner inside, is loaded on the outside housing that needs to increase.
4, see Fig. 5, the three-pin socket 12 that comprises a three-pin plug 11, should be connected with three-pin plug 11 each electrode pair, round live wire between three-pin plug 11 and the three-pin socket 12 or the coil 10 of zero line, signal amplification circuit 17, dc source 9 and the relay 7 that input is electrically connected with coil 10 two ends, and the movable contact on the relay 71, movable contact 2, fixed contact 3, fixed contact 4, fixed contact 5, and housing.Wherein, the positive pole of dc source 9 is succeeded an end of electrical equipment 7, the output of another termination signal amplification circuit 17 of relay 7, the negative pole of the ground connection termination dc source 9 of signal amplification circuit 17, the positive and negative electrode of dc source 9 are electrically connected with movable contact 1 and movable contact 2 respectively; During relay 7 adhesives, movable contact 1 is electrically connected with fixed contact 3, movable contact 2 is electrically connected with fixed contact 4, and when relay 7 was decontroled, movable contact 1 was electrically connected with fixed contact 4, movable contact 2 is electrically connected with fixed contact 5; Fixed contact 3 and fixed contact 5 are electrically connected with the limit switch 22 of Switch for door and window controller and an end of limit switch 23 by electric wire respectively, the other end of limit switch 22 and limit switch 23 is electrically connected with an end of the motor 21 of Switch for door and window controller by electric wire 51, and fixed contact 4 is electrically connected with the other end of motor 21 by electric wire 52.Signal amplification circuit 17 and see Fig. 5 (B) with the annexation of element on every side, it comprises the triode (V1) that forms compound structure for amplifying and triode (V2), and diode (D1), resistance (R2), wherein, triode (V1) base stage connects diode (D1) end and as input, the emitter stage of triode (V2) is as output, the equal ground connection of the other end of the emitter stage of the colelctor electrode of triode (V2), triode (V1), diode (D1), ground connection termination dc power cathode, and pass through resistance (R2) as another input.And the number of turns of coil 10 should make the voltage U at coil two ends be under minimum blowing (refrigeration) state at air-conditioning 〉=0.7 volt, but should not exceed too many, generally about 0.7-0.8 lies prostrate for well.During use, three-pin plug 11 is inserted in the supply socket, and the attaching plug of air-conditioning then is inserted on the three-pin socket 12.When the air-conditioning start, the induced voltage signal that coil 10 is produced is after signal amplification circuit 17 amplifies, provide operating current to relay 7, movable contact 1 promptly is electrically connected with fixed contact 3, fixed contact 4 respectively with movable contact 2, the voltage of dc source 9 is promptly by movable contact 1 and movable contact 2 and deliver to the motor 21 of Switch for door and window controller through limit switch 22, and drive motor 21 actions, door or window are closed.When the air-conditioning shutdown, the induced voltage that coil 10 is produced is very little, signal amplification circuit 17 can't amplify it, the operating current of giving relay 7 disappears, and relay 7 resets, and movable contact 1 and movable contact 2 are electrically connected with fixed contact 4, fixed contact 5 respectively, the voltage of dc source 9 is given motor 21 by movable contact 1 and movable contact 2 and through limit switch 23, but polarity of voltage at this moment reverses, thereby makes motor 21 do backward rotation, and door or window are opened.
5, see Fig. 6, the three-pin socket 12 that comprises a three-pin plug 11, should be connected with three-pin plug 11 each electrode pair, the elementary transformer 15 on live wire between three-pin plug 11 and the three-pin socket 12 or the zero line, signal amplification circuit 18, dc source 9 and the relay 7 that 15 level two ends of input and transformer are electrically connected of being connected on, and the movable contact on the relay 71, movable contact 2, fixed contact 3, fixed contact 4, fixed contact 5, and housing.Wherein, the positive pole of dc source 9 is succeeded an end of electrical equipment 7, the output of another termination signal amplification circuit 18 of relay 7, ground connection termination dc source 9 negative poles of signal amplification circuit 18, and the positive and negative electrode of dc source 9 is electrically connected with movable contact 1 and movable contact 2 respectively; During relay 7 adhesives, movable contact 1 is electrically connected with fixed contact 3, movable contact 2 is electrically connected with fixed contact 4, and when relay 7 was decontroled, movable contact 1 was electrically connected with fixed contact 4, movable contact 2 is electrically connected with fixed contact 5; Fixed contact 3 and fixed contact 5 are electrically connected with the limit switch 22 of Switch for door and window controller and an end of limit switch 23 by electric wire respectively, the other end of limit switch 22 and limit switch 23 is electrically connected with an end of the motor 21 of Switch for door and window controller by electric wire 51, and fixed contact 4 is electrically connected with the other end of motor 21 by electric wire 52.Signal amplification circuit 18 and see Fig. 6 (B) with the annexation of element on every side, it comprises triode (V1) and the triode (V2) that forms compound structure for amplifying, and diode (D1), series connection and diode (D2) and the diode (D3) opposite with diode (D1) direction, one termination triode (V1) emitter stage, the resistance of other end ground connection (R1), wherein, triode (V1) base stage connects a diode (D1) and diode (D2) end, and as input, the emitter stage of triode (V2) is as output, the colelctor electrode of triode (V2), diode (D3) end, the equal ground connection of the other end of diode (D1), ground connection termination dc power cathode, and as another input.A number of transformer 15 be than should making air-conditioning be in 2 〉=0.7 volts of the voltage U at secondary two ends under minimum blowing (refrigeration) state, but should not exceed too many, about generally lying prostrate with 0.7-0.8 for well.During use, three-pin plug 11 is inserted in the supply socket, and the attaching plug of air-conditioning then is inserted on the three-pin socket 12.When the air-conditioning start, the secondary induced voltage signal that produces of transformer 15 is after signal amplification circuit 18 amplifies, for relay 7 provides operating current, movable contact 1 promptly is electrically connected with fixed contact 3, fixed contact 4 respectively with movable contact 2, the voltage of dc source 9 is promptly by movable contact 1 and movable contact 2 and deliver to the motor 21 of Switch for door and window controller through limit switch 22, and drive motor 21 actions, door or window are closed.When the air-conditioning shutdown, the secondary induced voltage that produces of transformer 15 is very little, signal amplification circuit 18 can't amplify it, operating current on the relay 7 disappears, and relay 7 resets, and movable contact 1 and movable contact 2 are electrically connected with fixed contact 4, fixed contact 5 respectively, the voltage of dc source 9 is given motor 21 by movable contact 1 and movable contact 2 and through limit switch 23, but polarity of voltage at this moment reverses, thereby makes motor 21 do backward rotation, and door or window are opened.
6, see Fig. 7, the three-pin socket 12, transformer 15, signal amplification circuit 8, dc source 9 and the relay 7 that comprise a three-pin plug 11, should be connected with three-pin plug 11 each electrode pair, and the movable contact on the relay 71, movable contact 2, fixed contact 3, fixed contact 4, fixed contact 5, and housing.Wherein, the positive pole of dc source 9 is succeeded an end of electrical equipment 7, the output of another termination signal amplification circuit 8 of relay 7, elementary and the three-pin plug 11 of transformer 15 and power firestreak or zero line between the three-pin socket 12 and connect, secondary signal input part with signal amplification circuit 8 is electrically connected, the negative pole of the ground connection termination dc source 9 of signal amplification circuit 8, and the positive and negative electrode of dc source 9 is electrically connected with movable contact 1 and movable contact 2 respectively; During relay 7 adhesives, movable contact 1 is electrically connected with fixed contact 3, movable contact 2 is electrically connected with fixed contact 4, and when relay 7 was decontroled, movable contact 1 was electrically connected with fixed contact 4, movable contact 2 is electrically connected with fixed contact 5; Fixed contact 3 and fixed contact 5 are electrically connected with the limit switch 22 of Switch for door and window controller and an end of limit switch 23 by electric wire respectively, the other end of limit switch 22 and limit switch 23 is electrically connected with an end of the motor 21 of Switch for door and window controller by electric wire 51, and fixed contact 4 is electrically connected with the other end of motor 21 by electric wire 52.Signal amplification circuit 8 and see Fig. 7 (B) with the annexation of element on every side, it comprises triode (V1) and triode (V2) and the resistance (R1) that forms compound structure for amplifying, wherein, the base stage of triode (V1) as input, emitter stage by resistance (R1) ground connection and as another input, the emitter stage of triode (V2) is as output, grounded collector, ground connection termination dc power cathode.A number of transformer 15 be than should making secondary voltage U3 be in minimum blowing (refrigeration) state time 〉=0.7 volt at air-conditioning, but should not exceed too many, about generally lying prostrate with 0.7-0.8 for well.During use, three-pin plug 11 is inserted in the supply socket, and the attaching plug of air-conditioning then is inserted on the three-pin socket 12.When the air-conditioning start, the secondary induced voltage signal that produces of transformer 15 is after signal amplification circuit 8 amplifies, for relay 7 provides operating current, movable contact 1 promptly is electrically connected with fixed contact 3, fixed contact 4 respectively with movable contact 2, the voltage of dc source 9 is promptly by movable contact 1 and movable contact 2 and deliver to the motor 21 of Switch for door and window controller through limit switch 22, and drive motor 21 actions, door or window are closed.When the air-conditioning shutdown, the secondary induced voltage that produces of transformer is very little, signal amplification circuit 8 can't amplify it, operating current on the relay 7 disappears, and relay 7 resets, and movable contact 1 and movable contact 2 are electrically connected with fixed contact 4, fixed contact 5 respectively, the voltage of dc source 9 is given motor 21 by movable contact 1 and movable contact 2 and through limit switch 23, but polarity of voltage at this moment reverses, thereby makes motor 21 do backward rotation, and door or window are opened.
Switch for door and window controller of the present utility model can be one of following scheme:
1, as Fig. 8, comprise motor 21, be contained in driving wheel 27 on 21 on the motor, ratio wheel 29, round belt 28, the driving wheel 30 that is placed in the window both sides and the follower 31 of driving wheel 27 and ratio wheel 29, round backguy 32, an end of driving wheel 30 and follower 31 be fixed on limit switch top 34 on the window frame 26, panel 36 and on limit switch groove 37, limit switch 22 and the limit switch 23 on the limit switch groove 37.Wherein, driving wheel 30 is connected as a single entity with ratio wheel 29 and is coaxial, and the two ends of backguy 32 are fixed on the limit switch top 34.The installation site of panel 36 is dead aheads of covering at backguy 32 and other parts, and shelter from these parts, limit switch 22 and limit switch 23 can be in limit switch groove 37 move left and right, and, limit switch top 34 with movable window frame 26 left, when moving right, finally should be able to run into limit switch 22 and limit switch 23.The position of two limit switches about adjustment, ultimate range that can control activity window frame 26 move left and right.
This programme need change panel 36 into arc wire casing 35 when being used for the switch of control gate, see Fig. 9, and limit switch is pushed up 34 limit switches that change " L " shape into push up 38, the top that limit switch pushes up 38 traversing sections among Fig. 9 is fixed on the top at door 39 back sides, make vertical section and door stand away, and vertical section is holded up the top that upwards surpasses door, the shape of arc wire casing 35 and position should be pushed up 38 track with limit switch and be complementary, make door in switching process, the upper end on limit switch top 38 and backguy 32 are all the time in the groove of arc wire casing 35, the upper end on limit switch top 38 is then pinioned at the two ends of backguy 32, driving wheel 30 and follower 31 are respectively at the two ends of arc wire casing 35, two limit switches are installed in respectively near the two ends of arc wire casing, and make door limit switch top in switching process finally can run into two limit switches.Adjust the position of two limit switches, get final product the moving range of control gate.
The scheme that is used for control gate in this programme also can be used for austral window.
2, as Figure 10, comprise motor 21, the driving gear 41 on 21 on motor, with the big retarding gear 42 of driving gear 41 engagements, with the coaxial little reduction gearing 43 of big retarding gear, be fixed on driving wheel 44, curved bar 45, an end of little reduction gearing 43 engagements that limit switch on the window frame 26 pushes up 34, panel 36 and on limit switch groove 37, limit switch 22 on the limit switch groove and limit switch 23.Wherein, motor 21, big retarding gear 42, little reduction gearing 43 and driving wheel 44 are placed in one side of fixed window frame 24; Two sections of curved bars 45 minutes are middlely linked to each other by knot that can be undone by a pull, and the left end of curved bar 45 is fixed on the driven wheel 44, and right-hand member is connected with limit switch top 34 activity; The installation site of panel 36 is dead aheads of covering at motor and other parts, and covers these parts; Limit switch 22 and limit switch 23 can be in limit switch groove 37 move left and right, and limit switch top 34 is with movable window frame 26 left, when moving right, finally should be able to run into limit switch 22 and limit switch 23.The position of two limit switches about adjustment, ultimate range that can control activity window frame 26 move left and right.
Obviously, this programme also can be used for the switch of control gate, as long as parts such as motor are installed on the wall at the doorframe or the door back side, limit switch top 34 changes the limit switch top 38 of " L " shape into, the plane of movement of curved bar 45 is by vertically becoming level, see Figure 11 (B) and Figure 12, the traversing section top on limit switch top 38 is fixed on the top of door 39, make the vertical portion separation gate that one segment distance be arranged, and the epimere of vertical part surmounts a top, the top of curved bar 45 forms active the connection with limit switch top 38, panel 36 with and on the shape of limit switch groove 37 and position cooperate limit switch to push up the track on 38 tops, make door in switching process, two limit switches finally can be run in the top on limit switch top 38, adjust the position of two limit switches, get final product the scope of activities of control gate.
The scheme that is used for control gate in this programme also can be used for austral window.
Below in conjunction with example such scheme is illustrated:
Example 1: the utility model is used for an air-conditioned room that two fan flat push type aluminum windows are arranged, on two fan windows, a Switch for door and window controller is installed respectively, and is connected with the air-conditioning state monitor.Like this, when midnight, air-conditioning was closed, two fan windows were opened simultaneously, and air can obtain convection current preferably in the room.The air-conditioning state monitor is chosen any that state in 7 kinds of schemes, and two fan windows are all installed Switch for door and window controller as shown in Figure 8, and existing hypothesis activity window frame 25 is motionless, realizes the switch of window by the move left and right of movable window frame 26.When air-conditioning is closed, the air-conditioning state monitor is promptly reacted, the electric current of opening window is delivered to simultaneously the Switch for door and window controller of two fan windows, motor 21 is subjected to current drives, driving driving wheel 27 rotates, and drive ratio wheels 29 by belt 28 and rotate counterclockwise, thereby driving wheel 30 is moved to the left by backguy 32 drive activity window frames 26, window is opened.When the air-conditioning shutdown, motor 21 is driven by reversing the current, and drive activity window frame 26 moves right, and window is closed.When limit switch top 34 was moved to the left with movable window frame 26 and runs into limit switch 22, the electric current of motor 21 was cut off; Equally, when limit switch top 34 moved right with movable window frame 26 and runs into limit switch 23, the electric current of motor 21 also can be cut off.Therefore, the position of two limit switches about adjustment, ultimate range that can control activity window frame 26 move left and right.
Example 2: the air-conditioned room that the utility model is used to have only a fan window.A Switch for door and window controller as shown in figure 10 can respectively be installed on door and window, and door and window are opened simultaneously when allowing air-conditioning close, so that make indoor acquisition convection current air, and when air-conditioning is opened, can see to allow door or/and a seam is closed or stayed to window fully.Select air-conditioning state monitor as shown in Figure 7, connect the Switch for door and window controller on door and the window, see Figure 11, the thick dashed line among the figure is to connect electric wire.See the Switch for door and window controller shown in Figure 11 (A) earlier: when air-conditioning is closed, the air-conditioning state monitor is sent the drive current of opening window to the Switch for door and window controller immediately, drive current arrives motor 21 through limit switch 22, motor 21 is subjected to current drives, driving driving gear 41 rotates counterclockwise, big retarding gear 42 and driving gear 41 engagements, thereby clockwise rotate; Little reduction gearing 43 is coaxial with big retarding gear 42, and with driven wheel 44 engagement, thereby drive driven wheel 44 rotates counterclockwise, the left side section of curved bar 45 is that central point rotates counterclockwise with the axle center of driven wheel 44 promptly, and pulling activity window frame 26 moves to left, and window is promptly opened, and runs into limit switch 22 when movable window frame 26 moves to left to limit switch top 34, the electric current of motor 21 is cut off, and window frame stops to move; When the air-conditioning start, the air-conditioning state monitor is sent to the Switch for door and window controller immediately and is closed window current (direction and the opposite current of windowing), electric current flow to motor 21 through limit switch 23, motor 21 promptly drives driven wheel 44 and clockwise rotates, movable window frame 26 is moved right, run into limit switch 23 up to limit switch top 34, the electric current of motor 21 is cut off, and window is closed.The position of two limit switches about adjustment, ultimate range that can control activity window frame 26 move left and right.For the Switch for door and window controller shown in Figure 11 (B), the Switch for door and window controller shown in the course of work and Figure 11 (A) is basic identical, and motor is to drive driving gear 41 to clockwise rotate when only opening the door, and then rotates counterclockwise at closing time.
The utility model also can push up limit switch 38, limit switch top 34 changes the scheme of movable latch or magnetic joint into, so that allow the activity that affranchises of door, window when needed.
Switch for door and window controller of the present utility model also can increase timer or cyclelog or manual pushbutton, like this, as long as adjust the position of limit switch, just can be under the situation that air-conditioning is still opened, open and close in the specific time by timer or cyclelog or people's hand control window or door, so as when air-conditioning to be opened the air regime in the conditioning chamber.
Limit switch in this specification is a kind of electronic component, can control connection and disconnection between two wires: when its movable contact is run into by object and moved, the connection of two wires promptly is cut off, after the touching thing is removed, spring resets movable contact, and the connection between two wires promptly recovers.
The function of signal amplification circuit 8, signal amplification circuit 17, signal amplification circuit 18 all is when air-conditioning is in open state input signal to be amplified, thereby sends operating current to relay 7, and stops to send operating current to relay 7 after the air-conditioning shutdown.Therefore, as long as no matter the air-conditioning start is in peak power or minimum power, signal amplification circuit all should be sent operating current to relay.For most of air-conditionings, the minimum blowing state when not freezing is exactly a minimum power state.And the minimum power after the start of some air-conditionings may be also littler than the minimum state of drying, at this moment, can see concrete situation, can be when needing by the resistance of adjusting R1, the number of turns of coil 10 or a number ratio of transformer 15, make signal amplification circuit accomplish " air-conditioning is opened: send operating current, air-conditioning closes: stop to send operating current ".In example 2, if it is 10mA that relay works in 10 volts, operating current, V1 multiplication factor 100, V2 multiplication factor 50, adjust the circuit distance between a transformer number ratio or two contacts of primary coil, U3 is about 0.7 volt when making the air-conditioning start and being in minimum power, then the about 175K of R1 resistance.
Claims (10)
1, air-conditioning door and window linkage is characterized in that comprising an air-conditioning state monitor and at least one Switch for door and window controller, and live wire is connected between said air-conditioning state monitor and the Switch for door and window controller.
2,, it is characterized in that said air-conditioning state monitor can monitor the open and close state of air-conditioning, and send the electric current of closing or open door or window accordingly to said Switch for door and window controller according to the said air-conditioning door and window of claim 1 linkage; Said Switch for door and window controller can make the action of cutting out or opening door or window accordingly after receiving the electric current that the air-conditioning state monitor sends here.
3, according to the said air-conditioning door and window of claim 1 linkage, it is characterized in that said air-conditioning state monitor mainly is made of a reversing commutator, perhaps constitute by a reversing commutator and a sample of signal amplifying circuit, the former is by air-conditioning master control borad control reversing commutator, thereby the control dc source flows to the sense of current of Switch for door and window controller, the latter is by sample of signal amplifying circuit control reversing commutator, thereby the control dc source flows to the sense of current of Switch for door and window controller.
4,, it is characterized in that said air-conditioning state monitor can be one of following scheme according to the said air-conditioning door and window of claim 1 linkage:
(1), draws together a relay (7), and the movable contact (1) on the relay (7), movable contact (2), fixed contact (3), fixed contact (4), fixed contact (5); Wherein, during relay (7) adhesive, movable contact (1) is electrically connected with fixed contact (3), movable contact (2) is electrically connected with fixed contact (4), and when relay (7) was decontroled, movable contact (1) was electrically connected with fixed contact (4), movable contact (2) is electrically connected with fixed contact (5);
(2), comprise a signal amplification circuit (8) and relay (7), and the movable contact (1) on the relay (7), movable contact (2), fixed contact (3), fixed contact (4), fixed contact (5), wherein, one end, the earth terminal of output relay termination (7) coil of signal amplification circuit (8) moving contact (2) of taking over a job, the other end of relay (7) the coil moving contact (1) of taking over a job; During relay (7) adhesive, movable contact (1) is electrically connected with fixed contact (3), movable contact (2) is electrically connected with fixed contact (4), when relay (7) was decontroled, movable contact (1) was electrically connected with fixed contact (4), movable contact (2) is electrically connected with fixed contact (5);
(3), comprise a signal amplification circuit (8), dc source (9) and relay (7), and the movable contact (1) on the relay (7), movable contact (2), fixed contact (3), fixed contact (4), fixed contact (5), wherein, the positive and negative electrode of dc source (9) is electrically connected with movable contact (1) and movable contact (2) respectively, the output of one termination signal amplification circuit (8) of relay (7) coil, the positive pole of another termination dc source (9), the negative pole of the ground connection termination dc source (9) of signal amplification circuit (8); During relay (7) adhesive, movable contact (1) is electrically connected with fixed contact (3), movable contact (2) is electrically connected with fixed contact (4), when relay (7) was decontroled, movable contact (1) was electrically connected with fixed contact (4), movable contact (2) is electrically connected with fixed contact (5);
(4), comprise a three-pin plug (11), the three-pin socket (12) that should be connected with each electrode pair of three-pin plug (11), coil (10) round live wire between three-pin plug (11) and the three-pin socket (12) or zero line, the signal amplification circuit (17) that input is electrically connected with coil (10) two ends, dc source (9) and relay (7), and the movable contact (1) on the relay (7), movable contact (2), fixed contact (3), fixed contact (4), fixed contact (5), and housing, wherein, the positive pole of dc source (9) is succeeded an end of electrical equipment (7), the output of another termination signal amplification circuit (17) of relay (7), the negative pole of the ground connection termination dc source (9) of signal amplification circuit (17), dc source (9) is just, negative pole is electrically connected with movable contact (1) and movable contact (2) respectively; During relay (7) adhesive, movable contact (1) is electrically connected with fixed contact (3), movable contact (2) is electrically connected with fixed contact (4), when relay (7) was decontroled, movable contact (1) was electrically connected with fixed contact (4), movable contact (2) is electrically connected with fixed contact (5);
(5), comprise a three-pin plug (11), the three-pin socket (12) that should be connected with each electrode pair of three-pin plug (11), the elementary transformer (15) that is connected on live wire between three-pin plug (11) and the three-pin socket (12) or the zero line, the signal amplification circuit (18) that input is electrically connected with the secondary two ends of transformer (15), dc source (9) and relay (7), and the movable contact (1) on the relay (7), movable contact (2), fixed contact (3), fixed contact (4), fixed contact (5), and housing, wherein, the positive pole of dc source (9) is succeeded an end of electrical equipment (7), the output of another termination signal amplification circuit (18) of relay (7), ground connection termination dc source (9) negative pole of signal amplification circuit (18), and dc source (9) is just, negative pole is electrically connected with movable contact (1) and movable contact (2) respectively; During relay (7) adhesive, movable contact (1) is electrically connected with fixed contact (3), movable contact (2) is electrically connected with fixed contact (4), when relay (7) was decontroled, movable contact (1) was electrically connected with fixed contact (4), movable contact (2) is electrically connected with fixed contact (5);
(6), comprise a three-pin plug (11), the three-pin socket (12) that should be connected with each electrode pair of three-pin plug (11), transformer (15), signal amplification circuit (8), dc source (9) and relay (7), and the movable contact (1) on the relay (7), movable contact (2), fixed contact (3), fixed contact (4), fixed contact (5), and housing, wherein, the positive pole of dc source (9) is succeeded an end of electrical equipment (7), the output of another termination signal amplification circuit (8) of relay (7), elementary and the three-pin plug (11) of transformer (15) and power firestreak or zero line between the three-pin socket (12) also connect, secondary signal input part with signal amplification circuit (8) is electrically connected, the negative pole of the ground connection termination dc source (9) of signal amplification circuit (8), and dc source (9) is just, negative pole is electrically connected with movable contact (1) and movable contact (2) respectively; During relay (7) adhesive, movable contact (1) is electrically connected with fixed contact (3), movable contact (2) is electrically connected with fixed contact (4), when relay (7) was decontroled, movable contact (1) was electrically connected with fixed contact (4), movable contact (2) is electrically connected with fixed contact (5).
5, according to the said air-conditioning door and window of claim 4 linkage, it is characterized in that said fixed contact (3) and fixed contact (5) are electrically connected with the limit switch (22) of Switch for door and window controller and an end of limit switch (23) by electric wire respectively, the other end of limit switch (22) and limit switch (23) is electrically connected with an end of the motor (21) of Switch for door and window controller by electric wire (51), and fixed contact (4) is electrically connected with the other end of motor (21) by electric wire (52).
6,, it is characterized in that said air-conditioning state monitor can be one of following scheme according to the said air-conditioning door and window of claim 1 linkage:
(1), draws together a relay (7), and the movable contact (1) on the relay (7), movable contact (2), fixed contact (3), fixed contact (4), fixed contact (5), wherein, during relay (7) adhesive, movable contact (1) is electrically connected with fixed contact (3), movable contact (2) is electrically connected with fixed contact (4), when relay (7) was decontroled, movable contact (1) was electrically connected with fixed contact (4), movable contact (2) is electrically connected with fixed contact (5); During use, the two ends of relay (7) coil are electrically connected with the master control borad of air-conditioning, and movable contact (1) and movable contact (2) are electrically connected with the positive and negative electrode of air-conditioning dc source respectively;
(2), comprise a signal amplification circuit (8) and relay (7), and the movable contact (1) on the relay (7), movable contact (2), fixed contact (3), fixed contact (4), fixed contact (5), wherein, one end, the earth terminal of output relay termination (7) coil of signal amplification circuit (8) moving contact (2) of taking over a job, the other end of relay (7) the coil moving contact (1) of taking over a job; During relay (7) adhesive, movable contact (1) is electrically connected with fixed contact (3), movable contact (2) is electrically connected with fixed contact (4), when relay (7) was decontroled, movable contact (1) was electrically connected with fixed contact (4), movable contact (2) is electrically connected with fixed contact (5); During use, the input of signal amplification circuit (8) is electrically connected with air-conditioning master control borad or operation of air conditioner lamp, and movable contact (1) and movable contact (2) are electrically connected with the positive and negative electrode of air-conditioning dc source respectively;
(3), comprise a signal amplification circuit (8), dc source (9) and relay (7), and the movable contact (1) on the relay (7), movable contact (2), fixed contact (3), fixed contact (4), fixed contact (5), wherein, the positive and negative electrode of dc source (9) is electrically connected with movable contact (1) and movable contact (2) respectively, the output of one termination signal amplification circuit (8) of relay (7) coil, the positive pole of another termination dc source (9), the negative pole of the ground connection termination dc source (9) of signal amplification circuit (8); During relay (7) adhesive, movable contact (1) is electrically connected with fixed contact (3), movable contact (2) is electrically connected with fixed contact (4), when relay (7) was decontroled, movable contact (1) was electrically connected with fixed contact (4), movable contact (2) is electrically connected with fixed contact (5); During use, the input of signal amplification circuit (8) is electrically connected with air-conditioning master control borad or operation of air conditioner lamp the two poles of the earth;
(4), comprise a three-pin plug (11), the three-pin socket (12) that should be connected with each electrode pair of three-pin plug (11), coil (10) round live wire between three-pin plug (11) and the three-pin socket (12) or zero line, the signal amplification circuit (17) that input is electrically connected with coil (10) two ends, dc source (9) and relay (7), and the movable contact (1) on the relay (7), movable contact (2), fixed contact (3), fixed contact (4), fixed contact (5), and housing, wherein, the positive pole of dc source (9) is succeeded an end of electrical equipment (7), the output of another termination signal amplification circuit (17) of relay (7), the negative pole of the ground connection termination dc source (9) of signal amplification circuit (17), dc source (9) is just, negative pole is electrically connected with movable contact (1) and movable contact (2) respectively; During relay (7) adhesive, movable contact (1) is electrically connected with fixed contact (3), movable contact (2) is electrically connected with fixed contact (4), when relay (7) was decontroled, movable contact (1) was electrically connected with fixed contact (4), movable contact (2) is electrically connected with fixed contact (5); During use, three-pin plug (11) is inserted in the supply socket, and the attaching plug of air-conditioning then is inserted on the three-pin socket (12);
(5), comprise a three-pin plug (11), the three-pin socket (12) that should be connected with each electrode pair of three-pin plug (11), the elementary transformer (15) that is connected on live wire between three-pin plug (11) and the three-pin socket (1 2) or the zero line, the signal amplification circuit (18) that input is electrically connected with the secondary two ends of transformer (15), dc source (9) and relay (7), and the movable contact (1) on the relay (7), movable contact (2), fixed contact (3), fixed contact (4), fixed contact (5), and housing, wherein, the positive pole of dc source (9) is succeeded an end of electrical equipment (7), the output of another termination signal amplification circuit (18) of relay (7), ground connection termination dc source (9) negative pole of signal amplification circuit (1 8), and dc source (9) is just, negative pole is electrically connected with movable contact (1) and movable contact (2) respectively; During relay (7) adhesive, movable contact (1) is electrically connected with fixed contact (3), movable contact (2) is electrically connected with fixed contact (4), when relay (7) was decontroled, movable contact (1) was electrically connected with fixed contact (4), movable contact (2) is electrically connected with fixed contact (5); During use, three-pin plug (11) is inserted in the supply socket, and the attaching plug of air-conditioning then is inserted on the three-pin socket (12);
(6), comprise a three-pin plug (11), the three-pin socket (12) that should be connected with each electrode pair of three-pin plug (11), transformer (15), signal amplification circuit (8), dc source (9) and relay (7), and the movable contact (1) on the relay (7), movable contact (2), fixed contact (3), fixed contact (4), fixed contact (5), and housing, wherein, the positive pole of dc source (9) is succeeded an end of electrical equipment (7), the output of another termination signal amplification circuit (8) of relay (7), elementary and the three-pin plug (11) of transformer (15) and power firestreak or zero line between the three-pin socket (12) also connect, secondary signal input part with signal amplification circuit (8) is electrically connected, the negative pole of the ground connection termination dc source (9) of signal amplification circuit (8), and dc source (9) is just, negative pole is electrically connected with movable contact (1) and movable contact (2) respectively; During relay (7) adhesive, movable contact (1) is electrically connected with fixed contact (3), movable contact (2) is electrically connected with fixed contact (4), when relay (7) was decontroled, movable contact (1) was electrically connected with fixed contact (4), movable contact (2) is electrically connected with fixed contact (5); During use, three-pin plug (11) is inserted in the supply socket, and the attaching plug of air-conditioning then is inserted on the three-pin socket (12).
7, according to the said air-conditioning door and window of claim 6 linkage, it is characterized in that said fixed contact (3) and fixed contact (5) are electrically connected with the limit switch (22) of Switch for door and window controller and an end of limit switch (23) by electric wire respectively, the other end of limit switch (22) and limit switch (23) is electrically connected with an end of the motor (21) of Switch for door and window controller by electric wire (51), and fixed contact (4) is electrically connected with the other end of motor (21) by electric wire (52).
8, according to the said air-conditioning door and window of each claim linkage in the claim 4～7, it is characterized in that said signal amplification circuit (8) comprises triode (V1) and triode (V2) and the resistance (R1) that forms compound structure for amplifying, wherein, the base stage of triode (V1) arrives earth terminal as input, emitter stage by resistance (R1), the emitter stage of triode (V2) is as output, grounded collector, the earth terminal moving contact (2) of taking over a job; Said signal amplification circuit (17) comprises the triode (V1) that forms compound structure for amplifying and triode (V2), and diode (D1), resistance (R2), wherein, triode (V1) base stage connects diode (D1) end and as input, the emitter stage of triode (V2) is as output, the equal ground connection of the other end of the emitter stage of the colelctor electrode of triode (V2), triode (V1), diode (D1), ground connection termination dc power cathode, and pass through resistance (R2) as another input; Said signal amplification circuit (18) comprises triode (V1) and the triode (V2) that forms compound structure for amplifying, and diode (D1), series connection and diode (D2) and the diode (D3) opposite with diode (D1) direction, one termination triode (V1) emitter stage, the resistance of other end ground connection (R1), wherein, triode (V1) base stage connects a diode (D1) and diode (D2) end, and as input, the emitter stage of triode (V2) is as output, the colelctor electrode of triode (V2), diode (D3) end, the equal ground connection of the other end of diode (D1), ground connection termination dc power cathode, and as another input.
9, according to the said air-conditioning door and window of each claim linkage in the claim 4～7, wherein said Switch for door and window controller can be one of following:
(1), comprise motor (21), be contained in the driving wheel (27) on motor (21) axle, ratio wheel (29), round the belt (28) of driving wheel (27) with ratio wheel (29), be placed in the driving wheel (30) and the follower (31) on window both sides, round the backguy (32) of driving wheel (30) with follower (31), one end is fixed on the limit switch top (34) on the window frame (26), panel (36) and on limit switch groove (37), limit switch (22) on the limit switch groove (37) and limit switch (23), wherein, driving wheel (30) is connected as a single entity with ratio wheel (29) and is coaxial, the two ends of backguy (32) are fixed on the limit switch top (34), the installation site of panel (36) is the dead ahead of covering at backguy (32) and other parts, and shelter from these parts, limit switch (22) and limit switch (23) can be in limit switch groove (37) move left and right, and, limit switch top (34) with movable window frame (26) left, when moving right, finally should be able to run into limit switch (22) and limit switch (23);
This programme need change panel (36) into arc wire casing (35) when being used for the switch of control gate, and limit switch top (34) are changed into the limit switch top (38) of " L " shape, the top of limit switch top (38) traversing section is fixed on the top at door (39) back side, make vertical section and door stand away, and vertical section is holded up the top that upwards surpasses door, the track that the shape of arc wire casing (35) and position should be pushed up (38) with limit switch is complementary, make door in switching process, the upper end on limit switch top (38) and backguy (32) are all the time in the groove of arc wire casing (35), the upper end on limit switch top (38) is then pinioned at the two ends of backguy (32), driving wheel (30) and follower (31) are respectively at the two ends of arc wire casing (35), two limit switches are installed in respectively near the two ends of arc wire casing, and make door limit switch top in switching process finally can run into two limit switches;
(2), comprise motor (21), the driving gear (41) on motor (21) axle, with the big retarding gear (42) of driving gear (41) engagement, with the coaxial little reduction gearing (43) of big retarding gear, with driving wheel (44), curved bar (45), an end of little reduction gearing (43) engagement be fixed on limit switch on the window frame (26) push up (34), panel (36) and on limit switch groove (37), limit switch on the limit switch groove (22) and limit switch (23); Wherein, motor (21), big retarding gear (42), little reduction gearing (43) and driving wheel (44) are placed in one side of fixed window frame 24; Curved bar (45) divides two sections, and middle continuous by knot that can be undone by a pull, the left end of curved bar (45) is fixed on the driven wheel (44), and right-hand member is connected with limit switch top (34) is active; The installation site of panel (36) is the dead ahead of covering at motor and other parts, and covers these parts; Limit switch (22) and limit switch (23) can be in limit switch groove (37) move left and right, and limit switch top (34) is with movable window frame (26) left, when moving right, finally should be able to run into limit switch (22) and limit switch (23);
When this programme is used for the switch of control gate, limit switch top (34) changes the limit switch top (38) of " L " shape into, the plane of movement of curved bar (45) is by vertically becoming level, the top of curved bar (45) forms active the connection with limit switch top (38), panel (36) with and on the shape of limit switch groove (37) and the position track that cooperates (38) top, limit switch top, make door in switching process, two limit switches finally can be run in the top on limit switch top (38).
10,, it is characterized in that the limit switch top (34) of said Switch for door and window controller and the scheme that limit switch top (38) can change movable latch or magnetic joint into according to the said air-conditioning door and window of claim 9 linkage.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200420074320 CN2709844Y (en) | 2004-07-01 | 2004-07-01 | Linkage device for open-close air conditioner or door-window |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200420074320 CN2709844Y (en) | 2004-07-01 | 2004-07-01 | Linkage device for open-close air conditioner or door-window |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2709844Y true CN2709844Y (en) | 2005-07-13 |
Family
ID=34852726
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200420074320 Expired - Fee Related CN2709844Y (en) | 2004-07-01 | 2004-07-01 | Linkage device for open-close air conditioner or door-window |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2709844Y (en) |
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101140097B (en) * | 2007-10-23 | 2010-06-02 | 北京迪尔蒙德机电设备有限公司 | Air conditioner energy conservation control system |
| CN102183076A (en) * | 2011-04-28 | 2011-09-14 | 邹杰 | Energy-saving control device and control method of air conditioner |
| CN103901850A (en) * | 2014-03-25 | 2014-07-02 | 四川长虹电器股份有限公司 | Information processing method and air conditioner |
| CN104913442A (en) * | 2015-05-29 | 2015-09-16 | 广东美的制冷设备有限公司 | Control method, device and system of intelligent air conditioner and intelligent door/window |
| CN105739558A (en) * | 2016-04-12 | 2016-07-06 | 安徽理工大学 | Intelligent air conditioner linkage with opening-closing window |
| CN107477810A (en) * | 2017-09-20 | 2017-12-15 | 广西中投创新能源科技股份有限公司 | Wireless door and window combined control equipment |
| CN107882465A (en) * | 2017-10-18 | 2018-04-06 | 广东美的制冷设备有限公司 | Air-conditioner control method, device and computer-readable recording medium |
| CN110805989A (en) * | 2018-08-06 | 2020-02-18 | 珠海格力电器股份有限公司 | Control method and device of air conditioner |
-
2004
- 2004-07-01 CN CN 200420074320 patent/CN2709844Y/en not_active Expired - Fee Related
Cited By (11)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101140097B (en) * | 2007-10-23 | 2010-06-02 | 北京迪尔蒙德机电设备有限公司 | Air conditioner energy conservation control system |
| CN102183076A (en) * | 2011-04-28 | 2011-09-14 | 邹杰 | Energy-saving control device and control method of air conditioner |
| CN103901850A (en) * | 2014-03-25 | 2014-07-02 | 四川长虹电器股份有限公司 | Information processing method and air conditioner |
| CN103901850B (en) * | 2014-03-25 | 2016-07-06 | 四川长虹电器股份有限公司 | A kind of information processing method and air-conditioning |
| CN104913442A (en) * | 2015-05-29 | 2015-09-16 | 广东美的制冷设备有限公司 | Control method, device and system of intelligent air conditioner and intelligent door/window |
| CN104913442B (en) * | 2015-05-29 | 2017-08-29 | 广东美的制冷设备有限公司 | The control method of intelligent air conditioner and intelligent door and window, apparatus and system |
| CN105739558A (en) * | 2016-04-12 | 2016-07-06 | 安徽理工大学 | Intelligent air conditioner linkage with opening-closing window |
| CN107477810A (en) * | 2017-09-20 | 2017-12-15 | 广西中投创新能源科技股份有限公司 | Wireless door and window combined control equipment |
| CN107882465A (en) * | 2017-10-18 | 2018-04-06 | 广东美的制冷设备有限公司 | Air-conditioner control method, device and computer-readable recording medium |
| CN107882465B (en) * | 2017-10-18 | 2019-04-02 | 广东美的制冷设备有限公司 | Air-conditioner control method, device and computer readable storage medium |
| CN110805989A (en) * | 2018-08-06 | 2020-02-18 | 珠海格力电器股份有限公司 | Control method and device of air conditioner |
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