CN2683598Y - Automatic infrared inductive opening dustbin - Google Patents
Automatic infrared inductive opening dustbin Download PDFInfo
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- CN2683598Y CN2683598Y CN 200420024220 CN200420024220U CN2683598Y CN 2683598 Y CN2683598 Y CN 2683598Y CN 200420024220 CN200420024220 CN 200420024220 CN 200420024220 U CN200420024220 U CN 200420024220U CN 2683598 Y CN2683598 Y CN 2683598Y
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- infrared
- bung
- staving
- sewage disposer
- microcomputer controller
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Abstract
The utility model relates to a garbage storage device, particularly an automatic and infrared inductive opening garbage can which comprises a can body and a can cover. The utility model has the structural key points that a spring is installed at the connecting point of the can body and the can cover, and simultaneously, the automatic and infrared inductive opening dustbin also comprises an infrared control circuit and a mechanical driving device. The utility model has the advantages that the infrared control circuit and the driving device are installed on the garbage can to lead the garbage can to open or close the can cover according to the approach of obstacles through automatic induction. Thus, the garbage can not be manually controlled, which eradicates the hidden danger of hygiene infection. In addition, the utility model is convenient in life.
Description
Technical field
The utility model relates to a kind of rubbish storing device, particularly a kind of infrared induction automatic lid closing/opening sewage disposer.
Background technology
Sewage disposer of the prior art includes staving and bung, when rubbish is thrown away in the needs throwing, needs by the manual unlocking bung, and then rubbish is thrown away in the staving.Its weak point is: because need be by manually opening or closing bung, the hidden danger that will bring health to infect is like this used also inconvenient simultaneously.
Invention constitutes
The purpose of this utility model is to overcome weak point of the prior art and a kind of infrared induction automatic lid closing/opening sewage disposer of easy to use, health is provided.
The purpose of this utility model can realize by following approach:
Infrared induction automatic lid closing/opening sewage disposer, include staving and bung, its structural feature is, junction between staving and the bung is equipped with a kind of spring, simultaneously, this infrared induction automatic lid closing/opening sewage disposer also includes infrared control circuit and mechanical actuation device: the infrared control circuit includes infrared transmitter, infrared remote receiver, amplifier, comparator, reference circuit, driving circuit and microcomputer controller, wherein, infrared remote receiver, amplifier and comparator are electrically connected in regular turn, the benchmark mouth of reference circuit is connected with comparator, the triggering mouth of comparator then is electrically connected with microcomputer controller, the induction end of infrared transmitter and infrared receiver constitutes an infrared sensor window, it is installed in staving top, microcomputer controller has first pulser, its signal output part by microcomputer controller is connected with the signal input part of infrared transmitter, another signal output part of microcomputer controller is electrically connected with driving circuit, mechanical actuation device includes and drives executive item and former moving device, the end and the bung that wherein drive executive item are in transmission connection, the other end then is in transmission connection with former moving device, and the drive output of the driving circuit of infrared control circuit is connected with the control end of former moving device.
Microcomputer controller sends an impulse singla by first pulser, this impulse singla control infrared transmitter is sent an infrared signal to the space, when obstacle is close, infrared signal is through obstacle reflected back infrared receiver, after infrared receiver receives this signal, convert corresponding ultra-weak electronic signal to, this signal demand carries out signal by amplifier and amplifies, so that handle, this signal that is exaggerated is sent into comparator then, and and reference circuit in reference signal compare, signal after amplifying is greater than reference voltage, and then comparator is exported an energizing signal and sent command signal by signal output part and give driving circuit to trigger microcomputer controller, and driving circuit drives former moving device, former moving device drives and drives the executive item action, opens thereby drive bung.
Owing to have a spring between staving and the bung, this spring is used to provide the gravity of an application force with the balance bung, make bung when closing, be in weightless state, so driving executive item can be easily, need not to open bung too high-powerly, after bung is opened, the application force of spring and bung disappears substantially, and bung stays open under the effect that drives executive item, and this moment, bung had gravitate; Leave the region of ultra-red of infrared control circuit when obstacle, infrared remote receiver no longer receives the infrared signal of reflection, the application force that drives executive item disappears, because the gravity of bung is slightly larger than the application force of spring, therefore but the bung by gravity is closed, after closing once more the application force because of spring be in state of weightlessness.
Human body just need not manually to touch sewage disposer and opens or close bung like this, and only need have obstacle to throw the action of throwing away rubbish near just opening sewage disposer and finishing, and is easy to use, and got rid of the hidden danger that health infects.
The utility model can further be specially:
The spring of staving and bung junction is a kind of torsion spring.Further can be a kind of cylindroid helical-coil torsion spring, this spring is mainly used in compressing of various devices and energy storage, in the utility model, it is mainly as the effect of energy storage, the energy of bung gravity is offset in savings, make mechanical actuation device open bung easily, do not open bung and do not need to expend bigger power.
The infrared control circuit also includes a manual key device, and it is installed in the top of staving.Further can be specially: manually key device is installed in the place ahead that staving top is positioned at the bung opening part.
This manual key device includes the manual opening cover key device and manually closes and covers key device, and the two is connected with the control input end of microcomputer controller respectively.
At this moment, manually the operator precedence of key device is in the control operation of infrared remote receiver, and when manual key device is operated, the control operation of infrared remote receiver will be interrupted operation, will make things convenient for like this to carry out M/C when needed.
Manual opening cover key device and manual pass are covered key device and can be installed in the interactive button by consubstantiality, also can be installed separately in different buttons.The interactive button here is a kind of button of biswitch, and the every action of this button once following operation will occur in proper order: uncap, close lid, attonity.
Infrared sensor window can further be specially: this infrared sensor window is installed in the place ahead that staving top is positioned at the bung opening part.
Like this, when the rubbish object when the infrared sensor window, will make things convenient for the rubbish object to throw away in the staving from the bung opening part.Near infrared sensor window, an operator's station can also be installed, be distributed with the manual opening cover key device on it and manually close the on-off element that covers key device.
Microcomputer controller can further be specially:
Microcomputer controller also includes positive drive arrangement and backward driving device, and the two all is electrically connected with driving circuit.
Owing to will drive opening and close and to provide at least two kinds operating mode by former moving device of bung, it is forward and reverse, driving circuit self is difficult to give former moving device that two kinds of different drive signals are provided, therefore need microcomputer controller that two kinds of actuating devices are provided, thereby give two kinds of different drive signals of driving circuit, and then trigger driving circuit and provide former moving device two kinds of different signal sources, therefore former moving device also just can provide two or more operating mode.For example, when former moving device was a kind of DC machine, positive drive arrangement can provide the signal source that is just changeing by driving circuit, made the motor can forward rotation, backward driving device then can provide the signal source of counter-rotating by driving circuit, makes the motor can backward rotation.
First pulser of microcomputer controller can further be specially:
Microcomputer controller sends narrow pulse signal by first pulser, makes it to control infrared transmitter and sends the infrared pulse signal to the space;
The cycle of the impulse singla that first pulser is sent is 2～8HZ, and pulse width is 20 μ s～200 μ s.
Because the opening time of bung is very short, control the emission infrared ray so adopt microcomputer controller to send narrow pulse, for example, microcomputer controller is controlled 5 single impulses of per 1 second average emitted, pulse width is 80 μ s, dutycycle b=80 μ s * 5/1 second=0.0004 then, if the peak current of infrared transmitter is 100mA, Shi Ji average current I=100mA * 0.0004=0.04mA then, so just shown the advantage that sends burst pulse control infrared transmitter: its work consumption of current is little, but the long-term use powered battery has been brought the comfort feature that uses.
Microcomputer controller can also further be specially:
Microcomputer controller also includes first time delay device and second time delay device, one end of first time delay device is connected with the central command device of microcomputer controller, the other end then is electrically connected with the power end of amplifier, comparator and reference circuit by the power control terminal mouth of microcomputer controller, and an end of second time delay device is connected with the power control terminal mouth, and the other end then is connected with the control end of first pulser.
Like this, the power end of the amplifier in the circuit, comparator and reference circuit is to be controlled by the power control terminal of microcomputer controller, only prepare to begin to send impulse singla at infrared transmitter, and when triggering microcomputer controller, just open the power supply of amplifier, comparator and reference circuit, and, can further save the power consumption of infrared control circuit like this in case test finishes and closes its power supply immediately, enable to adopt the battery of purchasing easily as power supply, increase the comfort feature that uses.
And the delay time of second time delay device generally should be greater than 10 μ s.Under initialized state, the first time delay device trigger timing, time one arrives, amplifier, comparator and reference circuit get earlier, just trigger timing of second time delay device then, time is just sent impulse singla to back first pulser, promptly first pulser will be asynchronous to amplifier, comparator and reference circuit electric and send impulse singla, the asynchronous time difference that delay this moment relatively can make amplifier, comparator and reference circuit the process of a stabilizing circuit arranged after electric.
In addition, microcomputer controller also includes second pulser, and the trigger end of second pulser then is connected with infrared transmitter by an input port of microcomputer controller;
What second pulser sent is not wide coded pulse signal of pulse train cycle.
The signal output part of second pulser also is connected with the triggering input end of infrared transmitter, in use, the maloperation that chaff interference causes the infrared control circuit often occurs.So can be after first pulser sends, if infrared remote receiver has the return signal that receives obstacle, second pulser that then triggers microcomputer controller again sends not wide coded pulse signal of cycle from infrared transmitter, make it to do further judgement, because the anti-interference resistance of the coded pulse signal in wide cycle is not good, so solve jamproof problem, further make to the utlity model has better practicality, also use upward more convenient.
Connection between staving and the bung can further be specially:
Bung and staving, drive executive item and have a push rod along hinged along staving one side, and the push rod top is also hinged with bung, and this hinged center-point departs from the hinge-point of bung and staving simultaneously.
Like this, bung just can move under the effect of push rod, when push rod by jack-up, then bung is opened, when push rod falls, then bung is closed.
Staving can further be specially:
Staving includes outer bucket and interior bucket, and interior casing is contained in the outer bucket, and this moment, infrared control circuit and mechanical actuation device were installed in the outer bucket.
At this moment, bung is hinged with a side of outer barrel, in the outer bucket electronic component and mechanical part is installed, and interior bucket is a light bucket, opens bung and just can take out interior bucket, like this with easy to use and cleaning.
Or
Staving includes upper barrel body and lower barrel body, and the upper barrel body upper shield is on lower barrel body, and the outside of the upper barrel body of upper shield joint is along the edge, the outside greater than lower barrel body, and infrared control circuit and actuating device are installed in the upper barrel body.
At this moment, an example of bung and upper barrel body is hinged, electronic component and mechanical part are installed in the upper barrel body, and the function of lower barrel body is just store load garbage, makes the simple in structure of lower barrel body, is convenient to clean, and the driving executive item that is installed in upper barrel body simultaneously is also more simple:
Drive executive item and comprise elevating arc, train of reduction gears and transmission gear, wherein elevating arc is fixed in a side of the hinged place of bung and upper barrel body, and elevating arc, transmission gear, train of reduction gears and former moving device are in transmission connection in regular turn.
The former moving device of this moment can be a kind of motor, because it is very fast from the velocity of rotation of motor output, can slow down through train of reduction gears, and then the rotating campaign after driving gear set will be slowed down is transferred to the elevating arc that is fixed in the hinged place, thus realize bung on open open and under turn over and close.Train of reduction gears can be the one-level train of reduction gears, also can be the multi-stage speed-reducing gear cluster.
In sum, advantage of the present utility model is: adopt infrared control circuit and actuating device to be installed on the sewage disposer, make it and to open or close bung according to the close induction automatically of obstacle, so just need not sewage disposer is manually controlled, get rid of the hidden danger that health infects, made things convenient for life again.
Description of drawings
Figure 1 shows that the framework scheme drawing of infrared control circuit described in the utility model;
Figure 2 shows that the workflow diagram of microcomputer controller described in the utility model;
Figure 3 shows that the circuit diagram of infrared control circuit described in the utility model;
Figure 4 shows that the structural representation of embodiment 1 described in the utility model;
Figure 5 shows that the plan structure scheme drawing of infrared sensor window and operator's station among Fig. 4;
Figure 6 shows that the structural representation of staving described in the utility model and bung hinged place;
Figure 7 shows that the structural representation of the utility model most preferred embodiment;
Figure 8 shows that the described upper barrel body plan structure of the utility model most preferred embodiment scheme drawing.
Figure 9 shows that the 7A that indicates among Fig. 7, be the local enlarged diagram of upper barrel body and lower barrel body connecting bridge;
Figure 10 shows that the 7B that indicates among Fig. 7, promptly drive the structural representation that executive item amplifies;
Below we the utility model will be further described in conjunction with the accompanying drawings.
Illustrate:
1, staving 2, bung 21, infrared sensor window 22, operator's station 11, upper barrel body
12, lower barrel body 13, outer bucket 14, interior bucket 3, spring 4, infrared control circuit
41, infrared transmitter 42, infrared remote receiver 43, amplifier 44, comparator
45, reference circuit 46, driving circuit 47, microcomputer controller 471, first pulser
472, second pulser 473, first time delay device 474, second time delay device
475, central command device 476, power control terminal mouth 48, manual opening cover key device
49, manually key device 5, mechanical actuation device 51, former moving device are covered in the pass
511, the crank of magnetic clutch 512, DC machine 52, driving executive item 520, band magnetic absorbing mass
521, push rod 522, elevating arc 523, train of reduction gears 524, driving gear set
Specific embodiment
Embodiment 1:
Infrared induction automatic lid closing/opening sewage disposer, comprise staving 1, bung 2, spring 3, infrared control circuit 4 and mechanical actuation device 5, infrared control circuit 4 and mechanical actuation device 5 are installed in the staving 1, below are specifically described, and at first circuit are carried out implementation:
With reference to accompanying drawing 1, mechanical actuation device 5 comprises former moving device 51 and drives executive item 52 that former moving device 51 is a kind of DC machine; Infrared control circuit 4 includes infrared transmitter 41, infrared remote receiver 42, amplifier 43, comparator 44, reference circuit 45, driving circuit 46, microcomputer controller 47, manual opening cover key device 48 and manually closes and covers key device 49; Wherein microcomputer controller 47 comprises first pulser 471, second pulser 472, first time delay device 473, second time delay device 474, central command device 475, power control terminal mouth 476, positive drive arrangement 478 and backward driving device 479.
Infrared remote receiver 42 is electrically connected with an input end of comparator 44 by amplifier 43, and the benchmark mouth of reference circuit 45 is electrically connected with another input end of comparator 44, and the mouth of comparator 44 then is connected with the RB4 input port of central command device 475; First pulser 471 of microcomputer controller triggers with the RB2 mouth and with infrared transmitter 41 by the RB3 mouth respectively with second pulser 472 and is connected.One end of first time delay device 473 of microcomputer controller 47 is connected with central command device 475, the other end then is electrically connected with the power end of amplifier 43, comparator 44 and reference circuit 45 by the RB6 output port of power control terminal mouth 476, and an end of second time delay device 474 is connected with power control terminal mouth 476, the other end then is connected with the control end of first pulse signal device 471, and two output ports of central command device 475 also are electrically connected with first pulser 471 and second pulser 472 respectively simultaneously; Central in addition command device 475 respectively the RA0 output port by positive drive arrangement 478 and backward driving device 479 the RA1 output port and be electrically connected with driving circuit 46 (at this, when the level of the RA0 of positive drive arrangement mouth is 1, export positive rotaring signal, when the level of the RA1 of backward driving device mouth is 1, the output reverse signal), driving circuit 46 passes through DC machine 51 and drives executive item 52 mechanical connections then; The other two input port RA3 of central authorities' command device 475 and MCLR cover key device 49 with manual opening cover key device 48 and manual pass respectively and are electrically connected.
Below we describe the workflow of above-mentioned microcomputer controller: with reference to accompanying drawing 2, its flow process is as follows: under the program initial condition, behind first time delay device time-delay 330ms, the power control terminal mouth is put RB6=1, thereby amplifier, comparator and reference circuit are got; Enter time-delay for the second time, second time delay device, the 20 μ s that delay time, time-delay finishes, first pulser sends a burst pulse by the RB3 output port to infrared transmitter, if infrared remote receiver is received this impulse singla, the RB4 input port that is central command device is received energizing signal, then second pulser is triggered and sends a string coded pulse signal by the RB2 mouth again to infrared transmitter, if infrared remote receiver is confiscated burst pulse or the confiscate secondary coded pulse signal first time, the RB4 input port that is central command device is not received energizing signal, then returns the initial time delay state; If infrared remote receiver is received this string encoding impulse singla, the RB4 input port that is central command device is received energizing signal, the control end RA0 of microcomputer controller then, RA1 sends drive control signal, driving circuit 46 will trigger DC machine is just changeing 1s, thereby driving bung opens, the command device trigger 3s of central authorities is so that rubbish is thrown away in throwing, after time-delay finishes, second pulser of microcomputer controller sends impulse singla again, if infrared remote receiver is confiscated this impulse singla, the RB4 input port that is central command device is not received energizing signal, and the expression obstacle has left the infrared control district, and driving circuit triggers DC machine counter-rotating 1s to cut out bung; If infrared remote receiver is received this impulse singla, the RB4 input port that is central command device has been received energizing signal, the expression obstacle does not leave the infrared control district as yet, the then central command device 3s that delays time again, and then send impulse singla by second pulser and detect whether also have obstacle, detect so repeatedly, leave the control area, just close bung up to obstacle.
Below we will be described the pairing schematic circuit diagram of framework scheme drawing of above-mentioned infrared control circuit: with reference to accompanying drawing 3, constitute infrared transmitter by resistance R 1, R16, aerotron Q1 and infrared transmitting tube D1; Infrared receiving tube D2 constitutes infrared remote receiver; Capacitor C 1～C5, resistance R 2～R5 and op amp IC1A and IC2B constitute amplifier, and the model of op amp IC1A, IC1B is LM358; Resistance R 6 and R7 constitute reference circuit; Op amp IC2 constitutes comparator; Microcomputerized control chip IC 3 (model is CF745), resistance R 9 and capacitor C 6 constitute microcomputer controller; Resistance R 10～R13 and aerotron Q2～Q5 constitute driving circuit; Resistance R 14 and micro-switch S1 constitute the manual opening cover key device; Resistance R 8 and micro-switch S2 constitute manual closing and cover key device; M is a DC machine; The RA0 port of IC3 is the output port of positive drive arrangement 478, and the output port of the RA1 port backward driving device 479 of IC3.The annexation of above electronic component sees accompanying drawing 3 for details.And the principle of work of circuit is as follows: at first the output port RB3 by IC3 sends a underswing, drive infrared transmitting tube D1 by Q1, make D1 to spatial emission one infrared pulse signal, this signal is received by infrared receiving tube D2 as reflected the back by obstacle, after the amplifier circuit amplification, in the IC2 unit with the reference voltage of reference circuit output relatively after, by the 1 pin output high level of IC2, after this high level is received by the RB4 input port of IC3, make the RA0=1 of IC3, RA1=0, thereby Q2 in the control Driver Circuit and Q5 conducting, DC machine M was just changeing 1 second, drove corresponding mechanical action and opened bung, afterwards, the RA0=0 of IC3, RA1=0 (being that forward and reverse actuating device all is failure to actuate) rubbish bucket keep uncapping 3 seconds, leave the infrared acquisition scope as obstacle, the RA0=0 of IC3 then, Q2 and Q5 in the RA1=1 control Driver Circuit end, Q3 and Q4 conducting, DC machine M counter-rotating 1 second, and drive corresponding mechanical action and close bung, finish the process of a switch cover.In the circuit diagram shown in the accompanying drawing 3, R1, R16, R8, R10～R14 play metering function, and the OSC1 of R9, C6 and IC3 forms the vibration dominant frequency of microcomputerized control chip, and C7 then strobes.
Next we will carry out the enforcement description of mechanical aspects to the garbage can structure of present embodiment:
With reference to accompanying drawing 4, staving 1 includes outer bucket 13 and interior bucket 14, outer bucket 13 and interior bucket 14 all are column type, bung 2 and outer bucket 13 are hinged and have an A hinge-point along a side of outer bucket 13, former moving device 51 is a kind of DC machine, drive executive item 52 and then comprise crank 520 and push rod 521, wherein push rod 521 1 ends and bung 2 are hinged and have a B hinge-point, between A hinge-point and the B hinge-point at a distance of 10cm, one end and the push rod 521 of crank 520 are hinged, and the other end then is in transmission connection with DC machine, will drive upwards swing of crank 520 after DC machine obtains drive signal, thereby drive the push rod upward movement, back down bung; Lose drive signal and work as DC machine, then will drive crank 520, move downward, close bung thereby drive push rod to lower swing.
With reference to accompanying drawing 5, have an infrared sensor window 21 and operator's station 22 on the bung 2, infrared sensor window 21 and operator's station all are contained in the place ahead of bung 2 opening parts.The sensing element of infrared launcher 41 and infrared receiving device 42 is installed in the infrared sensor window 21, and manual opening cover key device 48 and the manual micro-switch that covers key device 49 that closes are installed on the operator's station 22.
With reference to accompanying drawing 6, has a spring 3 in the hinged place of staving 1 and bung 2, this spring 3 is a kind of knob spring, it is used to provide the gravity of an application force with the balance bung, make bung when closing, be in weightless state, so driving executive item can be easily, need not to open bung too high-powerly, after bung is opened, the application force of spring and bung disappears substantially, bung stays open under the effect that drives executive item, this moment, bung had gravitate, but by gravity SELF CL bung.
It is same as the prior art that present embodiment is not stated part.
Most preferred embodiment:
The infrared control circuit part explanation of the described infrared induction automatic lid closing/opening of present embodiment sewage disposer is identical with embodiment 1.
With reference to accompanying drawing 7, staving 1 includes upper barrel body 11 and lower barrel body 12, upper barrel body 11 upper shields are on lower barrel body 12, the outside of the upper barrel body 11 of upper shield joint is along the edge, the outside (specifically seeing accompanying drawing 9 for details) greater than lower barrel body 12, bung 2 is hinged with a side of upper barrel body 11, and electronic component and mechanical part are installed in the upper barrel body 11, and the function of lower barrel body 12 is storage load garbages, make the simple in structure of lower barrel body 12, be convenient to clean.
Referring to accompanying drawing 8, this is the plan structure figure of upper barrel body 11, can see that the induction window of infrared remote receiver 42 and infrared transmitter 41 is installed in the place ahead of bung 2 openings, the button switch that key device 49 is covered in same manual opening cover key device 48 and manual pass also is installed in the place ahead of bung 2 openings.Bung 2 has a spring 3 with the hinged place of upper barrel body 11, and this spring 3 is a kind of button spring, and its concrete structure for amplifying is illustrated visible accompanying drawing 6.The battery of infrared control circuit 4 and sewage disposer is installed in upper barrel body 11 and the bung 2 hinged place rear cavity.
Referring to accompanying drawing 9, drive executive item 52, comprise elevating arc 522, train of reduction gears 523 and transmission gear 524, wherein elevating arc 522 is fixed in a side of the hinged place of bung 2 and upper barrel body 11, and elevating arc 522, transmission gear 524, train of reduction gears 523 are in transmission connection in regular turn with former moving device 51 (being DC machine).
It is identical with embodiment 1 that present embodiment is not stated part.
Claims (14)
1, infrared induction automatic lid closing/opening sewage disposer, include staving (1) and bung (2), it is characterized in that, junction between staving (1) and the bung (2) is equipped with at least one spring (3), simultaneously, this infrared induction automatic lid closing/opening sewage disposer also includes infrared control circuit (4) and mechanical actuation device (5): infrared control circuit (4) includes infrared transmitter (41), infrared remote receiver (42), amplifier (43), comparator (44), reference circuit (45), driving circuit (46) and microcomputer controller (47)
Wherein infrared remote receiver (42), amplifier (43) and comparator (44) are electrically connected in regular turn, and the benchmark mouth of reference circuit (45) is connected with comparator (44), and the triggering mouth of comparator (44) then is electrically connected with microcomputer controller (47),
The induction end of infrared transmitter (41) and infrared receiver (42) constitutes an infrared sensor window (21), and it is installed in staving (1) top,
Microcomputer controller (47) has first pulser (471), its signal output part by microcomputer controller (47) is connected with the signal input part of infrared transmitter (41), another signal output part of microcomputer controller (47) then is electrically connected with driving circuit (46)
Mechanical actuation device (5) includes former moving device (51) and drives executive item (52), the end and the bung (2) that wherein drive executive item (52) are in transmission connection, the other end then is in transmission connection with former moving device (51), and the drive output of the driving circuit (46) of infrared control circuit (4) is connected with the input end of former moving device (51).
2, infrared induction automatic lid closing/opening sewage disposer according to claim 1 is characterized in that, the spring (3) of staving (1) and bung (2) junction is a kind of torsion spring.
3, infrared induction automatic lid closing/opening sewage disposer according to claim 1 is characterized in that, infrared control circuit (4) also includes a manual key device, and it is installed in the top of staving (1).
4, infrared induction automatic lid closing/opening sewage disposer according to claim 3 is characterized in that, manually key device is installed in the place ahead that staving (1) top is positioned at bung (2) opening part.
5, infrared induction automatic lid closing/opening sewage disposer according to claim 3, it is characterized in that, manually key device also includes manual opening cover key device (48) and manually closes and covers key device (49), and the two all is connected with the control input end of microcomputer controller (47).
6, infrared induction automatic lid closing/opening sewage disposer according to claim 4 is characterized in that, manual opening cover key device (48) and manual pass are covered key device (49) and can be installed in the interactive button by consubstantiality, also can be installed separately in different buttons.
7, infrared induction automatic lid closing/opening sewage disposer according to claim 1 is characterized in that, infrared sensor window (21) is installed in the place ahead that staving (1) top is positioned at bung (2) opening part.
8, infrared induction automatic lid closing/opening sewage disposer according to claim 1 is characterized in that, microcomputer controller (47) also includes positive drive arrangement (478) and backward driving device (479), and the two all is electrically connected with driving circuit (46).
9, infrared induction automatic lid closing/opening sewage disposer according to claim 1, it is characterized in that, microcomputer controller (47) also includes second pulser (472), and the trigger end of second pulser (472) then is connected with infrared transmitter (41) by an input port of microcomputer controller (47).
10, infrared induction automatic lid closing/opening sewage disposer according to claim 1, it is characterized in that, microcomputer controller (47) also includes first time delay device (473) and second time delay device (474), one end of first time delay device (473) is connected with the central command device (475) of microcomputer controller (47), the other end then the power control terminal mouth (476) by microcomputer controller (47) and with amplifier (43), the power end of comparator (44) and reference circuit (45) is electrically connected, and an end of second time delay device (474) is connected with power control terminal mouth (476), and the other end then is connected with the control end of first pulse signal device (471).
11, infrared induction automatic lid closing/opening sewage disposer according to claim 1, it is characterized in that, staving (1) and bung (2) along staving one side along hinged, drive executive item (52) and have a push rod, the push rod top is also hinged with bung (2), and this hinged center-point departs from the hinge-point of bung (2) and staving (1) simultaneously.
12, infrared induction automatic lid closing/opening sewage disposer according to claim 1, it is characterized in that, staving (1) includes upper barrel body (11) and lower barrel body (12), upper barrel body (11) upper shield is on lower barrel body (12), the outside of the upper barrel body of upper shield joint (11) is along the edge, the outside greater than lower barrel body (12), bung (2) is hinged with a side of upper barrel body (11), and infrared control circuit (4) is installed in the upper barrel body (11) with actuating device (5).
13, infrared induction automatic lid closing/opening sewage disposer according to claim 12, it is characterized in that, drive executive item (52) and comprise elevating arc (521), train of reduction gears (522) and transmission gear (523), wherein elevating arc (521) is fixed in a side of the hinged place of bung (2) and upper barrel body (11), and elevating arc (521), transmission gear (523), train of reduction gears (522) are in transmission connection in regular turn with former moving device (51).
14, infrared induction automatic lid closing/opening sewage disposer according to claim 1, it is characterized in that, staving (1) includes outer bucket (13) and interior bucket (14), interior bucket (14) is sleeved in the outer bucket (13), bung (2) is hinged with a side of outer bucket (13), and infrared control circuit (4) is installed in the outer bucket (13) with actuating device (5).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200420024220 CN2683598Y (en) | 2004-01-09 | 2004-01-09 | Automatic infrared inductive opening dustbin |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200420024220 CN2683598Y (en) | 2004-01-09 | 2004-01-09 | Automatic infrared inductive opening dustbin |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2683598Y true CN2683598Y (en) | 2005-03-09 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200420024220 Expired - Fee Related CN2683598Y (en) | 2004-01-09 | 2004-01-09 | Automatic infrared inductive opening dustbin |
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| Country | Link |
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| CN (1) | CN2683598Y (en) |
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102658939A (en) * | 2012-06-04 | 2012-09-12 | 毛振刚 | Intelligent garbage bin |
| CN103193044A (en) * | 2013-04-07 | 2013-07-10 | 无锡市崇安区科技创业服务中心 | Outdoor trash can |
| CN103662507A (en) * | 2013-11-26 | 2014-03-26 | 无锡伊诺永利文化创意有限公司 | Trash can with amplifying circuit |
| CN104609075A (en) * | 2015-01-19 | 2015-05-13 | 无锡职业技术学院 | Non-touch garbage recycling device capable of being fast opened and closed |
| CN105425665A (en) * | 2015-11-10 | 2016-03-23 | 珠海格力电器股份有限公司 | Intelligent environment-friendly barrel control method, device and intelligent environment-friendly barrel |
| CN106628196A (en) * | 2017-02-14 | 2017-05-10 | 成都飞机工业（集团）有限责任公司 | Drag parachute housing with combined rear cover for aircraft |
| CN107973024A (en) * | 2017-11-16 | 2018-05-01 | 常州信息职业技术学院 | A kind of household refuse case with automatic lid closing/opening and compression function |
| CN108609330A (en) * | 2018-04-26 | 2018-10-02 | 佛山市冠盈金属塑料制品有限公司 | A kind of cap-opening control method of sensing type garbage bin |
| WO2019200804A1 (en) * | 2018-04-20 | 2019-10-24 | 福建纳仕达电子股份有限公司 | Sensing rubbish bin inside cupboard |
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2004
- 2004-01-09 CN CN 200420024220 patent/CN2683598Y/en not_active Expired - Fee Related
Cited By (12)
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|---|---|---|---|---|
| CN102658939A (en) * | 2012-06-04 | 2012-09-12 | 毛振刚 | Intelligent garbage bin |
| CN103193044A (en) * | 2013-04-07 | 2013-07-10 | 无锡市崇安区科技创业服务中心 | Outdoor trash can |
| CN103662507A (en) * | 2013-11-26 | 2014-03-26 | 无锡伊诺永利文化创意有限公司 | Trash can with amplifying circuit |
| CN103662507B (en) * | 2013-11-26 | 2016-01-20 | 江苏高博智融科技有限公司 | A kind of sewage disposer with amplifying circuit |
| CN104609075A (en) * | 2015-01-19 | 2015-05-13 | 无锡职业技术学院 | Non-touch garbage recycling device capable of being fast opened and closed |
| CN105425665A (en) * | 2015-11-10 | 2016-03-23 | 珠海格力电器股份有限公司 | Intelligent environment-friendly barrel control method, device and intelligent environment-friendly barrel |
| CN105425665B (en) * | 2015-11-10 | 2018-04-20 | 珠海格力电器股份有限公司 | Intelligent environment protection bucket control method, device and intelligent environment protection bucket |
| CN106628196A (en) * | 2017-02-14 | 2017-05-10 | 成都飞机工业（集团）有限责任公司 | Drag parachute housing with combined rear cover for aircraft |
| CN106628196B (en) * | 2017-02-14 | 2023-05-09 | 成都飞机工业（集团）有限责任公司 | Aircraft drag parachute cabin with combined rear cover |
| CN107973024A (en) * | 2017-11-16 | 2018-05-01 | 常州信息职业技术学院 | A kind of household refuse case with automatic lid closing/opening and compression function |
| WO2019200804A1 (en) * | 2018-04-20 | 2019-10-24 | 福建纳仕达电子股份有限公司 | Sensing rubbish bin inside cupboard |
| CN108609330A (en) * | 2018-04-26 | 2018-10-02 | 佛山市冠盈金属塑料制品有限公司 | A kind of cap-opening control method of sensing type garbage bin |
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Owner name: FUZHOU NASHIDA ELECTRONICS CO., LTD. Free format text: FORMER OWNER: LIN CUIWEN Effective date: 20050902 |
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Effective date of registration: 20050902 Address after: 350004, No. 3 Changting Road, Taijiang District, Fujian, Fuzhou (West Taiwan Science and Technology Park) Patentee after: Fuzhou Nine Stars Electronics Co., Ltd. Address before: Taijiang District of Fuzhou city in Fujian province 350009 science three glue booth No. 5 North Road Patentee before: Lin Cuiwen |
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