CN2870372Y - Ultraviolet-raylamp automatic harm-proof controller - Google Patents
Ultraviolet-raylamp automatic harm-proof controller Download PDFInfo
- Publication number
- CN2870372Y CN2870372Y CNU2006200039017U CN200620003901U CN2870372Y CN 2870372 Y CN2870372 Y CN 2870372Y CN U2006200039017 U CNU2006200039017 U CN U2006200039017U CN 200620003901 U CN200620003901 U CN 200620003901U CN 2870372 Y CN2870372 Y CN 2870372Y
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- Prior art keywords
- uviol lamp
- central microprocessor
- lamp
- short
- switch
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B20/00—Energy efficient lighting technologies, e.g. halogen lamps or gas discharge lamps
- Y02B20/40—Control techniques providing energy savings, e.g. smart controller or presence detection
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- Circuit Arrangement For Electric Light Sources In General (AREA)
Abstract
The utility model discloses an ultraviolet radiation lamp automatic damage preventing controller, which includes ultraviolet radiation lamp, operation panel, inner switch box, top switch box, manual key-press, short-timer key-press, short-timer option signal lamp, pyroelectric transducer, fresnel lens, power supply circuit, backup power, central microprocessor, control switch, signal Amplifying Circuit, buzzer, indicating lamp and digital tube; the model utilizes pyroelectric transducer to inspect persons, and controls ultraviolet radiation lamp to delay to start and forces to temporarily turn down the lamp, thereby thoroughly resolving the common problem that the ultraviolet radiation lamp may harm people, so that the ultraviolet radiation lamp could be commonly used in any field, and the role played by ultraviolet radiation lamp in killing and resisting bacteria will be highlighted in lives of people.
Description
Technical field:
The utility model relates to security appliance automatic protection control field, can prevent reliably that particularly uviol lamp from causing the automatic safe defense controls equipment of unexpected injury to the people.
Background technology:
Uviol lamp has good biocidal efficacies, and many higher places of cleanliness factor that require are all with the disinfection equipment of uviol lamp as standard.At atypical pneumonia epidemic period in 2003, uviol lamp even become the public place and the necessary sterilizing equipment decontaminating apparatus of family was used for killing and suppressing growing of germ.The control of uviol lamp is at present adopted by artificial unlatching or shutoff operation and is come method directly closed or that disconnect live wire or adopt timer regularly to turn-off, in case people's Push switch is opened uviol lamp, whether operating personnel leave on-the-spot uviol lamp all commences work without delay, and the drawback of this kind mode is that people all will be subjected to the irradiation of uviol lamp when the opening and closing uviol lamp.Especially severe be since uviol lamp when irradiating state, do not produce tangible vision difference, be difficult to attract much attention, often occur in the reality that people open by mistake uviol lamp or, therefore influenced uviol lamp greatly in real-life extensive use at the sudden hurt accident that is exposed to for a long time under the ultra violet lamp state under the uviol lamp.
Existing market has the application of the automatic illuminating lamp that adopts other automatic unlatchings of transducer control lighting apparatus such as pyroelectric sensor or acoustic control and time-delay closing more, its using method is when the people enters into the monitoring range of pyroelectric sensor, illuminating lamp is opened automatically under the condition of illumination deficiency, when the pyroelectric sensor monitoring was less than mobile human body within a certain period of time, illuminating lamp time-delay certain hour was closed automatically; If illumination abundance then illuminating lamp are not opened.The application process of this lighting apparatus can not be applicable to the automatic control of this class sterilizing equipment decontaminating apparatus of uviol lamp at all.
Uviol lamp is the disinfection equipment that can cause injury to the people, can only use in nobody's occasion, although therefore uviol lamp also belongs to light source, its control mode is with the difference that has essence with pyroelectric sensor as the automatic illuminating lamp of monitoring element.At present uviol lamp has only artificial control to open and artificial control is closed and the application mode that can not protect the people, does not have more on the market effectively to prevent that uviol lamp from causing the automatic control equipment of unexpected injury to the people.
The utility model content:
The purpose of this utility model provides the anti-automatically damage Control device of a kind of uviol lamp, when uviol lamp is in irradiating state and has the people to enter irradiation when on-the-spot, can temporarily interrupt irradiation automatically, and the people leaves the back uviol lamp and recovers irradiating state again; And when people's Push switch was opened uviol lamp, uviol lamp can be delayed time and be restarted behind the certain hour; Thoroughly solved the common problem that uviol lamp may cause injury to the people, made the uviol lamp be applied to popularization any field, the antibacterial effect of uviol lamp efficient sterilizing can be given full play in people's life.
For achieving the above object, the technical scheme that the utility model adopted is: the anti-automatically damage Control device of a kind of uviol lamp comprises that regularly button, short timing are selected indicator light, pyroelectric sensor, Fresnel Lenses and circuit board for uviol lamp, guidance panel, built-in switch box, overhead control box, manual button, weak point; Described circuit board comprises power-supplying circuit, stand-by power supply, central microprocessor, control switch, signal amplification circuit, buzzer, relay indicating light and charactron, and this circuit board is installed in the overhead control box; Pyroelectric sensor is connected with signal amplification circuit, and signal amplification circuit is connected with an input of central microprocessor, and manually button, short regularly button are connected with two inputs in addition of central microprocessor respectively; Relay indicating light, buzzer, short timing select indicator light to be connected with 3 output ports of central microprocessor respectively, charactron is connected with 12 output ports of central microprocessor, control switch is connected with the output control terminal of central microprocessor, and control switch is connected with uviol lamp by electric wire; Stand-by power supply is connected with central microprocessor, and power-supplying circuit selects indicator light, control switch, pyroelectric sensor, buzzer, relay indicating light, signal amplification circuit to be connected with central microprocessor with manual button, short regularly button, short timing respectively; Fresnel Lenses covers on the top of pyroelectric sensor induction window; Manually button, short regularly button, relay indicating light, short timing select indicator light to be installed on the guidance panel; Guidance panel is fixed on the built-in switch box.
Control switch is relay or controllable silicon.
The anti-automatically damage Control device of this uviol lamp also can not be provided with the overhead switch enclosure, all parts under this kind situation except that the overhead control box can be installed in the built-in switch box of guidance panel back, Fresnel Lenses is installed on the guidance panel, and the variation body is installed as one and installs.
The anti-automatically damage Control device of above-mentioned uviol lamp, provide inner each circuit of controller required electric power by power-supplying circuit, provide the data of central microprocessor when civil power interrupts to preserve by stand-by power supply, central microprocessor time-delay certain hour output control signal after pressing manual button, open uviol lamp by control switch, and after pyroelectric sensor is moved the human body triggering, triggering signal is after signal amplification circuit amplifies, export to an input of central microprocessor, central microprocessor is exported control signal immediately, force the temporary transient ultra violet lamp that interrupts by control switch, start buzzer simultaneously and flash relay indicating light; Certain hour does not detect mobile human body with interior pyroelectric sensor if the people leaves the back, and uviol lamp is opened again, up to central microprocessor receive that manual button sends close the uviol lamp signal after export control signal, close uviol lamp by control switch.
Uviol lamp is except that having manual work pattern, also have short timing working pattern and automatic operation mode, short timing working pattern is to press short regularly button, the time of selected uviol lamp work, corresponding short timing selects indicator light to light, uviol lamp automatic time delay certain hour is opened, arrives the selected time after uviol lamp close automatically, short timing selection indicator light extinguishes; Uviol lamp was opened automatically when automatic operation mode was the time of arrive setting, arrive time of another setting after uviol lamp close automatically; The course of work in the middle of these two kinds of patterns is identical with above-mentioned manual work pattern.
The utility model uviol lamp is the operation principle of anti-damage Control device automatically: provide inner each circuit of controller required electric power by power-supplying circuit, the data of central microprocessor were preserved when stand-by power supply was used for power-supplying circuit and can't provides electric power, central microprocessor time-delay certain hour output control signal is opened uviol lamp by relay or controllable silicon after pressing manual button, and after pyroelectric sensor is moved the human body triggering, triggering signal is after signal amplification circuit amplifies, export to an input of central microprocessor, central microprocessor is exported control signal immediately and is forced the temporary transient ultra violet lamp that interrupts by relay or controllable silicon, starting buzzer and relay indicating light simultaneously flashes prompting people uviol lamp and is in the temporary transient interrupt status of irradiation, certain hour does not detect mobile human body with interior pyroelectric sensor if the people leaves the back, uviol lamp is opened again, up to central microprocessor receive that manual button sends close the uviol lamp signal after the output control signal close uviol lamp by relay or controllable silicon.
The utility model uviol lamp detailed circuit of anti-damage Control device is automatically formed: Wiring port J1 and J2 are electrically connected with the city after U3 rectification step-down and provide electric power for entire circuit, stand-by power supply is connected with central microprocessor, the preservation of data in the central microprocessor when providing civil power to interrupt, the signal output part of induction output signal U2 in signal amplification circuit of pyroelectric sensor is connected with a signal input part of central microprocessor, after the people triggers pyroelectric sensor, triggering signal sends to central microprocessor behind signal amplification circuit, manually button is connected with another signal input part of central microprocessor, the people is pressed the signal of manual button and export to central microprocessor, buzzer is connected with two output control terminals of central microprocessor respectively with relay indicating light, under the control of central microprocessor, work, another output control terminal of central microprocessor is connected with relay or controllable silicon, and be connected with uviol lamp by relay or controllable silicon, control the unlatching of uviol lamp or close.
The anti-automatically damage Control device of the uviol lamp that the utility model provides is compared with existing uviol lamp switch control, has following beneficial effect:
The mode that the utility model is directly opened uviol lamp with the closed live wire of present people's Push switch is changed into and is pressed the triggering signal that manual button produces unlatching or closes uviol lamp, and adopt cooperating of pyroelectric sensor and central microprocessor, realize people's uviol lamp time-delay certain hour unlatching after pressing manual button, and when being in irradiating state, uviol lamp have the people to enter the irradiation scene, central microprocessor forces temporarily to interrupt ultra violet lamp immediately, after treating that the people leaves, uviol lamp is opened automatically again and is continued illumination procedure, and by being forced at uviol lamp to have no progeny in temporary transient buzzer is rung and relay indicating light flashes certain hour and is in the temporary transient interrupt status of irradiation with prompting people uviol lamp, solved people and when the opening and closing uviol lamp, all will be subjected to the problem of ultra violet lamp, and stopping people, to drop into ultra violet lamp on-the-spot or in that irradiation is on-the-spot when stopping still unawarely by the generation of long-irradiated contingency.The appearance of this utility model can promote to have the uviol lamp of good sterilization and fungistatic effect undoubtedly in the extensively utilization of safety of every field.
Description of drawings:
Fig. 1 is the utility model uviol lamp circuit block diagram of anti-damage Control device automatically;
Fig. 2 is the utility model uviol lamp detailed circuit diagram of anti-damage Control device automatically;
Fig. 3 is the anti-automatically damage Control device overhead control box structural representation of the utility model uviol lamp;
Fig. 4 is the anti-automatically damage Control device operating board structure schematic diagram of the utility model uviol lamp.
Embodiment:
The anti-automatically damage Control device of installing with the hospitalize chamber of uviol lamp is an example.
As Fig. 1-shown in Figure 4: two wires that at first will be connected with uviol lamp 6 are connected respectively on binding post J3 and the J4, the live wire and the zero line of civil power are connected respectively on binding post J1 and the J2, the anti-automatically damage Control device of uviol lamp promptly enters the stand-by operation state, guidance panel 12 is fixed on the wall is installed in uviol lamp limit, roof on the built-in switch box and with the overhead control box, promptly finish installment work.Press manual button 4, after central microprocessor 3 receives that uviol lamp is opened request, start the 1 minute delayed startup timer that sets, whether central microprocessor 3 detects and has pyroelectric sensor 7 triggering signals to import into when reaching 1 minute of setting, if there is not signal to import into, then central microprocessor 3 output control signals are opened uviol lamps 6 by relay 5 closures.When uviol lamp 6 is in irradiating state, it is on-the-spot that someone enters into irradiation, pyroelectric sensor 7 receives the triggering signal of mobile human body, after amplifying, signal amplification circuit 8 exports to central microprocessor 3, central microprocessor 3 is exported control signal immediately and is disconnected 6 irradiations of the temporary transient interruption of pressure uviol lamp by relay 5, and 2 minutes interruption back off timers setting in the startup central microprocessor 3, starting buzzer 9 and flicker relay indicating light 10 simultaneously points out people's uviol lamps 6 to be in the temporary transient interrupt status of irradiation, if received the mobile human body triggering signal of pyroelectric sensor 7 outputs at 2 minutes once more with interior central microprocessor 3,3 replacements of central microprocessor interrupt back off timer; If do not receive the mobile human body triggering signal of pyroelectric sensor 7 outputs with interior central microprocessor 3 at 2 minutes, then export control signal and open uviol lamp 6 again by relay 5 closures, receive the turn-off request of manual button 4 outputs up to central microprocessor 3, central microprocessor 3 output control signals disconnect by relay 5 closes uviol lamp 6.
The short timing working pattern of uviol lamp is to press short regularly button, and the time of selected uviol lamp work, for example 90 minutes, the uviol lamp automatic time delay was opened for 10 seconds, closes uviol lamp after arriving 90 fens selected clock times; When automatic operation mode is the opening time of arrive setting for example the 23:00 uviol lamp open automatically, close uviol lamp automatically after arriving the shut-in time 6:00 that sets; The course of work in the middle of these two kinds of patterns is identical with above-mentioned manual work pattern.
The circuit of the anti-automatically damage Control device of the utility model uviol lamp and control principle be as shown in Figure 1: provide inner each circuit of controller required electric power by power-supplying circuit 1, the data of central microprocessor 3 were preserved when stand-by power supply 2 was used for power-supplying circuit and can't provides electric power, after pressing manual button 4, central microprocessor 3 time-delay certain hour output control signals, by the relay 5 closed uviol lamps 6 of opening, and after pyroelectric sensor 7 is moved the human body triggering, triggering signal is after signal amplification circuit amplifies, export to an input of central microprocessor 3, central microprocessor 3 is exported control signal immediately, disconnecting the temporary transient uviol lamp 6 that interrupts of pressure by relay 5 shines, starting buzzer 9 and relay indicating light 10 simultaneously flashes prompting people uviol lamp 6 and is in the temporary transient interrupt status of irradiation, certain hour does not detect mobile human body with interior pyroelectric sensor 7 if the people leaves the back, uviol lamp 6 is opened again, up to central microprocessor 3 receive that manual button 4 sends close uviol lamp 6 signals after, the output control signal disconnects by relay 5 closes uviol lamp 6.
The utility model uviol lamp detailed circuit of anti-damage Control device is automatically formed as shown in Figure 2: Wiring port J1 and J2 are electrically connected with the city, after U3 rectification step-down, provide electric power for entire circuit, stand-by power supply 2 is connected with central microprocessor 3, the preservation of data in the central microprocessor 3 when providing civil power to interrupt, the signal output part of induction output signal U2 in signal amplification circuit 8 of pyroelectric sensor 7 is connected with a signal input part of central microprocessor 3, after the people triggers pyroelectric sensor 7, triggering signal sends to central microprocessor 3 after signal amplification circuit 8 is handled, manually button 4 is connected with another signal input part of central microprocessor 3, the people is pressed the signal of manual button 4 and export to central microprocessor 3, buzzer 9 is connected with two output control terminals of central microprocessor 3 respectively with relay indicating light 10, under the control of central microprocessor 3, work, another output control terminal of central microprocessor 3 is connected with relay 5, and be connected with uviol lamp 6 by relay 5, control the unlatching of uviol lamp 6 or close.
The anti-automatically damage Control device of the utility model uviol lamp for example can be applied to ozone generator etc. to have on the Equipment Control of injury effect the people.
Claims (3)
1, the anti-automatically damage Control device of a kind of uviol lamp, comprise uviol lamp (6), guidance panel (12), built-in switch box, overhead switch enclosure (17), it is characterized in that: this controller also comprises manual button (4), short regularly button (13), short timing selection indicator light (15), pyroelectric sensor (7), Fresnel Lenses (14) and circuit board; Described circuit board comprises power-supplying circuit (1), stand-by power supply (2), central microprocessor (3), control switch (5), signal amplification circuit (8), buzzer (9), relay indicating light (10) and charactron (16), and this circuit board is installed in the overhead control box (17); Described pyroelectric sensor (7) is connected with signal amplification circuit (8), signal amplification circuit (8) is connected with an input of central microprocessor (3), and manually button (4), short regularly button (13) are connected with two inputs in addition of central microprocessor (3) respectively; Described relay indicating light (10), buzzer (9), short timing select indicator light (15) to be connected with 3 output ports of central microprocessor (3) respectively, charactron (16) is connected with 12 output ports of central microprocessor (3), control switch (5) is connected with the output control terminal of central microprocessor (3), and control switch (5) is connected with uviol lamp (6) by electric wire; Described stand-by power supply (2) is connected with central microprocessor (3), and power-supplying circuit (1) selects indicator light (15), control switch (5), pyroelectric sensor (7), buzzer (9), relay indicating light (10), signal amplification circuit (8) to be connected with central microprocessor (3) with manual button (4), short regularly button (13), short timing respectively; Described Fresnel Lenses (14) covers on the top of pyroelectric sensor (7) induction window, and is fixed on the below of overhead control box (17); Described manual button (4), short regularly button (13), relay indicating light (10), short timing select indicator light (15) to be installed on the guidance panel (12); Described guidance panel (12) is fixed on the built-in switch box.
2, the anti-automatically damage Control device of a kind of uviol lamp according to claim 1, it is characterized in that: described control switch (5) is relay or controllable silicon.
3, the anti-automatically damage Control device of a kind of uviol lamp according to claim 1, it is characterized in that: overhead switch enclosure (17) can be set, all parts except that overhead control box (17) can be installed in the built-in switch box of guidance panel back, and Fresnel Lenses (14) is installed on the guidance panel (12).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2006200039017U CN2870372Y (en) | 2006-02-10 | 2006-02-10 | Ultraviolet-raylamp automatic harm-proof controller |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2006200039017U CN2870372Y (en) | 2006-02-10 | 2006-02-10 | Ultraviolet-raylamp automatic harm-proof controller |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2870372Y true CN2870372Y (en) | 2007-02-14 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2006200039017U Expired - Fee Related CN2870372Y (en) | 2006-02-10 | 2006-02-10 | Ultraviolet-raylamp automatic harm-proof controller |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2870372Y (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101554340B (en) * | 2008-04-07 | 2011-11-16 | 范维林 | Phototoxicity experiment detection device |
| CN106421833A (en) * | 2016-09-28 | 2017-02-22 | 徐洪飞 | Ultraviolet disinfecting device |
| CN111265688A (en) * | 2020-04-21 | 2020-06-12 | 佛山市贝斯诺光电科技有限公司 | Strip-shaped ultraviolet lamp |
-
2006
- 2006-02-10 CN CNU2006200039017U patent/CN2870372Y/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101554340B (en) * | 2008-04-07 | 2011-11-16 | 范维林 | Phototoxicity experiment detection device |
| CN106421833A (en) * | 2016-09-28 | 2017-02-22 | 徐洪飞 | Ultraviolet disinfecting device |
| CN111265688A (en) * | 2020-04-21 | 2020-06-12 | 佛山市贝斯诺光电科技有限公司 | Strip-shaped ultraviolet lamp |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20070214 Termination date: 20120210 |