CN104158529A - Device and method for controlling working state of circuit by sensing X-rays - Google Patents
Device and method for controlling working state of circuit by sensing X-rays Download PDFInfo
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- CN104158529A CN104158529A CN201410386917.XA CN201410386917A CN104158529A CN 104158529 A CN104158529 A CN 104158529A CN 201410386917 A CN201410386917 A CN 201410386917A CN 104158529 A CN104158529 A CN 104158529A
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Abstract
The invention relates to a device and a method for controlling the working state of a circuit by sensing X-rays. The device comprises a light sensing unit, a sensing unit and a signal processing unit, wherein the light sensing unit can sense the X-rays; when the X-rays radiate the light sensing unit, the light sensing unit can send a physical signal; the sensing unit is used for sensing the physical signal sent by the light sensing unit; the sensing unit converts the physical signal into a control signal and transmits the control signal to a signal processing unit after sensing the physical signal sent by the light sensing unit; the signal processing unit is connected with terminal electronic equipment; the signal processing unit controls the working state of the terminal electronic equipment according to the control signal after receiving the control signal sent by the sensing unit.
Description
Technical field
The present invention relates to a kind of through X-ray irradiate can control circuit electronic installation, refer to especially after a kind of electronic installation irradiates via X-ray and can produce rapidly a switch or I/O signal, the switch that it produces or I/O signal can be realized the control action to single-chip microcomputer or other chip or circuit board, finally, reach the effect of controlling the electronic equipment that this device is installed.
Background technology
As everyone knows, along with the now increasing electronic equipment of social development is used by people more and more widely, such as mobile communications tool, photography and vedio recording apparatus, mobile taping tool etc., the production that these electronic equipments can be convenient for people to greatly, life, but on some special places or time point, this class of electronic devices of use without restriction can be brought to people again tired rich greatly.Such as, use aboard communication tool, in private office or executive session chamber, portably use and there is communication, shooting, the electronic equipment of sound-recording function, in superfine secured areas factory, war industry important base, the places such as operating room portably use has communication, shooting, the electronic equipment of sound-recording function, wherein, use aboard communication tool can produce the potential safety hazard that signal disturbs and then initiation is very serious, in private office, executive session chamber, superfine secured areas factory, war industry important base, the places such as operating room portably use has communication, shooting, the electronic equipment of sound-recording function can threaten the management and control of important information, the problems such as safe security protection, so in some special places or time point must carry out strict management and control to the use of electronic equipment.
Take to the more sensitive aircraft of communication apparatus interference ratio is example, and because aloft aircraft is more responsive to communication apparatus interference ratio, so aircraft all can require passenger to enter offline mode by having the electronic equipment shutdown of communication function or adjusting before taking off.Generally carry out management and control common practice and be passenger after boarding and before taking off crew member can require passenger by the electronic product shutdown with communication function of carrying or adjust to enter offline mode.
Yet general aircraft has two kinds of modes when carrying out luggage security check and transportation, in the time of for large of luggage and the more passenger's airplane of number of packages, can select luggage case delivery simultaneously and carry two kinds of modes of knapsack and process its entrained luggage, but owing to placing sometimes some in running order communication apparatus in the reason luggage cases such as passenger's carelessness, and airdrome luggage delivery and carry-on articles inspection are to carry out in different channel regions, the communication apparatus of closing in this case in registered luggage is a very loaded down with trivial details job.
And in fact every passenger its all article before boarding, no matter be that checked baggage or personal belongings all can check whether passenger has carried prohibited items through X-ray rays safety detection apparatus, still also do not have at present a kind of apparatus or the method that can utilize the synchronous management and control electronic equipment of this safety check mode.
In addition; at some, other Code in Hazardous Special Locations is all also by X-ray rays safety detection apparatus, the personnel of admission to be detected at present; but after pinpointing the problems, all need to process these electronic equipments by the mode of artificial treatment; this disposal options not only can expend a large amount of human resources; also often there will be undetected situation simultaneously; and then reduce the safety index in superfine security region, and this is the major defect for prior art.
Summary of the invention
The invention provides a kind ofly by device and the control method thereof of induction X-ray and then control circuit operating state, the irradiation that its device can automatic sensing-detecting X-ray, complete the automatic control to terminal electronic equipment, and this is main purpose of the present invention.
The technical solution used in the present invention is: a kind of by the device of induction X-ray and then control circuit operating state, it comprises photosensitive unit, sensing unit and signal processing unit, wherein, this photosensitive unit can sensing X ray, when this photosensitive unit is arrived in x-ray bombardment, this photosensitive unit can send physical signalling, this physical signalling that this sensing unit sends in order to this photosensitive unit of sensing, after this physical signalling that this sensing unit senses is sent to this photosensitive unit, this physical signalling is converted to control signal and passes to this signal processing unit, this signal processing unit is connected with terminal electronic equipment, this signal processing unit receives the operating state of controlling this terminal electronic equipment after this control signal that this sensing unit sends according to this control signal.
This physical signalling that this photosensitive unit sends is one or both in temperature, light, and this control signal that this sensing unit passes to this signal processing unit is switching signal or I/O signal, and this sensing unit is temperature light sensor.
This photosensitive unit, this sensing unit and this signal processing unit are arranged in this terminal electronic equipment, and this X ray is from X-ray rays safety detection apparatus.
This photosensitive unit for can send the chemical substance of physical signalling under x-ray bombardment.
One or more that this chemical substance is artificial schellite, zinc sulphide in, platinum barium hydride, every, these materials of platinum barium hydride, after x-ray bombardment, can there is molecule fission in artificial schellite, zinc sulphide, and then produce fluorescence and produce heat simultaneously, and this fluorescence and this heat are this physical signalling that this photosensitive unit sends.
This photosensitive unit and this sensing unit are encapsulated in and hold in body, thereby form an electronics devices, stretch and set out some pins from this electronics devices, and this electronics devices is connected with this signal processing unit by this pin.
This electronics devices is plug-in components shape or paster shape.This electronics devices and this signal processing unit are arranged in this terminal electronic equipment by soldering surface mounted mode.
By a method for induction X-ray and then control circuit operating state, it comprises the steps:
The first step, induction X-ray device is arranged in terminal electronic equipment, this induction X-ray device comprises photosensitive unit, sensing unit and signal processing unit, wherein, this photosensitive unit can sensing X ray, when this photosensitive unit is arrived in x-ray bombardment, this photosensitive unit can send physical signalling, this physical signalling that this sensing unit sends in order to this photosensitive unit of sensing, after this physical signalling that this sensing unit senses is sent to this photosensitive unit, this physical signalling is converted to control signal and passes to this signal processing unit, this signal processing unit is connected with this terminal electronic equipment, this signal processing unit receives the operating state of controlling this terminal electronic equipment after this control signal that this sensing unit sends according to this control signal.
Second step, when this terminal electronic equipment is through X-ray rays safety detection apparatus, and in the time of the x-ray bombardment of being launched by this X-ray rays safety detection apparatus, first, by this photosensitive unit, send physical signalling, then, this physical signalling of this sensing unit senses this physical signalling is converted to control signal and passes to this signal processing unit, last, by this signal processing unit, received the operating state of controlling this terminal electronic equipment after this control signal according to this control signal.
This physical signalling that in the first step, this photosensitive unit sends is temperature, one or both in light, this control signal that this sensing unit passes to this signal processing unit is switching signal or I/O signal, this sensing unit is temperature light sensor, this photosensitive unit for sending the chemical substance of physical signalling under x-ray bombardment, this chemical substance is artificial schellite, zinc sulphide every, one or more in platinum barium hydride, artificial schellite, zinc sulphide every, after x-ray bombardment, can there is molecule fission in these materials of platinum barium hydride, and then produce fluorescence and produce heat simultaneously, and this fluorescence and this heat are this physical signalling that this photosensitive unit sends, this photosensitive unit and this sensing unit are encapsulated in and hold in body, thereby form an electronics devices, this electronics devices is plug-in components shape or paster shape, from this electronics devices, stretch and set out some pins, this electronics devices is connected with this signal processing unit by this pin, this electronics devices and this signal processing unit are arranged in this terminal electronic equipment by soldering surface mounted mode.
Beneficial effect of the present invention is: in the present invention after this terminal electronic equipment is irradiated by X-rays, by the irradiating state of this photosensitive unit senses X ray, and then by this signal processing unit adjustment, control the operating state of this terminal electronic equipment, further describe for, when people carry or when this terminal electronic equipment passes through alone X checkout equipment, by this photosensitive unit, the action of this sensing unit and this signal processing unit, this terminal electronic equipment can be changed its operating state automatically, such as, when this terminal electronic equipment is hand-held mobile terminal, PC mobile terminal, dull and stereotyped mobile terminal, mobile terminal of mobile telephone, in the time of removable mancarried electronic aid, this terminal electronic equipment can enter the state of closing down automatically.
Accompanying drawing explanation
Fig. 1 is functional-block diagram of the present invention.
Fig. 2 is structural representation of the present invention.
Embodiment
As shown in Fig. 1 to 2, a kind of by the device of induction X-ray and then control circuit operating state, it comprises photosensitive unit 10, sensing unit 20 and signal processing unit 30, wherein, this photosensitive unit 10 can sensing X ray, when x-ray bombardment is to this photosensitive unit 10 time, this photosensitive unit 10 can send physical signalling.
This physical signalling that this sensing unit 20 sends in order to this photosensitive unit 10 of sensing, this sensing unit 20 senses after this physical signalling that this photosensitive unit 10 sends, and this physical signalling is converted to control signal and passes to this signal processing unit 30.
This signal processing unit 30 is connected with terminal electronic equipment 40, and this signal processing unit 30 receives the operating state of controlling this terminal electronic equipment 40 after this control signal that this sensing unit 20 sends according to this control signal.
In concrete enforcement, this physical signalling that this photosensitive unit 10 sends is one or both in temperature, light.
This control signal that this sensing unit 20 passes to this signal processing unit 30 is switching signal or I/O signal.
This sensing unit 20 is temperature light sensor.
This signal processing unit 30 can be single-chip microcomputer or chip or circuit board.
This terminal electronic equipment 40 can be hand-held mobile terminal, PC mobile terminal, dull and stereotyped mobile terminal, mobile terminal of mobile telephone, removable mancarried electronic aid, remote-controlled Intelligent travel suitcase, medical electronics transport case, recording pen, video camera, camera etc. in concrete enforcement, but is not limited to these mobile electronic devices.
In concrete enforcement, this photosensitive unit 10, this sensing unit 20 and this signal processing unit 30 are arranged in this terminal electronic equipment 40.
This X ray is from X-ray rays safety detection apparatus.
That is to say, after this terminal electronic equipment 40 is irradiated by X-rays, by the irradiating state of these photosensitive unit 10 sensing X ray, and then adjust by this signal processing unit 30 operating state of controlling this terminal electronic equipment 40.
Further describe for, when people carry or when this terminal electronic equipment 40 passes through alone X checkout equipment, by the action of this photosensitive unit 10, this sensing unit 20 and this signal processing unit 30, this terminal electronic equipment 40 can be changed its operating state automatically, such as, when this terminal electronic equipment 40 is hand-held mobile terminal, PC mobile terminal, dull and stereotyped mobile terminal, mobile terminal of mobile telephone, removable mancarried electronic aid, this terminal electronic equipment 40 can enter the state of closing down automatically.
In concrete enforcement, this photosensitive unit 10 is for can send the chemical substance of physical signalling under x-ray bombardment, the chemical substance that this chemical substance can also can mix for number of chemical material for unification material.
In concrete enforcement, one or more that this chemical substance is artificial schellite, zinc sulphide in, platinum barium hydride, every, these materials of platinum barium hydride, after x-ray bombardment, can there is molecule fission in artificial schellite, zinc sulphide, and then produce fluorescence and produce heat simultaneously, and this fluorescence and this heat are this physical signalling that this photosensitive unit 10 sends.
In concrete enforcement, this photosensitive unit 10 and this sensing unit 20 are encapsulated in and hold in body 11, thereby form an electronics devices 12.
This electronics devices 12 is plug-in components shape or paster shape, from this electronics devices 12, stretch and set out some pins 13, this electronics devices 12 is connected with this signal processing unit 30 by this pin 13, thereby is convenient to designer's design in this terminal electronic equipment 40.
This electronics devices 12 and this signal processing unit 30 are arranged in this terminal electronic equipment 40 by soldering surface mounted mode.
By a method for induction X-ray and then control circuit operating state, it comprises the steps:
The first step, induction X-ray device is arranged in terminal electronic equipment 40.
This induction X-ray device comprises photosensitive unit 10, sensing unit 20 and signal processing unit 30, wherein, this photosensitive unit 10 can sensing X ray, when x-ray bombardment is to this photosensitive unit 10 time, this photosensitive unit 10 can send physical signalling, this physical signalling that this sensing unit 20 sends in order to this photosensitive unit 10 of sensing, this sensing unit 20 senses after this physical signalling that this photosensitive unit 10 sends, this physical signalling is converted to control signal and passes to this signal processing unit 30, this signal processing unit 30 is connected with this terminal electronic equipment 40, this signal processing unit 30 receives the operating state of controlling this terminal electronic equipment 40 after this control signal that this sensing unit 20 sends according to this control signal.
In concrete enforcement, this physical signalling that this photosensitive unit 10 sends is temperature, one or both in light, this control signal that this sensing unit 20 passes to this signal processing unit 30 is switching signal or I/O signal, this sensing unit 20 is temperature light sensor, this signal processing unit 30 can be single-chip microcomputer or chip or circuit board, this terminal electronic equipment 40 can be hand-held mobile terminal in concrete enforcement, PC mobile terminal, dull and stereotyped mobile terminal, mobile terminal of mobile telephone, removable mancarried electronic aid, remote-controlled Intelligent travel suitcase, medical electronics transport case, recording pen, video camera, camera etc., but be not limited to these mobile electronic devices.
This photosensitive unit 10 for sending the chemical substance of physical signalling under x-ray bombardment, the chemical substance that this chemical substance can also can mix for number of chemical material for unification material, in concrete enforcement, one or more that this chemical substance is artificial schellite, zinc sulphide in, platinum barium hydride, every, these materials of platinum barium hydride, after x-ray bombardment, can there is molecule fission in artificial schellite, zinc sulphide, and then produce fluorescence and produce heat simultaneously, and this fluorescence and this heat are this physical signalling that this photosensitive unit 10 sends.
In concrete enforcement, this photosensitive unit 10 and this sensing unit 20 are encapsulated in and hold in body 11, thereby form an electronics devices 12, this electronics devices 12 is plug-in components shape or paster shape, from this electronics devices 12, stretch and set out some pins 13, this electronics devices 12 is connected with this signal processing unit 30 by this pin 13, thereby be convenient to designer's design in this terminal electronic equipment 40, this electronics devices 12 and this signal processing unit 30 are arranged in this terminal electronic equipment 40 by soldering surface mounted mode.
Second step, when this terminal electronic equipment 40 is through X-ray rays safety detection apparatus, and when the x-ray bombardment of being launched by this X-ray rays safety detection apparatus.
First, by this photosensitive unit 10, send physical signalling, then, this this physical signalling of sensing unit 20 sensings is also converted to control signal by this physical signalling and passes to this signal processing unit 30.
Finally, by control the operating state of this terminal electronic equipment 40 after these signal processing unit 30 these control signals of reception according to this control signal.
Utilize method of the present invention when this terminal electronic equipment 40 is by all when having x-ray and irradiating the X-ray rays safety detection apparatus of function, this induction X-ray device can produce rapidly a switch or I/O signal, and the switch of generation or I/O signal can control single chip computer or other chip or circuit boards.The control pin of this induction X-ray device through drawing carries out electrical signal with the single chip machine controlling circuit of controlled electronic equipment and is connected, thereby certain control single chip computer of electronic equipment is after the signal intensity of this induction X-ray device being detected, by writing in advance the firmware contrast judgement of single-chip microcomputer bottom, the communication module group of the I/O mouth circuit controling electronic equipment by circuit or power supply module or other managed molding group enter shutdown or other illegal state.
Claims (10)
1. one kind by the device of induction X-ray and then control circuit operating state, it is characterized in that: comprise photosensitive unit, sensing unit and signal processing unit, wherein, this photosensitive unit can sensing X ray, when this photosensitive unit is arrived in x-ray bombardment, this photosensitive unit can send physical signalling, this physical signalling that this sensing unit sends in order to this photosensitive unit of sensing, after this physical signalling that this sensing unit senses is sent to this photosensitive unit, this physical signalling is converted to control signal and passes to this signal processing unit, this signal processing unit is connected with terminal electronic equipment, this signal processing unit receives the operating state of controlling this terminal electronic equipment after this control signal that this sensing unit sends according to this control signal.
2. as claimed in claim 1 a kind of by the device of induction X-ray and then control circuit operating state, it is characterized in that: this physical signalling that this photosensitive unit sends is one or both in temperature, light, this control signal that this sensing unit passes to this signal processing unit is switching signal or I/O signal, and this sensing unit is temperature light sensor.
3. as claimed in claim 1 a kind of by the device of induction X-ray and then control circuit operating state, it is characterized in that: this photosensitive unit, this sensing unit and this signal processing unit are arranged in this terminal electronic equipment, and this X ray is from X-ray rays safety detection apparatus.
4. as claimed in claim 2 a kind of by the device of induction X-ray and then control circuit operating state, it is characterized in that: this photosensitive unit for can send the chemical substance of physical signalling under x-ray bombardment.
5. as claimed in claim 4 a kind of by the device of induction X-ray and then control circuit operating state, it is characterized in that: one or more that this chemical substance is artificial schellite, zinc sulphide in, platinum barium hydride, every, these materials of platinum barium hydride, after x-ray bombardment, can there is molecule fission in artificial schellite, zinc sulphide, and then produce fluorescence and produce heat simultaneously, and this fluorescence and this heat are this physical signalling that this photosensitive unit sends.
6. as claimed in claim 4 a kind of by the device of induction X-ray and then control circuit operating state, it is characterized in that: this photosensitive unit and this sensing unit are encapsulated in and hold in body, thereby form an electronics devices, from this electronics devices, stretch and set out some pins, this electronics devices is connected with this signal processing unit by this pin.
7. as claimed in claim 6 a kind of by the device of induction X-ray and then control circuit operating state, it is characterized in that: this electronics devices is plug-in components shape or paster shape.
8. as claimed in claim 6 a kind of by the device of induction X-ray and then control circuit operating state, it is characterized in that: this electronics devices and this signal processing unit are arranged in this terminal electronic equipment by soldering surface mounted mode.
9. by a method for induction X-ray and then control circuit operating state, it is characterized in that: comprise the steps:
The first step, induction X-ray device is arranged in terminal electronic equipment, this induction X-ray device comprises photosensitive unit, sensing unit and signal processing unit, wherein, this photosensitive unit can sensing X ray, when this photosensitive unit is arrived in x-ray bombardment, this photosensitive unit can send physical signalling, this physical signalling that this sensing unit sends in order to this photosensitive unit of sensing, after this physical signalling that this sensing unit senses is sent to this photosensitive unit, this physical signalling is converted to control signal and passes to this signal processing unit, this signal processing unit is connected with this terminal electronic equipment, this signal processing unit receives the operating state of controlling this terminal electronic equipment after this control signal that this sensing unit sends according to this control signal,
Second step, when this terminal electronic equipment is through X-ray rays safety detection apparatus, and in the time of the x-ray bombardment of being launched by this X-ray rays safety detection apparatus, first, by this photosensitive unit, send physical signalling, then, this physical signalling of this sensing unit senses this physical signalling is converted to control signal and passes to this signal processing unit, last, by this signal processing unit, received the operating state of controlling this terminal electronic equipment after this control signal according to this control signal.
10. a kind of method by induction X-ray and then control circuit operating state as claimed in claim 9 is characterized in that: this physical signalling that in the first step, this photosensitive unit sends is temperature, one or both in light, this control signal that this sensing unit passes to this signal processing unit is switching signal or I/O signal, this sensing unit is temperature light sensor, this photosensitive unit for sending the chemical substance of physical signalling under x-ray bombardment, this chemical substance is artificial schellite, zinc sulphide every, one or more in platinum barium hydride, artificial schellite, zinc sulphide every, after x-ray bombardment, can there is molecule fission in these materials of platinum barium hydride, and then produce fluorescence and produce heat simultaneously, and this fluorescence and this heat are this physical signalling that this photosensitive unit sends, this photosensitive unit and this sensing unit are encapsulated in and hold in body, thereby form an electronics devices, this electronics devices is plug-in components shape or paster shape, from this electronics devices, stretch and set out some pins, this electronics devices is connected with this signal processing unit by this pin, this electronics devices and this signal processing unit are arranged in this terminal electronic equipment by soldering surface mounted mode.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201410386917.XA CN104158529A (en) | 2014-08-08 | 2014-08-08 | Device and method for controlling working state of circuit by sensing X-rays |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410386917.XA CN104158529A (en) | 2014-08-08 | 2014-08-08 | Device and method for controlling working state of circuit by sensing X-rays |
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| CN104158529A true CN104158529A (en) | 2014-11-19 |
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| CN201410386917.XA Pending CN104158529A (en) | 2014-08-08 | 2014-08-08 | Device and method for controlling working state of circuit by sensing X-rays |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110178009A (en) * | 2016-12-12 | 2019-08-27 | 肖恩·罗纳德·史密斯 | The improvement of temperature testing device |
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Application publication date: 20141119 |