CN205827590U - A kind of biological response self-adhesive paper alarm - Google Patents

Abstract

The utility model discloses a kind of biological response self-adhesive paper alarm; this self-adhesive paper alarm includes excitation, induction part, lead-in wire, pulse signal generator, audion, booster transformer, processor and alarm; described excitation and induction part all include extexine decorative layer, conductor layer, adhesive layer and the protective layer of lamination; wherein, described decorative layer is used for being coated with/printed patterns；Described conductor layer is used for arranging wire；Described adhesive layer is suitable for being pasted onto the insulant surfaces such as glass, timber, plastics；Described protective layer covers on adhesive layer surface；Excitation wire is used for being formed induction field, and sensor wire is positioned in described induction field, is used for sensing described induction field biological magnetic field information, and it is transferred to processor, and processor judges whether to need to start alarm；Described self-adhesive paper alarm can adapt to the interference of external environment, gets rid of toy, wrong report that abiotic, natural climate causes is failed to report, and improves range of application and reliability.

Description

A kind of biological response self-adhesive paper alarm

Technical field

This utility model relates to biological response sensor technical field, particularly relates to a kind of biological response self-adhesive paper and reports to the police Device.

Background technology

Biological response security device is more rare relative to other antitheft sensing apparatus in present domestic and international market, its With other burglary-resisting installations, as the equipment such as infrared induction are compared, there is outward appearance there is the characteristic of self-adhesive paper, Pasting at glass or Insulant surface, as decoration, especially has product induction field, and noncontact detection human-body biological magnetic field produces alarm signal Physical characteristic, also has the advantages such as reliability is high, of many uses, convenient, safety is good, as remembered in Chinese patent CN01107018 A kind of electronic intrusion preventer carried and preparation method thereof, the electronic intrusion preventer disclosed in this patent is that the electronics of a kind of biological response is prevented Steal hurdle, but this biological response device is easily subject to the interference of external environment, as the environment such as toy, temperature, rainy weather are done Disturb, make running voltage instability false triggering cause warning, install besides and limited by environment, such as induction coil, induction electrode Thick support need to be used to install, it is difficult to meet diversified use demand, under different use environment, the shape to security device Shape size and riding position all can have different requirements, at present the most useless can be common to be pasted onto glass surface as decorating and Security device under the conditions of multiple use.

For above-mentioned reasons, existing biological response security device is furtherd investigate by the present inventor, designs one Can solve the problem that the problems referred to above Pasting is attractive in appearance at glass surface, convenient, and have sensing human body noncontact alert biological response Self-adhesive paper alarm.

Utility model content

In order to overcome the problems referred to above, present inventor has performed and study with keen determination, design a kind of biological response self-adhesive paper report Alert device, this self-adhesive paper alarm includes the excitation in strip and induction part, and this self-adhesive paper alarm also includes processor And alarm, described excitation and induction part all include decorative layer, conductor layer, adhesive layer and the protective layer of lamination, wherein, described Decorative layer is used for being coated with/printed patterns；The conductor layer of described excitation is disposed with excitation wire, leading of described induction part It is disposed with sensor wire on line layer；Wherein, described excitation wire is used for being formed induction field, and described sensor wire is positioned at described sense Answer in electric field, be used for sensing described induction field, and the induction field information sensed is transferred to processor, described processor For receiving the induction field information that sensor wire senses, and judge whether to need to start alarm according to this information；This reality Biological response self-adhesive paper alarm with novel offer can adapt to the interference of external environment, gets rid of the mistake that toy causes Report, improves range of application and the reliability of described biological response self-adhesive paper alarm, thus completes this utility model.

Specifically, the purpose of this utility model is to provide a kind of biological response self-adhesive paper alarm, this adhesive sticker Paper alarm includes excitation 1a in strip and induction part 1b, and this self-adhesive paper alarm also includes processor 4 and alarm 5, described excitation 1a and induction part 1b include decorative layer 11, conductor layer 12, adhesive layer 13 and the protective layer 14 of lamination,

Wherein, described decorative layer 11 is used for being coated with/printed patterns；

The conductor layer 12 of described excitation is disposed with excitation wire 2,

The conductor layer 12 of described induction part is disposed with sensor wire 3；

Wherein, described excitation wire 2 is used for forming induction field,

Described sensor wire 3 is positioned in described induction field, is used for sensing described induction field, and the sensing that will sense Electric field information is transferred to processor 4,

Described processor 4 is for receiving the induction field information that sensor wire 3 senses, and judges whether according to this information Need to start alarm 5.

Wherein, protective layer 14 is as supporting body and viscous with adhesive layer at described supporting body using paper material or plastic material It is coated with silicone oil on the surface closed

Wherein, the induction field information sensed is converted into voltage signal by sensor wire 3, and is transmitted by this voltage signal To described processor 4,

Described processor 4 is for receiving the voltage signal that sensor wire 3 passes out and big at the magnitude of voltage of this voltage signal When predetermined alarm voltage value, control alarm 5 work.

Wherein, described processor 4 is additionally operable to control described excitation wire 2 in real time according to the voltage signal received and forms sense Answer the intensity of electric field, and then the magnitude of voltage of the voltage signal received described in making is stable in voltage range of deploying troops on garrison duty.

Wherein, described processor 4 includes judge module 41 and adjustment module 42,

In described judge module 41, storage has predetermined alarm voltage value, voltage range of deploying troops on garrison duty and operational voltage value, described Operational voltage value is deployed troops on garrison duty in voltage range described in falling within；

When described judge module 41 senses that the magnitude of voltage of described voltage signal starts when being more than predetermined alarm voltage value Alarm 5 and then send sound and light alarm signal,

When described judge module 41 senses that the magnitude of voltage of described voltage signal falls within voltage range of deploying troops on garrison duty, start Adjustment module 42,

Described adjustment module 42 forms the intensity of induction field for controlling described excitation wire upon actuation, and then makes The magnitude of voltage of the voltage signal that described processor 4 receives is substantially equal to operational voltage value.

Wherein, described operational voltage value is the magnitude of voltage that described biological response self-adhesive paper alarm automatically records and stores Information, the process of its record is:

When the energising of described biological response self-adhesive paper alarm starts, described judge module 41 receives sensor wire 3 and passes The voltage signal passed out, and judge whether the magnitude of voltage of described voltage signal received is in and deploy troops on garrison duty in voltage range, work as institute State the magnitude of voltage of voltage signal be in described in deploy troops on garrison duty in voltage range, and be basically stable at one within the predetermined time and fix Magnitude of voltage near time, recording this fixing magnitude of voltage is operational voltage value.

Wherein, described predetermined alarm voltage value be more than described in deploy troops on garrison duty in voltage range maximum.

Wherein, described self-adhesive paper alarm also includes the power supply for powering for excitation wire 2 and for filtering sensing The wave filter of the voltage signal that wire passes out；

Described self-adhesive paper alarm also includes pulse signal generator 6, booster transformer, triode and lead-in wire.

Wherein, described alarm 5 includes loudspeaker 51, display lamp 52 and remote call-in module 53, described remote call-in module For sending remote alarms information according to instruction.

Wherein, described excitation wire 2 and sensor wire 3 be arranged in parallel.

This utility model is had the advantage that to include:

(1) the biological response self-adhesive paper alarm provided according to this utility model can be adjusted according to the change of external environment The intensity of the induction field that whole excitation wire sends, so that the voltage signal that generates of sensor wire is stable less at one In the range of, reduce the external environment bad interference to this self-adhesive paper alarm；

(2) the biological response self-adhesive paper alarm provided according to this utility model can be by the magnitude of voltage that senses Different and human body and toy are distinguished, thus eliminate the wrong report caused because of toy, improve the reliability of this device.

Accompanying drawing explanation

Fig. 1 illustrates the overall structure schematic diagram according to a kind of preferred implementation of this utility model；

Fig. 2 illustrates the self-adhesive paper alarm Rotating fields partial enlargement according to a kind of preferred implementation of this utility model Figure；

Fig. 3 illustrates the self-adhesive paper alarm arrangement module map according to a kind of preferred implementation of this utility model；

Fig. 4 illustrates the processor structure circuit diagram according to a kind of preferred implementation of this utility model.

Drawing reference numeral illustrates:

1a-excitation

1b-induction part

11-decorative layer

12-conductor layer

13-adhesive layer

14 protective layers

2-excitation wire

3-sensor wire

4-processor

41-judge module

42-adjustment module

5-alarm

51-loudspeaker

52-display lamp

53-remote call-in module

6-pulse signal generator

Detailed description of the invention

Below by drawings and Examples, this utility model is further described.Being illustrated by these, this practicality is new The feature of type and advantage will become more apparent from clearly.

The most special word " exemplary " means " as example, embodiment or illustrative ".Here as " exemplary " Illustrated any embodiment should not necessarily be construed as preferred or advantageous over other embodiments.Although embodiment shown in the drawings is each Kind aspect, but unless otherwise indicated, it is not necessary to accompanying drawing drawn to scale.

The biological response self-adhesive paper alarm provided according to this utility model, as shown in Figures 1 and 2, this adhesive sticker Paper alarm includes excitation 1a in strip and induction part 1b, and this self-adhesive paper alarm also includes processor 4 and alarm 5, described excitation 1a and induction part 1b include decorative layer 11, conductor layer 12, adhesive layer 13 and protective layer 14, wherein, described Decorative layer 11 is used for being coated with/printed patterns, and this layer, in outermost, can be arranged as required to into different patterns；Described gluing Layer 13 is suitable for, on glass and article, conveniently pasting, tearing, and does not stay cull, does not pollute affixed object, does not stay and appoint after stripping What vestige, does not cause environmental pollution；

Described protecting film 14 is used for protecting adhesive layer 13, conveniently tears；

Described conductor layer is disposed with excitation wire 2 and sensor wire 3, it is preferable that on described conductor layer, there is receiving Described excitation wire 2 and the predetermined space of sensor wire 3, described excitation wire and sensor wire 3 are all the most flat linear, to the greatest extent The thickness reducing described self-adhesive paper alarm possibly improves the aesthetic characteristic of self-adhesive paper alarm.

It is coated with glue on described adhesive layer 13, after described protective layer 14 is torn, adhesive layer 13 is coated with the one of glue Side is exposed outside, and now by this laminating on glass or some object, under the effect of gluing, described self-adhesive paper alarm is i.e. Can be fixed on glass or this object, it is achieved pasting of self-adhesive paper alarm；

Described decorative layer 11, conductor layer 12, adhesive layer 13 and protecting film 14 be 14 using paper material or plastic material as Supporting body, and it is coated with silicone oil at described supporting body on the surface of adhesive layer bonding, it is used for protecting adhesive layer not to be contaminated, Can also depart from rapidly needs when.

Preferably, described excitation wire 2 is used for forming induction field about, the radiation scope of this induction field and spoke The shape penetrated is relevant with the shape of described excitation wire, preferably this induction field region, the induction field that i.e. excitation wire produces Sphere of action, mainly to extraradial electric field centered by excitation wire and around its 360 degree of directions, these 360 degree of directions Constituting a Virtual space barrier to extraradial electric field, the elongated area of this physical barrier is also that this utility model carries The fence coverage of the equipment of confession, the organism i.e. entering into this region can cause induction field intensity to change, and then equipment Respective reaction can be made；Described Virtual space barrier in this utility model covers whole self-adhesive paper alarm to I haven't seen you for ages, And preferably include the presumptive area outside self-adhesive paper alarm.Induction field described in this utility model is very low frequency Signal, the most described induction field is very low frequency induction field, and its operating frequency is 3～30 kilo hertzs (KHz), to human body without bad shadow Ring.

In one preferred embodiment, the excitation wire on described self-adhesive paper alarm is the most equal with sensor wire , described excitation and induction part the most parallel to each other, and all in width equal strip, in reality OK, in this utility model preferably During stickup, keep distance therebetween in preset range, at least ensure that sensor wire is in the sensing that excitation wire produces In electric field.

In one preferred embodiment, described sensor wire 3 is arranged in described induction field, be used for sensing (or Gather) information of described induction field, the especially strength information of induction field, the information sensed is converted into voltage letter Number, and this voltage signal is transferred to described processor 4, in this utility model, shape and position to described sensor wire are not done Limit especially, as long as it is positioned in induction field, it is possible to sense induction field signal, in this utility model preferably, Described excitation wire 2 and sensor wire 3 be arranged in parallel, and invariant position relatively, so that the sensing that sensor wire 3 senses Electric field intensity not malleable, at least will not change because of the reason of equipment itself；Owing to the organism in nature can produce Raw very low frequency biological magnetic field (body fluid flowing causes), in human body enters into the induction field that above-mentioned excitation wire produces, institute State the induction field that sensor wire 3 senses will change therewith, by the research of induction field after change and measuring and calculating, it is possible to Screen out in the range of someone invades or attempts to intrude into the induction field that excitation wire produces such that it is able to realize biology sense Answer function；

Described processor 4 is used for receiving the voltage signal that sensor wire 3 passes out, and at the magnitude of voltage of this voltage signal Control alarm work during more than predetermined alarm voltage value, i.e. start alert program,

Described alarm 5 issues, for the control at processor 4, visual alarm of speaking, and the persistent period of this signal is 1s ～10s, can be pre-set by user or reconcile.

In one preferred embodiment, described processor 4 is additionally operable to swash according to the voltage signal control received is described Encourage wire and form the intensity of induction field, and then the magnitude of voltage of the voltage signal received described in making is stable deploys troops on garrison duty in predetermined In voltage range, it is this processor 4 and there is the function of regulation excitation wire 2 surrounding induction field intensity, the mode of its regulation Generally regulation produces the very low frequency pulse voltage of induction field, and the voltage being applied in excitation wire increases, its sense produced Answer electric field intensity also can increase accordingly, otherwise then reduce.

The reason arranging the processor with above-mentioned regulation induction field intensity function is, the life that this utility model provides The use time of thing sensing self-adhesive paper alarm is longer, can have several years even working life of decades, and its work Making place can also be in outdoor, and environment extraneous during operation will necessarily change, and including the change of temperature, air is wet The change of degree, change of environmental condition etc., these all may affect the intensity of described excitation wire 2 surrounding induction field, If this intensity is changed excessive by extraneous factor interference, easily cause the generation of the bad phenomenon such as wrong report.

Specifically, as shown in Figure 3, described processor 4 includes judge module 41 and adjustment module 42,

Wherein, in described judge module 41, storage has predetermined alarm voltage value, voltage range of deploying troops on garrison duty and operational voltage value, Described operational voltage value is deployed troops on garrison duty in voltage range described in falling within；

When described judge module 41 senses that the magnitude of voltage of described voltage signal starts when being more than predetermined alarm voltage value Alarm,

When described judge module 41 senses that the magnitude of voltage of described voltage signal falls within voltage range of deploying troops on garrison duty, start Adjustment module 42,

Described alarm 5 can send alarm sound, alarm indicating lights and remote alarms information after starting.

Described adjustment module 42 forms the intensity of induction field for controlling described excitation wire upon actuation in real time, and then The magnitude of voltage making the voltage signal that described processor 4 receives is substantially equal to operational voltage value, by described adjustment module 42 Eliminate the external condition interference to induction field intensity, thus under different external condition, the voltage that processor 4 receives The magnitude of voltage substantially constant of signal, if the magnitude of voltage now received is undergone mutation, and the magnitude of voltage after change is beyond institute Stating voltage range of deploying troops on garrison duty, its reason is exactly that organism enters in the induction field that excitation wire produces substantially, and makes sense The induction field answering wire to sense is undergone mutation.

Voltage range of deploying troops on garrison duty described in this utility model is a numerical range with certain voltage span, this practicality In novel preferably, under different external environments, in the case of not having the biological proximity sensing equipment that can cause warning to ask (not having to cause the biology of warning to enter in the induction field that excitation wire produces), i.e. normally works at this alarm device In the case of, the magnitude of voltage of the voltage signal passed out by sensor wire 3 that described processor 4 is able to receive that both falls within institute State and deploy troops on garrison duty in voltage range, it is further preferred that described different external environment includes in nature common in this utility model Sleety weather, damp and hot hot weather, cold low temperature, environmental condition etc..The magnitude of voltage the most now received is excitation wire The induction field produced and the coefficient result of induction field of nature.

In one preferred embodiment, described predetermined alarm voltage value be more than described in deploy troops on garrison duty in voltage range Big value, the external environment being merely capable of changing the magnitude of voltage of the voltage signal that sensor wire 3 passes out is to make described electricity The magnitude of voltage of pressure signal rises to predetermined alarm voltage value, and i.e. extraneous natural environment cannot touch alarm；Specifically, When working under conditions of 85 ± 2 DEG C more than two hours, the magnitude of voltage of the voltage signal that described sensor wire 3 passes out is less than Predetermined alarm voltage value, it is impossible to trigger alarm；Work under conditions of steady damp heat (40 ± 2) DEG C, RH (93 ± 2) % When more than 48 hours, the magnitude of voltage of the voltage signal that described sensor wire 3 passes out is less than predetermined alarm voltage value, it is impossible to Trigger alarm.

In one preferred embodiment, described predetermined alarm voltage value and the described maximum deployed troops on garrison duty in voltage range There is predetermined difference between value, this difference is the factor of natural environment or organism enters into for the change distinguishing voltage In the range of induction field, when there being organism to enter in the induction field that excitation wire produces, sense that sensor wire senses Answer electric field to undergo mutation, and then the magnitude of voltage of voltage signal that described processor 4 receives is undergone mutation, if less than 1kg Toy when entering in induction field, owing to its volume mass is less, it changes the induction field that excitation wire produces Variable is less, thus the variation of the magnitude of voltage of voltage signal that described processor 4 receives is the least, and now processor 4 receives To the magnitude of voltage of voltage signal beyond deploying troops on garrison duty voltage range, but necessarily less than predetermined alarm voltage value, will not may trigger Report to the police.

In one preferred embodiment, described predetermined alarm voltage value and excitation wire 2 produce induction field The voltage of power supply section relevant, if the voltage of this power supply section has regulated, described predetermined alarm voltage value also can be adjusted accordingly Whole；Described voltage range of deploying troops on garrison duty is 0～3V, preferably 0.1～2V, more preferably 0.2～1.5V.

In further preferred embodiment, described predetermined alarm voltage value is generation faradism in excitation wire 2 The 50%～80% of the magnitude of voltage of the power supply section of field；The span of described predetermined alarm voltage value is 2.5～24V, preferably For 3.5～10V；The voltage of the power supply section producing induction field in described excitation wire 2 is generally safe voltage, preferably takes Value is 5～30V, when producing the voltage of power supply section of induction field in described excitation wire 2 and being 12V, and described predetermined warning Magnitude of voltage is 3～4.5V, preferably 3.6V.

In one preferred embodiment, operational voltage value is the described biological response automatic record of self-adhesive paper alarm And the magnitude of voltage information stored, the process of its record is: when the energising of described biological response self-adhesive paper alarm starts, described Judge module 41 receives the voltage signal that sensor wire 3 passes out, and judges that the magnitude of voltage of the described voltage signal received is No being in is deployed troops on garrison duty in voltage range, deploys troops on garrison duty in voltage range described in the magnitude of voltage of described voltage signal is in, and predetermined Time in when being basically stable near a fixing magnitude of voltage, recording this fixing magnitude of voltage is operational voltage value, above-mentioned The process that process is also referred to as deployed troops on garrison duty, this process deployed troops on garrison duty all can start when starting in energising every time, and it started the time at 10 seconds Within, the most described biological response self-adhesive paper alarm can enter normal armed state in starting 10 seconds.Start in energising If time the magnitude of voltage that receives be in and described deploy troops on garrison duty in voltage range, the most normally work, if the most within the range, can send out Go out alarm signal, until the voltage signal received is deployed troops on garrison duty in voltage range described, the equipment that is now probably exist fault or Person has organism to be in induction field region.

The sphere of action of the induction field that the induction field region described in this utility model, i.e. excitation wire produce, excellent Selection of land is that these 360 degree of directions are to extraradial electricity to extraradial electric field centered by excitation wire and around its 360 degree of directions Field constitutes a Virtual space barrier, and the elongated area of this physical barrier is also the warning of the equipment that this utility model provides Scope, the organism i.e. entering into this region can cause the magnitude of voltage sensed to change, and then make respective reaction.

In one preferred embodiment, described processor 4 includes timing module, and it is at the voltage received The magnitude of voltage of signal is more than or equal to timing during predetermined alarm voltage value, and records this magnitude of voltage duration, this Times Alert device not yet starts work, if should more than voltage-duration of predetermined alarm voltage value more than 0～5 second, preferably 1 ～when 2 seconds, in this utility model, most preferably 1s, restarts alarm, and then sends alarm signal.

In one preferred embodiment, described self-adhesive paper alarm also includes power supply, wave filter, power amplifier And pulse signal generator, described power supply is preferably DC source, can be accumulator, and described wave filter is used for filtering sensing leads The voltage signal that line passes out, i.e. crosses and filters the clutter in space, to avoid interference.Further, at described self-adhesive paper report Alert device is the most optionally provided with the one in pulse signal generator 6, power amplification circuit, voltage amplifier, phase inverter or Multiple.

As shown in Figure 4, the preferred circuit of processor in the biological response self-adhesive paper alarm that this utility model provides Structure, wherein this processor includes excitation wire 2, sensor wire 3, processor 4, alarm 5, pulse signal generator 6 and electricity Pressure amplifier, wherein, voltage amplifier includes audion, booster transformer, lead-in wire etc., wherein it is preferred to, above-mentioned all parts Between all by lead-in wire be connected.

In one preferred embodiment, adjustment module and judge module in described processor are all single-chip microcomputers, can Be one piece of integrated single-chip microcomputer can also be the combination of polylith single-chip microcomputer, be preferably arranged to embedded scm.

In one preferred embodiment, described processor 4 is the most optionally provided with the access interface of external equipment, Described external equipment can be external input equipment, for inputting primary data wherein.

In one preferred embodiment, described alarm 5 includes loudspeaker 51, display lamp 52 and remote call-in module 53.Described loudspeaker can send the alarm sound dripped, and also can send the linguistic information prestored, to meet various application scenario " audio alert " demand, remote call-in module is for sending remote alarms information according to instruction, and this information can be aerogram Number etc. various signals so that remotely receiving terminal can receive this information, and know have organism to intrude into described intelligent security guard In system.

According to the using method of a kind of biological response self-adhesive paper alarm that this utility model provides, in the method, first First protective layer is torn from self-adhesive paper alarm, and then expose adhesive layer, and adhesive layer is attached to presumptive area；

Then, powering to described biological response self-adhesive paper alarm, excitation wire is forming induction field about, sense Answer wire that the induction field signal sensed is converted into the judge module that voltage signal passes in processor；This process is report The startup of alarm device；

Described judge module receives the voltage signal that sensor wire passes out, and judges the described voltage signal received Magnitude of voltage whether be in and deploy troops on garrison duty in voltage range, deploy troops on garrison duty in voltage range described in the magnitude of voltage of described voltage signal is in, And when being basically stable within the predetermined time near a fixing magnitude of voltage, recording this fixing magnitude of voltage is work electricity Pressure value；This process is deploying troops on garrison duty of alarm device, and the typically time used by this process is less than 10 seconds,

Described processor continues the voltage signal that real-time reception sensor wire passes out, and judges whether this voltage signal is located In voltage range of deploying troops on garrison duty, if this signal is in voltage range of deploying troops on garrison duty, then the electricity received by controlling excitation wire to regulate Pressure signal so that it is magnitude of voltage is substantially equal to operational voltage value；If this signal value is more than predetermined alarm voltage value, it is judged that have People invades, and controls alarm work, visual alarm of concurrently speaking；If this signal value is not more than described predetermined alarm voltage Value, and do not deploy troops on garrison duty in voltage range described, it is judged that for toy false touch, do not process.

Above in association with being preferred embodiment illustrated this utility model, but these embodiments are only models Example, only play illustrative effect.On this basis, this utility model can be carried out multiple replacement and improvement, these Each fall within protection domain of the present utility model.

Claims (11)

1. a biological response self-adhesive paper alarm, it is characterised in that this biological response self-adhesive paper alarm includes in bar The excitation (1a) of shape and induction part (1b), this biological response self-adhesive paper alarm also includes processor (4) and alarm (5), described excitation (1a) and induction part (1b) all include decorative layer (11), conductor layer (12), adhesive layer (13) and protective layer (14),

Wherein, described decorative layer (11) is coated with/is printed with pattern；

The conductor layer (12) of described excitation is disposed with excitation wire (2),

The conductor layer (12) of described induction part is disposed with sensor wire (3).

Biological response self-adhesive paper alarm the most according to claim 1, it is characterised in that described excitation wire (2) is used In forming induction field,

Described sensor wire (3) is positioned in described induction field, is used for sensing described induction field, and the faradism that will sense Field information is transferred to processor (4),

Described processor (4) is used for receiving the induction field information that sensor wire (3) senses, and judges whether according to this information Need to start alarm (5),

Protective layer (14) is using paper material or plastic material as supporting body.

Biological response self-adhesive paper alarm the most according to claim 1, it is characterised in that

The induction field information sensed is converted into voltage signal by sensor wire (3), and is transferred to by this voltage signal described Processor (4),

Described processor (4) is used for receiving the voltage signal that sensor wire (3) passes out, and big at the magnitude of voltage of this voltage signal Alarm (5) work is controlled when predetermined alarm voltage value.

4. according to the biological response self-adhesive paper alarm described in claim 1 or 3, it is characterised in that

Described processor (4) is additionally operable to control described excitation wire (2) in real time according to the voltage signal received and forms faradism Intensity, and then the magnitude of voltage of the voltage signal received described in making is stable in voltage range of deploying troops on garrison duty.

Biological response self-adhesive paper alarm the most according to claim 4, it is characterised in that

Described processor (4) includes judge module (41) and adjustment module (42),

In described judge module (41), storage has predetermined alarm voltage value, voltage range of deploying troops on garrison duty and operational voltage value, described work Deploy troops on garrison duty in voltage range described in magnitude of voltage falls within；

When described judge module (41) senses that the magnitude of voltage of described voltage signal starts report when being more than predetermined alarm voltage value Warn device (5) and then send sound and light alarm signal,

When described judge module (41) senses that the magnitude of voltage of described voltage signal falls within voltage range of deploying troops on garrison duty, start and adjust Joint module (42),

Described adjustment module (42) forms the intensity of induction field for controlling described excitation wire upon actuation, and then makes institute The magnitude of voltage stating the voltage signal that processor (4) receives is substantially equal to operational voltage value.

Biological response self-adhesive paper alarm the most according to claim 5, it is characterised in that

Described operational voltage value is the magnitude of voltage information that described biological response self-adhesive paper alarm automatically records and stores, its note The process of record is:

When the energising of described biological response self-adhesive paper alarm starts, described judge module (41) receives sensor wire (3) and passes The voltage signal passed out, and judge whether the magnitude of voltage of described voltage signal received is in and deploy troops on garrison duty in voltage range, work as institute State the magnitude of voltage of voltage signal be in described in deploy troops on garrison duty in voltage range, and be basically stable at one within the predetermined time and fix Magnitude of voltage near time, recording this fixing magnitude of voltage is operational voltage value.

Biological response self-adhesive paper alarm the most according to claim 5, it is characterised in that

Described predetermined alarm voltage value be more than described in deploy troops on garrison duty in voltage range maximum.

Biological response self-adhesive paper alarm the most according to claim 3, it is characterised in that

Described self-adhesive paper alarm also includes the power supply for powering for excitation wire (2) and for filtering sensor wire transmission The wave filter of the voltage signal gone out；

Described self-adhesive paper alarm also includes pulse signal generator (6), booster transformer, triode and lead-in wire.

Biological response self-adhesive paper alarm the most according to claim 1, it is characterised in that

Described alarm (5) includes loudspeaker (51), display lamp (52) and remote call-in module (53), and described remote call-in module is used In sending remote alarms information according to instruction.

Biological response self-adhesive paper alarm the most according to claim 1, it is characterised in that

Described excitation wire (2) and sensor wire (3) be arranged in parallel.

11. biological response self-adhesive paper alarms according to claim 2, it is characterised in that at described supporting body and glue It is coated with adhesive on the surface of adhesion coating bonding.