CN102376140A - Antitheft security system and mounting method thereof - Google Patents
Antitheft security system and mounting method thereof Download PDFInfo
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- CN102376140A CN102376140A CN201010257276XA CN201010257276A CN102376140A CN 102376140 A CN102376140 A CN 102376140A CN 201010257276X A CN201010257276X A CN 201010257276XA CN 201010257276 A CN201010257276 A CN 201010257276A CN 102376140 A CN102376140 A CN 102376140A
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Abstract
The invention discloses an antitheft system and a mounting method thereof. The system comprises a substrate, a conductive line layer, a sensing control unit, a warning device and a power supply, wherein t he conductive line layer is arranged on the substrate and comprises a plurality of conductive lines; the conductive lines selectively form a resistance type or capacitance type sensing circuit; the sensing control unit is electrically connected with the conductive lines for controlling and selectively switching a plurality of conductive lines to form a resistance type or capacitance type sensing circuit for detecting the resistance type or capacitance type sensing circuit and generating a detection signal; and the warning device is connected to the sensing control unit form for receiving a detection signal from the sensing control unit and generating a warning signal, and the power supply is electrically connected to the sensing control unit and the warning device for supplying power. The system has a very high antitheft performance and high warning sensitivity and can improve the correctness of detection and lower false rate.
Description
Technical field
The present invention relates to a kind of anti-stealing safety system and method to set up thereof, relate in particular to a kind of being applied on the matrixes such as glass or acrylic plate so that the anti-stealing safety system and the method to set up thereof of antitheft sensing function to be provided.
Background technology
For adapting to the social transition and the demand in market, to save the equipment and material industry from damage and satisfy and fast-developing thereupon, its purpose is for preventing deathwatch, damage, destruction and other crimes or creating disturbances to.Can eliminate or reduce possible loss, infringement, damage or injury through saving Equipment Design from damage.And in the technical field of anti-stealing safety now, glass antitheft sensor then is to be most one of invasion safety system that the people knew, and it utilizes various the principless of science, triggers perceptron, and then investigates various situation.
Present known glass antitheft sensor is as shown in Figure 1, and it is fixed in the edge of a glass 10 with a vibrations perceptron 11 with the mode of pasting, and this vibrations perceptron 11 is connected to an alarm device 12 again.When glass 10 receives outside destroy or bump and when producing vibrations; This vibrations perceptron 11 just can produce reaction signal immediately; And through a signal transmission line 13; Reaction signal is sent to this alarm device 12, and this alarm device 12 then can produce alarm signal and save personnel from damage further to report, to reach the effect of anti-stealing safety.Yet when practical application; Because of it adopts the mode of vibrations perception; If wind is strong, earthquake takes place, the large-scale vehicles are through, personnel's false touch or mistake promotes this glass 10 and when making it produce vibrations; This vibrations perceptron 11 also will thereby produce reaction signal and is sent to alarm device 12 and reports and save personnel from damage, causes the ratio of wrong report higher.On the other hand, if downgrade the sensitivity of this vibrations perceptron 11, then possibly take place to go to pot intrusion and the facts that this vibrations perceptron 11 can't detect in non-edge by this glass 10.
To aforesaid defective and restriction; How effectively to overcome; And develop a kind of induction system that is applied to the broken and antitheft of glass, acrylic plate, can reach and be easy to be provided with and import, and can accurately report correct anti-stealing safety information with pinpoint accuracy and high sensitivity; And meet the purpose of economic benefit, become the problem that present industry presses for solution then.
Summary of the invention
Because foregoing problems, for improving the high problem of known glass or acrylic plate antitheft sensor rate of false alarm, the present invention proposes a kind of anti-stealing safety system and method to set up thereof that is applied to matrix antitheft sensings such as glass, acrylic plate or ceramic wafer simultaneously.
The purpose of this invention is to provide a kind of anti-stealing safety system and method to set up thereof that is applied to matrix antitheft sensings such as glass, acrylic plate or ceramic wafer.Through the importing of an anti-stealing safety system, make matrixes such as a glass, acrylic plate or ceramic wafer can further have the function of anti-stealing safety, accurately report correct anti-stealing safety information to reach, and meet the purpose of economic benefit.
Another object of the present invention provides a kind of anti-stealing safety system that is applied to matrix antitheft sensings such as glass, acrylic plate or ceramic wafer; Whether broken with direct detection matrix, as to crack or contacted mode is to promote the correctness that detects and to reduce False Rate.
Another object of the present invention provides a kind of formula of pasting anti-stealing safety system that is applied to matrix antitheft sensings such as glass, acrylic plate or ceramic wafer; It has the multi-mode measuring ability; But adaption demand carries out detecting pattern to be selected, and improves sensitivity and the correctness that detects.
Another purpose of the present invention provides the method to set up of a kind of anti-stealing safety system; Make the method to set up that matrixes such as glass, acrylic plate or ceramic wafer can be various; For example: the anti-stealing safety system is set with the mode of imbedding, spraying or paste; And then reach function with anti-stealing safety, and not only can in the technology of matrixes such as glass, acrylic plate or ceramic wafer, the anti-stealing safety system be set directly, also can attach the anti-stealing safety system in matrixes such as conventional glass, acrylic plate or ceramic wafers; Avoiding the waste of original resource, and meet the purpose of economic benefit.
For reaching above-mentioned purpose, the present invention provides a kind of anti-stealing safety system, comprises at least: a matrix; One conducting wire layer is arranged on this matrix, and comprises many conducting wires, said many conducting wires optionally form a resistance-type induction line and a capacitive induction circuit one of them; One induction control module; Be electrically connected on said many conducting wires of this conducting wire layer; In order to control with select to switch said many conducting wires form this resistance-type induction line and this capacitive induction circuit one of them, and be used to detect this resistance-type induction line or this capacitive induction circuit and produce a detection signal; One alarming device is connected to this induction control module, in order to this detection signal of receiving this induction control module and produce an alarm signal; And a power supply, be electrically connected on this induction control module and this alarming device, in order to electric power to be provided.
For reaching above-mentioned purpose, the present invention provides a kind of anti-stealing safety system in addition, comprises at least: a matrix; One conducting wire layer is arranged on this matrix, and comprises many conducting wires, and said many conducting wires form a resistance-type induction line or a capacitive induction circuit; One induction control module comprises a pick-up unit, and this pick-up unit is electrically connected on this resistance-type induction line or this capacitive induction circuit, is used to detect this resistance-type induction line or this capacitive induction circuit and produces a detection signal; And an alarming device, be connected to this induction control module, in order to this detection signal of receiving this induction control module and adapt to and produce an alarm signal.
For reaching above-mentioned purpose; The present invention provides the method to set up of a kind of anti-stealing safety system in addition; At least comprise the following step: a matrix, a conducting wire layer, induction control module, an alarming device and a power supply are provided; This conducting wire layer comprises many conducting wires, and said many conducting wires optionally form a resistance-type induction line and a capacitive induction circuit one of them, wherein; This power supply is electrically connected with this induction control module and this alarming device, so that electric power to be provided; This conducting wire layer is arranged on this matrix to imbed or to spray or to paste one of them mode; And will respond to control module and be electrically connected with said many conducting wires and this alarming device of this conducting wire layer.
The present invention makes a conventional glass, acrylic plate or ceramic wafer can further have the function of anti-stealing safety through the importing of an anti-stealing safety system, avoids the waste of original resource.In addition; It is high and report highly sensitive anti-stealing safety system that anti-theft of the present invention is processed with various set-up mode by anti-stealing safety of the present invention system; For example can the conducting wire layer be arranged on the matrix with modes such as imbedding, spray or paste; And can directly detect the mode that whether matrix is broken, crack or contacted, to promote the correctness that detects and to reduce False Rate.
Description of drawings
Fig. 1 is for disclosing known glass antitheft induction system.
Fig. 2 is for disclosing the structural representation that the present invention is applied to the anti-stealing safety system of matrix.
Fig. 3 is another structural representation of the anti-stealing safety system of announcement Fig. 2.
Fig. 4 is the synoptic diagram of the resistance-type induction detecting pattern of announcement anti-stealing safety of the present invention system.
Fig. 5 A and Fig. 5 B are for showing structure shown in Figure 4 or structural drawing when cracking broken in matrix.
Fig. 6 is the synoptic diagram of the capacitive induction detecting pattern of announcement anti-stealing safety of the present invention system.
Fig. 7 A and Fig. 7 B are for showing that structure shown in Figure 6 is in the structural drawing of matrix when contacting.
Fig. 8 is the method to set up process flow diagram of announcement anti-stealing safety of the present invention system.
Fig. 9 A to Fig. 9 D is arranged at the step synoptic diagram on the matrix for the conducting wire layer of announcement anti-stealing safety of the present invention system with the mode of imbedding.
Figure 10 A to Figure 10 D is arranged at the step synoptic diagram on the matrix for the conducting wire layer of announcement anti-stealing safety of the present invention system with the mode that sprays.
Figure 11 A to Figure 11 D is arranged at the step synoptic diagram on the matrix for the conducting wire layer of announcement anti-stealing safety of the present invention system with the mode of pasting.
Figure 12 A and Figure 12 B are for showing the structural representation of anti-stealing safety system applies of the present invention in the door glass of the windshield of the vehicles and buildings respectively.
Description of reference numerals in the above-mentioned accompanying drawing is following:
Glass: 10
Vibrations perceptron: 11
Alarm device: 12
Signal transmission line: 13
Anti-stealing safety system: 2
Matrix: 20,40,50,60
Protective seam: 21,42,53,62
Conducting wire layer: 22,41,51,61
Induction control module: 24
Alarming device: 25
Power supply: 26
Conducting wire: 220,410,510,610
Resistance-type induction line: 221
Capacitive induction circuit: 222
Switching device shifter: 240
Pick-up unit: 241
Matrix: 40a
Airbrush: 52
Adhesive layer: 63
The vehicles: 7
Windshield: 71
Buildings: 8
Door glass: 81
Capacitor cell: C1, C2 ..Cn
The anti-stealing safety system is provided with step: S30-S35
Embodiment
Some exemplary embodiments that embody characteristic of the present invention and advantage will be described in detail in the explanation of back segment.Be understood that the present invention can have various variations on different modes, it does not depart from the scope of the present invention, and explanation wherein and accompanying drawing be used as the usefulness of explanation in itself, but not in order to restriction the present invention.
The present invention is a kind of anti-stealing safety system and method to set up thereof; Though following examples are explained the present invention's technology with the formula of the pasting anti-stealing safety system that is applied to matrixes such as glass, acrylic plate or ceramic wafer; Yet the anti-stealing safety system that can use the present invention's technology is not limited to be applied to matrixes such as glass, acrylic plate or ceramic wafer; Any matrix and anti-stealing safety system thereof that is suitable for following technical characterictic all can incorporate reference at this.
See also Fig. 2 and Fig. 3, it is for disclosing the preferred embodiment synoptic diagram that the present invention is applied to the anti-stealing safety system of matrixes such as glass, acrylic plate or ceramic wafer.As shown in the figure, the structure of anti-stealing safety of the present invention system 2 comprises a matrix 20; One conducting wire layer 22 is arranged on the matrix 20 and comprises many conducting wires 220, said many conducting wires 220 optionally form a resistance-type induction line 221 (as shown in Figure 4) and a capacitive induction circuit 222 (as shown in Figure 6) one of them; One induction control module 24; Be electrically connected on many conducting wires 220 of conducting wire layer 22; In order to control with select to switch many conducting wires 220 form these resistance-type induction lines 221 and this capacitive induction circuit 222 one of them, and be used to detect resistance-type induction line 221 or capacitive induction circuit 222 and produce a detection signal; One alarming device 25 is connected to induction control module 24, in order to the detection signal that receives this induction control module 24 and produce alarm signal; And a power supply 26, be electrically connected on induction control module 24 and alarming device 25, in order to electric power to be provided.In some embodiment, on conducting wire layer 22 and matrix 20, have more a protective seam 21, but not as limit.
In present embodiment; This induction control module 24 comprises a switching device shifter 240; Be electrically connected to many conducting wires 220 of conducting wire layer 22, in order to control with select to switch said many conducting wires 220 form resistance-type induction lines 221 and capacitive induction circuit 222 one of them; And a pick-up unit 241, be electrically connected on resistance-type induction line 221 or capacitive induction circuit 222, be used to detect resistance-type induction line 221 or capacitive induction circuit 222 and adapt to and produce a detection signal.In present embodiment; Whether pick-up unit 241 detects resistance-type induction line 221 broken or crack and make resistance-type induction line 221 form open circuit because of matrix 20; Or detect capacitive induction circuit 222 and whether change, the detection signal of represent matrix fragmentation to produce with adapting to, cracking or contacted by foreign object because of foreign object contact matrix 20 makes capacitive induction circuit 222 produce capacitances.In some embodiment, the material that matrix 20 can be a light-permeable forms, for example: and glass or acrylic plate, but not as limit.In other embodiment, matrix 20 also can be semi-transparent or light tight material forms, for example: and stained glass or ceramic wafer, but not as limit.And in the present embodiment, this alarming device 20 can be for example warning lamp, hummer, wireless signal transmitter, network signal generator, communication signal emitting device or news in brief generator etc., and not as limit.
See also Fig. 4, it discloses in the foregoing description, and the switching device shifter 240 of this induction control module 24 selects to switch the user mode reference diagram when being connected to resistance-type induction line 221.As shown in the figure, the anti-stealing safety system 2 that the present invention is applied to matrix 20 promptly gets into resistance-type induction detecting pattern.When matrix 20 is impacted or attacked by ammunition and cause matrix 20 broken or when cracking; One or more conducting wire 220 that is arranged at the conducting wire layer 22 on the matrix 20 also will produce fracture (shown in Fig. 5 A and Fig. 5 B); Also be that resistance-type induction line 221 forms open circuit; Therefore in the resistance-type induction line 221 with no current (equivalent resistance of resistance-type induction line 221 be infinity); It is broken or crack and make resistance-type induction line 221 form open circuit because of matrix 20 that the pick-up unit 241 of responding to control module 24 this moment will detect resistance-type induction line 221; And adaptation ground produces the detection signal of representing matrix 20 fragmentations or cracking; And this induction control module 24 also is sent to alarming device 25 with being about to this detection signal, and alarming device 25 can send alarm signal or report and save personnel from damage, reports the high effect of accuracy to reach the high and detection of anti-theft.
On the other hand, please further consult Fig. 6 again, it discloses among the previous embodiment, and the switching device shifter 240 of this induction controller electricity 24 selects to switch the user mode reference diagram when being connected to capacitive induction circuit 222.As shown in the figure, the anti-stealing safety system 2 that the present invention is applied to matrix 20 promptly gets into a capacitive induction detecting pattern.When receiving foreign object, matrix 20 touches; Even make matrix 20 broken or when cracking, be arranged at many conducting wires 220 formed resistance-type induction lines 222 of the conducting wire layer 22 on the matrix 20, will make a plurality of capacitor cell C1 in this capacitive induction circuit 222 owing to the contact of the foreign object that has electric charge; C2; The capacitance of at least one group of capacitor cell ..Cn changes (shown in Fig. 7 A and Fig. 7 B), and wherein each organizes capacitor cell C1, C2; ..Cn comprise two conducting wires 220, and a plurality of capacitor cell can be connected in serial or parallel with each other.Whether the pick-up unit 241 of responding to control module 24 this moment will detect capacitive induction circuit 222 and change because of foreign object contact, destruction matrix 20 make capacitive induction circuit 222 produce capacitances; Detection signal represent matrix 20 fragmentations to produce with adapting to, to crack or contacted by foreign object; And this induction control module 24 also is sent to alarming device 25 with being about to this detection signal; And alarming device 25 can send alarm signal or report and save personnel from damage, and is high and report highly sensitive effect to reach anti-theft.
In present embodiment; Resistance-type induction detecting pattern and capacitive induction detecting pattern can be selected to switch on by anti-stealing safety of the present invention system 2; Owing to being broken up or crack in matrix 20, resistance-type induction detecting pattern make resistance-type induction line 221 generation open circuits trigger alarm signal; So the accuracy of its detection is high, can effectively reduce the facts of wrong report.In addition, because conducting wire 220 can be distributed on the matrix 20 that whole glass, acrylic plate or ceramic wafer form, therefore can carry out large-area detection, not having traditional vibration perceptron only can the sensing regional area and possibly cause the shortcoming at sensing dead angle.And the capacitive induction detecting pattern receives foreign object contact, destroys and the capacitance of capacitive induction circuit 222 is changed trigger alarm signal, so the sensitivity of its detection is high, can effectively improve the sensitivity of the detection of guarding against theft in matrix 20.Therefore anti-stealing safety of the present invention system 2 can adapt to the theft-proof requirement of varying environment, and selects best antitheft detecting pattern.Certain aforesaid resistance-type induction detecting pattern and capacitive induction detecting pattern also can exist separately separately; Also promptly remove the switching device shifter 240 of this induction control module 24 in the previous embodiment and directly make many conducting wires 220 of conducting wire layer 20 form resistance-type induction line 221 or capacitive induction circuit 222; Can become the anti-stealing safety system 2 of another preferred embodiment respectively; Its principle and framework like Fig. 4 and shown in Figure 6, repeat no more in this respectively.
See also Fig. 8, it discloses the method to set up process flow diagram of anti-stealing safety of the present invention system.As shown in the figure; Anti-stealing safety of the present invention system method to set up is at first shown in step S30; One matrix 20, a conducting wire layer 22, induction control module 24, an alarming device 25 and a power supply 26 are provided earlier; Wherein conducting wire layer 22 comprises many conducting wires 220, and said many conducting wires 220 optionally form resistance-type induction line 221 and capacitive induction circuit 222 one of them, wherein; This power supply 26 is electrically connected with induction control module 24 and alarming device 25, so that electric power to be provided.Then, conducting wire layer 22 is arranged at (shown in step S31) on the matrix 20 to imbed or to spray or to paste one of them mode; And, induction control module 24 is electrically connected (shown in step S32) with many conducting wires 220 and the alarming device 25 of conducting wire layer 22.
In some embodiment; The method to set up of anti-stealing safety of the present invention system; After step S32, more comprise step: make 24 controls of induction control module form resistance-type induction line 221 and capacitive induction circuit 222 one of them (shown in step S33) with selecting many conducting wires of switching 220; And; Make induction control module 24 detect resistance-type induction line 221 or capacitive induction circuit 222 and adapt to and produce a detection signal; For example: broken or crack and make resistance-type induction line 221 form open circuit because of matrix 20; And adaptation ground produces the detection signal of representing matrix 20 fragmentations or cracking; Or because of foreign object contact, (shown in the step S34) such as detection signals that destroy that matrix 20 makes capacitive induction circuit 222 produce capacitances to change, represent matrix 20 fragmentations to produce with adapting to, crack or contacted by foreign object; At last; Make the detection signal of this this adaptation generation of alarming device reception again and produce an alarm signal; Notice is correlated with and is saved personnel from damage whereby, processing anti-theft height of the present invention and report highly sensitive anti-stealing safety system (shown in step S35) by various set-up mode.
See also Fig. 9 A-9D, it discloses in the foregoing description, and the conducting wire layer is arranged at the step synoptic diagram on the matrix with the mode of imbedding.Shown in Fig. 9 A,, a matrix 40a is provided earlier when conducting wire layer 41 is arranged at 40 last times of matrix with the mode of imbedding; Thereafter again through a board (not shown); Mode to imbed is arranged at many conducting wires 410 in this matrix 40a, and wherein, said many conducting wires 410 are arranged in parallel each other; To form conducting wire layer 41 (shown in Fig. 9 B); At last make matrix 40a solidify to form matrix 40 again, be arranged on this matrix 40 so that this conducting wire layer 41 is imbedded, to accomplish the setting of this matrix with conducting wire layer 41 40 with this conducting wire layer 41.
Please consult Fig. 9 C and Fig. 9 D again, in some embodiment, in order to protect this conducting wire layer 41, more can on matrix 40 and conducting wire layer 41, cover layer protective layer 42, this protective seam 42 can be but not be limited to semi-transparent film, antiultraviolet film or photomask.Whereby, when protective seam 42 is arranged at matrix 40, the usefulness of semi-transparent, preventing ultraviolet or shading can be provided simultaneously also.Generally speaking; The material selection of protective seam 42 must be considered the stability of its light transmission, thermotolerance and size etc. simultaneously; For example can be general common printing opacity plastic cement material; Or can be PC (Polycarbonate polycarbonate), PET (Polyethylene terephthalate, polyethylene terephthalate) or PEN films such as (Polyethylene naphthalate, PENs) and constitute; And not as limit, can protect conducting wire layer 41 and to have advantages such as light transmission, thermotolerance and stability concurrently.
See also Figure 10 A-Figure 10 D, it discloses in the previous embodiment, and the conducting wire layer is arranged at the step synoptic diagram on the matrix with the mode of spraying.Shown in Figure 10 A; When conducting wire layer 51 is arranged at 50 last times of matrix with the mode of spraying; One spray equipment (not shown) is provided earlier, and this spray equipment has an airbrush 52, and the spray material that will form conducting wire 510 through airbrush 52 is with spray printing or be coated with on the surface that the mode of painting is arranged at matrix 50; Its spray printing or being coated with the mode of painting takes to carry out spray printing or be coated with painting with equidistant straight line; Forming many conducting wires that are parallel to each other 510, and then form conducting wire layer 51, whereby so that layer 51 spraying in conducting wire are arranged at (shown in Figure 10 B) on the matrix 50.In some embodiment; In order to protect conducting wire layer 51; Also can on matrix 50 and conducting wire layer 51, cover layer protective layer 52 (shown in Figure 10 C, 10D) again, whereby to protect conducting wire layer 51 and to have advantages such as light transmission, thermotolerance and stability concurrently.Material and previous embodiment as for this protective seam 52 are similar, by the material of light-permeable is formed, repeat no more in this.
Please consult Figure 11 A-11D again, it discloses in the previous embodiment, and the conducting wire layer is arranged at the step synoptic diagram on the matrix with the mode of pasting.Shown in Figure 11 A; When conducting wire layer 61 is arranged at 60 last times of matrix with the mode of pasting; One protective seam 62, a plurality of conducting wire 610 and an adhesive layer 63 are provided earlier, and a plurality of conducting wires 610 directly are arranged on the protective seam 62 with parallel arrangement mode, to form conducting wire layer 61; The set-up mode of this conducting wire layer 61 for example can be but is not limited to screen printing (silkscreen) method, directly is formed at (shown in Figure 11 B) on the protective seam 62.With present screen printing technology, can on this protective seam 62, form superfine conducting wire 610 easily.Certainly this conducting wire layer 61 also for example electrochemical plating, chemical vapour deposition technique (Chemical Vapor Deposition, CVD) or chemical sputtering method (chemical sputtering) form.Need consider only whether protective seam 62 can bear its operating conditions when layer 61 forms in the conducting wire.
, for another example Figure 11 C, 11D shown in, the protective seam that be provided with conducting wire layer 61 62 and adhesive layer 63 and matrix 60 each other attached, whereby so that be provided with the protective seam 62 of conducting wire layer 61 and paste and be arranged on the matrix 60 thereafter.In some embodiment, protective seam 62 also can be half light-transmissive film, antiultraviolet film or photomask.Whereby, when protective seam 62 sticks in matrix 60, the usefulness of semi-transparent, preventing ultraviolet or shading can be provided simultaneously also.As for the material of protective seam 62, also similar with previous embodiment, repeat no more in this.And problems such as stability for light transmission, thermotolerance and the size of mating protection layer 62; This conducting wire layer 61 more can be further by such as but not limited to indium-zinc oxide (Indium Zinc Oxide; IZO) or tin indium oxide (Indium Thin Oxide ITO) waits the printing opacity conductive material to constitute.
In other embodiment; Shown in Figure 12 A and 12B; Anti-stealing safety of the present invention system 2 can be applicable on the door glass 81 of windshield 71 or buildings 8 of the vehicles 7; With aforementioned various embodiments, for example directly the conducting wire layer is arranged on the matrixes such as windshield 71 or door glass 81 with the mode of imbedding or spraying, cover protective seam again with heat insulation, anti-light irradiation and protective effect; Thus, can make windshield 71 or door glass 81 when making, carry out the setting of anti-stealing safety system in the lump; But or be that the heat insulation paster that protective seam, conducting wire layer and adhesive layer are constituted is replaced traditional sheathing paper; Make it not only have the function of heat insulation, anti-light irradiation; The effect of anti-stealing safety can be provided simultaneously, can provide various method to set up whereby to process anti-stealing safety of the present invention system.
In sum, the present invention provides a kind of anti-stealing safety system and method to set up thereof that is applied to matrix antitheft sensings such as glass, acrylic plate or ceramic wafer.Through the importing of an anti-stealing safety system, make a conventional glass, acrylic plate or ceramic wafer can further have the function of anti-stealing safety, avoid the waste of original resource.In addition; It is high and report highly sensitive anti-stealing safety system that anti-theft of the present invention is processed with various set-up mode by anti-stealing safety of the present invention system; For example can the conducting wire layer be arranged on the matrix with modes such as imbedding, spray or paste; And can directly detect the mode that whether matrix is broken, crack or contacted, to promote the correctness that detects and to reduce False Rate.The present invention simultaneously further imports resistance-type induction detecting pattern and capacitive induction detecting pattern, and wherein resistance-type induction detecting pattern has the characteristic of pin-point accuracy; The capacitive induction detecting pattern then has highly sensitive characteristic.Whereby, anti-stealing safety system of the present invention and method to set up thereof can adapt to the theft-proof requirement and the method to set up of varying environment in fact, and select to switch to best antitheft detecting pattern.Therefore, the present invention has the value of industry.
The present invention must be appointed by those of ordinary skills and executes that the craftsman thinks and be to modify as all, does not take off as attaching the scope of claim institute desire protection.
Claims (19)
1. anti-stealing safety system comprises at least:
One matrix;
One conducting wire layer is arranged on this matrix, and comprises many conducting wires, said many conducting wires optionally form a resistance-type induction line and a capacitive induction circuit one of them;
One induction control module; Be electrically connected on said many conducting wires of this conducting wire layer; In order to control with select to switch said many conducting wires form this resistance-type induction line and this capacitive induction circuit one of them, and be used to detect this resistance-type induction line or this capacitive induction circuit and produce a detection signal;
One alarming device is connected to this induction control module, in order to this detection signal of receiving this induction control module and produce an alarm signal; And
One power supply is electrically connected on this induction control module and this alarming device, in order to electric power to be provided.
2. anti-stealing safety as claimed in claim 1 system, wherein this conducting wire layer is arranged on this matrix to imbed or to spray or to paste one of them mode.
3. anti-stealing safety as claimed in claim 1 system, wherein this anti-stealing safety system more comprises a protective seam, is arranged on this matrix and this conducting wire layer.
4. anti-stealing safety as claimed in claim 1 system, wherein this induction control module more comprises:
One switching device shifter is electrically connected to said many conducting wires of this conducting wire layer, in order to control with select to switch said many conducting wires form this resistance-type induction line and this capacitive induction circuit one of them; And
One pick-up unit is electrically connected on this resistance-type induction line or this capacitive induction circuit, is used to detect this resistance-type induction line or this capacitive induction circuit and produces this detection signal.
5. anti-stealing safety as claimed in claim 4 system; Wherein whether this pick-up unit to detect this resistance-type induction line broken or crack and make this resistance-type induction line form open circuit because of this matrix, to produce the detection signal of representing this matrix fragmentation or cracking with adapting to.
6. anti-stealing safety as claimed in claim 4 system; Wherein whether this pick-up unit detects this capacitive induction circuit and changes because of this matrix of foreign object contact makes this capacitive induction circuit produce capacitance, the detection signal of represent this matrix fragmentation to produce with adapting to, cracking or contacted by foreign object.
7. anti-stealing safety as claimed in claim 1 system, wherein this capacitive induction circuit comprises a plurality of capacitor cells, and each capacitor cell comprises at least two conducting wires.
8. anti-stealing safety as claimed in claim 1 system, wherein this matrix is formed by light-permeable, semi-transparent or lighttight material.
9. anti-stealing safety as claimed in claim 8 system, wherein this matrix is glass, acrylic plate or ceramic wafer.
10. anti-stealing safety as claimed in claim 1 system, wherein this conducting wire layer is made up of indium-zinc oxide or tin indium oxide.
11. anti-stealing safety as claimed in claim 1 system, wherein this alarming device be selected from crowd that warning lamp, hummer, wireless signal transmitter, network signal generator, communication signal emitting device and news in brief generator and combination thereof form one of them.
12. an anti-stealing safety system comprises at least:
One matrix;
One conducting wire layer is arranged on this matrix and comprises many conducting wires, and said many conducting wires form a resistance-type induction line or a capacitive induction circuit;
One induction control module comprises a pick-up unit, and this pick-up unit is electrically connected on this resistance-type induction line or this capacitive induction circuit, is used to detect this resistance-type induction line or this capacitive induction circuit and adapts to produce a detection signal; And
One alarming device is connected to this induction control module, produces an alarm signal in order to this detection signal and the adaptation that receives this induction control module.
13. the method to set up of an anti-stealing safety system comprises step at least:
(a) matrix, a conducting wire layer, induction control module, an alarming device and a power supply are provided; This conducting wire layer comprises many conducting wires; And said many conducting wires optionally form a resistance-type induction line and a capacitive induction circuit one of them; Wherein, this power supply system is electrically connected with this induction control module and this alarming device, so that electric power to be provided;
(b) this conducting wire layer is arranged on this matrix; And
(c) will respond to control module is electrically connected with said many conducting wires and this alarming device of this conducting wire layer.
14. the method to set up of anti-stealing safety as claimed in claim 13 system, wherein this step (c) more comprises step afterwards:
(d) make the control of this induction control module with select to switch said many conducting wires form this resistance-type induction line and this capacitive induction circuit one of them;
(e) make this induction control module detect this resistance-type induction line or this capacitive induction circuit and produce a detection signal; And
(f) this alarming device receives this detection signal and produces an alarm signal.
15. the method to set up of anti-stealing safety as claimed in claim 14 system, wherein this induction control module more comprises:
One switching device shifter is electrically connected to said many conducting wires of this conducting wire layer, in order to control with select to switch said many conducting wires form this resistance-type induction line and this capacitive induction circuit one of them; And
One pick-up unit is electrically connected on this resistance-type induction line or this capacitive induction circuit, is used to detect this resistance-type induction line or this capacitive induction circuit and produces this detection signal.
16. the method to set up of anti-stealing safety as claimed in claim 13 system, wherein this conducting wire layer is arranged on this matrix with the mode imbedded, and this step (b) comprises step:
(b11) matrix is provided, and said a plurality of conducting wires is arranged in this matrix with the mode of imbedding, to form this conducting wire layer through a board;
(b12) make this matrix immobilized, to form this matrix with this conducting wire layer; And
(b13) on this matrix and this conducting wire layer, cover a protective seam, to protect this conducting wire layer.
17. the method to set up of anti-stealing safety as claimed in claim 13 system, wherein this conducting wire layer is arranged on this matrix with the mode of a spraying, and this step (b) comprises step:
(b21) spray equipment is provided, this spray equipment has an airbrush, with a spray material spray printing or be coated with and be plotted on this matrix, forming many these conducting wires that are arranged in parallel, and then forms this conducting wire layer through this airbrush; And
(b22) on this matrix and this conducting wire layer, cover a protective seam, to protect this conducting wire layer.
18. the method to set up of anti-stealing safety as claimed in claim 13 system, wherein this conducting wire layer is arranged on this matrix with the mode pasted, and this step (b) comprises step:
(b31) protective seam, said many conducting wires and an adhesive layer are provided, and said a plurality of conducting wires directly are arranged on this protective seam, to form this conducting wire layer; And
(b32) through this adhesive layer, this protective seam that is provided with this conducting wire layer is pasted be arranged on this matrix.
19. the method to set up of anti-stealing safety as claimed in claim 18 system, wherein one of them is formed on this protective seam this conducting wire layer by stencil printing, electrochemical plating, chemical vapour deposition technique, chemical sputtering method.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010257276XA CN102376140A (en) | 2010-08-18 | 2010-08-18 | Antitheft security system and mounting method thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010257276XA CN102376140A (en) | 2010-08-18 | 2010-08-18 | Antitheft security system and mounting method thereof |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN102376140A true CN102376140A (en) | 2012-03-14 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201010257276XA Pending CN102376140A (en) | 2010-08-18 | 2010-08-18 | Antitheft security system and mounting method thereof |
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| Country | Link |
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| CN (1) | CN102376140A (en) |
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| CN105302365A (en) * | 2015-09-29 | 2016-02-03 | 赵跃 | Electronic device, broken screen detection circuit, detection method and apparatus |
| CN108352101A (en) * | 2015-11-19 | 2018-07-31 | 法国圣戈班玻璃厂 | Alarm glass panel assembly |
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| EP1273997A2 (en) * | 2001-07-03 | 2003-01-08 | Hewlett-Packard Company, A Delaware Corporation | Tamper-evident/tamper-resistant electronic components |
| US20060152360A1 (en) * | 2004-12-23 | 2006-07-13 | Lockheed Martin Corporation | Anti-tamper apparatus |
| CN200953176Y (en) * | 2006-09-22 | 2007-09-26 | 岳慧平 | Capacitive antitheft alarmer |
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| DE10100972A1 (en) * | 2001-01-11 | 2002-03-07 | Winkler Hans Georg | Capacitive monitoring apparatus e.g. for showcase objects has ring-shaped electrode arranged on upper side of plate-shaped body |
| EP1273997A2 (en) * | 2001-07-03 | 2003-01-08 | Hewlett-Packard Company, A Delaware Corporation | Tamper-evident/tamper-resistant electronic components |
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| CN105302365A (en) * | 2015-09-29 | 2016-02-03 | 赵跃 | Electronic device, broken screen detection circuit, detection method and apparatus |
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| CN108352101A (en) * | 2015-11-19 | 2018-07-31 | 法国圣戈班玻璃厂 | Alarm glass panel assembly |
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Application publication date: 20120314 |