JP2011257874A - Anti-crime spray device, and building attachment facility or money/good handling facility incorporating the same - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an anti-crime spray device capable of surely proving that a suspect is present at an incident site by spraying and applying chemical compound for identifying a criminal to a criminal without being noticed by the criminal.SOLUTION: The anti-crime spray device 100 includes a spray mechanism 30 for spraying a spray agent 10 filling a filler tank 20. The spray agent 10 is formed by sealing an indicator agent 11 in a base agent 12. The indicator agent 11 has a property of causing a chemical change by light or moisture in the air. After spraying the spray agent, the indicator agent 11 causes the chemical change after a time delay to exert a predetermined function. For example, the indicator agent emits light having unique excitation pattern or absorption pattern. Each anti-crime spray device 100 is assigned with different excitation pattern or absorption pattern. The indicator agent stuck at a spray sticking place can be used as an ID for identifying from which anti-crime spray device 100 it is sprayed.

Description

  The present invention relates to a crime prevention system installed in a store such as a bank, a post office, a precious metal store, a convenience store or a cash transport vehicle.

  In recent years, there have been frequent robbery cases that attack financial institutions such as banks and post offices, jewelry stores that handle expensive products, and convenience stores and general stores where the register is close to the counter. Since this type of incident is a form in which general customers visit the store, it is not easy to investigate the criminal, and the criminal is often not arrested if it remains unsolved.

  Conventional crime prevention systems in these stores include those that report to police organizations using an alarm notification system, and systems for capturing criminal images using a hidden camera, but the alarm notification system lacks responsiveness, and police officers rush to the damaged stores. There are many cases where criminal acts are already completed. Moreover, although the criminal image capturing system has a certain crime deterrent effect, it is not responsive and the criminal generally hides his face, so it is not easy to specify only the criminal image.

  As crime prevention goods that have become widespread in recent years, color balls filled with liquids such as fluorescent paint are installed at customer service counters such as financial institutions such as banks and post offices, convenience stores, and drug stores, and thrown at criminals. . The criminals may be shaken by being exposed to liquids such as fluorescent paint, which may lead to repelling the criminals. However, it is difficult to accurately hit a colored ball against a criminal who has a weapon and acts agilely, and sometimes it can be dangerous for employees and general visitors. Also, when a color ball is robbed without being hit by a criminal, there is no evidence to identify the criminal during the investigation, and it may take considerable time to arrest the criminal.

  In the prior art, in order to eliminate the disadvantages of the above-mentioned color balls, a device for injecting paint was installed at the entrances and exits of financial institutions, etc., and the paint was sprayed toward the criminal during the escape and marked by the paint adhering to the criminal. Measures are taken to ensure that the criminal is arrested.

  For example, Japanese Patent Laid-Open No. 9-147254 includes a liquid reservoir for storing colored liquid, a tank for storing compressed air, a spray nozzle provided at a predetermined location in the store, and the like. An apparatus for spraying paint in a spray form from an injection port by operating a start switch provided near the position is disclosed.

  Japanese Patent Application Laid-Open No. 2003-254696 discloses that a content of an ethanol solution obtained by dissolving L-menthol, which is a tear stimulating substance, in ethanol, a spray container filled with the tear aqueous solution, and the tear aqueous solution ejection from the spray container. A tear-proof spray for crime prevention with a nozzle is provided. The effect of repelling the criminal is improved by mixing tearing stimulants in the spray gas.

  Japanese Patent Application Laid-Open No. 2006-171838 discloses a method for spraying offending odorous liquid. The technology of Japanese Patent Laid-Open No. 2006-171838 is equipped with a pair of liquid sprayers in parallel, one liquid sprayer is filled with a chemical solution sealed with an odorous substance with a coagulant, and the other liquid sprayer is dissolved with a coagulant. It is filled with a solvent, and when both repel the criminals, both are bathed at the same time, and after the coagulant dissolves in the solvent, the odorous substance emits an odor that clogs the criminals and repels the criminals.

JP-A-9-147254 JP 2003-254696 A JP 2006-171838 A

  According to the crime prevention device of Patent Document 1, if the colored liquid adheres to the criminal, it can be a fixed mark when tracking the criminal who escaped after snatching a gold item. However, the colored liquid can be immediately felt by the criminal, and the criminal who notices that the colored liquid is attached can remove the colored liquid adhesion by taking off the clothes and changing or washing it off. It is. Therefore, the effect of using the colored liquid as a clue to track and identify the criminal and providing evidence that the suspect is a criminal who has been exposed to the colored liquid is halved.

  In addition, according to the crime prevention device of Patent Document 2, it is small and can always be installed in various places, and is aimed at the criminal by gas injection from the nozzle, and is easier to hit than an employee throws like a color ball. In addition, the criminal who has been exposed to the tear-stimulating substance causes numbness of the eyes, numbness of the nose, etc., and a certain effect of repelling the criminal is obtained. However, the effect of such tear gas is greatly diminished if it is not properly sprayed against the eyes and nose of the criminal, so employees must hold the nozzle of the security device facing the criminal's face and spray it. However, it is courageous, and employees may shrunk and fail to accurately spray the criminal's face. In addition, if the spray is removed from the criminal's face, the criminal may turn upside down and harm the employee's life. For this reason, there is a need for a mechanism that can reliably track after a runaway without causing the criminals to go upside down even if injection fails.

  In addition, according to the crime prevention device of Patent Document 3, the certain effect of adjusting the timing when the odorous substance emits odor, and then inducing the upset of the criminal by emitting a strong odor, and causing the criminal to give up the escape. is there. However, the crime prevention device of Patent Document 3 must prepare two liquids, fill them in different independent liquid sprayers, and simultaneously expose them to the criminal. Failure to operate two independent liquid sprayers at the same time, or spraying at the same time, but the two liquids do not necessarily adhere so as to mix due to the criminal's standing position, angle, distance, etc. There is a problem that no odor is generated. Even if the criminals adhere to the criminal so that two liquids are mixed and the odor is generated, if the criminal continues to escape, the suspect will notice the odor, and if the suspect is secured, the suspect There is no evidence that was at the crime scene.

  In view of the above-described problems, the present invention enables the tracking by a police dog or the like by spraying and applying a compound that identifies the criminal so that the criminal is not noticed, and only adhering to a part of the body. An object of the present invention is to provide a crime prevention injection device that can reliably prove that the suspect was at the scene of the incident.

  In order to achieve the above object, a first crime prevention injection device of the present invention is a crime prevention injection device having an injection mechanism for injecting a filled spray medicine, and the spray medicine is extracted from a solvent, a diluent, a spreading agent, and the like. A spray composed of a base composed of a labeling agent prepared by using a chemical substance easily recognized by human or animal sensation such as visual or olfactory sensation and a mixture thereof, and the spray medicine was sprayed After that, the labeling agent is a crime prevention jet device that exerts a function to be recognized at a spray adhering portion with a time difference by causing a chemical change by light, moisture in the air, oxygen, or the like.

  For example, the labeling agent has a characteristic absorption for visible light, ultraviolet light, infrared light, electron beam or the like, or is composed of an organic, inorganic compound or a mixture thereof that generates a specific excitation wavelength by such light. By analyzing the spray adhering portion by a chemical analysis method or a scientific analysis method such as instrumental analysis, it can be used as an ID for identifying which crime prevention spray device is sprayed.

  In addition, for example, the labeling agent is composed of an organic or inorganic compound containing a stable isotope in the molecular structure, or a mixture thereof, and the spray deposit site is analyzed by a scientific analysis method such as chemical analysis or instrumental analysis. By this, it can be used as an ID for identifying which crime prevention spray device is sprayed.

  In addition, for example, the labeling agent generally contains a trace element that cannot easily be contaminated from the outside in daily life, and is compatible with the base material used in the propellant or a single element or a mixture thereof. It is used as an ID to identify which crime prevention spray device is sprayed by analyzing the spray adhering portion by chemical analysis or scientific analysis methods such as instrumental analysis. it can.

  For example, if the labeling agent contains an odorous substance, after spraying, the odor will drift at the spray adhering site with a time difference. When spraying the sprayed medicine, the criminal is not aware that the drug has such an irritating odor and does not cause the criminal to go upside down. After spraying, because the labeling agent is exposed at the spray attachment site with a time lag, it is recognized that the criminal has taken the irritating odor drug after leaving the crime scene, but it is also recognized by the surrounding people, so escape Has the effect of making it difficult.

  Next, in order to achieve the above object, a second crime prevention injection device of the present invention is a crime prevention injection device provided with an injection mechanism for injecting a filled spray medicine. A two-layer structure encapsulated with a compound, the second compound as a coagulant having a property of being dissolved by moisture in the air, and after the spray agent is sprayed, the first compound is sprayed with a time difference It is a crime prevention injection device which was made to be exposed.

  For example, the first compound includes an animal and plant DNA-containing substance having a unique gene sequence pattern, and the gene sequence pattern that is different for each crime prevention spray device is assigned, and the second compound Is protected so that the DNA-containing substance is not destroyed or deteriorated during the filling period under high pressure and when the pressure changes from high pressure to atmospheric pressure, and is decomposed with the time difference after the spraying. It has a structure configured as a protective film that exposes inclusion substances, and can be used as an ID for identifying from which security spraying apparatus the DNA inclusion substance exposed at the spray attachment site is sprayed. It is preferable.

  Here, the DNA-containing substance is easily broken or deteriorated, and it is filled with a pressurized liquefied gas for spraying, etc., or a pressure change that is sprayed from the high pressure state to the atmospheric pressure. There is a risk of damage or deterioration in the state of receiving. Therefore, in the present invention, the second compound constitutes a protective film that protects the surroundings of the DNA-containing substance during the spraying period when the spraying agent is filled and the pressure is changed. The protective film is configured to be exposed to the DNA-containing substance by decomposing the second compound after adhering to the criminal's pants or shoes and becoming stable.

  In addition, since the DNA inclusion substance can identify the gene sequence pattern uniquely even in a very small amount, it is possible to spray the spray drug to the extent that the criminal does not notice it, so even if sprayed, the criminal notices that the drug is attached. There is a high possibility that the drug is not removed after the runaway, and the body part to which the drug is adhered is not washed without being worn or the body part to which the drug is adhered is not washed. In the present invention, since the DNA inclusion substance having a different DNA pattern is encapsulated in advance for each crime prevention injection device, if the suspect can be identified by tracking the criminal, the DNA pattern of the attached DNA inclusion substance should be examined. It is possible to limit which crime prevention spray is sprayed from which security spraying device, and it is evidence that the criminal was surely at the scene of the incident.

  In addition, for example, it is preferable that the first compound contains a chemical dye, and the chemical dye soaks into the sprayed portion with the time difference after the spraying. Some chemical dyes do not easily fall off during regular washing, and are likely to remain on the criminal pants and shoes. In addition, if the composition of chemical dyes is analyzed finely, the manufacturer and production lot can be specified. If a chemical dye with a different composition pattern or a combination pattern of multiple chemical substances is encapsulated in advance for each crime prevention spray device, if the suspect can be identified by tracking the criminal, the attached chemical dye By examining the composition pattern, it is possible to limit which crime spray medicine was sprayed from which crime prevention spray device, which is evidence that the criminal was surely on the scene of the incident. Furthermore, it is also possible to combine with the said DNA inclusion substance.

In addition, for example, the first compound is a sustained-release substance that is insensitive to human olfaction and can be sensed by a dog's olfaction, and is preferably a substance that is gradually released from a spray-adhered portion with a time difference after spraying. . Since it does not smell to humans, the culprit does not notice that the drug is attached, so the drug is not removed after the escape, and the drug is attached or the drug is attached. There is a high possibility that the body part is not washed and the first compound such as a police dog is sniffed, so that the criminal can be easily traced.
In the case of a combination with the DNA-containing substance, tracking from the escape site can be performed by tracking the sustained-release substance, and crime verification after the suspect is identified can be performed using the DNA-containing substance.

  In addition, for example, it is preferable that the first compound is an odorous substance, and the odor drifts at the spray adhering portion with a time difference after spraying. When spraying the sprayed medicine, the criminal is not aware that the drug has such an irritating odor and does not cause the criminal to go upside down. After spraying, because the first compound is exposed at the spray adhesion site with a time lag, it is recognized that the criminal took a stimulating odor drug after leaving the crime scene, but it is also recognized by the surrounding people, It has the effect of making escape difficult.

Next, the device about the automatic spraying of the spray medicine to the criminal is described.
It is preferable to use an automatic spraying device so as to prevent the sprayer from spraying the criminal to the criminals, and to reduce the burden of the operation of the employee in a tense situation.
According to a first aspect of the present invention, there is provided a security spraying device having an automatic spraying function obtained by an activation switch that is manually depressed, a human sensor that is activated by pressing the activation switch, and senses a person's position, and the human sensor. It is a crime prevention injection device that includes an injection mechanism opening / closing operation unit that operates opening and closing of the injection mechanism by a control signal, and that automatically sprays the spray medicine to an actor of the criminal act or the criminal preliminary act.
Examples of the human sensor include infrared rays, pyroelectrics, and electromagnetic sensors.

  If this method is used, the security spray device of the present invention is normally turned off and is not operating at all. However, if an employee recognizes a criminal act or a criminal act, the user presses the start switch himself and If the crime prevention injection device of the invention is put into an operating state, then the mechanism is such that the person is sprayed by a human sensor. In order to prevent accidental spraying by the general public during the visitor, if the criminal depresses the activation switch at an appropriate timing before passing through the position where the medicine is sprayed by the security spraying device of the present invention, the spray is sprayed only to the criminal. Is possible.

  Next, the second security spraying device with an automatic spray function according to the present invention is configured to perform a criminal act or a criminal reserve from the image recognition result of the image data obtained from the imaging means or the voice recognition result of the voice data obtained from the voice acquisition means. A crime detection unit for detecting an action, and an injection mechanism opening / closing operation unit for operating the opening and closing of the injection mechanism by a control signal obtained by the crime detection unit, wherein the crime detection unit is configured to detect the criminal act or the According to the crime preparatory act, a security injection device that gives a control signal to the injection mechanism opening / closing operation unit to automatically spray the spray medicine.

  For example, when recognizing a person image wearing a balaclava, recognizing a person image with a handgun or knife, and recognizing a voice saying “It ’s a burglar, make money”, “Open the cash register” When voice is recognized as voice, it can be determined that it is a criminal act or a criminal preparatory situation, and if it is confirmed by image recognition that the criminal's standing position is within the medicine injection range of the security injection device of the present invention, The spray medicine can be automatically sprayed toward the criminal.

  The above-described crime prevention injection device of the present invention can be applied by being incorporated into various types. For example, the present invention can be applied to building-related facilities such as building entrance facilities, foot mats, and visitor reception counters. Further, for example, the present invention can be applied to gold handling facilities such as ATMs, safes, registers, and product display cases. Also, for example, it can be incorporated in a security device such as a batons or a protective shield.

  According to the 1st crime prevention injection device concerning the present invention, after spraying a spray medicine, a labeling agent exhibits a predetermined function in a spray adhesion part with a time lag. The labeling agent has a characteristic absorption with respect to visible light, ultraviolet light, infrared light, electron beam or the like, or is composed of an organic, inorganic compound or a mixture thereof that generates a specific excitation wavelength by such light. A substrate composed of an organic or inorganic compound containing a stable isotope in its structure, or a mixture thereof, generally containing a trace element that cannot easily be contaminated from outside in daily life, and a base material used for a propellant If it is composed of a compatible compound, a single element, or a mixture thereof, it is possible to determine which of the crime prevention injection devices by analyzing the spray adhering site by a chemical analysis or a scientific analysis method such as instrumental analysis. It can be used as an ID for identifying whether the spray has been made.

  Moreover, according to the 2nd crime prevention injection apparatus concerning this invention, since the 1st compound is exposed in a spray adhesion location with a time lag after spraying of a spraying medicine, after the criminal leaves the crime scene, the 1st compound The effect of. For example, the first compound may be a sustained-release substance that is insensitive to human olfaction and sensed by a dog's olfaction, or a substance having an optical property that reflects invisible wavelength light that is insensitive to human vision. Or a drug with an irritating odor, or a DNA-containing substance containing animal and plant DNA having a specific gene sequence pattern, and a unique gene sequence pattern that is different for each crime prevention injection device. As a result, by analyzing the first compound at the adhering site, it is possible to identify which crime prevention spray device has been sprayed.

  The security injection device according to the present invention is applied to building-accompanying facilities such as building entrance facilities, foot mats, visitor reception counters, and to hardware handling facilities such as ATMs, safes, registers, product display cases, It can be incorporated into security devices such as batons and protective shields.

  DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a security injection device of the present invention will be described in detail based on preferred embodiments shown in the accompanying drawings. The present invention is not limited to these examples.

  Hereinafter, the structural example of the crime prevention injection apparatus according to the present invention of Example 1 will be described with reference to the drawings.

Example 1 is an example of the first crime prevention injection device 100 of the present invention.
The first crime prevention injection device 100 of the present invention is filled with a medicine composed of a base and a labeling agent, and after the spraying medicine is sprayed, the labeling agent is chemically changed by light, moisture in the air, oxygen, or the like. In this way, the function to be recognized is exhibited at the spray adhering portion with a time difference.

FIG. 1 is a diagram simply showing a configuration example of a security injection device 100 according to a first embodiment of the present invention.
As shown in FIG. 1A, the crime prevention injection device 100 includes a spray medicine 10, a spray medicine filling tank 20, and an injection mechanism 30. As shown in FIG. It is fixed to the building incidental facility 50 at the installation location. In this example, the installation location is provided below the visitor counter in a store such as a bank.

  The spray drug 10 is a mixture of the labeling agent 11 with respect to the base 12. The base 12 is a solvent, a diluent, and a spreading agent for the labeling agent 11, and the labeling agent 11 is uniformly and appropriately dispersed in the base 12 without being precipitated or aggregated.

The labeling agent 11 is prepared using a chemical substance easily recognized by human or animal sensation such as vision or smell, and a mixture thereof.
This labeling agent 11 is a chemical change caused by light or moisture in the air, oxygen, etc. after the drug 10 is sprayed. That is, since it takes time until the chemical change occurs after the drug 10 is sprayed, the drug 10 of the present invention exhibits the function to be recognized by the labeling agent 11 at the spray adhering site with a time difference after spraying. ing.

  In the crime prevention spray device 100 of the present invention, the spray drug 10 is sprayed onto the criminal as will be described later, and then the attached drug is analyzed by a scientific analysis method such as chemical analysis or instrumental analysis. It is specified and can be used as an ID for specifying which security spraying device 100 is sprayed. That is, if 10,000 security spraying devices 100 are installed nationwide, the labeling agent 11 has 10,000 patterns as IDs, and it can be specified from which security spraying device 100 the spraying device 100 is sprayed. It is.

The labeling agent 11 to be used can be various.
The first labeling agent 11 is an organic, inorganic compound or a mixture thereof that has characteristic absorption for visible light, ultraviolet light, infrared light, electron beam, etc., or generates a specific excitation wavelength by such light. . The labeling agent 11 can be specified by examining the absorption pattern or the excitation pattern. It is necessary to devise the blending of a mixture of organic or inorganic compounds so that different absorption patterns or excitation patterns can be obtained for all the crime prevention spray devices 100.

  The second labeling agent 11 is an organic substance, an inorganic compound or a mixture thereof containing a stable isotope in the molecular structure. The labeling agent 11 can be identified by examining the presence of stable isotopes in organic substances and inorganic compounds. It is necessary to devise combinations of stable isotopes of organic substances or inorganic compounds so that different combinations of stable isotopes can be obtained for all security spraying apparatuses 100.

  The third labeling agent 11 is generally a compound or a single element or a mixture thereof containing a trace element that cannot easily be contaminated from the outside in daily life and having compatibility with the base material used for the propellant. is there. The labeling agent 11 can be identified by examining the presence of trace elements in organic substances and inorganic compounds. It is necessary to devise combinations of trace elements of organic substances or inorganic compounds so that different combinations of trace elements can be obtained for all the crime prevention spray devices 100.

  The labeling agent 11 has a property of causing a chemical change due to light, moisture in the air, oxygen, or the like, and the labeling agent 11 performs a predetermined function after the chemical change. The chemical change time varies depending on the amount of light causing the chemical change, the amount of moisture in the air, etc., but is adjusted so that a certain amount of time elapses. For example, the chemical change of the labeling agent 11 after 5 to 10 minutes elapses. It is preferable to make adjustments so that a predetermined function is exhibited.

  Although the labeling agent 11 has been described above, in the following description, in order to make the explanation easy to understand, the labeling agent 11 undergoes a chemical change due to moisture in the air. The labeling agent that emits light having a characteristic excitation pattern will be described.

  Returning to FIG. 1, the description will be continued. The filling tank 20 is a container such as a metal can, for example, and is filled with a liquefied gas 21 for spraying the spray drug together with the spray drug 10 under pressure. In addition, as will be described later, if the pressure is high enough to blow out, it is easy to recognize that the criminal took the medicine at the scene of criminal acts such as in a bank store, so that the spray medicine reaches the criminal. The pressure at which spraying is obtained is sufficient. As described above, the filling tank 20 is filled with the first medicine 11 that emits light having a characteristic excitation pattern with respect to ultraviolet rays after chemical change.

  The injection mechanism 30 includes a nozzle 31 and a nozzle opening / closing mechanism 32 that are electrically connected to the inside of the filling tank 20, and controls conduction between the nozzle 31 and the filling tank 20 by operating the nozzle opening / closing mechanism 32. Since the atmospheric pressure is lower than the internal pressure, the liquefied gas 21 is jetted into the atmosphere together with the sprayed medicine 10 through the nozzle while vigorously vaporizing.

  In addition, it is preferable that the nozzle opening / closing switch 33 is provided so that the employee can easily operate the opening / closing of the nozzle opening / closing mechanism 32 even in the store where the criminal enters. The nozzle opening / closing switch 33 is a switch that controls the opening / closing of the nozzle opening / closing mechanism 32. For example, the nozzle opening / closing switch 33 may be provided at a position that is easy for an employee to operate, such as the back of the desk or the floor of the customer counter 50 in the bank store. it can.

In the first embodiment, the security injection device 100 is fixed to a building-accompanying facility 50 such as a visitor counter in a bank store.
FIG. 1 (b) simply shows a state in which the security injection device 100 is incorporated in the customer counter 50 in the bank store.

As shown in FIG. 1 (b), the nozzle 31 is arranged on the wall surface below the desk surface 51 of the customer counter 50 in the bank store so that the nozzle 31 faces from the criminal's knee to the foot.
By arranging the nozzle 31 so that the nozzle 31 faces the foot from the criminal's waist in this way, it is possible for the criminal who is in tension to obtain an effect that the gas injection sound is difficult to hear and the spraying is difficult to notice. In addition, if it adheres to trousers, it has the advantage that it is difficult to take off during escape. If it adheres to shoes, it is less likely to be washed in everyday life, and the sprayed medicine that has been sprayed may remain over time High nature.

  An attachment 40 is provided to incorporate the security injection device 100 at a predetermined position below the visitor counter 50. The shape and structure of the attachment 40 may be any member that fixes the security spray device 100 below the visitor counter 50 in a predetermined position and a predetermined posture.

  Next, a flow of use of the crime prevention injection device 100 for a criminal and a flow after the spray medicine 10 adheres to the criminal will be described.

  As shown in FIG. 2A, when the criminal enters the bank store, a part of the requested money is placed on the visitor counter 50 to which the security injection device 100 is attached. Invite the culprit to stand.

  Next, as shown in FIG. 2 (b), after the criminal stands in front of the visitor counter 50, the employee presses the nozzle opening / closing switch 33 in a timing such as before and after the criminal takes the money. The spray medicine 10 filled in the filling tank 20 is sprayed from the nozzle 31 toward the feet from the criminal's knee.

The labeling agent 11 of the sprayed medicine 10 that has been sprayed is initially in a state prior to causing a chemical change. Criminals often complete crimes within 1 to 3 minutes and run away.
Here, the labeling agent 11 is chemically changed by moisture in the air.
After injecting the propellant to the criminal, the labeling agent 11 gradually undergoes a chemical change due to moisture in the air, and the chemical change of the labeling agent 11 occurs 5 to 10 minutes after the criminal escapes and functions. Will be in a state where is exhibited. In other words, the labeling agent 11 is in a state of exerting its function at an attachment location such as the criminal's pants or shoes. Here, the labeling agent 11 exhibits the property of emitting light having a characteristic excitation pattern with respect to the irradiated ultraviolet rays after chemical change.

  If the suspect can be identified by tracking the escaped criminals and applying UV light to the places where the medicine 10 is attached, such as the criminals' pants or shoes, the light of the excitation pattern unique to each crime prevention injection device 100 Will emit light. By examining this excitation pattern of light emission, it is possible to uniquely identify where the suspect has been sprayed with the spray medicine filled in the filling tank 20 of the crime prevention injection device 100. Therefore, it can be evidence that the suspect is an executioner who has been sprayed with the sprayed medicine 10 at the crime scene.

  In the above example, the position where the spray medicine of the injection mechanism 30 is sprayed is set in front of the visitor counter 50, but the spray position of the spray medicine of the injection mechanism 30 is the movement of the criminal. There may be various positions in accordance with the store environment such as near the entrance, near the floor mat, and the hallway.

Hereinafter, the structural example of the crime prevention injection apparatus according to the present invention of Example 2 will be described with reference to the drawings.
Example 2 is an example of the second security injection device 100a of the present invention.
The second crime prevention injection device 100a of the present invention has a two-layer structure in which the spray medicine 10a encloses the first compound 13 with the second compound 14, and the second compound 14 is dissolved by moisture in the air. The first compound 13 is exposed at the spray deposit site with a time lag after the spray drug 10a is sprayed.
In Example 2, as the first compound 13, there are two kinds of substances including animal and plant DNA having a unique gene sequence pattern, and sustained release substances that are insensitive to human odor and can be sensed by dog olfaction. It is the compounded structural example.

FIG. 3 is a diagram simply showing a configuration example of the security injection device 100a according to the second embodiment of the present invention.
As shown in FIG. 3 (a), the crime prevention injection device 100a includes a spray medicine 10a, a filling tank 20 of the spray medicine, and an injection mechanism 30. As shown in FIG. It is fixed to the building incidental facility 50 at the installation location. In this example, the installation location is provided below the visitor counter in a store such as a bank.

  The spray drug 10 a has a two-layer structure in which the first compound 13 is encapsulated with the second compound 14. Here, the two-layer structure means that the first compound 13 is coated with the second compound 14 around the first compound 13 so that the first compound 13 of the sprayed drug 10a is contained in the filling tank 20 before the sprayed drug 10a is sprayed. This means that the surface is not exposed. In FIG. 3 (a), a spherical double-structure spray drug 10 is simply shown.

As will be described later, the first compound 13 is exposed after the second compound 14 whose surface has been coated is dissolved by moisture in the air.
As the first compound 13, here, two kinds of substances including a plant and animal DNA having a unique gene sequence pattern and a sustained-release substance that is insensitive to human odor and can be sensed by dog olfaction are blended. It has been made. In addition, it is not necessary to integrate both of them and coat them with the second compound 14, and it is insensitive to human olfaction with the animal compound containing animal and plant having a unique gene sequence pattern coated with the second compound 14. The filling tank 20 may be filled with two types of spray drugs, which are obtained by coating a sustained-release substance that can be sensed by the dog's olfaction with the second compound 14.

Although it does not specifically limit as DNA to be used, it identifies which crime prevention injection device 100a the first compound 13 in the injection medicine 10a is incorporated as a unique gene sequence pattern that is different for each security injection device 100a There is a need to.
Examples of the DNA to be used include a method of using DNA synthesized by DNA chemical synthesis and a method of using DNA of animals and plants in nature.
When using DNA synthesized by DNA chemical synthesis, different synthetic DNA may be used for each security spraying apparatus 100a. That is, when 10,000 security injection devices 100a are manufactured, 10,000 synthetic DNAs are manufactured and used.
When using DNA of animals and plants in the natural world, the DNA pattern is originally different for each individual, so cell fragments collected from different individuals may be used for each security spraying apparatus 100a. In other words, when 10,000 security injection devices 100a are manufactured, 10,000 individuals are used. In order to obtain an ID, it is necessary to obtain a DNA pattern for each individual and manage which crime prevention spray device 100a contains which DNA pattern. For example, when 10,000 security spraying devices 100a are manufactured using human hair, 10,000 hairs are collected and DNA patterns are obtained and managed.

  Animal and plant DNA gradually breaks down after the tissue piece is cut off, and the destruction proceeds in an environment where it is mixed with other chemical substances, an environment where a strong pressure is applied, or an environment where the pressure changes greatly. Although there is a possibility, in the present invention, as will be described later, by encapsulating in the second compound 14, the DNA of animals and plants, which is the internal first compound 13, is protected from destruction.

  Next, a sustained-release substance that is insensitive to human olfaction and perceived by dog olfaction can be recognized by dogs, although humans cannot recognize the odor. Examples of such chemical substances include glycerin fatty acid ester-based lauric acid esters, oleic acid esters, and stearic acid esters, and methyl-p-hydroxybenzoate that is considered to be a dog pheromone substance. By using such a chemical substance, the criminal himself / herself who has been sprayed with the sprayed drug is unaware that the sprayed drug has been sprayed, and the subsequent search by the police dog can be facilitated. The sustained-release substance may be a natural substance such as natural musk that can be sensed by the olfactory sense of a dog.

  The second compound 14 is a coagulant that encapsulates the first compound 13 inside and is hydrophilic, and is a substance having a property of dissolving when it comes into contact with moisture (humidity) in the air. If it is a substance with such a property, it will not specifically limit.

  Here, the purpose of encapsulating the first compound 13 with the second compound 14 to make the spray drug 10 have a double structure is to protect the first compound 13 encapsulated therein from changes during the filling period and spraying. There is a purpose and a purpose of ensuring a time difference from spraying to exposure of the first compound 13.

  As shown in FIG. 4 (a), the filling tank 20 is filled with a liquefied gas at a high pressure and is not suitable for preservation for animal and plant DNA. There is a risk that. Therefore, the animal and plant DNA as the first compound 13 is sealed with the second compound 14 so as not to directly touch the liquefied gas in the filling tank 20.

  Moreover, as shown in FIG.4 (b), it is the same also about the change at the time of the spraying of the spraying medicine 10. FIG. When sprayed from the filling tank 20 under high pressure, it is suddenly released under atmospheric pressure, so it undergoes a large pressure change. At this time, if animal and plant DNA is exposed, it is destroyed by strong stress. There is. Therefore, the second compound 14 encloses the animal and plant DNA, which is the first compound 13, to protect against pressure changes.

  In this way, the first compound 13 is encapsulated by the second compound 14 so that the spray drug 10 has a double structure, thereby transporting the animal and plant DNA from the filling tank 20 to the criminal clothes without breaking them. Use it as a means of time protection.

  Next, the point that the first compound 13 secures a time difference from spraying to exposure will be described. The time until the second compound 14 is dissolved and the first compound 13 is exposed varies depending on the amount of moisture in the air, the coating thickness of the second compound 14, etc., but a certain amount of time elapses. For example, it is preferable to adjust so that the second compound 14 is dissolved and the first compound 13 is exposed after 5 to 10 minutes. By adjusting in this way, as will be described later, the first compound 13 is exposed with a time difference after the spraying of the spraying drug 10.

  Returning to FIG. 3, the description will be continued. The filling tank 20 is a container such as a metal can, for example, and is filled with a liquefied gas 21 for spraying the spray drug together with the spray drug 10 under pressure. In addition, as will be described later, if the pressure is high enough to blow out, it is easy to recognize that the criminal took the medicine at the scene of criminal acts such as in a bank store, so that the spray medicine reaches the criminal. The pressure at which spraying is obtained is sufficient. As described above, in the present Example 2, the filling tank 20 is coated with the animal and plant DNA-containing substance having a unique gene sequence pattern by the second compound 14, and the dog's odor is insensitive to human odor. The filling tank 20 is filled with a sprayed medicine 10a obtained by blending a susceptibility-stimulated sustained-release substance coated with the second compound 14.

  The injection mechanism 30 includes a nozzle 31 and a nozzle opening / closing mechanism 32 that are electrically connected to the inside of the filling tank 20, and controls conduction between the nozzle 31 and the filling tank 20 by operating the nozzle opening / closing mechanism 32. Since the atmospheric pressure is lower than the internal pressure, the liquefied gas 21 is jetted into the atmosphere together with the sprayed medicine 10 through the nozzle while vigorously vaporizing.

  In addition, it is preferable that the nozzle opening / closing switch 33 is provided so that the employee can easily operate the opening / closing of the nozzle opening / closing mechanism 32 even in the store where the criminal enters. The nozzle opening / closing switch 33 is a switch that controls the opening / closing of the nozzle opening / closing mechanism 32. For example, the nozzle opening / closing switch 33 may be provided at a position that is easy for an employee to operate, such as the back of the desk or the floor of the customer counter 50 in the bank store. it can.

In the second embodiment, the security injection device 100a is fixed to a building-accompanying facility 50 such as a visitor counter in a bank store.
FIG. 3B simply shows a state in which the security injection device 100a is incorporated in the customer counter 50 in the bank store.

As shown in FIG.3 (b), it arrange | positions so that the nozzle 31 may face the leg from the criminal's knee on the wall surface below the desk surface 51 of the visitor counter 50 in a bank store.
By arranging the nozzle 31 so that the nozzle 31 faces the foot from the criminal's waist in this way, it is possible for the criminal who is in tension to obtain an effect that the gas injection sound is difficult to hear and the spraying is difficult to notice. In addition, if it adheres to trousers, it has the advantage that it is difficult to take off during escape. If it adheres to shoes, it is less likely to be washed in everyday life, and the sprayed medicine that has been sprayed may remain over time High nature.

  An attachment 40 is provided to incorporate the security injection device 100a at a predetermined position below the visitor counter 50. The shape and structure of the attachment 40 may be any member that fixes the crime prevention injection device 100a below the visitor counter 50 in a predetermined position and a predetermined posture.

  Next, a flow of use of the crime prevention injection device 100a for a criminal and a flow after the spray medicine 10 adheres to the criminal will be described.

  As shown in FIG. 5 (a), when the criminal enters the bank store, a part of the requested money is placed on the visitor counter 50 to which the security injection device 100a is attached. Invite the culprit to stand.

Next, as shown in FIG. 5 (b), after the criminal stands in front of the visitor counter 50, the nozzle opening / closing switch 33 is pressed down in response to timing such as before and after the criminal takes the money, and the nozzle 31 The sprayed medicine 10a filled in the filling tank 20 is sprayed from the criminal's knees to the feet. In addition, the gene inclusion pattern of the animals and plants enclosed in the inside of the spray medicine 10a is assigned with a unique gene sequence pattern that is different for each crime prevention injection device 100a.
At the time of spraying the sprayed medicine 10a, the first compound 13 is encapsulated by the second compound 14 which is a coagulant and is not exposed.
The criminal usually finishes the crime within 1 to 3 minutes and often runs away.

  Here, the second compound 14 dissolves when it comes into contact with moisture in the air, but there is a time difference until the first compound 13 enclosed inside is exposed to the surface by adjusting the film thickness and the like. For example, the first compound 13 is exposed after 5 to 10 minutes. That is, the first compound 13 is exposed to the surface after 5 to 10 minutes have passed since the criminal escaped. Here, two kinds of drugs, which are DNA-containing substances of animals and plants, and sustained release substances that are insensitive to human odor and can be sensed by dog olfaction, are exposed to the criminals' pants and shoes.

  Sustained release substances that are insensitive to human olfaction and perceived by dogs' olfaction are gradually released from the trousers and shoes of the criminal, and scattered along the criminal's path. Will be going. Sustained-release substances are insensitive to human olfaction and not perceived by criminals, but can be perceived by the sense of smell of dogs, so police organizations that have been notified of crimes use trained police dogs. Traces of sustained-release substances can be followed. That is, according to the crime prevention injection device 100a of the second embodiment, it is possible to track the criminal who escapes using the sustained-release substance exposed on the surface.

  As a result of tracking the criminal who escaped using the sustained release substance, if the suspect could be identified immediately, the sustained release substance adhered to the trousers and shoes of the criminal, and the animal and plant DNA-containing substances were also the criminal. Adhering to pants and shoes. The police dog's reaction alone is not definitive evidence, but by examining the gene sequence pattern of the animal and plant DNA inclusions that are unique to each security spray device 100a, It is possible to uniquely identify whether the spray medicine filled in the filling tank 20 of the security spray device 100a has been bathed. Therefore, it can be evidence that the suspect is an executioner.

  If the criminal succeeds in escaping without investigating the suspect by investigating a police dog using a sustained-release substance immediately after the crime, and the time has passed, it will adhere to the criminal's pants and shoes. The amount of sustained-release substance is decreasing. In this case, investigations using traditional methods such as analysis and listening to crime prevention video will be the focus, but if the suspect is squeezed, the gene for the DNA-containing substance of animals and plants attached to the pants or shoes of the suspect By examining the arrangement pattern, it is possible to specify whether or not the suspect is a true criminal. Trousers may be washed, but shoes are not likely to be washed, and often they continue to wear the shoes or leave at home after a successful escape. Therefore, there is a possibility that the gene arrangement pattern of the DNA-containing substance of animals and plants adhering to the criminal shoes etc. can be used as evidence.

  In the above example, the position where the spray medicine of the injection mechanism 30 is sprayed is set in front of the visitor counter 50, but the spray position of the spray medicine of the injection mechanism 30 is the movement of the criminal. There may be various positions in accordance with the store environment such as near the entrance, near the floor mat, and the hallway.

  Hereinafter, the structural example of the crime prevention injection apparatus according to the present invention of Example 3 will be described with reference to the drawings. Example 3 is a configuration example in which an odorous substance is blended as the first compound 13. In Example 2, the first compound 13 is a substance that is insensitive to humans and can be sensed by a dog. Even after the second compound 14 is dissolved and the first compound 13 is exposed, the criminal feels the spray drug 10a. In this Example 3, after the first compound 13 was an odorous substance, the second compound 14 was dissolved and the first compound 13 was exposed. On the other hand, the criminal actively senses the odor of the sprayed medicine 10 to notice the surrounding human beings, and shakes the criminal to make escape difficult.

  The configuration example of the crime prevention injection device 100b according to the third embodiment of the present invention includes the spray medicine 10, the spray medicine filling tank 20, and the injection mechanism 30, and is fixed to the building-accompanying facility 50 at the installation location by the attachment 40. Has been. These may be the same as those in the second embodiment, and detailed description thereof is omitted here. In this example, as in the second embodiment, a configuration is provided around the lower part of a visitor counter in a store such as a bank.

  The spray drug 10b of the crime prevention injection device 100b according to the present invention of Example 3 is that the first compound 13 is enclosed by the second compound 14 and the spray drug 10b has a double structure as in Example 2. Similarly, in Example 3, the first compound 13 is an odorous substance.

  The first compound 13 is not particularly limited as long as it produces an odor. For example, ammonia, hydrogen sulfide, methyl sulfide, normal valeric acid, isovaleric acid, acetaldehyde and other aldehyde-based substances, isobutanol, ethyl acetate, Examples include toluene, styrene, xylene, propionic acid, normal butyric acid, methyl mercaptan, and trimethylamine. These odorous substances emit unpleasant odors to humans, and unpleasant odors are recognized not only by the person who emits the odors but also by surrounding people. That is, the spray medicine 10b is sprayed from the crime prevention spray device toward the culprit, and after the second compound 14 is dissolved by moisture in the air, the odor is drifted at a place where the criminal trousers adhere.

  Further, for example, it is preferable that the first compound 13 is an odorous substance, and the odor drifts at the spray adhering portion with a time difference after spraying. When spraying the sprayed medicine, the criminal is not aware that the drug has such an irritating odor and does not cause the criminal to go upside down. After spraying, the first compound 13 is exposed at the spray adhering position with a time lag, so it is recognized that the criminal took the irritating odor drug after leaving the crime scene, but it is also recognized by the surrounding people It has the effect of making escape difficult.

  Next, a flow of use of the crime prevention injection device 100b according to the third embodiment for a criminal and a flow after the spray medicine 10b adheres to the criminal will be described.

  When the criminal enters the bank store, a part of the requested money is placed on the visitor counter 50 to which the security injection device 100b is attached, and the criminal is guided to stand in front of the visitor counter 50.

  After the criminal stands in front of the visitor counter 50, the nozzle opening / closing switch 33 is pressed by the timing such as before and after the criminal takes the money, and the spray medicine 10b filled in the filling tank 20 from the nozzle 31 is pressed. Spray from the criminal's knees to the feet. Note that an odorous substance is enclosed in the sprayed medicine 10b.

  In the sprayed spray medicine 10b, the first compound 13 is initially enclosed by the second compound 14 which is a coagulant, and is not exposed immediately after the spraying of the spray medicine 10b. The criminal usually finishes the crime within 1 to 3 minutes and often runs away.

Here, the second compound 14 dissolves when it comes into contact with moisture in the air, but there is a time difference until the first compound 13 enclosed inside is exposed to the surface by adjusting the film thickness and the like. For example, the first compound 13 is exposed after 5 to 10 minutes.
The second compound 14 gradually dissolves after spraying the propellant to the criminal, but the first compound 13 is exposed on the surface after 5 to 10 minutes after the criminal escapes. In other words, odorous substances that can be perceived by human odors also emit odors from the criminal's pants or shoes.

Odor from odorous substances drifts around the criminal and the criminal, and is scattered along the criminal path. The surrounding humans recognize the criminal who emits an unpleasant odor, and the criminal also senses that he is producing odor and attracts the attention of the surroundings, and the criminal who is running away will be greatly upset.
Since the odorous substance is also perceived by the smell of the dog, the police organization that has been notified of the crime can use the trained police dog to follow the traces of the odorous substance. That is, according to the crime prevention injection device 100b of the third embodiment, it is possible to track the criminal who escapes using the odorous substance exposed on the surface.

Since odorous substances are easily noticed by the people around, it is easy to obtain information from passers-by when tracking the escaped criminals and contribute to identifying suspects.
In addition, also in this Example 3, it is also preferable to mix the spray chemical | medical agent 10a which enclosed the DNA inclusion material of the animals and plants shown in Example 2 other than the spray chemical | medical agent 10b as a spray chemical | medical agent. Also in this Example 3, by mixing the spray medicine 10a shown in Example 2 in the spray medicine, animal and plant DNA-containing substances adhere to the trousers and shoes of the criminal bathed in the spray medicine. Become.

  The police dog's reaction alone is not definitive evidence for the criminal offense, but it is suspected by examining the gene sequence pattern of the animal and plant DNA inclusions that are unique to each crime prevention injection device 100b. It is possible to uniquely identify the person who has been sprayed with the spray medicine filled in the filling tank 20 of the crime prevention injection device 100b. Therefore, it can be evidence that the suspect is an executioner.

  In other words, the odorous substance encapsulated in the spray drug 10b facilitates the tracking of the criminal who is running away, and after securing the suspect, the criminal is investigated by investigating the gene sequence pattern of the DNA-containing substance of the enclosed animal and plant. Can be easily proved to have been sprayed with the sprayed medicine 10b at the crime scene.

  Hereinafter, the structural example of the crime prevention injection apparatus 100c with the 1st automatic spray function of this invention is demonstrated, referring drawings. The security spraying apparatus 100c with the first automatic spraying function of the fourth embodiment of the present invention is turned off in a normal state, and when an employee recognizes a criminal act or a criminal preparatory action, the start switch is pressed to prevent the crime. The spray device 100c is turned on, and thereafter, the spray drug is automatically sprayed on the criminal by interlocking with the automatic spray device.

FIG. 6 is a diagram illustrating a configuration example of the security injection device 100c according to the fourth embodiment of the present invention.
As shown in FIG. 6, in addition to the spray medicine 10, the spray medicine filling tank 20, the injection mechanism 30, and the attachment 40, the crime prevention injection apparatus 100c of the fourth embodiment is further provided with a start switch 60, The position detection unit 70 and the injection mechanism opening / closing operation unit 80 are provided.

  The activation switch 60 activates the position detection unit 70 of the security injection device 100c by manual operation. For example, the activation switch 60 is arranged at the employee's feet or the back of the desk, and is pressed by the employee himself / herself who recognizes the criminal act or criminal preparatory action, as will be described later.

The position detection unit 70 includes a recognition unit 72 that analyzes data obtained by the data acquisition unit 71 such as the imaging unit 71a and obtains an image recognition result.
As an image recognition technique, a technique for recognizing a person from an object reflected in an image is known, but the recognition means 72 of the position detection unit 70 also has a function of recognizing a person from an object reflected in an image. Yes. That is, the position detection unit 70 can recognize the standing position of the criminal.
Moreover, the position detection part 70 has memorize | stored the position where the spray medicine of the injection mechanism 30 of the crime prevention injection apparatus 100c is sprayed beforehand, and the position where the recognized criminal stands is near the position where the spray medicine of the injection mechanism 30 is sprayed. If so, a function of sending a control signal for operating the nozzle opening / closing switch 33 to the injection mechanism opening / closing operation unit 80 is provided.

  The ejection mechanism opening / closing operation unit 80 is a part that operates the nozzle opening / closing switch 33 of the ejection mechanism 30 according to a control signal obtained by the position detection unit 70. The means for operating the nozzle opening / closing switch 33 is not particularly limited. For example, it is assumed that an actuator that controls pressing of the nozzle opening / closing switch 33 by an on / off signal is mounted.

The flow of automatic spraying for the criminal of the crime prevention injection apparatus 100c according to the fourth embodiment will be described.
For example, as shown in FIG. 7A, it is assumed that a burglar with a balaclava enters a store equipped with the crime prevention injection device 100c.

When an employee notices a person wearing a balaclava, he recognizes that a burglar has entered the store. At that stage, the employee steps on and presses the start switch 60 so that the criminal is not aware.
When the activation switch 60 is pressed, the position detection unit 70 is activated.
After the position detection unit 70 is activated, as shown in FIG. 7A, an image of the criminal is captured by the imaging means (camera) 71a. Image data obtained from the imaging means 71a is analyzed by the recognition means 72, and an image recognition result of human being is obtained.

Further, the position detection unit 70 stores in advance the position where the spray medicine of the injection mechanism 30 of the crime prevention injection device 100c is sprayed, and the recognized criminal standing position is near the position where the spray medicine of the injection mechanism 30 is sprayed. If it is determined, the control signal for operating the nozzle opening / closing switch 33 is sent to the injection mechanism opening / closing operation unit 80.
Note that FIG. 7 is a view in the case where there is a position where the spray medicine of the injection mechanism 30 is sprayed in front of the visitor counter 50, but it is sufficient if it is in the flow line of the criminal, such as near the entrance, near the floor mat, corridor, etc. There can be various positions according to the environment.

The ejection mechanism opening / closing operation unit 80 operates the nozzle opening / closing switch 33 of the ejection mechanism 30 according to the control signal obtained by the position detection unit 70.
7B, the nozzle opening / closing switch 32 of the injection mechanism 30 is opened / closed by the nozzle opening / closing switch 33 of the injection mechanism 30, and the spray medicine is automatically injected from the nozzle 31 toward the criminal.

  According to the crime prevention injection device 100c of the fourth embodiment, since the spray medicine can be automatically sprayed to the criminal after being started by the start switch, the employee can press the start switch even in an urgent situation. It is only necessary to press the button, and then automatic spraying is possible.

  In the above example, an example in which a security injection device was incorporated into a store counter of a financial institution, etc. was introduced. However, the security injection device can be used for other building accessories such as doors and floor mats, ATMs, safes, registers, product display cases, etc. It can be incorporated into various items such as security equipment such as batons and protective shields.

  Hereinafter, the structural example of the 2nd crime prevention injection apparatus with an automatic spraying function of this invention is demonstrated, referring drawings. Example 5 combines with an automatic spraying device, automatically detects a criminal act or criminal act, and automatically sprays a criminal with a spray drug. In order to prevent the sprayer from spraying the sprayer to the criminals, the purpose is to reduce the burden of employee operations in tight situations.

FIG. 8 is a diagram illustrating a configuration example of the security injection device 100d according to the fifth embodiment of the present invention.
As shown in FIG. 8, the crime prevention injection device 100 d of the fifth embodiment includes a crime detection unit 90 in a building-associated facility 50 in addition to the spray medicine 10, the spray medicine filling tank 20, the injection mechanism 30, and the attachment 40. The injection mechanism opening / closing operation unit 80 is provided.

  The crime detection unit 90 analyzes the image data obtained from the imaging unit 91a and the voice data obtained from the voice acquisition unit 91a in addition to the data acquisition unit 91 such as the imaging unit 91a and the voice acquisition unit 91b, and performs image recognition results and voice recognition. A recognition means 92 for obtaining a result, and a crime detection means 93 for detecting a criminal act or a criminal preparatory action based on the image recognition result or the voice recognition result of the recognition means 92 are provided.

  The ejection mechanism opening / closing operation unit 80 is a part that operates the nozzle opening / closing switch 33 of the ejection mechanism 30 in accordance with a control signal obtained by the crime detection unit 90. The means for operating the nozzle opening / closing switch 33 is not particularly limited. For example, it is assumed that an actuator that controls pressing of the nozzle opening / closing switch 33 by an on / off signal is mounted.

The flow of automatic spraying for the criminal of the crime prevention injection apparatus 100d according to the fifth embodiment will be described.
For example, as shown in FIG. 9 (a), it is assumed that a burglar with a balaclava enters a store equipped with the security spray device 100d.
As shown to Fig.9 (a), the image of a criminal is imaged by the imaging means (camera) 91a. Image data obtained from the imaging means 91 a is analyzed by the recognition means 92, and an image recognition result “person wearing a balaclava” is transmitted to the crime detection means 93.

  Further, for example, it is assumed that a criminal makes a voice indicating a criminal act such as “It is a burglar, give money” to a bank employee. The voice of the criminal is collected by the voice acquisition means (microphone) 91b of the crime detection unit 90 as shown in FIG. The voice data obtained from the voice acquisition unit 91 b is analyzed by the recognition unit 92, and a voice recognition result of “It is a burglar, make money” is transmitted to the crime detection unit 93.

  When the crime detection means 93 obtains the image data of the “person wearing the balaclava” and the voice data of the threat of “It is a burglar, give out money”, the crime detection means 93 determines that the situation corresponds to a criminal act or a criminal preliminary act.

Next, the crime detection unit 93 determines the standing position of the criminal by image recognition of the image captured by the imaging unit 91a.
The crime detection means 93 determines that the standing position of the criminal is within the medicine injection range of the medicine injection device 30 of the security injection device 100d of the present invention.

If the crime detection means 93 determines that the position of the criminal is within the medicine injection range of the medicine injection device 30 of the security injection device 100d of the present invention, the operation of the medicine injection device 30 is started in the injection mechanism opening / closing operation unit 80. Send control signal.
In addition, in FIG. 9, it is a figure when there exists a position where the spray medicine of the injection mechanism 30 is sprayed in front of the visitor counter 50, but it is sufficient if it is in the flow line of the criminal, and stores such as the entrance, the floor mat, the hallway, etc. There can be various positions according to the environment.

The ejection mechanism opening / closing operation unit 80 operates the nozzle opening / closing switch 33 of the ejection mechanism 30 according to the control signal obtained by the crime detection unit 90.
9B, the nozzle opening / closing mechanism 32 of the injection mechanism 30 is opened / closed by the nozzle opening / closing switch 33 of the injection mechanism 30, and the spray medicine is automatically injected from the nozzle 31 toward the criminal.

  According to the crime prevention injection device 100d of the fifth embodiment, the criminal act or the criminal preparatory action is automatically detected, and the spray drug is automatically sprayed on the criminal so that the spray of the spray drug on the criminal is not noticed. As a result, there is no burden of the operation of the employee in a tense situation, and the criminal can be surely exposed to the spray chemical.

  In the above example, an example in which a crime prevention injection device was incorporated in a store counter of a financial institution, etc. was introduced. However, the crime prevention injection device is an ATM, a safe, a register, a product display case, etc. It can be incorporated into various items such as security equipment such as batons and protective shields.

  As mentioned above, although preferred embodiment in the structural example of the crime prevention injection apparatus of this invention was illustrated and demonstrated, it will be understood that various changes are possible without deviating from the technical scope of this invention. .

  The crime prevention injection device of the present invention can be widely applied as a crime prevention device against a burglar.

The figure which showed simply the example of a structure of the crime prevention injection apparatus 100 of Example 1 of this invention The figure which showed the flow of use with respect to the criminal of the crime prevention injection apparatus 100 The figure which showed simply the example of a structure of the crime prevention injection apparatus 100a of Example 2 of this invention The figure which shows a mode that the spraying chemical | medical agent 10 becomes a double structure, and the inside 1st compound 13 enclosed is protected from an atmospheric pressure change etc. The figure which showed the flow of use with respect to the criminal of the crime prevention injection apparatus 100a The figure which shows simply the structural example of the crime prevention injection apparatus 100c of Example 4 of this invention. The figure which showed the flow of use with respect to the criminal of the crime prevention injection apparatus 100c The figure which shows simply the structural example of the crime prevention injection apparatus 100d of Example 5 of this invention. The figure which showed the flow of use with respect to the criminal of the crime prevention injection apparatus 100d

DESCRIPTION OF SYMBOLS 10 Spraying agent 11 Labeling agent 12 Base 13 1st compound 14 2nd compound 20 Filling tank 21 Liquefied gas 30 Injection mechanism 31 Nozzle 32 Nozzle opening / closing mechanism 33 Nozzle opening / closing switch 40 Attachment 50 Building incidental equipment 60 Start switch 70 Position Detection unit 80 Injection mechanism opening / closing operation unit 80
90 Crime detection unit 100 Security spraying device

Claims (14)

  In a crime prevention injection device equipped with an injection mechanism for injecting a filled spray medicine, the spray medicine can be easily treated with a base composed of a solvent, a diluent, a spreading agent, etc., and human or animal sensation such as vision or smell The drug is composed of a labeling agent prepared using a chemical substance and a mixture thereof, and after the spray drug is sprayed, the labeling agent is chemically formed by light, moisture in the air, oxygen, etc. A security injection device that exhibits a function that should be recognized at a spray adhesion portion with a time difference by causing a change.   The labeling agent has a characteristic absorption for visible light, ultraviolet light, infrared light, electron beam, or the like, or is composed of an organic, inorganic compound, or a mixture thereof that generates a specific excitation wavelength by such light. 2. The spray adhering portion can be used as an ID for identifying from which the security spraying device is sprayed by analyzing the spray adhering site by a chemical analysis method or a chemical analysis method such as instrumental analysis. Security spray device.   The labeling agent is composed of an organic or inorganic compound containing a stable isotope in its molecular structure, or a mixture thereof, and the spray adhering site is analyzed by a scientific analysis method such as chemical analysis or instrumental analysis. The crime prevention injection device according to claim 1, wherein the crime prevention injection device can be used as an ID for specifying whether the atomization is sprayed from the crime prevention injection device.   The labeling agent generally contains a trace element that cannot easily be contaminated from the outside in daily life, and is composed of a compound compatible with the base material used for the propellant or a single element or a mixture thereof. It is possible to use as an ID for identifying which crime prevention spraying device is sprayed by analyzing the spray adhering portion by chemical analysis or scientific analysis such as instrumental analysis. The crime prevention injection device according to claim 1. In a crime prevention injection device provided with an injection mechanism for injecting a filled spray medicine,
The spray drug has a two-layer structure in which a first compound is encapsulated with a second compound,
The second compound is a coagulant having the property of being dissolved by moisture in the air,
A crime prevention injection apparatus in which the first compound is exposed at a spray adhering position with a time difference after the spray medicine is sprayed. The first compound includes an animal and plant DNA-containing substance having a unique gene sequence pattern, and the gene sequence pattern that is different for each of the security spraying devices is assigned.
The second compound protects the DNA-containing substance from being destroyed and deteriorated during the filling period under high pressure and the pressure change from the high pressure to the atmospheric pressure, and has the time difference after the spraying. Comprising a structure configured as a protective film that decomposes and exposes the DNA-containing substance;
The crime prevention injection device according to claim 5, wherein the DNA inclusion substance exposed at the spray adhesion portion can be used as an ID for specifying which of the crime prevention injection devices is sprayed.   The crime prevention injection device according to claim 5 or 6, wherein the first compound includes a chemical dye, and the chemical dye permeates the spray adhesion portion with the time difference after the spraying.   The first compound contains a sustained-release substance that is insensitive to human odor and can be sensed by a dog's olfactory sensation, and after the spraying, the sustained-release substance is gradually released from the spray attachment site with the time difference. The crime prevention injection device according to any one of claims 5 to 7, wherein the crime prevention injection device is one that goes on.   The crime prevention injection device according to any one of claims 5 to 7, wherein the first compound includes an odorous substance, and the odor drifts at the sprayed portion with the time difference after the spraying. A start switch manually pressed,
A human sensor that is activated by pressing the activation switch and senses the position of a person;
The spray mechanism opening / closing operation part which operates opening / closing of the said injection mechanism with the control signal obtained by the said human sensor is provided, and the said spraying medicine is automatically sprayed with respect to the actor of the said criminal act or the criminal preparatory act. The crime prevention injection device according to any one of 1 to 9. From the image recognition result of the image data obtained from the imaging means or the voice recognition result of the voice data obtained from the voice acquisition means, a crime detection unit for detecting a criminal act or criminal preparatory action, and a control signal obtained by the crime detection unit An injection mechanism opening / closing operation unit for operating opening and closing of the injection mechanism;
The said crime detection part gives a control signal to the said injection mechanism opening / closing operation part according to the position of the actor of the said criminal act concerning the said detection, or the said criminal preliminary act, and sprays the said spraying medicine automatically from Claim 1 The crime prevention injection device according to any one of 9.   Building-related facilities such as a building entrance facility, a foot mat, and a visitor reception counter incorporating the security spray device according to any one of claims 1 to 11.   A metal goods handling facility such as an ATM, a safe, a register, a commodity display case, etc., incorporating the security injection device according to any one of claims 1 to 11.   Security equipment, such as a baton and a protective shield, incorporating the security spray device according to any one of claims 1 to 11.

Images