JP5268012B2 - Security system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To cope with unauthorized driving of a means of transportation, such as an automobile by using a communication terminal. <P>SOLUTION: When an engine starting detection circuit 508 detects the engine starting (step S531:Y), an imaging device 505 is activated and an image of a person operating a key on a seat for a driver is recorded (Step S532). When the engine of the automobile is made to start without authorization, this image and other data are sent to a particular cellular phone 512. A communication state is made to continue and the image of the seat for the driver can also be sequentially transmitted. <P>COPYRIGHT: (C)2011,JPO&amp;INPIT

Description

The present invention relates to a security system for preventing theft and unauthorized intrusion, and checking or managing a person who enters and exits a predetermined place. For example, a transportation system such as an automobile, a motorcycle, a ship, a house, a safe, an elevator, a washbasin. The present invention relates to a security system that can be used at various places or places such as entrances to places and boarding gates of airplanes.

  Keys are widely used to prevent unauthorized entry into a house or car or to prevent theft of items in a storage container such as a safe. TV cameras for crime prevention are also used.

  However, a regular key can be easily opened by many skilled thieves. For this reason, keys with a more complicated structure have been devised, but most of them can be opened over time. Therefore, at present, a method is recommended in which a plurality of keys are attached to the front door, and the thief is prevented from invading by gaining time until the thief opens. However, once a thief opens a door and enters, the person's footprint is usually difficult to grasp, and incidents are often unresolved.

  Moreover, since the position and shooting range of the television camera for crime prevention are specified from the outside, a crime may be committed using the blind spot. It is also possible in some cases to make it impossible to shoot the television camera itself in advance. Furthermore, a certain amount of space is required for installing the TV camera, and it cannot be placed in a small car or safe. There is also the problem that the cost of purchasing and maintaining equipment is quite high.

  As described above, the thief has been mainly described, but the TV camera is also used for human management, but has the same problem.

  SUMMARY OF THE INVENTION An object of the present invention is to provide a security system that can effectively prevent the unauthorized entry of a thief or the like, theft, or fraud.

In the present invention, (a) a transportation main body as a transportation that moves by driving, and (b) a power source start detection means that detects when a power source for running of the transportation main body is started, (C) Provided in the above-mentioned transportation system body separately from the specific communication terminal specified in advance as the communication terminal possessed by the owner of the transportation system described above, and the power source start detection means described above detects the start of the power source Whether the above-mentioned specific communication terminal exists in the vicinity of the above-mentioned transportation body or not between the above-mentioned transportation body and the above-mentioned specific communication terminal at the time of detecting the start of the power source. a specific communication terminal presence determination unit for determining by using both the unique information specific communication terminal is uniquely assigned distance has been determined information and the for determining the distance, presence determination unit is the specific communication terminal It noted the transport body or the radio base station that the power source is started for driving the transport body described above with respect to the specific communication terminal when the specific communication terminal which has the is determined to not exist in the vicinity thereof The security system includes an intra-transportation communication means that includes a notification unit that wirelessly notifies the user via the.

In the present invention, (a) a transportation main body as a transportation that moves by driving, and (b) a key that is arranged in the transportation main body and operates a power source for driving the transportation main body described above. A key insertion port to be inserted; (c) a power source start detecting means for detecting when a key is inserted into the key insertion port and the power source is started; and (d) a key owner of the transportation system described above. Provided in the transportation system main body separately from the specific communication terminal specified in advance as a communication terminal possessed by the power source, and when the power source start detecting means detects the start of the power source, Distance discriminating information for discriminating whether or not the above-mentioned specific communication terminal exists in the vicinity, and determining the distance between the above-mentioned transportation body and the above-mentioned specific communication terminal at the time of detecting the start of the power source. And a specific communication terminal presence determination unit for determining by using both of the above-described specific communication terminal uniquely assigned specific information, specific communication to this specific communication terminal presence determination section has the inner or near its transport body and the and a notification unit that notifies a wireless that the power source for travel of the transport body to the for that specific communication terminal when it is determined that the terminal does not exist has been started via the wireless base station The security system includes intra-transportation communication means .

As described above, in the first or second aspect of the invention, many persons who run the transportation main body as the transportation moving by driving are specified in advance as communication terminals such as mobile phones for their own communication. in view of the fact in possession of specific communication terminal which is a power source start detecting means aforementioned transport body or the person of the communication terminal in its vicinity (specific communication upon detection of the start of the power source at some sort of operation When the specific communication terminal presence / absence determination unit determines that the terminal is not present, the notification unit notifies the specific communication terminal wirelessly, so that it is possible to cope with unauthorized travel of the transportation main body by a third party. .

Particularly in the invention according to claim 2 , even if the driver keeps the key for operating the power source for traveling of the transportation main body inserted in the key insertion slot, the theft case caused by this It can be resolved early. In addition, it is possible to easily perform communication such as voice between the specific communication terminal and the transportation body .

According to the third aspect of the present invention, for example if you place the imaging means to a third party notices difficult locations within transport body such as the vicinity of the key insertion opening, these persons attempt driving illegally In this case, the person's image can be transmitted to the specific communication terminal. In addition, when the transportation owner's family tries to drive the transportation, it can be easily confirmed that the third party is not operating illegally by looking at the image. .

According to a fourth aspect of the invention, when the traffic control means receives a signal indicating that the transportation main body has stopped traveling or the door is locked from the specific communication terminal based on the notification from the notification means. In response to this, the transportation main body is stopped or the door is locked, so that it is possible to prevent the occurrence of a situation in which the transportation agency gets lost or a person who has illegally ran away from the driver's seat.

It is a front view showing the outline | summary of the structure of the security system in the 1st Embodiment of this invention. It is sectional drawing which shows the principal part of the security system used by 1st Embodiment. It is the principal part perspective view which looked at the security system as a modification of 1st Embodiment from the indoor. It is a front view showing the outline | summary of the structure of the security system in the 2nd Embodiment of this invention. It is explanatory drawing which showed the structure of the postbox in 2nd Embodiment. It is a perspective view of the safe to which the security system in the 3rd Embodiment of this invention is applied. It is a front view showing the security system for crime prevention of a public toilet as a 1st modification of 3rd Embodiment. It is a front view showing the security system for crime prevention of an elevator as the 2nd modification of 3rd Embodiment. It is a top view showing the principal part of the security system which uses the doorknob in the 4th Embodiment of this invention. It is a side view of the motor vehicle which used the security system as a modification of 4th Embodiment. It is a system block diagram showing the outline | summary of the security system of the 5th Embodiment of this invention. It is a system configuration | structure figure showing the outline | summary of the security system of the 6th Embodiment of this invention. It is a front view showing the outline | summary of the security system of the 7th Embodiment of this invention. It is sectional drawing showing the cross-section of the principal part of the door in the 7th Embodiment of this invention. It is a flowchart showing the mode of the unlocking control of the electronic type locking device in the 7th Embodiment of this invention. It is a flowchart showing the flow of a process as a countermeasure when the malicious visitor in the 7th Embodiment of this invention obstructs imaging | photography. It is a schematic block diagram showing the principal part of the security system of the 8th Embodiment of this invention. It is a flowchart showing the outline | summary of control of the control apparatus with a radio | wireless transmitter / receiver of 8th Embodiment. It is a system configuration figure showing the outline of the security system of a 9th embodiment of the present invention. It is a flowchart showing the mode of control of the in-device communication terminal in the ninth embodiment. It is explanatory drawing showing the principal part of the security system of the specific mobile telephone as a modification of the security system of 9th Embodiment. It is the flowchart which showed the flow of the process by the side of the in-device communication terminal in this modification. It is a front view of the door showing the principal part of the security system of the 10th Embodiment of this invention.

  Next, embodiments and modifications of the present invention will be described.

  <First Embodiment of the Invention>

  FIG. 1 shows an outline of the configuration of the security system according to the first embodiment of the present invention. A door knob 113 is attached to the door 112 of the house 111, and a keyhole 114 is provided in the lower door portion. An imaging hole 115 and an illumination hole 116 are formed in the door portion on the upper side of the door knob 113. In this security system, when a visitor 117 comes to the door 112 and touches the door knob 113, an infrared LED (light emitting diode) lamp 118 embedded in the illumination hole 116 emits light to capture an image. An image sensor (two-dimensional CCD) disposed inside the hole 115 captures the visitor 117. In the present embodiment, the keyhole 114 is used for locking.

FIG. 2 shows a cross section of the main part of the door. The door knob 113 attached to the outside of the door 112 and the door knob 121 attached to the inside of this embodiment are of a relatively simple type that are not mechanically linked. The imaging hole 115 penetrates to the inside of the door 112, and the cylindrical portion 122A of the image unit 122 is inserted from the inside. The cylindrical part 122A has an optical lens 123 composed of a single lens or a plurality of lenses arranged at a position facing the outside of the door 112, and is a two-dimensional widely used in a digital camera or the like at the focal position. A CCD (Charge Connected Diode) 124 as an image sensor is disposed.

  An image output portion 122B is attached to the cylindrical portion 122A of the image unit 122, and this portion is bonded to the inner surface of the door 122. Since the image unit 122 has an integral structure, it cannot be removed from the outside of the door 112. An image processing circuit 125 that processes an image output from the CCD 124 and a memory 126 that stores image data are accommodated in a space between the CCD 124 and the image output unit 122B. The image output unit 122B includes a switch 127 for performing photographing at a desired time from the inside of the door 112, an image data output terminal 128 for reading image data, and a liquid crystal display that displays an outside image or an accumulated image. It consists of 129.

  Among these, the CCD 124 is capable of recording a color image of 640 × 480 pixels, for example. Depending on the application, a higher resolution can be prepared. The image processing circuit 125 performs image processing for recording the image data obtained from the CCD 124 in the memory 126, and controls the entire image unit 122 together with the image processing. That is, the image unit 122 is connected to the door knob 113 and the infrared LED lamp 118, detects a change in the potential of the door knob 113, and emits the infrared LED lamp 118 when a visitor 117 touches it to open the door. Let At the same time, the CCD 124 captures a single image of a subject or a predetermined number of images at a predetermined time interval. Image data obtained by shooting is stored in the memory 126. If the visitor 117 notices the light emitted from the infrared LED lamp 118 and sometimes looks at it, an image that is particularly convenient for identifying the person can be acquired.

  The memory 126 has a capacity of 16 megabytes to 128 megabytes, for example. For example, in the case of a memory capacity of 16 megabytes, about 150 640 × 480 pixel color images can be stored by combining the shooting date and time. The memory 126 stores a predetermined number of pieces of image data under the control of the image processing circuit 125, and erases old one by one from the point in time when image data exceeding this is input, and replaces it with new image data. I have to.

  The image unit 122 is supplied with power from a power circuit (not shown). The power supply circuit may directly draw the commercial power source or the power source after converting it into a direct current into the door 112. However, since the door 112 is opened and closed, the durability of the electric wire at the hinge portion becomes a problem. . Therefore, in the security system according to the present embodiment, the indoor power supply side device that comes into contact with a receiving side device (not shown) arranged on the inner surface of the door 112 in a state where the door 112 is closed performs electromagnetic coupling, and the electrical energy is transferred to the door. The power supply circuit 112 is supplied to a power circuit. A relatively large capacitor or secondary battery (not shown) is also arranged inside the power supply circuit, and supplies power to drive each unit such as the image unit 122 and the infrared LED lamp 118. Yes. Of course, it is also possible to set a dry battery from the inside of the door 112.

  A switch 127 is attached to the image output unit 122B. When the switch 127 is pressed, the CCD 124 is activated to display an image obtained thereby, and the image is displayed in the memory 126 as in the case of detection by the door knob 113. To write to. The image data output terminal 128 is an output terminal used when reading out image data stored in the memory 126 as necessary. Even if this output terminal or switch 127 is operated, the contents of the memory 126 cannot be erased. This is to prevent the occurrence of a situation where a person who has entered the house 111 (FIG. 1) without permission deletes the image without permission. Therefore, it is possible to limit the number of times the switch 127 is pressed within a short time or to set an upper limit for the number of times the switch 127 is pressed per day. It is effective to prevent

  However, the greatest effect of this security system is that an intruder who notices that an image is captured and recorded will abandon early to abandon achieving the intended purpose such as entering a house. It is in the effect of deterring crime. The infrared LED lamp 118 emits light when the hand is touched on the door knob 113 after inserting the tool for opening the key into the keyhole 114 or before it is inserted, and when the user notices this, the image of the visitor 117 has already been taken. This is because you have to leave the place quickly before you open the key. Even in the case where the door 112 is slightly opened in order to improve the ventilation in summer or the like, shooting is already performed when the door 112 is pushed open.

  Of course, the housekeeper is also photographed every time he goes in and out, but in the case of the person himself, since the photographed image is not used by others, there is no problem. On the contrary, it is possible to check whether the child has returned from school and went to play or not yet. This can also be confirmed when a friend visits you while you are away.

  In this embodiment, the visitor 117 is detected by changing the potential of the door 112. However, the visitor 117 may be detected by using a conventional method such as detecting reflection or blocking of light. Good. Alternatively, when a doorbell or an interphone (door phone) is pressed, it may be determined that a visitor has come and shooting is performed. Further, in the embodiment, the imaging hole 115 and the illumination hole 116 are provided, but a hole resembling a keyhole may be provided, and such a part may be set therein. The same applies to the case where a microphone or a speaker is arranged.

  In the present embodiment described above, it is possible to obtain a crime prevention effect more than attaching an expensive special key to a house such as an existing apartment or the like when the owner owns a small cost. In the embodiment, the infrared LED lamp 118 is used for photographing, but an ordinary illumination means such as an LED may be used. In addition, it is possible to take a picture without using an illumination lamp in a bright place. In addition, when it is absent for a long period of time, it is also effective to use an illumination unit that can clearly emit light such as a normal strobe from the outside.

<Modification of the first embodiment>

  FIG. 3 is a view of a security system as a modification of the first embodiment of the present invention viewed from the indoor. The same parts as those in FIG. 2 of the first embodiment are denoted by the same reference numerals, and description thereof will be omitted as appropriate. In the security system of this modification, a power transmission device 142 connected to an outlet (not shown) supplies power to the power reception device 141 attached to the door 112 side by electromagnetic coupling. The image recording unit 123A connected to the power receiving device 141 does not include a large-capacity memory as in the previous embodiment, and the captured image is taken from the antenna 143 attached to the image recording unit 123A. The signals are received by a receiving device 144 hidden in a predetermined place indoors, and are sequentially stored in a relatively large capacity memory.

Therefore, even if an intruder who notices the imaging apparatus breaks all or part of the door 112 and damages or removes the image recording unit 123A, the image of the person can be safely evacuated. it can. If the receiving side has a relatively large memory, a sufficient amount of moving images and high-resolution images can be stored by communication.

  Note that the image recording unit 123A itself can directly distribute data such as an image to a wireless terminal such as a cellular phone, and when a predetermined mode is set in the receiving device 144, the image recording unit 123A relays the cellular phone or the like. Data such as images may be distributed to the wireless terminals. Thereby, whenever someone visits the home where he / she is away, this can be grasped by a mobile phone or the like. Therefore, if a microphone and a speaker are arranged on the image recording unit 123A side, it is possible to have a necessary conversation with the person.

<Second Embodiment of the Invention>

  FIG. 4 shows an outline of the configuration of the security system according to the second embodiment of the present invention. In this embodiment, the same parts as those in FIG. 1 are denoted by the same reference numerals, and description thereof will be omitted as appropriate.

In the present embodiment, for a person who is difficult to modify the door 112, a device for taking an image of a visitor is incorporated into an article in the vicinity thereof. In this example, the post box 161 is a device for that purpose, but it may be a newspaper holder, a doorbell or a door phone.

  FIG. 5 shows the structure of the post box of this example. The post box 161 has a post box 162 at the top and a post collection port 163 at the bottom. A key 164 is attached to the mail collection port 163 as necessary. Between the mail posting port 162 and the mail collection port 163 of the mail post 161, first to third holes 166 to 168 are formed. An infrared LED lamp 118 is attached to the first hole 166. A light receiving element 169 is disposed inside the second hole 167. Although not shown, a lens and an image sensor are incorporated in the third hole 168. These are connected to the image processing unit 171 inside the post box 161. The image processing unit 171 is supplied with power from the battery 172 inside the post box 161, but can also be supplied with power from a commercial power source if possible. A transmission antenna 173 is attached to the image processing unit 171.

  In such a security system according to the second embodiment, the infrared LED lamp 118 is constantly or intermittently turned on, and the light receiving element 169 detects the light receiving level so that an object appears in front of the post box 161. Is detected. When there is a visitor 117, the light receiving element 169 detects this, and the image processing unit 171 drives the image pickup element described above to display one image in front of the post box 161 at predetermined time intervals. Capture multiple images. Then, the images are transmitted from the transmission antenna 173 one by one.

  The transmitted image is received by the receiving device 144 in the house 111 as described in FIG. 3 as a modification of the first embodiment, and is sequentially stored in a relatively large-capacity memory. It has become. At this time, the date of reception is also recorded. Therefore, even if the visitor 117 is like a malicious person, even if he notices something wrong and destroys the mail post 161 or takes it away, the image of the visitor 117 is recorded. So you can deal with this quickly.

<Third Embodiment of the Invention>

  FIG. 6 shows an outline of the configuration of the security system according to the third embodiment of the present invention. This third embodiment deals with a safe system for safes. The safe 181 has first and second holes 183 and 184 formed in the door 182 or the periphery thereof. A transmission antenna 185 is attached to the back of the safe 181. The transmitting antenna 185 may incorporate the outer panel of the safe as a non-metallic part in a part of the panel. Thereby, the act of destroying the transmitting antenna 185 in advance can be prevented.

  In this embodiment, light emitting means such as an infrared LED lamp is disposed in one of the first and second holes 183 and 184, and an optical system and an image sensor are disposed in the other hole. Further, an image processing unit 186 similar to that described in the second embodiment is built in the safe 181. In the case of the image processing unit 186 of the present embodiment, a power supply outlet 187 is provided, but since the rechargeable battery 188 is provided inside the safe 181, a power failure or the outlet 187 has been pulled out. Even in this case, power is supplied to the image processing unit 185 for a predetermined time.

  Also in the case of the security system of the present embodiment, the receiving device 144 (see FIG. 3) arranged at a predetermined safe place (may be a plurality of places) receives image data. . The difference from the previous embodiment is that the image processing unit 186 shoots image data, for example, at intervals of 1 minute without detecting the subject. As a result, about 1500 images are taken in one day and sent sequentially from the transmitting antenna 185 to the receiving device 144. Even if the resolution is increased, the capacity of the storage medium for storing these images is very small. Is enough. Therefore, the image can be sufficiently managed by the simple receiving device 144. Of course, if image data is captured using a computer, a more advanced security system linked to the image processing result can be constructed.

<First Modification of Third Embodiment of the Invention>

  FIG. 7 shows a security system for crime prevention of public toilets as a first modification of the third embodiment. Illumination devices 204 and 205 such as fluorescent lamps are lit on the male and female entrances 202 and 203 of the public toilet 201, and photographing holes 206 to 209 are opened at a plurality of locations of the entrances 202 and 203. Yes. Inside these holes 206 to 209, a lens and an image sensor as described above are arranged. In addition, a transmission antenna 211 is disposed at a predetermined position such as the rooftop of the public toilet 201, and the radio waves are sequentially received by the radio base station of the mobile phone. Image data of the public toilets 201 arranged in various places is sequentially stored in a storage device provided on the manager side of the public toilet 201 such as a public office.

  Of course, a storage device having a relatively large memory capacity is arranged on the public toilet 201 side, and image data is sequentially stored in the storage device, or these image data are publicly transmitted via a wireless base station every 30 minutes or every hour. It is also possible to transmit to the manager of the toilet 201 collectively.

<Second Modification of Third Embodiment of the Invention>

  FIG. 8 shows a security system for crime prevention of an elevator as a second modification of the third embodiment. By taking holes 232 and 233 for photographing at the entrance of the elevator 231 or in the vicinity thereof, and by arranging a lens and an image pickup device or the like inside the opening, it is possible to photograph an unauthorized intruder and indirectly prevent unauthorized entry. can do. The image may be taken at a predetermined interval with respect to the time until the door opens and closes when the elevating button 234 is pressed and the door is opened and closed. If an image sensor or the like is placed on the wall facing the entrance of the elevator 231, it is possible to identify the fact that what person got in from what floor and got off at which floor when there was an incident. The possibility of being able to be increased.

<Fourth Embodiment of the Invention>

  FIG. 9 shows a main part of a security system using a door knob. The difference from the security system of the first embodiment is that the present invention is applied to the door knob 253 in which the knobs 251 and 252 are interlocked on the outside and inside of the door 112. The door knob 253 is configured to attach a metal plate (pedestal) called pressing plates 255 and 256 to a portion that comes into contact with the door 112. Therefore, a relatively large hole that can be hidden by the pressing plates 255 and 256 is formed in the door 112, and the image capturing processing unit 257 attached to the back of the pressing plate 255 corresponding to the outside of the door 112 is provided inside the door 112. Try to place it in space. The image photographing processing unit 257 is arranged using a space where the key lock mechanism 260 does not exist.

  First and second holes 258 and 259 are formed in the holding plate 255 to which the image photographing processing unit 257 is attached. Light emitting means such as an infrared LED lamp is incorporated in the first hole 258, and a lens and an image sensor (not shown) are incorporated in the image photographing processing unit 257 behind the second hole 259. An image data output terminal 261 is embedded in the other pressing plate 256. Instead of such a terminal, an image data transmission antenna may be attached in the image photographing processing unit 257. Since the image photographing processing unit 257 that uses the image data output terminal 261 for outputting image data needs to store image data to some extent, a relatively large-capacity nonvolatile memory is disposed therein. This is the same as in the first embodiment.

  The power source of the image capturing processing unit 257 can be obtained from the power receiving device 262 that receives energy from an external power source by electromagnetic induction as in the above-described embodiment. Of course, when power is supplied to the door 112 for some purpose, it can be used.

  The greatest feature of the security system of this embodiment is that it uses a doorknob of a type often used in ordinary houses or condominiums, so that it can only be realized easily when using a new doorknob. Instead, the security system can be introduced simply by purchasing the door knob 253 of the present embodiment and replacing it with the door knob that has been used so far. In particular, in a type that transmits image data wirelessly, an image of a visitor can be transmitted to a communication terminal such as a mobile phone. In addition, if a microphone and a speaker are arranged as described above, a necessary conversation with the person can be performed.

  Moreover, a normal door made of metal such as iron is difficult to process for crime prevention itself, and often results in a loss of aesthetics. In the security system of this embodiment, the door knob 253 is used. Because there is no exchange, there is no risk of damaging the beauty.

<Modification of Fourth Embodiment of the Invention>

  FIG. 10 shows an outline of a security system in which the present embodiment is applied to an automobile. The exterior of the automobile 281 is also made of metal, and if it is specially processed for crime prevention, there is a risk of deteriorating the beauty. However, when opening the doors 282, 283, the holes necessary for opening the door handles 284, 285 themselves or holes as already described in the accessory devices 286, 287 of the door handles 284, 285 are opened. If a person who opens the doors 282 and 283 is photographed, the security system can be introduced by replacing the door handles 284 and 285 or their accessory devices 286 and 287.

  Also in this modified example, images near the door handles 284, 285 are taken one by one when approaching the automobile 281 or when contacting the door handles 284, 285, etc., or at predetermined time intervals. Therefore, the theft of the automobile 281 becomes practically difficult. It is free to store the image data in the automobile 281 or to transmit the image data to a predetermined location using radio as described in FIG. 7, but assuming that the automobile 281 itself is stolen, the radio is used. It is more effective to transmit the image to a mobile phone or a predetermined management server.

  In this modified example, the image pickup device or the like is arranged inside the door handle 284 or 285 or the accessory devices 286 and 287. However, the image pickup device or the like is arranged inside another component such as a rearview mirror. If possible, the present invention can be similarly applied. In addition, when the key itself is not attached to the door handles 284, 285 itself, an image sensor or the like can be arranged integrally with the key.

<Fifth Embodiment of the Invention>

  FIG. 11 shows an outline of a security system according to the fifth embodiment of the present invention. This system is a parking lot for parking various types of transportation such as bicycle 301, automobile 302, motorcycle 303, etc. (Of course, only one kind of transportation such as automobile 302 or bicycle 301 may be parked or parked. Possible)). In this example, the bicycle 301, the automobile 302, and the bike 303 detect the approach and contact of a person to the door handle, the predetermined position or handle of the body, the external speedometer, etc. described in the modification of the previous embodiment. Detecting means and an imaging device. The parking lot 304 is provided with a receiving device 305 commonly used in these transportation facilities. When various transportation means such as a bicycle 301, a car 302, and a motorcycle 303 that are parked or parked detect the approach or contact of a person, the image data taken together with their own ID is transmitted to the receiving device 305. The receiving device 305 is provided with a relatively large-capacity memory, and stores received image data classified by ID.

  Therefore, when a theft or mischief occurs, the manager of the parking lot 304 is notified and the image is read, so that the date and time of the accident and the image of a person who may be involved in the accident can be obtained. Of course, it is also possible to make a contract for relaying necessary images to the owner's communication terminal via the receiving device 305.

A similar system can be applied to a place where a ship such as a boat or an apartment house is managed. It is also possible to perform batch management with a web server using the Internet.

<Sixth Embodiment of the Invention>

  FIG. 12 shows an outline of a security system according to the sixth embodiment of the present invention. Here, the system applied in the exhibition hall of painting is shown. In front of each of the paintings 321 and 322, an imaging transmission unit 324 that detects the approach of the viewer 323 and captures and transmits the image is attached. The imaging transmission unit 324 may be directly embedded in the wall. The image data transmitted by each imaging transmission unit 324 is received by the receiving device 325 in the hall, and is cyclically written in the relatively large capacity memory, and the old image is overwritten when the capacity is exceeded. Yes. When there are many visitors, it may be set to a mode in which image data is read and transmitted at predetermined time intervals such as every 30 seconds. Further, when an abnormal behavior (image movement) is detected by an administrator or a device that takes difference data of an image, the image may be switched to a high resolution or to a moving image mode.

  As described above, the application of the present invention is not limited to a door or a door, but can be applied to a predetermined space or a passage as an entire movable property or a part of real estate. The effectiveness of the system can be improved by sequentially storing the captured images and overwriting old image data when the memory capacity is small. Moreover, when a malicious person notices photographing, the image is already stored in a safe place or transmitted to a remote place, so that there is an effect of dissipating without achieving the intended purpose.

<Seventh Embodiment of the Invention>

  FIG. 13 shows an outline of a security system according to the seventh embodiment of the present invention. In this figure, the same parts as those in FIG. 1 are denoted by the same reference numerals, and description thereof will be omitted as appropriate. In the present embodiment, an electronic lock device 401 is attached to the door 112, and a security device 402 is attached to the upper portion thereof. A door knob 403 and a key groove 404 are attached to the electronic lock device 401. The electronic lock device 401 can be unlocked by a key (not shown) inserted into the key groove 404 and can also be unlocked by an instruction from the security device 402.

  As will be described later, the security device 402 according to the present embodiment has a function as a wireless terminal having a unique address, and can make a call to the nearest base station 411. However, calls cannot be made from other wireless terminals or terminals such as fixed telephones via the base station 411. In other words, the security device 402 can make a call and exchange data only with a terminal that is connected by calling itself. This is to prevent the security device 402 from giving an unlocking instruction to the electronic lock device 401 by an instruction from a malicious third party.

  The base station 411 is connected to another base station 413 (only one is shown in the figure as a representative) and the security management company 414 via the communication network 412. Although the figure shows a form in which the security management company 414 is connected to the communication network by wire, it may be connected wirelessly or via another communication network such as the Internet network. . Here, it is assumed that the mobile phone terminal 415 is a terminal of the owner of the security device 402.

  FIG. 14 shows a cross-sectional structure of a main part of the door according to the present embodiment. The security device 402 incorporated in the door 112 includes an optical lens 123 composed of a single lens or a plurality of lenses as in the embodiment shown in FIG. 2, and a CCD 124 as a two-dimensional image sensor. A speaker unit 421 is disposed above the optical lens 123, and a microphone unit 422 and an infrared LED lamp 118 are disposed below the optical lens 123. A control unit 423 is disposed in the space behind the speaker unit 421, the microphone unit 422, and the infrared LED lamp 118. The control unit 423 performs not only image processing but also communication control, voice input / output, and control of the electronic lock device 401. A wireless antenna 425 is attached behind the security device 402, and a control signal line 426 is attached to the electronic lock device 401. The power supply of the security device 402 may be acquired as in the modification of the first embodiment shown in FIG. 3 or may be acquired from the electronic lock device 401 using a power supply line (not shown). Good. Note that the wireless antenna 425 may be disposed inside the door 112 as shown in FIG. 14, or the wireless signal line may be extended to another place so that the wireless antenna 425 is placed in a place where radio waves are transmitted and received. May be.

  FIG. 15 shows a state of unlocking control of the electronic lock device in the present embodiment. In the present embodiment, for example, when a young child comes home, a parent or the like can confirm this and open a key for entering the house. This embodiment is also effective when you enter a store after checking the store's employees, or when you suddenly go out when a visitor is scheduled to come, and you pass the visitor inside the house or office for the time being . In this embodiment, these persons are collectively referred to as visitors 117 as in the other embodiments.

  When the security device 402 shown in FIG. 13 or FIG. 14 or another known device detects the visitor 117 that appears in the vicinity of the door 112 (step S451: Y), after shooting, A voice such as “I received it” flows from the speaker unit 421 (step S452), and a process of evicting a malicious visitor is performed. Thereafter, it is detected again whether or not the visitor 117 is in front of the door 112 (step S453), and if it disappears (Y), the process is terminated (end).

If the visitor 117 is still detected even in this state (step S453: N), the control unit 423 shown in FIG. 14 calls the mobile phone terminal 415 such as a mobile phone such as the owner of the house designated in advance. (Step S454). After that, if a call with the mobile phone terminal 415 as the designated terminal becomes possible within the time t ₁ (steps S455: N, S456: Y), a point in time when a signal for instructing unlocking arrives from the mobile phone terminal 415 (Step S457: Y), the control unit 423 sends an unlocking instruction signal to the electronic lock device 401 via the control signal line 426, and performs an unlocking process (Step S458). In this case, the electronic lock device 401 automatically locks again after a predetermined time. In order for the mobile phone terminal 415 to instruct unlocking, it may be conditional on inputting a predetermined password. When the communication ends without receiving the unlocking instruction signal (step S459: Y), a series of processing ends (end).

  Note that the owner of the mobile phone terminal 415 has received the image of the CCD 124 before transmitting the unlocking instruction signal, and has a conversation with the visitor 117 through the speaker unit 421 and the microphone unit 422 to perform unlocking. You can be sure that you are in need. In addition, a person who does not need to perform unlocking, such as a mere salesman, can perform necessary processing by calling.

On the other hand, when the child comes home and has the key unlocked, there may be a case where the owner of the mobile phone terminal 415 happens to be in an area where a call cannot be made. Therefore, in this embodiment, when communication with the owner of the mobile phone terminal 415 is not possible (including when the incoming call cannot be made) even after the time t ₁ has elapsed in step S455, whether the owner has set the transfer mode. Whether or not is confirmed (step S460). When the transfer mode is not set (N), a series of processing ends (end). When the transfer mode is set (Y), the call destination is sent to the security management company 414 shown in FIG. Be changed. In addition, before the transfer to the security management company 414, the transfer may be performed to another person such as a father's mobile phone instead of the mother.

  When the security management company 414 receives an incoming call (step S461), a specialized staff makes a call with the visitor 117 as well as the owner of the previous mobile phone terminal 415, confirms an image, and designates a pre-designated child. For those who are sure, an unlock signal is sent on behalf. When the unlocking signal arrives (step S462: Y), the security device 402 proceeds to the unlocking process as described above (step S458), and when the communication is completed (step S463: Y), terminates all the processes. It will be (end).

  When the security management company 414 performs unlocking processing or talks with a visitor, the security management company 414 notifies the owner of the mobile phone terminal 415 by telephone or sends an e-mail of the contents. Is also effective.

As described above, in the present embodiment, only when an unlocking signal is received during the communication that the security device 402 has called, the security device 402 instructs the electronic lock device 401 to unlock. Therefore, unlike the case where unlocking is performed by sending a signal instructing unlocking from another location, the security is extremely high. Moreover, since the visitor 117 is photographed, the security against malicious visitors is also high in this respect.

FIG. 16 shows the flow of processing as a countermeasure when a malicious visitor interferes with shooting. This process is not limited to this embodiment, and can be similarly executed by devising hardware in each of the previous embodiments. CCD124 shown in FIG. 14 is taken in front of the door 112 for each time t ₂ (step S471, S472). Then, every time shooting is performed, the brightness of an image obtained from a plurality of specific pixels or the brightness of the entire image is compared with the previous one or the previous multiple times (step S473). ). As a result of the comparison, if the difference in brightness is within a predetermined allowable value (step S474: Y), the process returns to step S471 assuming that no abnormality has occurred.

  By the way, it is conceivable that a malicious person dislikes taking a picture of himself / herself, and sticking something like a gum tape to the optical lens 123 shown in FIG. In such a case, the brightness of the image reaching the CCD 124 is drastically reduced. Also, depending on the person, a light emitting device such as a flashlight may be arranged in front of the CCD 124 to attempt a crime while maintaining the brightness. Further, the optical lens 123 may be destroyed. In such a case, the brightness of the image obtained by the CCD 124 changes anyway.

  When the brightness difference thus exceeds a predetermined allowable value (step S474: N), the control unit 423 controls the speaker unit 421 to output an alarm sound for a predetermined time, for example, 10 seconds ( Step S475). Thereafter, the image is taken again by the CCD 124 (step S476), and it is checked whether or not the brightness of the image is within the reference value range (step S477). The range of the reference value here may be the range of step S474, or may be within a range of values set in advance to prevent malfunction due to the process of step S474. If it is within the range of the reference value (Y), it is determined that the obstruction of photographing due to malicious intent is eliminated, and the process returns to step S471. However, depending on the device, the captured image may be analyzed, and if it is different from the image obtained in front of the door 112, it may be outside the “reference value range”.

  If it is determined in step S477 that the value is out of the reference value range (N), the security device 402 calls the mobile phone terminal 415 as the designated terminal (step S478). As a result, the mobile phone terminal 415 side can confirm the situation by making a voice call or the like, and can take measures such as notifying the police if necessary. When the mobile phone terminal 415 side cannot make a call, it is transferred to the security management company 414, or a call can be made with this as a destination.

<Eighth Embodiment of the Invention>

  FIG. 17 shows an outline of a security system according to the eighth embodiment of the present invention. This security system includes a wide-angle imaging device 402 disposed above the driver's seat of the automobile 401, a temperature detector 403, a microphone 404, a speaker 405, an emergency button 406, and a wireless transceiver disposed above the rear seat. And a control device 407. Among these, the temperature detector 403, the microphone 404, the speaker 405, the emergency button 406, and the control device 407 with a wireless transceiver may be housed in one housing. Of course, the entire device including the imaging device 402 can be stored in one relatively small housing. In this case, it may be assumed that a CCD imaging device and a temperature detector are incorporated in the mobile phone.

  FIG. 18 shows an outline of control of the control device with a radio transceiver. The control device with wireless transmitter / receiver 407 operates as a receiving terminal of a predetermined communication terminal such as one or a plurality of mobile phones, and in a specific case, a predetermined number of communication terminals such as one or a plurality of mobile phones is predetermined. Calls can be made with a priority of.

When a communication terminal such as one or a plurality of mobile phones makes a call and transmits a monitor-on signal by a predetermined operation (step S421: Y), a wireless transceiver with a built-in CPU (central processing unit) is attached. The control device 407 shifts to the image / audio communication mode (step S422), captures a still image or a moving image by the imaging device 402 and transmits the still image or moving image to the communication terminal, and sets the microphone 404 and the speaker 405 to the operating state, Is set to the transmission state, and the sound based on the sound signal transmitted from the communication terminal in communication is output from the speaker 405. Therefore, the communication terminal can make a call with a person in the vehicle. The cancellation of the image / sound communication mode is performed when the communication terminal transmits a monitor-off signal and this is received by the control unit 407 with a wireless transceiver (step S423).

  On the other hand, when the temperature inside the vehicle becomes an abnormal state higher than a preset temperature (step S424: Y) or when the emergency button 406 is pressed (step S425: Y), the control device 407 with a radio transceiver is used. Makes a call to the communication terminal (step S426). When there are a plurality of such communication terminals, the call is made to the highest priority, and when this does not answer, the call is switched to the communication terminal of the next priority. When there are three or more predetermined communication terminals, the communication terminal is sequentially switched to a lower communication terminal each time a connection is not made. The communication terminal may include a security management company as shown in FIG. 13 of the previous embodiment.

  When communication with the communication terminal of the other party becomes possible, the process proceeds to step 422, the image is transmitted, and the voice communication is possible. The image / sound communication mode is canceled when the communication terminal in communication transmits a monitor-off signal, but the communication is forcibly terminated when a person in the vehicle presses a reset button (not shown).

  According to the security system of the eighth embodiment, when a temperature rises abnormally, for example, when a child is left in the car or accidentally left behind, the communication terminal such as the parent is automatically called, The state of is transmitted. Further, when some abnormality occurs in the vehicle, the emergency button 406 can be pressed to notify a person outside the vehicle. For example, if a burglar is pushed into the car, turning off his / her mobile phone and pressing the emergency button 406 can cause the parent or the like having a lower priority than his / her mobile phone to grasp the situation inside the car. Yes, you can ask for help. Also, for illegal intrusion in the automobile described in the previous embodiment, not only photographing outside the door but also starting photographing inside the car according to this embodiment contributes to identification of the person be able to. In this sense, it is particularly desirable that the imaging device 402 is incorporated from the beginning in an inconspicuous position in the vehicle. Examples of such a place include an air conditioner air outlet and a speaker hole.

  In the seventh embodiment and the like, communication such as abnormality is performed wirelessly, but it is also possible to perform such communication by wire like a fixed telephone. In each embodiment, one set of lens and CCD is arranged, but a plurality of sets of these may be arranged. In this case, even if a situation occurs in which one of them cannot be shot due to another person's malicious intention or a malfunction of the apparatus, shooting can be performed. In particular, with the configuration as in the seventh embodiment, when an abnormality is detected in one imaging system, images are taken with the remaining imaging systems, and a predetermined destination is contacted as necessary. it can. Therefore, for example, it may be possible to quickly cope with the occurrence of a situation such as theft of a car or the invasion of a house, and it may be possible to obtain powerful evidence.

<Ninth Embodiment of the Invention>

  FIG. 19 shows an outline of a security system according to the ninth embodiment of the present invention. In the security system of the present embodiment, an assembly 503 of a plurality of holes for sound output of the speaker is arranged immediately above the key insertion opening 502 on the board 501 in front of the driver's seat of the automobile. Among these, inside the relatively large hole 504, an imaging device 505 made up of a combination of the optical lens 123 of the door 112 and the CCD 124 described in the seventh embodiment, for example, is arranged. In addition, an audio output speaker 506 is disposed on the side of or behind the imaging device 505 inside the board 501. Furthermore, a microphone 507 and an engine start detection circuit 508 for collecting sound are arranged behind the key insertion port 502. The engine start detection circuit 508 may be such that a key rotation position is detected by a mechanical sensor such as a micro switch (not shown), or the vehicle control circuit has determined that the engine has actually started. The signal may be used as it is.

  The imaging device 505, the speaker 506, the microphone 507, and the engine start detection circuit 508 are connected to an in-device communication terminal 511 that is also arranged inside the board 501. The in-device communication terminal 511 has substantially the same configuration as the main body portion of the camera-equipped mobile phone with the camera removed, and is supplied with power from a power supply device (not shown) in the vehicle. This in-device communication terminal 511 has a different telephone number from the mobile phone 512 of the owner of the car on which it is installed, and is preset in advance via the nearest wireless base station 513 and its communication network 514 alone. You can send data to the other party.

  The mobile phone 512 is a completely normal mobile phone, but has a paired relationship with the in-device communication terminal 511. The pair relationship is set in the other device from the mobile phone 512 side or the in-device communication terminal 511, and the setting contents are stored in a ROM (read only memory) (not shown) of both phones (communication terminals). Is done. In this embodiment, the mobile phone 512 having a paired relationship with the in-device communication terminal 511 is called a specific mobile phone 512.

  FIG. 20 shows how the in-device communication terminal is controlled when the vehicle owner or a third party inserts a key to drive the vehicle in the present embodiment. When the engine start detection circuit 508 detects the start of the engine (step S531: Y), the CPU (not shown) of the in-device communication terminal 511 drives the image pickup device 505 to record an image of the person who operated the key at the driver's seat. (Step S532). This image may be a relatively short moving image or a plurality of still images. A plurality of imaging devices 505 can be incorporated in a plurality of hole assemblies 503 by changing the direction, and in this case, images in various directions can be taken. Therefore, there is a high possibility that an image specifying the person who inserted the key can be stored in some of them. In this sense, an imaging device is further arranged at a position overlooking the driver's seat and relatively far from the key insertion port 502, or originally one or a plurality of imaging devices are arranged at a desired position in the vehicle from a unique viewpoint. It is also effective to keep it.

  When the image is captured and recorded in this manner, the CPU determines whether or not the owner's mobile phone exists in or near the car. For this determination, the in-device communication terminal 511 makes a call to the specific mobile phone 512. When the specific mobile phone 512 is present in the reception area of the same radio base station 513, it is determined that it exists nearby (Y), and the call is terminated at that point (return). Therefore, depending on the specific mobile phone 512, a ring tone sounds.

  If the in-device communication terminal 511 determines that the specific mobile phone 512 does not exist in the same reception area (step S533: N), the previously captured image is transmitted to the specific mobile phone 512 together with the current position information ( Step S534). At this time, information about the shooting date is also sent. However, if the specific mobile phone 512 is not provided with position detection means such as GPS (Global Positioning System), only the captured image and the shooting date and time are transmitted.

  Therefore, when one of the persons uses the key to start the automobile engine without permission, the image and other data are sent to the specific mobile phone 512. The owner of the car can easily discriminate whether or not this is a ride of a person having a legitimate authority such as a family from the sent image. In some cases, this person can be confirmed by talking with the speaker 506 and the microphone 507.

  As a result, when there is no problem in starting the automobile, the owner of the specific mobile phone 512 depresses a predetermined key switch and sends a predetermined end notification to the in-device communication terminal 511. When receiving the end notification (step S535: Y), the in-device communication terminal 511 ends the series of transmission processing (return). If such an end notification is not received, the in-device communication terminal 511 records an image of the driver's seat in the same manner (step S536: Y) whenever the time t elapses (step S537), and returns to step S534. Is repeatedly transmitted to the specific mobile phone 512. Therefore, when a third party starts the car without permission, the image can be transmitted to the specific mobile phone 512 while the third party is driving. Depending on the device, the image of the driver's seat may be sequentially transmitted while the communication state is continued.

  In this embodiment, the imaging device 505, the speaker 506, and the microphone 507 are arranged, but even if some or all of them are omitted, the vehicle owned by the person is started without permission to the specific mobile phone 512. Can be notified quickly. In the embodiment, the in-device communication terminal 511 makes a normal call to the specific mobile phone 512. However, when an extension call can be made in the same service area, the extension call is attempted and the call is established. It may be determined that the specific mobile phone 512 exists nearby.

<Modification of Ninth Embodiment of the Invention>

  FIG. 21 shows a main part of a security system for a specific mobile phone as a modification of the security system according to the ninth embodiment of the present invention. The specific mobile phone 512A of this modification is set with a detachable short-distance communication card 551. When there is a response request from a terminal with a predetermined ID, the short-range communication card 551 outputs a response radio wave together with its own ID for a certain period of time. Of course, a circuit having the same function as the short-distance communication card 551 may be integrated in advance in the specific mobile phone 512A.

  On the other hand, the in-device communication terminal 511A set on the vehicle side has a predetermined time when the operation key is inserted into the key insertion port 502 shown in FIG. A self ID and a response request are transmitted. These radio waves transmitted by the in-device communication terminal 511A and the specific mobile phone 512A have a weak intensity that does not reach far.

  FIG. 22 shows the flow of processing on the in-device communication terminal side in this modification. When the engine start detection circuit 508 described in the ninth embodiment detects the start of the engine by operating the key (step S571: Y), the CPU (not shown) in the in-device communication terminal 511A detects its own ID and response request. A signal is transmitted (step S572). These signals are not strong radio waves transmitted to the radio base station 513. When the specific mobile phone 512A exists in the vehicle or in the vicinity of the vehicle, these radio waves are received. Therefore, as described above, the specific mobile phone 512A checks its ID and outputs a response signal with its own ID if it is for the in-device communication terminal 511A having a corresponding relationship. This response signal is also not a strong radio wave transmitted to the radio base station 513.

  Upon receiving the response signal (step S573: Y), intra-device communication terminal 511A determines whether the ID included therein is an ID registered in advance as having a pair relationship with intra-device communication terminal 511A. A check is made (step S574), and if it is a registered ID, a series of processing is terminated (END).

  On the other hand, no response signal is sent back in step S573 (N), or even if the response signal itself is received by the in-device communication terminal 511, the ID does not match the registered content. In this case (step S574: N), there is a possibility that a third party has operated the key. Therefore, in this case, the in-device communication terminal 511 makes a call to the specific mobile phone 512A (step S575). In this case, of course, the image may be transmitted if shooting is performed.

  As described above, in this modification, when an automobile engine is started, if there is an owner's mobile phone nearby, transmission to the owner via the radio base station 513 is refrained. For this reason, every time the owner of the car operates the key to start the engine, the communication cost is not forced. Further, in the modification, the in-device communication terminal 511A uses a unique radio wave to determine whether or not the specific mobile phone 512A is present. Therefore, by adjusting the strength and sensitivity of the radio wave, the in-device communication terminal 511A is specified. The perceivable distance between the mobile phone 512A can be freely adjusted to some extent. Therefore, in the embodiment, there is a possibility that the car may be stolen when visiting a convenience store. However, in this modification, the specific mobile phone 512A is out of the range that can be detected when the specific mobile phone 512A is taken out of the vehicle. It can be.

<Tenth Embodiment of the Invention>

  FIG. 23 shows a main part of the security system according to the tenth embodiment of the present invention. In this embodiment, as in FIG. 1 of the previous embodiment, not only the imaging hole 115 is arranged above the door knob 113 in the door 112, but also a plate showing the room number and the occupant in the apartment house. Another imaging hole 592 is provided on the back side of the transparent portion or translucent portion 591. Accordingly, even when the visitor is tall or the door knob 113 is at a relatively low position, the probability of accurately capturing the person's image is increased.

  In order to accurately capture the visitor's face or figure as an image in this way, use a relatively wide-angle lens for the imaging device, or capture visitors from multiple locations, not just the door or its vicinity. In the case where an image is captured only from one place, a method of rotating the optical mechanism so that the lens faces a plurality of places is effective. It is also possible to guide an image obtained at a plurality of locations using an optical fiber to one CCD, form an image on each shared area, and record it as a divided image.

  On the other hand, in the case of the automobile door shown in FIG. 10, an imaging device is arranged corresponding to a plurality of door handles 284, 285, etc., and remains when some change occurs in one. If the image pickup apparatuses also take images all at once, if the image shooting ranges overlap to some extent, the shooting target can be more reliably included in the image.

  Although the ninth embodiment has been described by taking an automobile as an example, it is a transportation facility such as a ship, a cable car, an airplane, etc., and other power sources for controlling the on / off of the power source are controlled by a key. The present invention can be similarly applied to transportation. In the embodiment, the case where the engine is started using the key has been described. However, when the engine is started by opening the hood and changing the wiring, a specific communication terminal exists in the surroundings when starting the engine. By determining whether or not to do so, it is possible to quickly resolve transportation theft by a malicious third party.

111 House 112, 282, 283 Door 113, 253 Door knob 114 Keyhole 118 Infrared LED (light emitting diode) lamp 122 Image unit 124 CCD
126 Memory 127 Switch 128, 261 Image data output terminal 129 Liquid crystal display 144, 305, 325 Receiver 161 Mailbox 166-168, 183, 184, 206-209, 232, 233, 258, 259, 504 Hole 171, 186 Image Processing unit 173, 185 Transmitting antenna 181 Safe 182 Door 201 Public toilet 231 Elevator 251, 252 Knob 257 Image processing unit 281, 302 Car 284, 285 Door handle 286, 287 Attached device 301 Bicycle 303 Bike 304 Parking 321, 322 Painting 324 Imaging transmission unit 401 Electronic lock device 402 Security device 411, 413 Base station 414 Security management company 415 Mobile phone terminal 421 Speaker unit 4 22 Microphone unit 423 Control unit 425 Wireless antenna 501 Board 502 Key insertion port 503 Hole assembly 505 Imaging device 506 Speaker 507 Microphone 508 Engine start detection circuit 511, 511A In-device communication terminal 512, 512A Mobile phone 551 Near field communication card 592 Imaging hole

Claims (4)

The transportation body as transportation that moves by driving,
Power source start detecting means for detecting when a power source for traveling of the transportation body is started,
The separately provided in the transport body to the pre-specified specific communication terminal as communication terminal owner possession transportation, the transportation body when the power source start detecting means detects the starting of the power source Distance discrimination information for discriminating the distance between the transport body and the specific communication terminal at the time of detecting the start of the power source whether or not the specific communication terminal exists in the vicinity thereof or the A specific communication terminal presence / absence determination unit that determines using both specific information uniquely assigned to a specific communication terminal, and the specific communication terminal presence / absence determination unit when the specific communication terminal does not exist in or near the transportation body. exchange with a notifying unit for a power source for traveling of the transport body relative to the specific communication terminal when it is determined that has been started via the radio base station notifies a wireless Security system characterized by comprising the engine in communication means <br/>. The transportation body as transportation that moves by driving,
A key insertion slot for inserting a key disposed in the transportation main body and operating a power source for traveling of the transportation main body;
Power source start detecting means for detecting when a key is inserted into the key insertion slot and the power source is started;
The transport of the pre-specified specific communication terminal as communication terminal possessed to the key owner is separately provided on the transport body, the transportation when said power source start detecting means detects the starting of the power source Distance discrimination information for discriminating the distance between the main body of transportation and the specific communication terminal at the time of detection of the start of the power source, whether or not the specific communication terminal exists in or near the main body; The specific communication terminal presence / absence determining unit that determines using both of the specific information uniquely assigned to the specific communication terminal, and the specific communication terminal presence / absence determining unit does not exist in or near the transportation body. via a wireless base station that the power source for travel of the transport body is started for that specific communication terminal when it is determined that a notification unit that notifies a wireless Security system characterized by comprising a transport within the communication means <br/>. An image pickup means for picking up an image of the driver's seat in the transportation body or the vicinity thereof is provided, and the notification unit attaches the captured image and a power source for running the transportation body is started on the specific communication terminal. 3. The security system according to claim 1, wherein the information is transmitted wirelessly . Based on the notification from the notification unit , when the signal indicating that the transportation body is stopped or the door is locked is transmitted from the specific communication terminal, the transportation body is stopped or the door is locked accordingly. The security system according to claim 1 or 2, wherein the transportation facility side control means is provided in the transportation facility .

Images