JP3129134U - Anti-theft bag device - Google Patents

Abstract

The present invention provides a bag that intimidates a person who has stolen and gives up the theft after the stolen bag has moved away from the stolen location.
An RF receiver, a power supply battery, a speaker, a high voltage generating means, a voice alarm reporting means, a light generating means, a metal wire discharging means, a GPS mobile phone, an RF, A decoding circuit for generating a power supply signal for a power supply battery and generating an operation signal and an operation stop signal for each of the means according to a signal code from a receiver, particularly a metal wire discharging means The metal wire having one end fixed inside the bag and the other end wound around the weight is discharged to the outside of the bag by the dropping action of the weight when the opening / closing means provided at the bottom of the bag is opened.
[Selection] Figure 1

Description

  The present invention relates to an anti-theft bag device that can recover a bag from a person who has stolen when a valuable item is stolen during transport.

As a conventional anti-theft bag, wireless control is used to generate high pressure on the bag's handle, etc., causing a momentary shock to the bag carrier, and letting the person who has stolen let go of the bag Something was known.
In addition, a device has been devised that generates a high pressure and at the same time generates an alarm sound for alerting the surrounding attention (for example, Patent Document 1).

JP 2003-51073 A

However, the conventional anti-theft bag as described above, which generates a high pressure, is difficult to obtain when the person who has stolen wears gloves that can be insulated.
In addition, in the case of the alarm sound that is found in the conventional anti-theft bag, the surroundings are alerted for a moment, but depending on the time and place, the effect may not function sufficiently. It is easier to obtain the effect of a notification message such as message transmission or theft of a stolen bag than an alarm sound. However, there is no anti-theft bag that can send messages to those that have been stolen.
In addition, there are few mechanical devices that make it difficult for a stolen person to escape with a bag.

  Because of the above-mentioned problems, the present invention is a message transmission means for intimidating the stolen person and giving up the theft of the bag before the stolen bag leaves a distance from the stolen place. An anti-theft bag device having threatening means by light, sound, high pressure generation, mobile phone means equipped with GPS (Global Positioning System) and wireless remote control means is provided.

  In order to achieve the above object, an antitheft bag device of the present invention includes an RF receiver, a power supply battery, a speaker, a high voltage generating means, a voice alarm reporting means, a light generating means, A power supply signal is generated for the power supply battery in response to a signal code from the metal wire discharging means, GPS-equipped mobile phone means, and the RF receiver, and an operation signal and an operation stop signal for each means. And a decoding circuit for generating

Here, the bag is not limited to a one-handed bag for business use, but includes a travel bag with a handbag, a portable storage case, and a carry for women.
The RF (Radio Frequency) receiver is a device that receives a radio wave that is sent from a remote victim to the anti-theft bag device of the present invention by radio. A power supply signal, an operation signal, and an operation stop signal are generated from the received radio wave by a decoding circuit described later. The power supply battery has a role of supplying power to an electronic circuit built in the bag and a role of supplying power to a high voltage generating means described later. The speaker amplifies a voice message and a warning sound from a voice warning report notifying unit, which will be described later, and a voice message from a GPS-equipped mobile phone.

  Next, the high voltage generation means uses a high voltage generation circuit, and increases the battery voltage to about 300,000 volts, for example, and adds it to both ends of the bag handle.

  Next, the voice alert reporting means is capable of recording and reproducing using, for example, a voice synthesis semiconductor.

  Next, the light generation means, for example, raises the voltage to 1500 volts using a high voltage generation circuit, and causes the xenon discharge tube to emit light. It is difficult for a person who has been stolen by light emission using a xenon discharge tube to escape with a bag.

  Next, the metal wire discharging means, specifically, the metal wire having one end fixed inside the bag and the other end wound around the weight is opened by the opening / closing means provided at the bottom of the bag, so that the weight falls. What is discharged | emitted by the effect | action outside a bag is suitable. Here, an iron wire etc. is carried as a metal wire. An iron chain having a certain weight may be used instead of the weight. The weight preferably has a shape that rolls after falling from the bag. For example, a shape like a sphere or a wheel is suitable.

More specifically, for example, an iron wire in which an iron wire is entangled with a weight is placed in a box at the bottom of the bag, and a solenoid is installed on a lid which is an opening / closing means attached to the bottom. In normal times, the solenoid supports the lid so that the weight is not discharged out of the bag. At the time of theft, that is, when the RF receiver receives a radio wave representing an operation signal, the solenoid is activated, the weight is dropped from the box by a natural load, and the iron wire is discharged outside the bag.
This makes it difficult for the person who has stolen to carry the bag, and in combination with the generation of other sounds and lights, gives up the escape while holding the bag. This metal wire discharging means is useful for prompt escape prevention.

  Next, the GPS-equipped mobile phone is installed inside the bag, and enables the conversation or message transmission between the person who carried the theft and the owner of the bag (the person who was stolen) at the time of theft. The reason why the GPS is installed is that it is possible to track the position of a bag that has been stolen without a special device such as a tracking device. The purpose of message transmission is that, depending on the content of the message, the person who has stolen can be able to induce extreme tension and alert the surroundings.

  The decoding circuit generates a power supply signal for the power supply battery and generates an operation signal and an operation stop signal for each means in accordance with a signal code from the RF receiver.

  Moreover, it is preferable that the antitheft bag device of the present invention further includes tear gas ejection means. It induces tears and a runny nose for those who have stolen to carry their bags, preventing rapid escape. It also has the effect of giving up escape due to instantaneous body paralysis.

  The anti-theft bag device of the present invention was stolen by using a wireless control device, an electronic circuit, and a mechanical device until the bag that had been stolen traveled away from the place where it was stolen. It is effective to intimidate the person and to have the person who has stolen give up the theft of the bag.

  Hereinafter, embodiments of the anti-theft bag device of the present invention will be described in detail with reference to the drawings.

FIG. 1 is a functional block diagram of the antitheft bag device of the present invention.
First, when the channel 1 (CH1) switch of the RF transmitter 12 is pressed, radio waves corresponding to the channel 1 switch are transmitted from the RF transmitter 12. When the radio wave corresponding to the channel 1 switch is received by the RF receiver 11, a signal is sent to the power supply signal output circuit 13 by the Cord divider, and the power supply device 16 supplies power to the electronic circuit built in the device. The

  Next, when the channel 2 (CH2) switch of the RF transmitter 12 is pressed, radio waves corresponding to the channel 2 switch are transmitted from the RF transmitter 12. When the radio wave corresponding to the channel 2 switch is received by the RF receiver 11, a signal is sent to the operation signal output circuit 13 by the Cord divider, and a message recorded in advance by the voice alarm device 17 is voiced through the speaker 23. Is output. In addition, a high voltage (about 300,000 volts) is supplied from the high voltage generator 18 to the bag handle or in addition to the bag periphery, so that a person who has been stolen can be shocked.

  Moreover, the iron wire discharge device 20 discharges an iron wire (Steel Wire) 24 entangled with a weight to the outside of the bag. In addition, the xenon discharge device 21 can generate a voltage of about 1500 volts in the xenon discharge tube 25 and blink intermittently to alert the surrounding attention. Further, the tear gas ejection device 19 is composed of a tear gas tank, a solenoid valve, and a nozzle, and ejects tear gas.

  Further, the owner of the bag can make a message and make a call to a person who has stolen by using a GPS-equipped mobile phone 26 connected to the mobile phone call device 22. Since the mobile phone is equipped with GPS, the location of the lost bag can be tracked through the location tracking of the mobile phone 26.

  When the channel 3 (CH3) switch of the RF transmitter 12 is pressed, radio waves corresponding to the channel 3 switch are transmitted from the RF transmitter 12. When the RF receiver 11 receives a radio wave corresponding to the channel 3 switch, the Cord divider sends a signal to the operation stop signal output circuit 15 to stop the operations of various devices.

Next, FIG. 2 is a schematic configuration diagram of the antitheft bag device of the present invention.
As shown in the schematic block diagram of the antitheft bag 1 in FIG. 2, an electronic circuit built-in BOX 2 is installed in the upper part of the bag. A power switch 4, a battery charging jack 3, a xenon discharge tube 25, and a tear gas ejection cylinder 28 are attached to the surface of the electronic circuit built-in BOX 2. The BOX 2 with built-in electronic circuit includes an RF receiver (not shown), a power supply signal output circuit, an operation signal output circuit, an operation stop signal output circuit, a power supply device, a sound alarm device, a high pressure generator, a tear gas ejection device, and xenon. A discharge device is provided.

Here, in the high voltage generator, it is possible to generate a high voltage of tens of thousands to hundreds of thousands of volts at the handle of the bag.
In addition, as shown in FIG. 2, a xenon discharge tube is installed next to the handle of the bag so that the warning light can be identified from four directions.
In addition, the GPS-equipped mobile phone installed in the bag is for transmitting a call with a person who has been stolen, that is, various messages.

  Next, FIG. 3 is a block diagram of the gas ejection means of the antitheft bag device of the present invention. As shown in FIG. 3, in the tear gas ejection device, when an operation signal is detected from the operation signal output circuit, the solenoid valve 40 is activated and the tear gas in the gas tank 41 is ejected from the gas ejection nozzle 42. Tear gas is ejected from the tear gas ejection cylinder 28 next to the handle of the bag shown in FIG.

Further, as shown in FIG. 2, an iron wire discharge BOX 5 is provided in the lower stage of the bag. Inside the iron wire discharge BOX5, iron wire is entangled with the weight, and the lid is installed at the lower end. When a signal is detected by the solenoid, the lid is opened and the iron wire entangled with the weight is unwound outside the bag. It is installed to come.
FIG. 4 is a functional explanatory diagram of the iron wire discharging means of the antitheft bag device of the present invention. FIG. 4A shows a state where the lid is closed, and FIG. 4B schematically shows a state where the lid is opened and the iron wire entangled with the weight is unwound out of the bag and comes out.
As shown in FIG. 4 (A), an iron wire 51 is wound around a weight 50 in the shape of a two-wheeled wheel about 1.5 m inside the iron wire discharge BOX 5, and one end thereof is an iron wire fixing portion 52 above the iron wire discharge BOX 5. It is fixed to. The iron wire discharge BOX 5 is attached to the bottom of the bag, and the open / close door 55 (lid) is attached to the bottom. The open / close door 55 (lid) can be freely opened and closed by a solenoid 53 via a hinge 54.
In normal times, the solenoid 53 supports the open / close door 55 so that the weight 51 is not discharged out of the bag. At the time of theft, that is, when the RF receiver receives a radio wave representing an operation signal, as shown in FIG. 4B, the solenoid 53 is operated, and the weight 50 falls from the iron wire discharge BOX 5 by natural load, and the iron wire 51 Is discharged outside the bag.

  As explained above, if a bag containing valuables is stolen, the stolen person can remotely control the alarm sound, threat of xenon warning light, high voltage, or difficult to carry by discharging the iron wire. It is possible to improve the nature and avoid being free to escape with a bag. By using voice messages, alarm sounds, and xenon warning lights, it is possible to raise the attention around the bag and create a situation where it is difficult to escape with the bag.

  According to the present invention, an antitheft bag device can be provided.

Functional block diagram of the antitheft bag device of the present invention Schematic configuration diagram of the antitheft bag device of the present invention Configuration diagram of gas ejection means of anti-theft bag device of the present invention Functional explanatory diagram of iron wire discharge means of anti-theft bag device of the present invention

Explanation of symbols

1 Anti-theft bag device 2 BOX with built-in electronic circuit
3 Battery charging jack 4 Power switch 5 Iron wire discharge BOX
DESCRIPTION OF SYMBOLS 11 RF receiver 12 RF transmitter 13 Power supply signal output circuit 14 Operation signal output circuit 15 Operation stop signal output circuit 16 Power supply device 17 Voice alarm device 18 High pressure generator 19 Tear gas ejection device 20 Iron wire discharge device 21 Xenon discharge device DESCRIPTION OF SYMBOLS 22 Cellular phone communication apparatus 23 Speaker 24 Weight and iron wire 25 Xenon discharge tube 26 Cellular phone 28 Tear gas ejection cylinder 29 Electric shock high pressure generator 40 Solenoid valve 41 Gas tank 42 Gas ejection nozzle 50 Weight 51 Iron wire 52 Iron wire fixing part 53 Solenoid 54 Hinge 55 door

Claims (3)

  In the bag, there are an RF receiver, a power supply battery, a speaker, a high voltage generating means, a voice alarm reporting means, a light generating means, a metal wire discharging means, a GPS-equipped mobile phone means, and the RF receiver. And a decoding circuit for generating a power supply signal for the power supply battery and generating an operation signal and an operation stop signal for each of the means according to a signal code from Bag equipment.   In the metal wire discharging means, a metal wire having one end fixed inside the bag and the other end wound around the weight is discharged to the outside of the bag by the opening action of the weight when the opening / closing means provided at the bottom of the bag is opened. The antitheft bag device according to claim 1, wherein the antitheft bag device is a device.   The anti-theft bag device according to claim 1 or 2, further comprising tear gas ejection means in the anti-theft bag device.

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