JPH0692202A - Device for burglaproof for vehicle and injury relief measure for driver - Google Patents

Device for burglaproof for vehicle and injury relief measure for driver

Info

Publication number
JPH0692202A
JPH0692202A JP4288088A JP28808892A JPH0692202A JP H0692202 A JPH0692202 A JP H0692202A JP 4288088 A JP4288088 A JP 4288088A JP 28808892 A JP28808892 A JP 28808892A JP H0692202 A JPH0692202 A JP H0692202A
Authority
JP
Japan
Prior art keywords
car
vehicle
circuit
driver
computer
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
JP4288088A
Other languages
Japanese (ja)
Inventor
Hajime Ishihara
一 石原
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Individual
Original Assignee
Individual
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Individual filed Critical Individual
Priority to JP4288088A priority Critical patent/JPH0692202A/en
Publication of JPH0692202A publication Critical patent/JPH0692202A/en
Pending legal-status Critical Current

Links

Abstract

PURPOSE:To prevent a vehicle from being stolen and prevent an outrage and seizure by disposing touch switches in the respective parts of a car body, connecting the same to IC, connecting an indicating lamp with SOS characters thereto, connecting the IC to an on-vehicle micro-computer to be connected to an alarm whistle, connecting a supplementary cell to a battery, and conducting the operation on the basis of a power supply. CONSTITUTION:Circuits of CMOSIC1 taking a touch switch A as a plate circuit are disposed in the respective places of a car, that is, opening and closing parts of doors, a bumper opening and closing part and a rear trunk opening and closing part, and a B reset is set in a certain place in the car. A circuit is connected to IC2 and the contact point is connected to an on-vehicle computer. In the case of a seizure threat, an indicating lamp 3 with SOS characters and a direct-coupled circuit are touched on to IC 2. In the case of parking, a main switch of touch CMOS1 is turned on and a driver goes out of the car, and when the driver comes back, the switch is reset (turned off) by a door key. In the case of outrage, a voice synthesizing device and a contact point of an alarm whistle 4 are connected to each other from IC2 through the micro-computer by a voice response input/output device.

Description

【発明の詳細な説明】 〔0001〕〔産業上の利用分野〕近来、半導体製造に
新開発材料も含まれて良質と量産可能で安価となったの
で丁度本発明の好材料となる。小型で薄型になった半導
体回路基板は欠くことのできないところで将来の発展に
結ばれることになる。
Description: [0001] [Industrial field of application] Recently, newly-developed materials have been included in semiconductor manufacturing, and good quality, mass production and low cost have been achieved. Small and thin semiconductor circuit boards are indispensable for future development.

〔0002〕〔従来の技術〕十数年前、私と出会った防
犯システム塔載車の事故をみた。それはブザー警報器で
侵入者を撃退する方法だった。素晴らしいと私は思った
が、そのブザー音が暴音という程大きくて、周囲周辺の
住宅街や通行人が苦情しあった。リレーの切ることが運
転手でないと分からないので、相当長時間に思えた。こ
の音をもう少し和らげて自動的にOFF(切れる)にし
たらと考えついて本発明究明に取りついた。また、最近
の塔載にIC(集積回路にコンピユータも同様)設備さ
れている様子にかかわらず、未だ防犯システム回路は未
解決であった。
[0002] [Prior Art] I saw an accident in a crime prevention system tower vehicle that I met a dozen years ago. It was a buzzer alarm to repel intruders. I thought it was wonderful, but the buzzing sound was so loud that it complained about the surrounding residential areas and passers-by. It took a long time because I had to know the driver to turn off the relay. I decided to soften this sound a little more and automatically turn it off (cut off), and set about the present invention. In addition, the security system circuit has not been solved yet, regardless of how ICs (similarly to integrated circuits and computers) are installed on the on-board equipment these days.

〔0003〕〔発明が解決しようとする課題〕最近、車
の盗難の多発、それから盗難車運転手の交通事故もかな
り多いがましてや悪事利用する事件も起きる始末。盗難
に遭った運転手は、会社の出張、社用中ということもあ
って会社の金銭とか貴重品共に乗っ取られて死ぬ思いを
抱いている人もかなりいる他、運転手に対して暴行・強
盗・強奪等の防止対策を求められていた。以上の出来事
は日常ごとに済されない現状である。そこで究明したの
が本発明の動機となったが、十数年前のブザー音塔載車
の刺激も重なった上のことである。そこで本発明の構成
を順に追って説明する。〔0004〕〔課題を解決する
ための手段〕先ず、操作から述べると、運転手の持つ合
鍵(キー)直結エンシン始動接点を外す(断つ)この回
路を赤外線リモートセンシングカメラ(1)に接続す
る。カメラ本体内には本人の映像(モニター)が入力さ
れて居てIC(2)と各接点を結ぶ(正・否・危・接・
切・リレー)その上塔載する救助表示灯(3)を接点を
結び、女性の声の発声をラジオステレオ用スピカーを利
用する方法で音声発振器と結んで、急場の際、赤外線カ
メラ(1)の焦点(眼)で正・否を確認の上、エンジン
プラグ(4)にリレー作動させて電流を通す。万一、映
像対象人にならず不正・否とIC(2)と往復交信し
て、もう一個のリレーは救助表示灯(3)とスピカー
(RT)に接続して外部の人に知らせる。車内から女性
発声(ドロボウ、繰り返す)正運転手は機会をみて車外
に脱出する。IC(2)の基板には数ミリピッチを並
べ、ダイオート、コンデンサ、トランジスタQの入力
からNANDゲートに依る発振部を構成し、発振部の出
力JKフリップフロック分周整形されて、バッファIC
を通してトランジスタQをドライブし、ある数値H
の周波でLED.Dを命令する。また、受信部はシ
リコン・ホトトランジスタQによって赤外線を受けて
映像の正否を確定し、IC(2)に報らせるとIC
(2)から赤外線カメラ(1)接点へ命令され、正だと
エンジンプラグ(4)へ正・否の接点にリレーされる。
なお、カーラジオのサーミスタ(Th)を接点させて車
外に出る運転手の留守中に、車の扉をこじあけたり、そ
の他の方法で車内に侵入するとサーミスタ(Th)は人
体の動きを捕えて感知する機能があるのでカセット作動
に結び合わせて音声で逃走させる方法もできる。人の侵
入を感知するので正運転手でも要注意で、直ちにスイッ
チOFF(切る)。これはキーで切る方法が最適である
から扉との接続電流を結ぶと、キーで扉開放と共にラジ
オサーミスターもOFFとなる回路もある。以上の回路
の他、ラジオ用のサーミスタ(温度抵抗変換器)を用い
たリレー器の塔載は(秘密箇所)にすることで盗難防止
方策として一番安価であるので一般車塔載にも好都合と
いえるので、別途として電源から直、接続させてもよい
ので、この用方を述べる。先ず4段直流増幅器Q
を結んだサーミスタThがあたたまる(熱す
る)と増幅器Qのベース電位が下降し、コレクタ電圧
が上る。これにより増幅器Qのコレクタ電圧も下が
り、増幅器Qのコレクタ電圧があがる。そこで増幅器
はON状態になってリレーが働くけれど増幅器Q
への逆起電力による破損を防ぐために防護用ダイオート
を接続させる。…で、リレー出力はのようにメ
イク接点とブレーク接点と取り出しておくとON・OF
Fが温度の高低によってどちらでも行動する。(サーモ
リレーの略図を別途つけ加える図面2)このサーモリレ
ーと、救助表示灯(3)と接続を行えばより高度の防犯
システムとなる。赤外線センシングカメラ(1)を利用
すると高価格になるが、サーモリレー対救助表示灯
(3)との設備費は安価である。また塔載カーラジオの
スピーカーよりブザー警鈴を発する装置として、発振増
幅器、変調器を通じて音の信号(アナグロ信号)に変換
されてマイク(復調部)スピーカー変調部回路へ送られ
受信されてディジタル信号に変換されて音に出る。
[0003] [Problems to be solved by the invention] Recently, a large number of car thefts have occurred, and there have been quite a lot of traffic accidents by stolen car drivers, and even more cases of misuse. There are quite a few drivers who have been stolen because they are on business trips or while they are in use, and are liable to die as they are hijacked with their money and valuables. -It was required to take preventive measures against robbery. The above events are the current situation that cannot be completed on a daily basis. What was clarified then was the motivation for the present invention, but it was due to the stimulus of the buzzer sound tower vehicle a dozen years ago. Therefore, the configuration of the present invention will be described step by step. [0004] [Means for Solving the Problems] First, in terms of the operation, the driver directly removes (breaks) a key-locked directly connected ENGINE start contact, and this circuit is connected to the infrared remote sensing camera (1). The image of the person (monitor) is being input into the camera body and connects the IC (2) with each contact (correct / not / danger / contact /
(Disconnect / relay) Connect the rescue indicator light (3) mounted on it to the contact, connect the vocalization of the female voice to the voice oscillator by using the radio stereo spiker, and in an emergency, use the infrared camera (1) After confirming right or wrong with the focus (eye), relay the engine plug (4) and pass an electric current. In the unlikely event that the person is not the subject of the video, it communicates back and forth with the IC (2) whether it is illegal or not, and the other relay connects to the rescue indicator light (3) and the spiker (RT) to inform the outside person. A female driver speaks from inside the car (throws, repeats). The positive driver sees an opportunity and escapes outside the car. A few millimeter pitches are arranged on the substrate of the IC (2) to form an oscillation unit that depends on the NAND gate from the input of the die auto, the capacitor, and the transistor Q 1 , and the output of the oscillation unit is subjected to JK flip-flock frequency division shaping to form a buffer IC.
Drive transistor Q 1 through 3 and set a certain value H
LED at a frequency of 2 . Command D 3 . In addition, when the receiving unit receives infrared rays by the silicon phototransistor Q 1 to determine the correctness of the image and inform the IC (2) that
From (2), the infrared camera (1) contact is commanded, and if positive, it is relayed to the positive / negative contact to the engine plug (4).
If the car radio thermistor (Th) is contacted and the driver is out of the car, the thermistor (Th) will detect the movement of the human body if the car door is opened or the vehicle is intruded into the car in any other way. Since there is a function to do so, you can also make a voice escape in conjunction with the operation of the cassette. Since it detects human intrusion, even a normal driver needs to be careful, and the switch is immediately turned off (turned off). Since the method of cutting with a key is optimal, there is also a circuit in which the radio thermistor is turned off when the door is opened with the key by connecting the connection current with the door. In addition to the above circuits, relay mounting using a thermistor (temperature resistance converter) for radio is the most inexpensive as an anti-theft measure by making it a secret location, so it is also convenient for general vehicle mounting. Since it can be said that it may be connected directly from the power supply separately, this usage will be described. First, the four-stage DC amplifier Q 1 Q 2
When the thermistor Th connecting Q 3 and Q 4 warms up (heats), the base potential of the amplifier Q 1 drops and the collector voltage rises. As a result, the collector voltage of the amplifier Q 2 also drops, and the collector voltage of the amplifier Q 3 rises. Therefore, the amplifier Q 4 is turned on and the relay works, but the amplifier Q 4
The protection die auto D 1 is connected to prevent damage due to back electromotive force. The relay output is ON / OF when the make contact and break contact are taken out like
F acts depending on whether the temperature is high or low. (Drawing 2 in which a schematic diagram of the thermo-relay is added separately) If this thermo-relay and the rescue indicator light (3) are connected, a more sophisticated security system will be provided. Although the infrared sensing camera (1) is expensive, the equipment cost for the thermorelay vs. rescue indicator light (3) is low. Also, as a device that emits a buzzer bell from the speaker of the on-board car radio, it is converted into a sound signal (analog signal) through an oscillation amplifier and a modulator and sent to a microphone (demodulation section) speaker modulation section circuit and received as a digital signal. Is converted to and sounds.

〔0005〕〔作用〕本発明機構成に依る対策装置を塔
載するには第一に、タクシー営業用車、レンタル会社
用、銀行行入出納車、警備会社、警察用車、現金車輸送
車とかなり広範囲に作用すれば能率アップ。警備失態、
盗難車追跡、早期発見連絡、事故防止につながるなどの
作用がある。
[0005] [Operation] In order to install a countermeasure device according to the machine configuration of the present invention, firstly, taxi business vehicles, rental companies, bank line entry and exit vehicles, security companies, police cars, cash car transport vehicles If it works in a fairly wide range, the efficiency will increase. Security failure,
It has functions such as tracking stolen vehicles, early detection contact, and accident prevention.

〔0006〕〔実施例〕尚、コンピューター時代に伴い
ICカードと組んだ(ハイボーラメモリー)磁機メモリ
ー等の入力次第で、カード入出口への出し入れキー代用
となりカードとコンピューター暗号照合にて走る運転装
置も可能である。
[0006] [Embodiment] It should be noted that, depending on the input of a porcelain memory or the like that is combined with an IC card (high-border memory) in the computer age, it can be used as a substitute for a key for entering / exiting a card, and running by checking the computer code with the card. A device is also possible.

〔通称ICとは〕一枚のパッケージ、又はシリコン基板
に数ミリ角ピットをつくり複数回路素子を組みこんだ回
路で、トランシスタ、ダイオート、抵抗コンデンサ等集
中的に回路接続させた(インテクレイテットサーキッ
ト)つまりデジタルICとか、集積回路、電子回路とい
われるICと赤外線センシングカメラとの各接点の結続
させ、カメラの受像部に本人映像を2組入力させて内装
のICとの接続点で互いに協力システムを往復交信して
正否を確認して指示、報告、命令、と順を追ってエンシ
ン始動へ移るので、本人以外の他人にはエンジン始動を
拒否して走らない。IC(2)との交信で、不正(危
険)を赤外センシングカメラ(1)の指示点が救助表示
灯(3)へ流れて点灯させることで車内の危険を外部に
知らせることが早い。この他サーミスタ(温度抵抗変換
器)を利用することに依り赤外線センシングカメラ
(1)の代用として、4段直流増幅器とダイオートを組
んだ器具(サーモリレー)を塔載するにあたり車の留守
番ガードマンになる。人体の動きに作用する高感度を採
用したリレーなので、この分は別途である。これ迄述べ
てきた器具を車に塔載して運転手の危害問題と車の盗難
を防止する対策方法の構成である。尚、サーモリレー図
の番号は、図面2に示すとおりである。4段直流増幅器
(1)でQ〜Q迄、サーミスタTh(2)、ダイオ
ートD(3)、リレーは救助表示灯(3)へ接点す
る。このとは手動スィッチ(S)である。図面1
は、デジタルIC回路構成で(AND.OR.NOT)
の各回路を一つの基板(パッケージ)に収めた集積回路
図で表示灯(3)を結ぶ。赤外線センシングカメラ
(1)は市販製品のため図は無しとした。(暗号ED
P)である。図面2は、サーモリレー図で(1)はリレ
ー、(2)は手動スイッチである。
[Commonly known as an IC] A circuit in which several millimeter square pits are created on a single package or a silicon substrate and multiple circuit elements are assembled, and circuit connections such as a transistor, die auto, and resistance capacitor are concentrated (integrated circuit). In other words, digital ICs, ICs called integrated circuits or electronic circuits, and the infrared sensing camera are connected to each other, and two sets of personal images are input to the image receiving part of the camera to cooperate with each other at the connection point with the internal IC. Since the system goes back and forth to check the correctness, and instructs, reports, orders, and so on, the procedure proceeds to Enshin start, so no one other than the person refuses to start the engine and does not run. By communicating with the IC (2), the danger point inside the vehicle can be notified to the outside quickly by letting the indicator point of the infrared sensing camera (1) flow to the rescue indicator light (3) and light up the illegality (danger). In addition to this, by using a thermistor (temperature resistance converter) as a substitute for the infrared sensing camera (1), it becomes an answering machine guardman for the vehicle when installing a device (thermo relay) with a 4-stage DC amplifier and a die-auto. . This relay is separate because it is a relay that uses high sensitivity to affect the movement of the human body. This is a configuration of a countermeasure method for preventing the driver's hazard problem and the vehicle theft by mounting the equipment described above on the vehicle. The numbers in the thermorelay diagram are as shown in FIG. In four-stage direct amplifier (1) until Q 1 to Q 4, a thermistor Th (2), Daioto D 1 (3), relay contacts to rescue indicator (3). This is a manual switch (S). Drawing 1
Is a digital IC circuit configuration (AND.OR.NOT)
The indicator lamps (3) are connected by an integrated circuit diagram in which each circuit of (1) is housed in one substrate (package). Since the infrared sensing camera (1) is a commercial product, it is not shown. (Encryption ED
P). Drawing 2 is a thermo-relay figure, (1) is a relay, (2) is a manual switch.

〔0007〕〔効果〕例えば、車を乗っ取る他人では運
行不能である。次いで危険信号となる救助表示灯(3)
が点灯して知らせるから昼でも判明する。救助音声の撃
退する回路もできるが、別途(サーモリレー)図2は車
の留守番ガードマン器具にもなる。車の製造工場から、
ユーザ、代理店等の販売店迄移動する車の場合、最初赤
外線センシングカメラを設備した車は、赤外線の映像無
入力である。だから入力迄、正の入力をICに知らせて
逆命令を赤外センシングに命令して始動させる接続接点
をして置く。仮入力の必要がある。但し、サーミスター
感知器使用車は従来通りに用いられることは合鍵直接エ
ンジン始動出来るので世話がかからない。けれど赤外線
センシングカメラ塔載車には少々の世話もかかる。本人
映像写真、代理人暗号の入力が必要である。欠点があ
る。
[0007] [Effect] For example, another person who takes over the car cannot operate the vehicle. Rescue indicator light (3) which then becomes a danger signal
Lights up and informs you that it will be known even in the daytime. A circuit to repel the rescue voice can be provided, but separately (thermo relay) Figure 2 can also be used as an answering machine for the car's answering machine. From the car manufacturing plant,
In the case of a vehicle that moves to a store such as a user or an agent, the vehicle equipped with an infrared sensing camera first has no infrared image input. Therefore, until the input, the connection contact that informs the IC of the positive input and issues the reverse command to the infrared sensing to start it is placed. Temporary input is required. However, a vehicle with a thermistor sensor can be used as usual because it can start the engine directly with a key, so it does not take care. However, it takes a little care for the infrared sensing camera tower car. It is necessary to enter the photograph of the person himself / herself and the proxy code. There are drawbacks.

─────────────────────────────────────────────────────
─────────────────────────────────────────────────── ───

【手続補正書】[Procedure amendment]

【提出日】平成5年8月4日[Submission date] August 4, 1993

【手続補正2】[Procedure Amendment 2]

【補正対象書類名】明細書[Document name to be amended] Statement

【補正対象項目名】全文[Correction target item name] Full text

【補正方法】変更[Correction method] Change

【補正内容】[Correction content]

【書類名】 明細書[Document name] Statement

【発明の名称】 車の盗難防止と運転手の危害救
助対策装置
[Title of the Invention] Vehicle theft prevention and driver's hazard and rescue measures device

【特許請求の範囲】[Claims]

【発明の詳細な説明】Detailed Description of the Invention

【0001】〔産業上の利用分野〕「この発明は、半導
体素子を使用し、各機能を応用して用いた回路を、本発
明分野にかかわる機器具共に車載する装置にある。」
BACKGROUND OF THE INVENTION [Industrial field of application] "The present invention resides in an apparatus in which a circuit using a semiconductor element and each function is applied is mounted on a vehicle along with equipment related to the field of the present invention."

【0002】〔従来の技術〕「従来の防犯ブザーはあり
ふれた音できき苦しい音だと評判(噂)をきいた。丁度
私も盗車現場に居合せて車から発音する音に驚いたが、
さぞ加害者も驚天して逃走したが、周辺に鳴り響く音に
往来者も住宅街も迷惑の声が高まった。これは10分位
で音が止まる仕掛けが必要だと私の心中で思った時に、
“もっと良い方法”を研究する気になった。その後の防
犯に、改良されているか判明しないが、現金輸送車の襲
われる度ごとに、赤外センサー応用機器と赤外線センサ
ーそしてカメラの設置等が、防犯用に車載されているに
もかかわらず被害車が多い。また、ある都市中心部にて
ガード警備現金輸送車も襲われ、機器具等の接続線を切
断の上、2分足らずで車ごと盗金された事件は日も浅く
巷の知るところである。即ち完成車に、あとから防犯機
器をセットしても、外部から破壊する。つまり金属器具
での加害時間をかけるような場所に設けることが必要だ
と考えてみた。以上の他、車上電話器や通信受信機の使
用も加害者に判明されて取り上げられたり破壊に至り使
用も出きない状態である各欠点がある。」
[Prior Art] "The conventional crime prevention buzzer has a reputation (rumor) that it has a muffled sound with a mundane sound. I was surprised to hear the sound emitted from the car when I was at the stolen car site. ,
The assailants were astonished and ran away, but the sound of the surroundings annoyed the visitors and residential areas. When I thought that I needed a mechanism to stop the sound in about 10 minutes,
I was interested in studying “a better way”. Although it is not known whether it has been improved in subsequent crime prevention, every time a cash transport vehicle is attacked, the infrared sensor application device, the infrared sensor and the installation of the camera etc. are damaged even though they are mounted on the crime prevention vehicle. There are many cars. Also, a guarded cash transport vehicle was attacked in a certain city center, and the connection line of equipment and the like was cut and the car was stolen in less than 2 minutes. That is, even if security equipment is later set on the completed car, it will be destroyed from the outside. In other words, I thought that it was necessary to install it in a place where it took time to harm metal equipment. In addition to the above, there are various drawbacks in that the use of the on-vehicle telephone or the communication receiver has been discovered by the perpetrator and taken up or destroyed, and the use cannot be made. "

【0003】〔発明が解決しようとする課題〕「従来の
防犯機具に不足な点はないけれど車用にしては不備であ
る。更に運転手の気くばりと不注意も数えられる。上記
に述べた事件を最小限に、又は無にすること。そして運
転手の被害に対し、防犯と危害暴行傷害、強奪などの防
犯防御、盗難解決のため。」
[Problems to be Solved by the Invention] "There are no shortages in conventional security equipment, but they are inadequate for vehicles. In addition, the driver's care and carelessness can be counted. The cases described above To minimize or eliminate damage to the driver and to prevent crime, harm and assault, crime prevention such as robbery, and resolution of theft. "

【0004】〔課題を解決するための手段〕「現代は半
導体素子の開発にともない、IC(集積回路)2とマイ
クロコンピュータユニットの恩恵を受けない生活は皆無
となった。この恩恵を応用利用して半導体素子回路(電
子回路)装置を車載用にして、各機器具の動作接続接点
させる回路構成の手段。」
[Means for Solving the Problem] “With the development of semiconductor elements, there has been no life without the benefit of the IC (integrated circuit) 2 and the microcomputer unit in the present age. Means for making circuit connection of semiconductor device circuit (electronic circuit) device to be mounted on a vehicle and making operation connection contact of each equipment. "

【0005】〔作用〕「半導体素子に伴うセンサー(動
作ともいう)と機器具に依る回路にて、車の扉の抉じ開
けと破壊には、タッチプレート(セット)ON電源入り
となり各機能に伝導して作用する。警笛(スピーカ)4
は音声回路にて変成されて幾度も人の音声にて叫びをあ
げる。SOS文字入り表示灯3が点灯して車外部の通行
者に報せる。つまり表示灯3が点灯すると、プラグ点火
入・切リレー8が切りに作用するので盗車も出きず、S
OS文字入り表示灯3で外部者が警察へも知らせてくれ
る。タイムセットも設けられるし、音声も、他人に迷惑
にならない程度にもなり、ボリュームをあげることも出
きる(淋しい場所や人家の少ない場所に於いて使用出き
る。)以上の作用がある。」
[Operation] "A sensor (also referred to as operation) associated with a semiconductor element and a circuit depending on equipment are used to open and destroy the door of a car by turning on the touch plate (set) and turning on each function. It acts by conducting.Hourhorn (speaker) 4
Is transformed in the voice circuit and screams many times in the voice of a person. The indicator light 3 containing the SOS characters is turned on to notify a passerby outside the vehicle. In other words, when the indicator light 3 is turned on, the plug ignition on / off relay 8 acts to turn off, so that a stolen vehicle does not come out and S
An outsider will also notify the police with the indicator light 3 containing OS characters. There is also a time set, the sound is not annoying to others, and the volume can be increased (it can be used in a lonely place or a place with few houses). "

【0006】〔実施例〕「以下本発明実施例を説明す
る」 「1.タッチスイッチのAをブレート回路としてCMO
SIC1の入力インビーダンスのセンサーが高いことを
応用した回路図2に示す。A回路を車の各所つまり、扉
の開閉部、前部バンバー(蓋)開閉部、後部トランク
(蓋)開閉部に回路配備する。Bリセットは車内の或る
場所に設定する。A回路は、IC(集積回路)2の出力
接点に接続し、入力接点を車載コンピュータディジタル
入力バッファに接続させる。尚、運転手に危害暴行金品
の強奪脅迫等には、SOS文字入り表示灯3と直結回路
をIC(集積回路)2の入力接点にタッチONにする。
但し、プラグ点火入切両切り替えリレー8に電源は入ら
ないから車は駆動しない。用件で車を車道路の端に駐車
させた場合に、タッチCMOS1のメインスイッチON
にして車外に出る。用件から車に戻った場合に扉のキー
でリセット(OFFになる)但し女性ドライバーと知っ
て脅迫暴行的行動された時、いったんOFFにしたの
で、隠しプレート(A)にタッチする回路は足元に設備
する。IC(集積回路)2から、車載マイクロコンピュ
ーター内のデイジタル出力接点から音声応答入出力装置
で音声合声装置(認識されたことばを入力され、コード
に変換してコンピューターに送る接点と警笛(スピーカ
ー)4の接点と接続されているので、警笛4は人の声を
発声する。 (1)コンピューター記憶装置に音声信号をデイジタル
化して記憶させる。 (2)コンピューターからのメッセージをコード化して
音声合成装置に送られる。 (3)音声合成装置はさまざま(色々各種)な周波数を
合成して、メッセージコードに対応した音声を出力す
る。{女性の声・男性の声}両用さて、計画的犯行で
は、表示灯3を壊すことも考えられるので、直ちにコン
ピューターから警笛にメッセージコード化して発声させ
撃退させる回路だが表示灯3は2対以上設けるので2対
共壊されると、プラグ点火入・切両切替えリレーから、
プラグ点火接点デイストリピュータ回路に設けたヒュー
ズ9が切断するこの方法は、サーミスタの温度抵抗変換
器の抵抗値を利用する。」以上 〔例〕「此の他、リモコン操作方法回路もあるが、社内
電話と同じく加害者から受話器の破壊とリモコンも同様
で相手の目前では不可能であり、リモコンも強奪される
羽目になる。さらにサーミスタのセンサー応用で、ダイ
オード4個並べる回路で、継電器バラの接続によるセッ
ト・リセットのリレー回路もある。尚、磁器IC挿入方
法も、指紋調合方法も可能となる。マイクロコンピュー
ターユニットの8ピットを倍にしなければ接点がなくな
る。これから先の車載マイクロコンピューターユニット
・ECUは16ピットにする必要がある。」 「本発明中、CMOSIC1タッチスイッチを使用した
のが、このCMOSICにも番号があり、これは開発番
号なのか、半導体素子の開発進歩には、本学識者の権威
であると共に、これから先未来産業界の繁栄にも継がり
コンピューターにエレクトロマイクロコンピューターも
IC(集積回路)の超ミニ型化されて更に光センサーL
SIなどと進化に伴い、本特許に使用する半導体素子に
も新開発品の設置も考えられるけれど、本文に記したよ
うに、「半導体素子」と名付けられた製品は、皆同一体
として見るべきであることを付け加える。尚本特許は企
業メーカーに委託することに考えている。」
[Embodiment] "Embodiment of the present invention will be described below.""1. Touch switch A is a CMO as a plate circuit.
A circuit diagram 2 to which the high input impedance sensor of SIC1 is applied is shown in FIG. The circuits A are arranged in various parts of the vehicle, that is, the door opening / closing part, the front ban bar (lid) opening / closing part, and the rear trunk (lid) opening / closing part. B reset is set at a certain place in the car. The A circuit is connected to the output contact of the IC (integrated circuit) 2 and the input contact is connected to the vehicle-mounted computer digital input buffer. When the driver is threatened with robbery of the assault money, the indicator light 3 with the SOS characters and the direct connection circuit are turned on by touching the input contacts of the IC (integrated circuit) 2.
However, the power is not supplied to the plug ignition on / off switching relay 8 so that the vehicle is not driven. When the car is parked at the end of the road due to requirements, the main switch of touch CMOS1 is turned on.
Then go out of the car. When returning to the car from the business, it is reset by the key on the door (turns off) However, when he knew that he was a female driver and acted intimidatingly, he turned it off once, so the circuit that touches the hidden plate (A) is at your feet. To install. From the IC (integrated circuit) 2, the digital output contact in the vehicle-mounted microcomputer, the voice response device (voice recognition device is input by the voice response input / output device, the contact is converted into a code and sent to the computer and the horn (speaker)). The horn 4 utters a human voice because it is connected to the contact points of 4. (1) Digitally stores a voice signal in a computer storage device (2) Codes a message from a computer and synthesizes a voice (3) The voice synthesizer synthesizes various (various types of) frequencies and outputs a voice corresponding to the message code. {Female voice / male voice} dual use Now, in planned crimes, Since it is possible to destroy the indicator light 3, it is a circuit that immediately converts the message code from the computer into a horn and vocalizes it to repel it. When 3 broken two pairs co since providing two or more pairs, the plug ignition ON-OFF both switching relay,
This method of disconnecting the fuse 9 provided in the plug ignition contact distributor circuit utilizes the resistance value of the temperature resistance converter of the thermistor. Above [Example] "In addition to this, there is also a circuit for operating the remote control, but like the in-house telephone, it is impossible for the perpetrator to destroy the handset and the remote control as well, and the remote control will be robbed. In addition, by applying thermistor sensor, there is a circuit in which four diodes are lined up, and there is also a set / reset relay circuit by connecting different relays.In addition, porcelain IC insertion method and fingerprint preparation method are also possible. If you do not double the pits, there will be no contacts. It is necessary for the on-board microcomputer unit / ECU to have 16 pits. ”“ In the present invention, the CMOSIC1 touch switch was used, but this CMOSIC also has a number. Is this a development number, and is it the authority of this academician for the progress of development of semiconductor devices, and this Et destination future super mini-type has been further photosensor L industry electro microcomputer also IC to Tsugari computer to thrive (Integrated Circuit)
With the evolution of SI, etc., it is conceivable that a newly developed product will be installed in the semiconductor element used in this patent, but as described in the text, all products named "semiconductor element" should be viewed as the same entity. Is added. We are considering consigning this patent to a company manufacturer. "

【0007】〔発明の効果〕 「1.盗車による、ブレートタッチON(電源入)」 「2.警笛(スピーカー)4の人声発生により撃退」 「3.人命尊重の折、運転手や同乗者に対する、暴行、
凶器による金品の強奪、脅迫等はSOS文字入り表示灯
3による効果」
[Advantages of the Invention] [1. Bleat touch ON (power on) by a stolen vehicle] [2. Repulsed by human voice generated by horn (speaker) 4] [3. When respecting human life, driver or passenger Assault,
The effect of the indicator light 3 with SOS characters on the robbing of gold items by intimidating weapons, threats, etc.

【図面の簡単な説明】[Brief description of drawings]

【図1】「IC(集積回路)2のゲート回路図である。
また、右の図は、図1の外形図である。」
FIG. 1 is a gate circuit diagram of an IC (integrated circuit) 2.
In addition, the drawing on the right is the external view of FIG. 1. "

【図2】「タッチスイッチCMOSIC1の回路図であ
る。」
FIG. 2 is a circuit diagram of a touch switch CMOS IC1.

【図3】「回路と接点接続させる設置機器具図に符号を
記す。」
[Fig. 3] "Symbols are added to the diagram of installed equipment for contact connection with a circuit."

【符号の説明】 (1)「タッチスイッチCMOSIC」 (7)「プ
ラグ点火接点デイストリピュータ」 (2)「IC(集積回路)のゲート回路図 (8)「プ
ラグ点火入・切の両切替え接点リレー」右はその外形
図」 (9)「ヒューズ」 (3)「SOS文字入表示灯」 (10)「A
・Bは入力」 (4)「警笛」 (11)「Y
は出力」 (5)「バッテリー」 (12)「ブ
レート」 (6)「補足充蓄電池」 (13)「リ
セット」
[Description of symbols] (1) "Touch switch CMOS IC" (7) "Plug ignition contact disputer" (2) "IC (integrated circuit) gate circuit diagram (8)" Plug ignition on / off switching contact "Relay" is the outline drawing on the right "(9)" Fuse "(3)" SOS character-indicating light "(10)" A "
・ B is input "(4)" horn "(11)" Y
Is output ”(5)“ Battery ”(12)“ Brate ”(6)“ Supplementary rechargeable battery ”(13)“ Reset ”

【手続補正3】[Procedure 3]

【補正対象書類名】図面[Document name to be corrected] Drawing

【補正対象項目名】全図[Correction target item name] All drawings

【補正方法】変更[Correction method] Change

【補正内容】[Correction content]

【図1】 [Figure 1]

【図2】 [Fig. 2]

【図3】 [Figure 3]

Claims (1)

【特許請求の範囲】 〔請求項 2〕 赤外線リモートセンシングカメラは、
本体内装IC〔集積回路〕との共同交信往復作用を行う
防犯システム機器である。これはもう、一般社会で知ら
れているが、このシステムの応用を利用して、更に救助
表示灯を共に塔載して各相互の接点を結ばせた電子回路
構成にもうひとつ、ラジオ(カーステレオ)のスピーカ
ーを結んで音声も叫ばせることで旧式合鍵(キー)直結
エンジンプラグとの接続を外した新しい方法である。
Claims [Claim 2] The infrared remote sensing camera comprises:
This is a crime prevention system device that performs a joint communication reciprocating action with an IC (integrated circuit) inside the main body. This is already known in the general public, but using the application of this system, another electronic circuit configuration in which a rescue indicator light is mounted together and each contact point is connected, radio (car This is a new method that removes the connection with the old-fashioned master key (key) direct connection engine plug by connecting the speaker of (stereo) and screaming the voice.
JP4288088A 1992-09-14 1992-09-14 Device for burglaproof for vehicle and injury relief measure for driver Pending JPH0692202A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP4288088A JPH0692202A (en) 1992-09-14 1992-09-14 Device for burglaproof for vehicle and injury relief measure for driver

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP4288088A JPH0692202A (en) 1992-09-14 1992-09-14 Device for burglaproof for vehicle and injury relief measure for driver

Publications (1)

Publication Number Publication Date
JPH0692202A true JPH0692202A (en) 1994-04-05

Family

ID=17725637

Family Applications (1)

Application Number Title Priority Date Filing Date
JP4288088A Pending JPH0692202A (en) 1992-09-14 1992-09-14 Device for burglaproof for vehicle and injury relief measure for driver

Country Status (1)

Country Link
JP (1) JPH0692202A (en)

Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH02162137A (en) * 1988-12-16 1990-06-21 Fujitsu Ten Ltd Abnormality communicating system

Patent Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH02162137A (en) * 1988-12-16 1990-06-21 Fujitsu Ten Ltd Abnormality communicating system

Similar Documents

Publication Publication Date Title
US5276728A (en) Remotely activated automobile disabling system
US6480098B2 (en) Remote vehicle control system including common carrier paging receiver and related methods
US20050237166A1 (en) Vehicle anti-thief device with bluetooth recognition
US20030169161A1 (en) Vehicle security system
WO2000017021A1 (en) Alarm and immobiliser with gsm cellular phone
US6717511B2 (en) Vehicle alarm and theft deterrent system
WO1992021112A1 (en) Portable anti-theft device
US6563421B1 (en) Security system with remote indication
CN104709240A (en) Anti-theft method, anti-theft system and vehicle-mounted broadband wireless device
CN105346505A (en) Antitheft alarming system for glass breakage
US6323762B1 (en) Car jacking prevention system
CN103419751A (en) Multifunctional vehicle-mounted intelligent password safe
AU2003201186B2 (en) Mobile telephone device
US20030227377A1 (en) Wireless security notification and control system
WO2005085021A1 (en) Vehicle security system using short messaging services / internet
JPH0692202A (en) Device for burglaproof for vehicle and injury relief measure for driver
JP3622686B2 (en) Vehicle management device, in-vehicle monitoring device, vehicle management method, vehicle monitoring method, vehicle management program, vehicle monitoring program, recording medium recording vehicle management program, recording medium recording vehicle monitoring program, and vehicle management system
RU2267814C1 (en) Alarm signaling system for protection of real estate objects
CN2501747Y (en) Bidirectional wireless theft-proof device for car
JP4534196B2 (en) Vehicle anti-theft system
GB2395830A (en) Universal mobile alarm dialler
US20210225157A1 (en) Smart Relay Car Alarm System
GB2328053A (en) Vehicle security system
JP2001010448A (en) Wireless method and device for preventing theft of vehicle
CN201846402U (en) Automobile anti-theft system capable of prompting network signal intensity