JPS5847876A - Unlock apparatus - Google Patents
Unlock apparatusInfo
- Publication number
- JPS5847876A JPS5847876A JP14435081A JP14435081A JPS5847876A JP S5847876 A JPS5847876 A JP S5847876A JP 14435081 A JP14435081 A JP 14435081A JP 14435081 A JP14435081 A JP 14435081A JP S5847876 A JPS5847876 A JP S5847876A
- Authority
- JP
- Japan
- Prior art keywords
- switch
- code
- signal
- code signal
- timer
- 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
Links
Landscapes
- Lock And Its Accessories (AREA)
Abstract
(57)【要約】本公報は電子出願前の出願データであるた
め要約のデータは記録されません。(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.
Description
【発明の詳細な説明】 ee発明紘解錠装置に関する。[Detailed description of the invention] ee invention relates to a lock unlocking device.
かぎを用−′&−解錠装置のひとつとして磁気★−ドに
よるものがある。これは磁気カードに磁気的にコードを
記−しておき、これをドーア等0差人口Ell込むと読
jk装置がこれをwl、取ってそC1f −ドの正画性
を判断し、正嫡性が認められ九と亀は解錠するようにな
っているもO″eある。しかしこの構成でも、かぎを用
−る鳩舎と同じく、そ011気★−ドを紛失してし重う
と、も社中解錠する手Rがなく傘うてし重うと−りえ不
便がある。One type of unlocking device that uses a key is one that uses a magnetic ★-cord. This is done by magnetically recording a code on a magnetic card, and inserting this into Doer's 0-difference population. However, even with this configuration, just like the pigeon coop that uses a key, if you lose the key, It is also inconvenient to carry a heavy umbrella because there is no way to unlock it inside the company.
F−eam社磁気カード等Oような解錠の丸めの媒体を
何ら用−ることな(−一ド化にょ一解錠門可能とすると
とを■釣とする。There is no need to use any type of unlocking medium such as F-eam's magnetic card.
10発−紘rアO外に敷砂えコード備考入力用のスイッ
チを操作し、予め走めであるコード信号を入力するよう
にし、ζOW−ド償号の正機性が***h*ときにドア
の一ツタを解款するようにしえものである。10 shots - Operate the switch for inputting the code notes outside Hirora O, input the code signal that is running in advance, and when the correctness of the ζOW-do code is ***h* It is like removing an ivy from a door.
辷eases論例を−によってli!明す為と、1はコ
ードII入力用のスイッチて、意外に設置されるaI−
eスイッチa光電スイッチ、押ボタンスイッチ、静電容
量式Oタッチ大イッチ、ゴムスイッチ等任意O%↑が使
用される。そして解錠しようとする者によって操作され
る。そして−一一閉する毎にひとつのフードが作成され
て次段のコード信号判定−路2に入力される。したがっ
て微目操作すればそれと同数の=−ドが作成される。こ
ζてはタイマによって予め定め九時閲(えとえば数秒5
ta一定時間)内に操作され九回数にし九がうコードの
数をもってひとつt)M−ド信号とみなすようにしてい
る。この場合スイッチの−lIO開閉時間(丸とえd押
している間の時間)にik飯の差をもえせて=−ドめ数
04′&もず、噌−ルス1l(i#のように最麹0&る
コードからなるコード信号を作成するようにしてもよい
。Li eases the example by -! To clarify, 1 is the switch for code II input, and aI- which is unexpectedly installed.
e Switch a Photoelectric switch, pushbutton switch, capacitive O touch large switch, rubber switch, etc. Optional O%↑ can be used. It is then operated by the person attempting to unlock it. Then, each time the hood is closed, one hood is created and inputted to the code signal determination path 2 at the next stage. Therefore, if you perform a slight operation, the same number of =-dos will be created. This is a predetermined 9 o'clock clock (for example, a few seconds) using a timer.
The number of codes that are operated nine times within a certain period of time is regarded as one M-code signal. In this case, the difference in ik rice is added to the switch's -l IO opening/closing time (the time while pressing d) = -dome number 04' A code signal consisting of a koji 0 &ru code may be created.
=−ド領号判定−路2はスイッチ1かも与えられる=−
ド儒号を、タイマによって設定され良一定時間だけ受入
れて、予め設定された=−ド儒号を記憶している記憶1
iIIsの記憶値と比較41電する。4紘前記した比較
判定O結果1両者が一致し九ときに出る信号によって動
作する解錠駆動崗踏で、ζO駆動によって解錠Il構5
が解錠動作すみ。=-Do region determination-Route 2 is also given switch 1=-
Memory 1 which accepts the Do Confucian code for a certain period of time set by a timer and stores the preset =-Do Confucian code.
Compare with the stored value of IIIs. 4. The above-mentioned comparison judgment O result 1. The unlocking drive mechanism is activated by the signal that is output when the two match and the signal is output when 9. The unlocking mechanism is activated by the ζO drive.
The unlock works fine.
具体例でam錠機構5はソレノイドであ)、ス解錠駆動
回路4#i前記ソレノイドOK動−鰹とする。In a specific example, the AM locking mechanism 5 is a solenoid), and the unlocking drive circuit 4#i is the solenoid OK movement.
6#i駆動用電源である。6#i drive power supply.
7社冨−ド信号判定圏路2からOk、軟判定O結1果に
基き不一致Oときに出ゐ信号を入力とし誤珈囲数を計数
する計数回路で、この計数回路7が予め定めえ数だけ計
数しえとき出力が出て、すれによ−警*si*s*を動
作すi、ca*1ui踏tt*とえ鉱プず−、ツイ)或
いは自動車であれけタッッタV■ン等を鳴動又轢点−す
る回路である。This is a counting circuit that counts the number of errors by inputting the output signal from the rich signal judgment path 2 when it is OK or mismatched based on the soft decision O result 1 result. When the number is counted, the output will appear and the alarm *si*s* will be activated. This is a circuit that makes noise and hits points.
次にこの舞論例O動作について説明す為、ζO例−rF
im−y儒号ox−yaそA長*pcyss*<スイッ
チ1を111操作する毎にひとり作成される%Oとし、
叉記憶回路3の記憶値を5とし、更にタイプの設定時間
を5秒として説明すゐ。今操作者が最初にスイッチ1を
操作したときからタイマが隈時時間を開始するものとす
れば、もしこのタイマがタイプアップするまでにスイッ
チ1が5回操作堪れ良とすると5個のスートからなる;
−ド信4#が作成畜れ九ことになる。このコード信号は
判定−路2でタイマがタイムアツプするまでクー+2
ドが針1#され、そのlt隊数結果記憶回路3の記憶値
へ
Sと比較されるが、この場合は一致しているのでζOJ
:Ii崗為a勺によって駆動−路4、し九がって解錠a
SSが動作して解錠される。叉タイマもリセツ)される
。Next, in order to explain the operation of this example O, ζO example −rF
im-y Confucian code ox-ya so A length * pcyss * < %O is created every time switch 1 is operated 111 times,
The explanation will be given assuming that the stored value of the memory circuit 3 is 5 and the type setting time is 5 seconds. Now, if the timer starts the blank time from the first time the operator operates switch 1, and if switch 1 can be operated 5 times before this timer is typed up, then 5 suits consisting of;
- Do-shin 4# will be created for the 9th time. This code signal is counted as 1# until the timer times up in judgment path 2, and is compared with the value S stored in the lt squadron number result storage circuit 3, but in this case they match. ζOJ
: Driven by the driver - Road 4, then unlocked a
The SS operates and is unlocked. The timer is also reset).
しかしタイマがタイムアツプされる會でK11l以外0
1jl!1(4−以下又嬬6回以上)だ妙操作畜れると
ζOと亀は記憶−路sの記憶値と一致しないから、判定
Jij12からは不−1kI号が出ゐ−t0**紘計款
■路7によって計数されるとと4にタイマをリセットし
てしまう。計awA路70設定針Jlll数がえとえば
5であるとすると、上Ieeような誤りえコード信号が
5lil与えられたとす為と計数回路7はカウントアツ
プして瞥報隨路8を駆動する。九にし初11KIla鵞
)があうえとしても!WA目又鉱5a目に正しいコード
信号が与えられえときれ判定−路2からの一1k舘号に
よって上記のように解錠される。なおい′)良ん警報I
t賂$が動作してもその動作中に更に正し%/%3−ド
信号与えられ丸と自鉱上記のように解錠され、警報を解
除し、かつタイマをリセットするようにしてシ(。However, in the event that the timer times up, the timer is 0 except for K11l.
1jl! 1 (4- or less, or 6 or more times) If the trick is done, ζO and turtle will not match the memory value of the memory path s, so the judgment Jij12 will result in an un-1kI number. When counted by Section 7, the timer is reset to 4. If the number of setting hands Jlll of the counter awA path 70 is, for example, 5, then if 5 lil of the error code signal as shown above is given, the counting circuit 7 counts up and drives the visual report tunnel 8. Even if the first 11 KIla goose in 9th year comes up! If the correct code signal is given to WA Memata 5a, it will be unlocked by the 11k station from Route 2 as described above. Naoi') Good Warning I
Even if the t bribe $ is activated, a correct %/%3-code signal is given during the operation, and the lock is unlocked as described above, canceling the alarm and resetting the timer. (.
第2WIAK、前記し先動作OプーダツムOフーーチャ
ーシを示す。The second WIAK indicates the previous operation.
前述O1lはスイッチ1の霧1IIJ回数によってコー
ドしえがってコード信号を作成すゐ場合でiゐがζtL
に−えて−mlOIll閉時間に長短の差をもえせ−c
4−にス儒号Oように冨−ドの長短によるコード信号を
作成するようkして4゛よい、ζO場合紘―定囮路2に
:11−ドOi/&銀を1別する回路を用意する。そし
てたとえば長いフードに7)−ては09゜銀か一ツード
にクーて紘1というようにデジタに化し、その鑑会せを
判定回112で判走するようにすれとよ−、ζO場舎の
動作Oプ四ダツムOア胃−チャーシを示しえOが第3W
A″eある。The above-mentioned O1l generates a code signal by changing the code according to the number of times of switch 1, and i2 is ζtL.
Change the difference in the closing time of mlOIll-c
4- It is good to create a code signal according to the length of the wealth code as in the case of ζO. In the case of ζO, in the case of Hiroshi - fixed decoy route 2: 11- A circuit that separates the do Oi/& silver by 1 Prepare. And, for example, let's make it into a digital version with a long hood, 7), 09゜Gin or 12゜D, and make it into a digital version like Hiro 1, and make that Kansai run in the judgment round 112. The movement of O is the third W.
There is A″e.
スイッチ1として紘−I押すことによってひとりOコー
ドが作成で龜るよう空ものであってもよ%Aが、光電ス
イッチのように投光郁と受光部とによって構成し、投光
塾から受光部に向う党をさえぎる仁七によって謬−Vを
作成するようにしてもよ−、こO1111電置は家II
Oドアー等にも適用で自るが、車両のドアーにも適用で
龜ゐ。この場金スイッチ社命一本−ルO中央部に押ボタ
ン履式で軟量するか或%/%紘車両の任意・O外Iiに
設置するようにして亀よ−、家j1.車両等ovkずれ
O場合でも、スイッチの設置位置が明らかで1にいよう
にしておくと信輌性社向上する。By pressing Hiro-I as switch 1, you can easily create an O code.Although it may be empty, %A is composed of a light emitter and a light receiver like a photoelectric switch, and receives light from the light emitter. Let's create an error-V by Jinshichi who blocks the party heading to the department.This O1111 station is house II
It can be applied to O-doors, etc., but it can also be applied to vehicle doors. This place money switch company's mission is to have a soft push-button in the center of the room or install it anywhere outside of the vehicle, and then the house j1. Even if the OVK deviation of the vehicle is O, the reliability of the vehicle will be improved if the installation position of the switch is clear and set to 1.
以上詳述しえように、ζO発elKよれば解錠動作をス
イッチO#/kfwによって作成されるx−11から亀
るラード信号O@定によりて行なうようkし九ので、従
来Oようにキー、磁気カードlll0ような媒体を不用
とすゐ仁とができ、又コード信号を利用するe”e、そ
Oコード信号を知る者の4が解錠可能と含みため、 *
li−に対する儒麺性が向上するといり九効果を奏する
。As described in detail above, according to elK from ζO, the unlocking operation is performed by the lard signal O@set which is generated from x-11 created by the switch O#/kfw. This method eliminates the need for media such as keys and magnetic cards, and also uses code signals, which means that anyone who knows the code signal can unlock the lock.*
Improving the flexibility with respect to li- brings about the nine effects.
第1図轄ヒのli憫の集論例を示すブーツク線図、嬉2
図、嬉swJは動作手順を示すプーダツムOフーーチャ
ーシである。Figure 1: Bootsk diagram showing an example of a collection of essays by the government, Raku 2
In the figure, the diagram shows the operation procedure.
Claims (1)
イッチと、前記スイッチによって一定時間内に作成され
る=−ドO組会せからなるコード信号を予め設定されで
あるコード信号との一致性を判定するaha路と、前記
判定−lIから〇−款性有電時に出ゐ信号によって駆:
IIIIIれる解錠機構とからなる解錠装置- A switch that creates a single code by closing IIOIII, and a code signal that is created by the switch within a certain period of time and consists of a =-do-o combination, and a code signal that is set in advance is determined to match. Driven by the aha path and the signal output from the above judgment-lI when the power is present:
An unlocking device consisting of an unlocking mechanism that
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP14435081A JPS5847876A (en) | 1981-09-12 | 1981-09-12 | Unlock apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP14435081A JPS5847876A (en) | 1981-09-12 | 1981-09-12 | Unlock apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPS5847876A true JPS5847876A (en) | 1983-03-19 |
Family
ID=15360054
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP14435081A Pending JPS5847876A (en) | 1981-09-12 | 1981-09-12 | Unlock apparatus |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS5847876A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS61134477A (en) * | 1984-12-04 | 1986-06-21 | 富士通テン株式会社 | Electronic lock for car |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4148092A (en) * | 1977-08-04 | 1979-04-03 | Ricky Martin | Electronic combination door lock with dead bolt sensing means |
| JPS55165382A (en) * | 1979-06-08 | 1980-12-23 | Sanyo Electric Co | Lock system |
-
1981
- 1981-09-12 JP JP14435081A patent/JPS5847876A/en active Pending
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4148092A (en) * | 1977-08-04 | 1979-04-03 | Ricky Martin | Electronic combination door lock with dead bolt sensing means |
| JPS55165382A (en) * | 1979-06-08 | 1980-12-23 | Sanyo Electric Co | Lock system |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS61134477A (en) * | 1984-12-04 | 1986-06-21 | 富士通テン株式会社 | Electronic lock for car |
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