WO2007100235A1 - Locking mechanism protection - Google Patents

Locking mechanism protection Download PDF

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Publication number
WO2007100235A1
WO2007100235A1 PCT/LT2007/000004 LT2007000004W WO2007100235A1 WO 2007100235 A1 WO2007100235 A1 WO 2007100235A1 LT 2007000004 W LT2007000004 W LT 2007000004W WO 2007100235 A1 WO2007100235 A1 WO 2007100235A1
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WO
WIPO (PCT)
Prior art keywords
locking device
laser
mechanical
infrared
electric circuit
Prior art date
Application number
PCT/LT2007/000004
Other languages
French (fr)
Russian (ru)
Inventor
Rolandas Bertulis
Original Assignee
Rolandas Bertulis
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 Rolandas Bertulis filed Critical Rolandas Bertulis
Publication of WO2007100235A1 publication Critical patent/WO2007100235A1/en

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Classifications

    • G—PHYSICS
    • G08—SIGNALLING
    • G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
    • G08B13/00—Burglar, theft or intruder alarms
    • G08B13/18—Actuation by interference with heat, light, or radiation of shorter wavelength; Actuation by intruding sources of heat, light, or radiation of shorter wavelength
    • G08B13/181—Actuation by interference with heat, light, or radiation of shorter wavelength; Actuation by intruding sources of heat, light, or radiation of shorter wavelength using active radiation detection systems
    • G08B13/183—Actuation by interference with heat, light, or radiation of shorter wavelength; Actuation by intruding sources of heat, light, or radiation of shorter wavelength using active radiation detection systems by interruption of a radiation beam or barrier
    • E—FIXED CONSTRUCTIONS
    • E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
    • E05B—LOCKS; ACCESSORIES THEREFOR; HANDCUFFS
    • E05B45/00—Alarm locks
    • E05B45/06—Electric alarm locks
    • G—PHYSICS
    • G08—SIGNALLING
    • G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
    • G08B13/00—Burglar, theft or intruder alarms
    • G08B13/02—Mechanical actuation
    • G08B13/08—Mechanical actuation by opening, e.g. of door, of window, of drawer, of shutter, of curtain, of blind

Definitions

  • the invention is directly related to the improvement of protective equipment (lock devices and mechanisms) in residential, commercial, public and other rooms, as well as safes, which will minimize the possibility of unauthorized persons entering the room or safe.
  • One of the options for protective means is to protect the locking device from drilling by installing a protective disk of carbides in front of the lock core.
  • a protective disk of carbides in front of the lock core.
  • Such a universal anti-drilling protection disc is described in EPl 106753.
  • the criminals still have some time for “theft” theft before the security service. If the object is random, after the alarm is triggered, the criminals usually leave immediately, without risking going inside, but if the room has been penetrated in advance and having information about the values of interest and their location, this short time before the security service arrives can be enough to theft.
  • the essence of the invention is to deprive the criminal of the opportunity to overcome the castle device.
  • the offender will lose the time required to open the lock mechanism.
  • the alarm also has an emotional effect - it is very unlikely that the offender will try to tear the lock, try to get inside the premises and commit a crime knowing that the security service has already left for the guarded object.
  • a mechanical, laser, infrared which reacts to movement or another “stop”, is placed in front of or inside the locking device, which reacts to the penetration of the lock mechanism into the interior and gives an alarm signal.
  • the proposed method of protecting the locking device includes mounting mechanical, laser, infrared, responsive to movement and other means in front of the locking device or inside it and connecting them to the signaling means.
  • a lock protection the device is a mechanical, laser, infrared, responsive to movement or another "stop", which is connected to the electrical signal circuit.
  • a mechanical “back-end” can constitute a protective plate with a magnetic or contact sensor connected to an electrical signaling circuit.
  • Laser "back” can make up a node of a light source and a light sensor
  • Fig.l - shows a principal view of the front door and a view In the direction of the arrow;
  • FIG. 2 is a section along the line A-A in FIG. 1 when a laser “shutter” is mounted;
  • Fig. 3 is a section along the line A-A in Fig. 1, when a mechanical “shutter” is mounted.
  • the security device of the lock device constitutes a “stop” in front of or inside the lock device, which is connected to the alarm circuit.
  • Figure 2 shows the mounting option of the laser “zanoveka”, which consists of a light source 1 and a light sensor 7, which are mounted behind the outer casing of the door 3, at the outer hole of the key 4 and in front of the lock mechanism 5 with the tongue 6.
  • FIG. 3 shows a mounting option for a mechanical “shutter”, which consists of a plate 8, which is hinged at the outer hole of the key 4 behind the outer casing of the door 3, and a magnetic contact 9 is attached to the other end, which is also part of the signaling electrical circuit.
  • a mechanical “shutter” which consists of a plate 8, which is hinged at the outer hole of the key 4 behind the outer casing of the door 3, and a magnetic contact 9 is attached to the other end, which is also part of the signaling electrical circuit.
  • Lock protection works as follows:
  • a “reserve” 2 is created (FIG. 3), which, when passing the key 10 through the external keyhole of the key 4, is destroyed, i.e. the connection between the source 1 and the sensor 7 is interrupted, which in turn interrupts the electrical signaling circuit, of which they are a part.
  • a mechanical “shutter” FIG. 3

Abstract

The invention relates directly to the improvement of protective means (locking devices and mechanisms) of residential, commerce, social and other premises and safe boxes for maximally reducing the possibility of penetration of unauthorised persons into a room or a safe box. The inventive method for protecting a locking device consists is mounting mechanical, laser, infrared movement-sensitive and other means in front of a locking device or thereinside and in connecting said means to alarm means. The inventive means for protecting a locking device is embodied in the form of a mechanical, laser, infrared movement-sensitive and other curtain which is connected to an alarm electric circuit. Said mechanical curtain can be embodied in the form of a protective plate provided with a magnetic or contact sensor which is connected to the alarm electric circuit. The laser curtain can be embodied in the form of a unit which consists of a light source and a light sensor and is connected to the alarm electric circuit. The infrared movement-sensitive curtain can be embodied in the form of an infrared ray sensor connected to the alarm electric circuit.

Description

ЗАЩИТА ЗАМКОВОГО МЕХАНИЗМА PROTECTION OF THE CASTLE MECHANISM
Изобретение напрямую связанно с усовершенствованием защитных средств (замковых устройств и механизмов) жилых, коммерческих, общественных и других помещений, а так же сейфов, которое максимально уменьшит возможность проникновения в помещения или сейф посторонних лиц.The invention is directly related to the improvement of protective equipment (lock devices and mechanisms) in residential, commercial, public and other rooms, as well as safes, which will minimize the possibility of unauthorized persons entering the room or safe.
В нынешнее время крупнейшие производители замков мира постоянно усовершенствуют конструкции производимой продукции, чем усложняют возможность преступникам преодоления замковых устройств, но, при постоянном усовершенствовании замковых устройств, постоянно усовршенствуются и навыки, технические средства преступников для преодоления этих устройств.Currently, the largest manufacturers of locks in the world are constantly improving the design of their products, making it more difficult for criminals to overcome castle devices, but with constant improvement of castle devices, the skills and technical means of criminals to overcome these devices are constantly being improved.
Один из вариантов защитных средств - защита замкового устройства от сверления, устанавливая защитный диск из твердосплавов перед сердечником замка. Такой универсальный диск защиты против сверления замкового механизма описан в патенте EPl 106753.One of the options for protective means is to protect the locking device from drilling by installing a protective disk of carbides in front of the lock core. Such a universal anti-drilling protection disc is described in EPl 106753.
Как показывает статистика, в зависимости от профессиональности преступника замки открываются за 0,5 - 2 минуты, более сложные конструкции - за 2 - 5 минут. Все замки открываются, только нужное для этого время - разное. Если в жилое или другое помещение можно попасть только через входную дверь, то от того, на сколько она хорошо защищена, будет зависеть, на сколько сложно будет попасть в это помещение. Если входная дверь бронированная, дверная коробка усиленная, если замковые устройства защищены твердосплавными пластинками или дисками против сверления как описано в патенте EPl 106753, и т.д., т.е. вытолкнуть, проломить или под другим механическим воздействием нет возможности попасть в помещение или это займет много времени и ( или ) создаст много шума, то единственным способом попасть во внутрь помещения - это преодолеть конструкцию замка.According to statistics, depending on the professionalism of the criminal, locks open in 0.5 - 2 minutes, more complex structures - in 2 - 5 minutes. All locks open, only the time needed for this is different. If you can enter a residential or other room only through the front door, then how much it is well protected will depend on how difficult it will be to get into this room. If the entrance door is armored, the door frame is reinforced, if the locking devices are protected by carbide inserts or anti-drilling discs as described in patent EPl 106753, etc., i.e. push out, break, or under other mechanical influence there is no way to get into the room or it will take a lot of time and (or) create a lot of noise, then the only way to get into the premises is to overcome the castle structure.
При усовершенствовании замковых устройств, их уже нельзя преодолеть сверлением, кислотой и другими средствами воздействия на механизм замка. Остается один способ - открыть замок путем подбора ключей или другими тому предназначенными криминальными средствами.With the improvement of locking devices, they can no longer be overcome by drilling, acid and other means of influencing the lock mechanism. There remains one way - to open the lock by selecting keys or other intended criminal means.
Очень хорошо, если в помещении вмонтирована местная сигнализация, еще лучше если охрана помещения доверена охранной службе. При открытии дверей срабатывает сигнализация. Если не вводится код снятия сигнализации на пульте, включается звуковая сирена, паралельно реагирует охранная служба, которая прибывает на охраняемый объект за определенный промежуток времени.It is very good if the local alarm is mounted in the room, even better if the security of the room is entrusted to the security service. When the doors open, an alarm is triggered. If the alarm removal code is not entered on the remote control, an audible siren is turned on, and the security service reacts in parallel, which arrives at the guarded object for a certain period of time.
Открыв двери, преступники до пребытия охранной службы еще имеют некоторое время для «мoлнeнocнoй» кражи. Если объект случайный, после срабатывания сигнализации преступники , как правило, сразу удаляются, не рискуя заходить во внутрь, но, если в помещение проникнуто заранее подготовившись и имея информацию о интересующих ценностях и их местонахождении, этого небольшого промежутка времени до приезда охранной службы может хватить для совершения кражи.Having opened the doors, the criminals still have some time for “theft” theft before the security service. If the object is random, after the alarm is triggered, the criminals usually leave immediately, without risking going inside, but if the room has been penetrated in advance and having information about the values of interest and their location, this short time before the security service arrives can be enough to theft.
Суть изобретения - лишить преступника возможности преодолеть замковое устройство.The essence of the invention is to deprive the criminal of the opportunity to overcome the castle device.
Если сигнализация сработает в момент попытки проникновения в замковое устройство, преступник потеряет время, необходимое для открытия механизма замка. Срабатывание сигнализации имеет и эмоциональный эффект - очень невелика вероятность, что преступник будет пытаться отрывать замок, пытаться проникнуть во внутрь помещения и совершить преступление зная, что охранная служба уже выехала на охраняемый объект.If the alarm is triggered at the time of attempting to enter the lock device, the offender will lose the time required to open the lock mechanism. The alarm also has an emotional effect - it is very unlikely that the offender will try to tear the lock, try to get inside the premises and commit a crime knowing that the security service has already left for the guarded object.
Для этой цели перед замковым устройством или внутри его ставится механический, лазерный, инфракрасный реагирующий на движение или другой «зaнoвec», который реагирует на проникновение во внутрь механизма замка и об этом дает сигнал сигнализации.For this purpose, a mechanical, laser, infrared, which reacts to movement or another “stop”, is placed in front of or inside the locking device, which reacts to the penetration of the lock mechanism into the interior and gives an alarm signal.
Таким образом предлагаемый способ защиты замкового устройства включает в себя монтирование механических, лазерных, инфракрасных реагирующих на движение и других средств перед замковым устройством или внутри его и соединение их со средствами сигнализации. А средство защиты замкового устройства составляет механический, лазерный, инфракрасный реагирующий на движение или другой «зaнoвec», который соединен с электрической цепью сигнализации.Thus, the proposed method of protecting the locking device includes mounting mechanical, laser, infrared, responsive to movement and other means in front of the locking device or inside it and connecting them to the signaling means. A lock protection the device is a mechanical, laser, infrared, responsive to movement or another "stop", which is connected to the electrical signal circuit.
Механический «зaнoвec» может составлять защитная пластина с магнитным или контактным датчиком, соединенным с электрической цепью сигнализации.A mechanical “back-end” can constitute a protective plate with a magnetic or contact sensor connected to an electrical signaling circuit.
Лазерный «зaнoвec» может составлять узел источника света и светового датчика,Laser "back" can make up a node of a light source and a light sensor,
• соединенного с электрической цепью сигнализации. Инфракрасный реагирующий на движение «зaнoвec» может составлять датчик инфракрасных лучей, соединенный с электрической цепью сигнализации. Для объяснения сути изобретения прилагаются чертежи, где: • connected to the alarm circuit. An “infrared” motion-sensitive “shutter” can constitute an infrared ray sensor connected to an electrical signaling circuit. To explain the essence of the invention are attached drawings, where:
Фиг.l - показан принципиальный вид двери спереди и вид В по направлению стрелки;Fig.l - shows a principal view of the front door and a view In the direction of the arrow;
Фиг.2 - разрез по линии A-A на фиг.l, когда вмонтирован лазерный «зaнoвec»;FIG. 2 is a section along the line A-A in FIG. 1 when a laser “shutter” is mounted;
Фиг.З - разрез по линии A-A на фиг.l, когда вмонтирован механический «зaнoвec».Fig. 3 is a section along the line A-A in Fig. 1, when a mechanical “shutter” is mounted.
Средство защиты замкового устройства составляет «зaнoвec» перед замковым устройством или внутри его, который соединен с электрической цепью сигнализации. На Фиг.2 показан вариант монтирования лазерного «зaнoвeca», который состоит из источника света 1 и светового датчика 7, которые смонтированы за внешним корпусом двери 3, у наружного отверстия ключа 4 и перед механизмом замка 5 с язычком 6.The security device of the lock device constitutes a “stop” in front of or inside the lock device, which is connected to the alarm circuit. Figure 2 shows the mounting option of the laser “zanoveka”, which consists of a light source 1 and a light sensor 7, which are mounted behind the outer casing of the door 3, at the outer hole of the key 4 and in front of the lock mechanism 5 with the tongue 6.
При монтировании инфракрасного реагирующего на движение «зaнoвeca» он монтируется вместо источника света 1 и светового датчика 7.When mounting an infrared motion-sensitive “sunset”, it is mounted instead of light source 1 and light sensor 7.
На Фиг.З показан вариант монтирования механического «зaнoвeca», который состоит из пластины 8, которая на шарнире крепится у наружного отверстия ключа 4 за внешним корпусом двери 3, а на другом конце прикреплен магнитный контакт 9, который является и частью электрической цепи сигнализации.FIG. 3 shows a mounting option for a mechanical “shutter”, which consists of a plate 8, which is hinged at the outer hole of the key 4 behind the outer casing of the door 3, and a magnetic contact 9 is attached to the other end, which is also part of the signaling electrical circuit.
При монтировании механического «зaнoвeca» с контактным датчиком, вместо магнитного контакта 9 монтируется контактный датчик, соединенный с электрической цепью сигнализации. Защита замкового устройства работает следующим образом :When mounting a mechanical “shutter” with a contact sensor, instead of a magnetic contact 9, a contact sensor connected to the signaling electric circuit is mounted. Lock protection works as follows:
Между источником света 1 и световым датчиком 7 создается «зaнoвec» 2 (Фиг.З), который просовывая ключ 10 через внешнюю замковую скважину ключа 4 разрушается, т.е. прерывается связь между источником 1 и датчиком 7, что в свою очередь прерывает электрическую цепь сигнализации, частью которой они являются. В случае установки механического «зaнoвeca» (Фиг.З), просовывая ключ 10 через внешнюю замковую скважину ключа 4 пластинка с магнитом 8 отодвигается, магнитный датчик 9 прерывает цепь сигнализации, частью которой он является. Between the light source 1 and the light sensor 7, a “reserve” 2 is created (FIG. 3), which, when passing the key 10 through the external keyhole of the key 4, is destroyed, i.e. the connection between the source 1 and the sensor 7 is interrupted, which in turn interrupts the electrical signaling circuit, of which they are a part. In the case of installing a mechanical “shutter” (FIG. 3), by inserting the key 10 through the external keyhole of the key 4, the plate with the magnet 8 is moved away, the magnetic sensor 9 interrupts the signaling circuit of which it is a part.

Claims

ФОРМУЛА ИЗОБРЕТЕНИЯ CLAIM
1. Способ защиты замкового устройства, включающий монтирование защитных средств, отличающийся тем, что перед замковым устройством или внутри замкового устройства монтируют механический заслон или лазерные или инфракрасные реагирующие на движение средства, которые соединяют со средствами сигнализации.1. A method of protecting a locking device, including mounting protective means, characterized in that a mechanical screen or laser or infrared motion-sensitive means is mounted in front of the locking device or inside the locking device, which are connected to signaling devices.
2. Защитное средство замкового устройства, включающее датчик сигнализации, отличающееся тем, что перед замковым устройством или внутри замкового устройства смонтирован механический заслон или лазерные или инфракрасные реагирующие на движение средства, которые соединены с электрической цепью сигнализации.2. Protective means of the locking device, including an alarm sensor, characterized in that a mechanical screen is mounted in front of the locking device or inside the locking device, or laser or infrared means reactive to movement are connected to the signaling electric circuit.
3. Защитное средство замкового устройства по пункту 2, отличающееся тем, что механический заслон составляет пластинка с магнитным или контактным датчиком, которые соединены с электрической цепью сигнализации.3. Protective means of the locking device according to paragraph 2, characterized in that the mechanical barrier is a plate with a magnetic or contact sensor, which are connected to an electrical signaling circuit.
4. Защитное средство замкового устройства по пункту 2, отличающееся тем, что лазерный заслон составляет узел из светового источника и светового датчика, который соединен с электрической цепью сигнализации.4. Protective means of the locking device according to paragraph 2, characterized in that the laser barrier comprises a unit of a light source and a light sensor, which is connected to an electrical signaling circuit.
5. Защитное средство замкового устройства по пункту 2. отличающееся тем, что инфракрасный реагирующий на движение заслон составляет датчик инфракрасного излучения, который соединен с электрической цепью сигнализации. 5. The protective device of the locking device according to paragraph 2. characterized in that the infrared motion-sensitive barrier comprises an infrared radiation sensor that is connected to an electrical signaling circuit.
PCT/LT2007/000004 2006-03-01 2007-02-22 Locking mechanism protection WO2007100235A1 (en)

Applications Claiming Priority (2)

Application Number Priority Date Filing Date Title
LT2006014 2006-03-01
LT2006014A LT5451B (en) 2006-03-01 2006-03-01 Safety of lock mechanism

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WO2007100235A1 true WO2007100235A1 (en) 2007-09-07

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CN104063922A (en) * 2014-01-15 2014-09-24 苏州天趣信息科技有限公司 Alarm door lock device assembly based on RFID sensing

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JP2004156237A (en) * 2002-11-05 2004-06-03 Tokai Rika Co Ltd Key cylinder protective cap and key cylinder protective system
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Publication number Priority date Publication date Assignee Title
SU1393315A3 (en) * 1980-11-25 1988-04-30 Никола Лика (FR) Safety device protecting room door lock from breaking open
ES2083912A2 (en) * 1993-10-22 1996-04-16 Padilla Rogelio Bueno Security device for doors
JPH09303012A (en) * 1996-05-15 1997-11-25 Shinkichi Kida Door lock
US6774790B1 (en) * 2000-09-21 2004-08-10 Robert B. Houston Solar powered perimeter beam
JP2004156237A (en) * 2002-11-05 2004-06-03 Tokai Rika Co Ltd Key cylinder protective cap and key cylinder protective system
RU28369U1 (en) * 2002-12-19 2003-03-20 Смирнов Сергей Александрович Locking mechanism

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* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104063922A (en) * 2014-01-15 2014-09-24 苏州天趣信息科技有限公司 Alarm door lock device assembly based on RFID sensing
CN104063922B (en) * 2014-01-15 2016-05-25 山东智慧生活数据系统有限公司 A kind of Alarm door lock device combination based on RFID induction

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