TR201801951A2 - Lock Control Assembly - Google Patents

Abstract

The invention is a lock control mechanism (100) comprising a drive element (150) associated with the lock mechanism of a door (400), a drive (140) driving said drive element (150). Its innovation is configured to query a signal detector (110) that generates a signal according to the light rays falling on it or sound waves, whether the signal received from the said signal detector (110) is in a predetermined pattern and to operate the driver (140) if the received signal is in a predetermined pattern. a processor unit (120); it comprises a body (160) that houses the signal detector (100); said body (160) comprising a controller housing (161) configured to receive a portion of a control device (510) including a signal emitter (510); it comprises a presence detector (168) positioned around said control device housing (161) and generates a signal when detecting the control device (500) in the control device housing (161).

Description

TECHNICAL FIELD The invention includes a drive element associated with the locking mechanism of the door, said drive element. It relates to a key control that includes a drive that drives. PRIOR ART Communication systems, in which light is used as an information carrier, have received a lot of attention recently. sees. It is difficult and inconvenient to propagate light waves in the earth's atmosphere. Therefore, In today's various leading development laboratories, "containing" a light wave and glass or plastic fiber to send this wave from a source to a heirloom Research is being done on the systems in which the cables are used. A guided fiber optic Communication systems that carry information via fiber optic systems are called fiber optic systems. LiFi, wifi too Instead of the radio waves used, light is used as a carrier. First in 2012 in Las With this technology introduced at the Consumer Electronics Show in Vegas, light data used as a carrier. VLC (visible light communication) concept LiFi from the concept of previously introduced and visible light connections can be made shown.

With the development of electronic systems and distance control systems, the door and unlocking mechanisms have also begun to change. Activate lock systems metal keys with commonly known physical coding details to enable instead of manual door opening systems with proximity, remote control, RFID, NFC biometric More secure systems such as data readers have started to be used. Aforementioned Electronic lock control systems are commanded by the user without a metal key. receives and queries from the user. If the command transmitted to the system by the user, If it is a system-acceptable command, a motor is activated and the lock mechanism opens. The stage where the user transmits commands to the lock mechanism is locked. It is the most important stage of the system, especially when evaluated in terms of security. This For this reason, in the ordinary state of the technique, it is used to transmit commands to the lock system. There are many different ways.

In the application numbered EP2284803, it is stated that the key is sent to the lock mechanism with the acoustic code. a system is mentioned. In such systems, the user should be close to the lock system. required. Remote control is not possible. In addition, electronic lock systems As its components are outside the door, they are open to attack and manipulation.

As a result, all the above-mentioned problems require an innovation in the relevant technical field. not made mandatory.

BRIEF DESCRIPTION OF THE INVENTION The present invention is aimed at eliminating the above mentioned disadvantages and providing the relevant technical field. relates to a key control arrangement to bring new advantages.

One object of the invention is to provide a security enhanced key control mechanism.

Another object of the invention is to introduce a key control mechanism in which the amount of energy consumed is reduced. is to put.

Another object of the invention is to provide a control unit that allows entering a code for unlocking. It is to introduce a key control mechanism that is easy to use.

All the above-mentioned purposes that will emerge from the detailed description below. The present invention to realize an actuation associated with a locking mechanism of a door. a key control element comprising a driver driving said drive element. is the mechanism. Accordingly, the innovation is signaled according to the light rays or sound waves falling on it. it contains a signal detector that generates it will query whether it is in a predetermined pattern and configured to run the driver if it is in a specified pattern. the processing unit; a body housing the signal sensor; a signal of said body structured to include part of a controller containing the emitter. including the controller housing; located around said controller housing and an entity within the controller slot that generates a signal when it detects the controller contains the sensor. Thus, the locking mechanism is activated with a portable control device. The presence of the controller can be detected, and the presence of the controller can be detected. In such cases, energy savings are provided.

A preferred embodiment of the invention is characterized in that said controller is a tablet. is in the form of a smart phone.

Another preferred embodiment of the invention is that the controller housing with a flat back side of the device facing the ground, parallel to the ground. formatted to allow it to be inserted. So the signal propagation that is, the controller is facing the user's face during the code entry. It is provided that the control device is used for other purposes as well.

Another preferred embodiment of the invention is characterized by the U-form of the controller housing. contains a similarly shaped section.

Another preferred embodiment of the invention is that the controller housing the flat back or front face of the controller when placed inside one support surface against the other, which is flat, of the controller. It contains a small support protrusion. Thus, the controller is fixed in the slot. is provided, making it easier to use the controller while it is in the dock.

Another preferred embodiment of the invention is that the support ribs have at least a minimum of at least two are provided to define a signal transmission channel. Like this the sound or light emanating from the signal emitter can be directly signaled without an obstruction. It is provided to reach the sensor.

Another preferred embodiment of the invention is that the controller housing at least one remaining between the signal emitter and the signal detector when the device is placed in contains the signal transmission channel.

Another preferred embodiment of the invention is that the processing unit is different from the presence detector. According to the data it receives, it allows the lock controller to enter or exit sleep mode. It is configured in a way that allows it to exit.

Another preferred embodiment of the invention is characterized in that the signal emitter is it is arranged in a pattern to emit a sound wave or light.

Another preferred embodiment of the invention is characterized by a client device a communication interface for receiving an access code via the communication network, a signal emitter to emit light according to the code it receives from the said communication interface. or a remote control device containing a second processing unit that emits sound. it contains. Thus, remote operation of the lock system is provided.

Another preferred embodiment of the invention is characterized by the remote control device's signal It is positioned facing the sensor.

Another preferred embodiment of the invention is characterized by a door located on one side. a first signal detector and a second signal detector located on the other side of the door. it contains. Thus, while the electronics are located inside the door, only positioning the sensor on the outside of the door so that it can protect against malicious people. increased security is provided.

Another preferred embodiment of the invention is characteristic of said communication interface. Configured to communicate with at least one of the GSM, GPRS or wi-fi protocols is that.

Another preferred embodiment of the invention is characterized in that the remote communication device is a includes the power supply.

BRIEF DESCRIPTION OF THE FIGURE Figure 1 shows the schematic view of the lock control assembly.

Figure 2 is a schematic view of a possible configuration of the lock control assembly. given.

Figure 3 shows a representative view of the body of the signal detector.

Figure 4 is a representative view of the body of the signal detector and the controller. given.

A representative side view of the body of the signal detector is given in Figure 5.

Figure 6 is a representative side view of the body of the signal detector and the controller. given.

DETAILED DESCRIPTION OF THIS ITEM In this detailed description, the subject of the invention is only for a better understanding of the subject. It is explained with examples that will not have a restrictive effect.

The subject of the invention is that the lock control device 100 basically consists of a command device 500 to unlock a door (400) if it detects that a signal is being received in the pattern. it provides.

Referring to Figure 1 , the lock controller 100 includes a signal sensor 110. Signal The detector 110 may comprise a microphone in one possible embodiment. signal detector, in another possible embodiment it may include a photodiode. The signal detector (110) It generates a signal according to incident light or sound. In one possible embodiment, one of the doors (400) a first signal detector (110a) located on one side and the other on the other and a second signal detector 110b is provided.

The signal detector (110) is coupled with a mixer (130). One processor unit (120) It evaluates the signal it receives from the mixer. The processor unit is a microprocessor can happen. Said processor unit (120) is connected to the door (400) of a drive element (150). associated with a driver 140 for the drive application. The drive element 150 is an engine.

The command device 500 includes a signal emitter 510. Said signal emitter (510), in a predetermined pattern controlled by the processor of the command device 500. It is arranged to emit a signal. In a possible embodiment, the emitter (510) audio It may be a loudspeaker arranged to emit In another possible configuration the signal emitter 510 is arranged to emit light. In this configuration, the signal emitter 510 may include LEDs or LED arrays.

In one exemplary embodiment, the controller 500 is a mobile phone, tablet computer, etc. can happen. In this exemplary embodiment, the signal emitter is the mobile phone or tablet computer. is the screen.

The command device 500 is in tablet form and has a flat face 502 facing it. is defined as the reverse side of the obverse (502) and the reverse side (504). is defined. Controller 500 for the user to initiate the signal propagation process. a user interface (540) that allows command entry by the user. may contain. The user interface 540 is located on the front 502.

Information about the signal to be emitted by the signal emitter 510 is stored in a memory unit (see figure). not shown) may be registered. According to this information, the processor of the command device 500 it allows the signal emitter to emit the signal. A light source of the signal emitter 510 In this case, the signal propagation process is performed at intervals such that the light represents a code. sent or sent at different wavelengths to express a code may be in the form. In other words, the signal emitter 510 emits a code by emitting different colors. can express. In a possible configuration where the signal emitter 510 is a microphone A certain sound pattern can be sent or a fixed amplitude audio signal can be sent. The code can be expressed in the form of interruption. The signal emitter 510 is the light emitter. The emitted light is either in the visible spectrum or outside the visible spectrum. can happen. In the case where the signal emitter 510 is a loudspeaker, the emitted sound is human. It may be at a frequency that your ear cannot perceive or at an audible frequency.

The command device 500 provides a code for activating the lock controller 100. can receive from the server (620). Said code is generated by the server (620) and the unique identification number denoting the door associated with the lock control device (100), may contain the stamp, in hashed form. Said code is time based with one-time password algorithm (Time-Based One-Time Password algorithm, TOTP) is produced.

In a possible embodiment as in Figure 2, the lock control assembly 100 is a remote control. device (200). The remote controller 200 is preferably connected to the signal detector. (110) is placed facing up. The remote controller 510 is a communication interface (210), a second processor unit (220), and a second signal emitter (230). contains. The communication interface 210 is arranged to receive wireless data.

The communication interface 210 can receive data via GSM/GPRS/Wi-Fi protocols.

The remote control device 200 may also include a power supply 240. This power supply 240 may be a battery. The remote control device (200) from the communication interface 210 causes the code it receives to be emitted from the second signal emitter 230. Communication interface ( is in the form. This data These patterns are converted into light or sound patterns by the second processing unit (220). The second signal is obtained by the emitter (230) in the form of light or sound.

The lock control assembly 100 is also powered by a battery-like power supply (not shown). is related. The lock controller 100 is an LED-like indicator that indicates the level of the power supply. may contain a warning element (not shown in the figure). is located. Said body (160) includes a command device housing (161).

The command device housing 160 has a U-shaped cross-section.

Referring to Figure 4 , the command device slot 161 will contain a portion of the command device 500 has been sized. The command device slot (161) is the plate in this example embodiment. command device (500) in the form of a flat face facing the ground, the device is parallel to the ground. It is shaped to allow it to be inserted into position. Command device slot In this exemplary embodiment (161), the command device 500 is placed on the ground while the command device 500 is inside. a support surface (162) contacting its facing face (rear face).

Referring to figures 5 and 6, the command device slot 161 is in the command device 500 at least one abutment projection (163) that contacts the front face (502) of the command device (500) contains. The abutment protrusion 163 provides a signal transmission between them in this exemplary embodiment. Two are provided to define the channel (164). Signal detector (110) two between the abutment protrusion (163) and the signal emitter while the command device (500) is in the socket. (510) is positioned to face. The signal emanating from the signal emitter 510 is signal transmission. It reaches the signal detector (110) by passing through the channel (164).

The abutment protrusions 163 and the support surface 162 are also the command device of the command device 500. It ensures that it is fixed in its slot (161). Only part of the command device 500 During the unlocking process, since it goes into the slot and the front side (502) is facing up. the command device (500) is allowed to be used by the user.

It is located in the command device slot (161) of the command device (500) on the body (160). A presence detector (168) is positioned, which makes it possible to question whether it is not.

Said entity detector 168 may be associated with the processor unit 120 . Presence The sensor 168 may be an IR sensor and IR light emitted by objects within its range. It generates a signal according to its rays and transfers it to the processor unit (120). So the key control power saving of assembly 100 when command device 500 is not in command device slot 161 mode can be provided.

The operation of the invention detailed above is as follows: (500) into the controller slot with the signal emitter (510) facing the signal detector (110). (161) places it. By the presence detector (168) of the controller (500) it is detected that it is placed and the lock control mechanism (100) is made ready. User activates the signal emitter (510) via the interface (540). Signal emitter (510) emits a sound signal or light in a predetermined pattern. Signal detector (110) detects the emitted signal and sends a signal that expresses it to the mixer (130).

The mixer (130) also transmits this signal to the processor unit (120). Processor unit, received that the signal represents a predetermined code or in a predetermined pattern. If it detects that it is the case, it starts the driver (140). Driver 140 is also a drives the drive element 150. The drive element (150) also unlocks the door to which it is associated. opens or opens the door (400). While sending the signal, the user can continue to use the interface (540).

In one of the possible embodiments, the user can be a mobile device, a computer, etc. a client like remote control device (600) via a communication network (610). (200) can send a code to the communication interface (210). The communication interface (210) is The second processor unit (220) transmits the code to the second processor unit 220, and the second processor unit (220) transmits the second signal. it causes the emitter 230 to emit a signal expressing the code. Thus, Allows the user to remotely unlock the door (400) or the door lock.

Code to be verified by lock checker (100) One-time password with 3-Des can be created by the method. 3-DES Banking system, serious security programs, electronic payment system (with card internet shopping etc.) are used in systems. Find out, in the defense industry a more advanced algorithm for high-level lock protection systems. AES (Advanced Encryption Standard) can be used. Containing the first key value to the person's command device (500), A software that generates a user-friendly light or sound pattern password can be downloaded. this software By means of the user interface (540), the signal emitter (510) of the command device (500) is activated. Light or sound is emitted in a way to express the codes being transmitted.

One of the signal sensors (110) is located outside the door, other electronic components it can be located on the inside of the door (400). Thus, malicious individuals key control intervention of the mechanism (100) is made difficult.

The scope of protection of the invention is stated in the attached claims and this detailed for exemplification purposes, it cannot be limited to what is told. Because a technical expert similar in the light of what has been explained above without departing from the main theme of the invention. It is clear that structuring can occur.

REFERENCE NUMBERS IN THE FOLLOWING 100 Lock control assembly 110 Signal detector 110a Primary signal sensor 110b Second signal detector 120 Processor units 130 Mixer 140 Drivers 150 Drive element 160 Body 161 Commander slots 162 Support surface 163 abutment protrusion 164 signal transmission channels 168 Presence detector 200 Remote controller 210 Communication interface 220 Second processor unit 230 Signal emitter 240 Power supply 400 Doors 500 Command device 502 Obverse 504 Back side 510 Signal emitter 540 User interface 600 Client devices 610 Communication network 620 Servers

Claims (15)

REQUESTS . It is a lock control mechanism (100) comprising a drive element (150) associated with the lock mechanism of a door (400), a driver (140) driving said drive element (150), and its feature is; A processor configured to query a signal detector (110) that generates a signal according to light rays or sound waves falling on it, interrogates whether the signal it receives from said signal detector (110) is in a predetermined pattern and runs the driver (140) if the received signal is in a predetermined pattern. unit (120); a body (160) containing the signal detector (100); said body (160) comprising a controller housing (161) configured to receive a portion of a controller (500) comprising a signal emitter (510); it comprises a presence detector (168) located around said controller housing (161) and generating a signal when it detects the controller (500) inside the controller housing (161). . It is a lock control mechanism (100) according to claim 1 and its feature is; said controller (500) is a smartphone in tablet form. . It is a lock control mechanism (100) according to claim 2 and its feature is; is that the controller housing (161) is shaped to allow the controller (500) to be placed inside parallel to the ground, with a flat rear face (504) facing the ground. . It is a lock control mechanism (100) according to claim 2 and its feature is; the control device housing (161) has a cross-section similar to the U form. . It is a lock control mechanism (100) according to claim, and its feature is; The controller housing (161) includes a support surface (162) abutting on either the flat back (504) or the flat front face (502) of the controller (500) when the controller (500) is inserted into the controller (500). it includes at least one support protrusion (163) resting on its other face. . It is a lock control mechanism (100) according to claim 5 and its feature is; at least two of the support protrusions (163) are provided to define at least one signal transmission channel (164) between them. It is a lock control mechanism (100) according to claim 1 and its feature is; the controller housing (161) includes at least one signal transmission channel (164) that remains between the signal emitter (510) and the signal detector (110) when placed inside the controller (500). It is a lock control mechanism (100) according to claim 1 and its feature is; is that the processor unit (120) is configured to enable the lock controller (100) to enter or exit sleep mode according to the data it receives from the presence detector (168). It is a lock control mechanism (100) according to claim 1 and its feature is; the signal emitter 230 is arranged to emit sound waves or light in a predetermined pattern. It is a lock control mechanism (100) according to claim 1 and its feature is; a second processor enabling a communications interface (210) to receive an access code from a client device (600) via a communications network (610), a second signal emitter (230) to emit light or sound according to the code it receives from said communications interface (210). and a remote control device (200) comprising the unit (220). It is a lock control mechanism (100) according to claim 10 and its feature is; The remote control device (200) is positioned facing the signal detector (110). It is a lock control mechanism (100) according to claim 1 and its feature is; a first signal detector (110a) located on one side of the door (400) and a second signal sensor (110b) located on the other side of the door (400). It is a lock control mechanism (100) according to claim 1 and its feature is; said communication interface (210) is configured to communicate with at least one of the GSM, GPRS or wi-fi protocols. It is a lock control mechanism (100) according to claim 1 and its feature is; the remote communication device (200) includes a power supply (240). 15. It is a lock control mechanism (100) according to claim 1 and its feature is; it is connected with a server to receive the code expressing the signal to be produced by said controller (500).