TR201703113A2 - Motorized Lock - Google Patents

Abstract

The invention relates to a motorized lock, which can be controlled remotely wired or wirelessly, which performs automatic unlocking and closing operations, as well as having a manual opening / closing mechanism and an integrated alarm system. Motorized lock; the cylinder arm 22 during opening or locking of the lock by means of the key or handle to ensure that the strain, friction, deterioration or reduction or cut-off of the energy that causes the engine 17 to be caused by the motor 17 and the gear assembly does not affect the manual locking and unlocking process. and the moving part (11), which rotates and moves in the upward direction (y +), separating the motor (17) to which it is connected and the gear group from the mechanical locking mechanism.

Description

DESCRIPTION motor lock Technical Area The invention can be controlled remotely by wired or wireless, automatic unlocking and Manual opening/closing mechanism and alarm relates to the motorized lock that can be integrated into the system.

State of the Art Existing motorized electromechanical interlocks naturally and naturally in case of battery depletion or malfunction. As expected, it can be unlocked and locked with keys. However, the key and their lock security is very much compared to standard lock cylinders generally used on doors. being weak; 'moreover, this security level cannot be selected by the user. This In this case, the user who wants to obtain a motorized and comfortable lock, should contact the manufacturer of this lock. be satisfied with the security level of an emergency key-entry system that it has determined has to. This security weakness is also the cause of such electromechanical locking systems. restricts their application areas and is considered a serious obstacle to their spread. is standing.

A major problem is the need to operate such electromechanical locking systems. It is lived in the form of supply of electrical energy. The batteries of those with batteries, It is still built into the electromechanical lock structure, so that it can be easily changed when necessary. is not integrated. In this case, the total system is placed inside the batteries, except for the lock body. It contains additional apparatus to be placed; Most users are like this, especially for aesthetic reasons. They avoid using systems with a lot of assembly details. electrically the employees, on the other hand, already go to the door and then to the electromechanical lock system inside the door. dangerous and difficult to install by most users as it requires pulling the cable considered and not preferred.

As a result, due to the above-mentioned negativities and existing solutions It is necessary to make an improvement in the relevant technical field due to the inadequacy of the is locked.

Purpose of the Invention The aim of the invention is to solve the two main problems mentioned above. First to apply The subject of the electromechanical lock is the lock cylinders of every security level on the market. It can also be locked and unlocked manually. That is, the entire system, wired or wireless Besides its automatic and motorized operation with a compatible control device, with plug-in cylinder, key from outside and inside or key from outside, inside Can be operated with handle. Thus, many cylinders suitable for need and budget one of the options can be selected. When the system is manually operated with this cylinder becomes completely independent of the motor part. whenever the user wishes and In this position, it can use motorized automatic operation.

In the motorized lock, which is the subject of the invention, there are 4 AA size AA batteries attached with a cartridge battery bed. battery pen, alarm system that detects door opening and impact, bars and tongue of the lock motorized mechanism with pulling ability, lock cylinder at desired security level There is a mechanical structure that allows its use. The alarm of the system, whether by engine or whether locked by the handle of the cylinder or the key, optionally each time it is locked can come into play; optionally deactivated each time the lock is opened. can come out.

The structural and characteristic features and all advantages of the invention are given in the following figures and It is clearer thanks to the detailed explanation written by making references to these figures. will be understood as such, and therefore the assessment will also include these figures and should be taken into account.

Figures to Help Understand the Invention Figure 1 is the view of the motorized lock, which is the subject of the invention, in the unlocked standby state.

Figure 2 shows the motor lock of the invention in the locked standby state. is the view.

Figure 3a shows that the motor lock, which is the subject of the invention, is exactly where the lock tongue is pulled into the lock body. is the view of the unlocked status.

Figure 3b shows the lock tongue of the motor lock, which is the subject of the invention, after full unlocking. The view is while outside.

Figure 4 shows the motor lock of the invention in the locked standby state. is the view. Drawings do not necessarily need to be scaled and to understand the present invention Unnecessary details may be omitted. Other than that, at least elements that are substantially identical, or at least with substantially identical functions, indicated by the same number.

Description of Part References 1. Lock body 19. Connection socket 2. Power unit 20. Lock cylinder 3. Battery slot 21. Main electronic board 4. Interconnect board 22. Cylinder pear . Tongue pull lever 23. Horizontal gear 6. Limit magnet 24. Magnetic field sensor-2 7. Tongue sensor 25. Position magnet 8. Reference screw 26. Magnet 8a. Fixing screw 27. Busbar 9. Magnetic field sensor-1 28. Connection . Pin 29. Connecting arm 11. Moving part 30. Tongue puller arm 11.1 Bearing surface 31. Sound unit 12. Nut 32. Lock tongue 13. Ball screw 33. Battery holder screw 14. Shaft gear 34. Lock tongue spring . Intermediate gear pair 35. Sensor board 16. Engine pinion gear 17. Engine 18. Chassis tension spring 36. Control unit y+. up direction y-. down direction Detailed Description of the Invention In this detailed description, preferred embodiments of the invention are merely better suited to the subject. for understanding and without any limiting effect is explained.

Remote wired or wireless control with manual locking It is a motorized lock that performs automatic unlocking and closing operations; Lock body (1), which forms the skeleton of the lock and where the sub-components are mounted, at least one bar (27) that allows the door to be locked, When the door is closed, the lock that fits into its slot in the safe and prevents the door from being opened which is connected to the lock tongue (32) and which is connected to the lock tongue (32) outward from the lock body (1). the lock tongue spring (34) that allows it to be pushed correctly, Pulling the lock tongue (32) with which it is connected from the lock body (1) or pulling it out. tongue pulling lever (5), By turning the motor pinion gear (16) fixed on the safti', the lock's automatic The engine (17), which constitutes the drive, to ensure that it is locked and unlocked as By transmitting the movement transmitted by the ~2~ gear group to the busbar (27) to which it is connected push the busbar (27) out of the lock body (1) or inwards. the busbar (27) which prevents it from being pushed into the lock body (1) by an external force. connection work (28) and 0? Cylinder pear (22) formed on the lower part of the connecting rod (28) recesses to move the mechanical locking mechanism. from the horizontal gear (23) the nut (12) to which it is fixed, together with the screw shaft (13), without turning, This movement, which enables it to move back and forth on the shaft (13), It transmits to the busbar (27) to which it is connected and locks the busbar (27) with an external force. mechanical locking mechanism preventing it from being pushed into the body (1), ~t~ motor (17) from the motor pinion gear (16) located on the shaft which is connected to the intermediate gear pair (15) transmitting the rotational movement to it, shaft gear that transfers said movement to the ball screw (13) fixed on it (14), .;. It rotates with the drive it receives from the shaft gear (14), said, which enables the nut (12) to make forward/backward linear movement. ball screw (13) and He? motion by converting the rotational motion of the ball screw (13) into linear motion. from the nut (12) mechanical locking mechanism, which is connected to the motor (17) drive. gear train that transfers it to the busbars (27) via During manual locking and unlocking, the lock cylinder (20) is key or horizontally while turning the mechanical locking mechanism by the handle. by moving it back and forth on the axis, the busbar (27) in the lock body (1) or outward moving roller pear (22), The strain, friction, deterioration or decrease in the energy that keeps the engine (17) running, or to ensure that its cutting does not affect the manual locking and unlocking process. when unlocking or locking with the key or handle connected, which the cylinder pear (22) rotates and moves in the upward direction (y+). which separates the engine (17) and gear group, which it is, from the mechanical locking mechanism. moving part (11), The screw shaft (13) of the nut (12) formed on the moving part (11) in the direction of the busbar (27) with the ball screw (13) on which the shaft gear (14) is fixed. the resting surface (11.1), which restrains its movement, for users to control the motor (17) remotely, wired or wirelessly. unlock/close commands, its button and/or sound sensor and/or touch screen and/or finger reader. and the control unit (36), which enables them to send it to the main electronic board (21) communication receiving signals/commands sent via the control unit (36) unit, by processing the incoming commands and on the data coming from the sensors. with the software in the microprocessor by evaluating it through the microprocessor in the said, which controls the motor (17) to perform the specified operation. main electronic board (21), in connection with the main electronic card (21) on the lock body (1) positioned; .;. Downloading software to the microprocessor on the main electronic board (21) and/or updating the software in the microprocessor, v energy transmission to electronic locks to be mounted on the door and/or main on/off etc. coming from the electronic card (21). transmitting commands, Wired keypad that can be mounted on v door, fingerprint reader, card reader etc. connecting the connectors of the control units (36) Connection socket (19), which allows connecting the necessary cable/apparatus for The lock must be unlocked manually for a malfunction, power unit (2) exhausted or any other reason. Opening with a key from the outside and from the inside with a key or cylinder handle To perform manual unlocking, if desired: To the busbar, which allows the 02° lock tongue (32) to be moved via the door handle. (27) connecting link arm (29), While the motor (17) and the gear group are separated from the mechanical locking mechanism, the lock towards the fixing screw (8a) with which it is connected, which is fixed on the body (1). The movement of the moving part (11) in the vertical axis, which is jammed in the upward direction (y+), chassis tension spring (18), In case another electronic lock is installed on the same door, the locks are synchronized. in order to enable it to perform the on/off operations somehow. which sends on/off commands to both the electronic lock and the motor (17) said main electronic board (21), positioned in connection between the shaft gear (14) and the tongue pull arm (5), The lock body of the busbar (27) during the unlocking with the engine (17) running Leaning the nut (12) against the moving part (11) by pulling in (1) Afterwards, the motor (17) continues to move and the screw shaft (13), the nut (12) the tongue pull lever, as it starts to move in the direction of the busbar (27). (5) turn the reference screw (8) at its center in the opposite direction of the busbar (27). the pull handle (5), the lock tongue (32) with which it is connected, from the lock body (1) pin (10) that enables it to move in/out, the latch pull lever (5), which is fixed to the lock body (1), to which it is connected with fixing screw (8a) as reference point for circular movement of the moving part (11) and said elements positioned in it. that adjusts the direction of its up/down movement and limits its movements reference screw (8), magnetic field caused by the magnet (26) mounted on the nut (12) the position of the nut (12) on the ball screw (13) and magnetic field sensor-1 (9), which determines the direction of movement, positioned in the lock body (1) and the magnetic field sensor-1 (9) the sensor board (35) to which it is connected, tongue pulling sensor with contacts for battery poles and/or main electronic board (21) and sensor board (35) with key said interconnection card (4) connecting each other, of the position magnet (25) positioned on the busbar (27) By sensing the magnetic field change created by the movement of the busbar (27) magnetic field sensor-2 (24) or mechanical switch that determines its position, of the lock tongue (32) and the tongue pull lever (5) located on the interface board (4). its movement with the mechanical switch or the limit located on the tongue pull lever (5). by measuring the magnetic field changes created by the magnets (6) at least one tongue sensor (7), motor (17), microprocessor, language sensor (7), magnetic field sensor-1 (9) and magnetic field sensor-2 (24) power unit (2), which provides the energy required for its operation, By opening the cover of the battery compartment screw (33) on the lock body (1), the power the said power unit (2) is placed and comes into contact with the interconnection board (4). partly or completely from the lock body (1) during the replacement of the unit (2). removable battery holder (3), automatically via the main electronic board (21) by locking the door or activated by the user with the control unit (36) and when unlocked disabled; .3. When the door is locked, it is not necessary to apply a blow to the door or to lock it with a tool. impact/pressure sensor that detects the strain, .3. main electronic board (21) evaluating said sensor data Sound unit that is triggered and activated and gives an audible warning alarm system with A. Motorized locking and unlocking function Figure 1 shows the normal standby state of the lock. In this case, the steel bars (27) is inside the lock body (1), and the lock tongue (32) is outside the lock body (1). Lock body (1) It is the main frame on which all sub-components are mounted and is placed inside the door leaf.

It can be produced from metal or plastic material. The wired or wirelessly controllable electromechanical motor lock; remote keypad smart device (bluetooth-enabled phone, tablet computer, etc.), RFID wireless card reader, NFC reader, wireless fingerprint reader etc. with remote control units (36) can be locked and unlocked.

A1. Motorized locking The control unit (36) must be within the signal/data transmission range or be locked. locking command from the control unit (36) provided it is wired When given/entered (via button etc.), the communication of the main electronic board (21) The unit receives this command and the microprocessor, recognizing that the lock command has arrived, the electric motor (17) to make the steel busbars (27) come out. it works. Engine (17); brushed, brushless, coreless, stepper, servo motor etc. in derivatives can be used. In order of this circular motion created by the motor (17); engine pinion gear (16), shaft gear (14) and intermediate gear pair (15) are transferred to the ball screw (13).

Circular movement of the screw shaft (13) and the nut (12) on it to linear movement. translates. Thus, the nut (12) is linearly aligned on the ball screw (13) in the direction of the bar (27). by moving, it locks the steel busbars (27) to which it is connected by means of the joint (28) moves it towards the outside of its body (1). This movement exceeds the busbars (27) travel limit. until the connection (28) rests on the inside of the lock body (1). until it continues.

When the limit is completed, position sensing sensor working by any method that is, the magnetic field sensor-2 (24) preferably used detects this situation and (17) motion is stopped by the microprocessor. So that the motorized lock is fully locked comes into position. If the motorized lock has an alarm system, the locking process When it is completed, the alarm is automatically activated by the main electronic board (21). is received or a new command is expected from the control unit (36) to be activated. Shape 2 shows the status of the locking completed.

The main electronic board (21) has its own power source on the same door or An additional electronic device that can receive data from the connection socket (19), wired or wireless. in case the lock is stuck, synchronous opening/closing of the locks both electronically and wiredly or wirelessly to enable sends on/off commands to both the lock and the motor (17).

A2. Motorized unlocking and tongue puller The control unit (36) must be within the signal/data sendable range or the unlock command from the control unit (36) provided it is connected to its socket (19) is entered, the motor (17) rotates in the opposite direction of the above movement, locking the busbars (27) body (1) allows it to be pulled into it. circular motion of the motor (17); shaft gear (14), intermediate The gear pair (15) and the motor pinion gear (16) are transferred to the ball screw (13) and the nut (12) is transferred to the shaft. gear (14) slides on the screw shaft (13) towards the direction and is indirectly connected. moves the busbars (27) into the lock body (1). This move, the busbars (27) move until the nut (12) rests on the bearing surface (11.1). continues.

When the limit is completed, this time the nut (12) cannot move any further. The screw shaft (13), which rotates depending on the shaft gear (14), rotates inside its nut (12). it starts to slide in the direction of the busbar (27). From the inside of the shaft thread (14) the steel pin (10) in contact with the lower part of the latch pull lever (5) towards the bar (27), therefore, around the reference screw (8), turn the top side in the opposite direction (intermediate returns it to the connector card (4). Latch lever (5) with reference screw (8) the lock is pivoted and the latch spring (34) is freely connected to the latch (32) The tongue (32) starts to move into the lock body (1) and at the end of the movement, the lock body (1) is inserted into it. The movement of the lock tongue (32) is in the direction of entering the lock body (1). when it is completed, it is detected by the language sensor (7) working with any method. and the movement of the motor (17) is stopped by the microprocessor. Tongue sensor (7) if desired It can also be mounted on the sensor board (35). Thus the motorized lock is fully open. comes into position. In this case, the door to which the lock is attached can be opened completely and only by hand. By pushing it, the door leaf is opened. Said pin (10), lock tongue (32) when it does not move, the ball screw (13) rubs against the spindle gear (14), but it won't hinder his return.

If the motorized lock has an alarm system, the alarm will be triggered when the unlocking is completed. automatically disabled or disabled by the main electronic board (21) another command is awaited from the control unit (36) to stay on. The lock is in this open position, for a period of time that the microprocessor is programmed or that can be changed by the user. (usually between 3-6 seconds) and then, even if the door is open, the key blade (32) is pushed out. The motor (17) is run for a short time in the locking direction so that it comes out. So the door When it is desired to be closed, the lock tongue (32) enters its counterpart on the door frame, creating a kind of front. locking (as with all existing manual doors). Sekil Barda lock tongue (32) in the case of full unlocking in which the lock body (1) is pulled into, and in Figure 3b, After a short time, the case where the lock tongue (32) comes out is seen. Thus motor (17) and the cycle of unlocking with the control unit (36) is completed. when examined, Figure 3bin is essentially the same as Figure 2 and there are two types of locking and unlocking. After the command, the lock is restarted in Figure 25, which we accept as the normal wait. appears to be in condition. Impact/force sensor used in the motorized lock external sensors are magnetic field sensors. Instead of these sensors, microswitches are also used. can be used.

B. Manual locking and unlocking Battery depletion, engine (17) failure, etc. motor lock automatically if it cannot be opened or the lock can be opened manually with the key from the outside, or from the inside with the key or If it is desired to open with the roller handle, the system must be manually opened as described below. it works like this.

B1. Manual unlocking B1 .1. Unlocking when the master lock is in the closed state (busbars outside the lock body) With the lock in the locked position as in Figure 2, the lock cylinder (20) is pressed from the outside of the door. in the direction of opening with the appropriate key or key or handle from the inside of the door is returned. Parallel to this rotation, the cylinder pear (22) (Cam, cogwheel) is also rotates in the same direction. The tip of the cylindrical pear (22) is first part of the spring of the movable part (11). pushes the lower shaped end upwards. As a result of this upward movement, the moving square of the nut (12) mounted on the part (11) and working in relation to it. take the shaped pin upwards from its socket on the connecting rod (28) and This time, the cylinder pear (22) moves towards the horizontal gear (23). by inserting the busbars (27) to which the horizontal gear (23) is connected to the shaft gear (14) it starts scrolling correctly. The number of turns of the lock, the lock cylinder (20) in that number of opening directions. is turned and this process continues until the last round. When this process is over and just lock the door The condition of his tongue (32) is shown in Figure 1.

B1.2. Unlocking with the master lock open (with the busbars inside the lock body) When the lock is in the state shown in Figure 1, the lock cylinder (20) is positioned properly from the outside of the door. in the direction of opening with the key or from the inside of the door with the key or handle rotated, the cylinder pear 22 rotates in the same direction. The end of the cylinder pear (22), starts pushing the lower end of the manual tongue puller arm (30) in the upward direction (y+). This is the language the upper part of the puller arm (30) to the tongue pulling arm (5) around the axis to which it is attached. returns true. In this way, the tongue pulling lever (30) keeps the lock tongue (32) in place. by compressing the lock tongue spring (34) that provides the allows it to enter. Thus, the lock is fully opened and the door to which the lock is attached becomes available to open. This is seen in Figure 3a. Lock tongue (32) when the handle or key is released, the lock tongue spring (34) becomes free and pushes the lock tongue (32) out of the lock body (1) again.

B2. Manual locking action This process is the reverse of the unlocking process described in item 812 above. Lock When the cylinder (20) is turned in the locking direction with the key or the handle, the unlocking The movements during the process take place and this time, when all the rounds are completed, the busbars (27) enters the slots inside the door frame, making the door locked.

Manual and automatic unlocking/closing operations can be performed together. The operation steps of the manual unlocking/locking method of the motorized lock are briefly as follows: is as follows: key or handle in the unlocking or locking direction of the lock cylinder by turning, o movable during rotation of the cylinder pear (22) connected to the lock cylinder (20) moving the part (11) in the upward direction (y+), moving the moving part (11) mechanically. separating it from the locking mechanism, Mechanical locking by continuing to rotate the 0 cylinder pear (22) mechanism and fixed to the mechanical locking mechanism. to move the busbars (27) with the lock body (1) in or out. to make, movable in each turn of the cylinder pear (22) depending on the number of turns of that lock. push the part (11) upwards (y+) and insert the busbars (27) into the lock body (1). pulling or pushing out of the lock body (1).

Claims (17)

REQUESTS The lock body (1), which forms the skeleton of the lock and where the sub-components are mounted, at least one bar (27) that ensures the locking of the door, the motor (17) The gear group, which transfers the motor (17) drive, which allows the busbars (27) to which it is connected, to be pushed out of the lock body (1), to the busbars (27) via the mechanical locking mechanism with which they are connected, by moving the mechanical locking mechanism back and forth on the horizontal axis, the busbar (27) is removed from the lock body. (1) It is a motorized lock that includes a cylindrical pear that moves it in or out, and with manual locking, automatic unlocking and closing operations are performed by remotely controlled wired or wirelessly, and its feature is; During the unlocking or locking of the cylinder pear (22). ) includes a movable part (11) that rotates upwards (y+) and separates the motor (17) and the gear group with which it is connected from the mechanical locking mechanism. 2. It is a motorized lock according to claim 1, its feature is; said gear group; The shaft gear (14), which is connected to the intermediate gear pair (15) that transmits the rotational movement it receives from the engine pinion gear (16) located on the shaft of the engine (17), and transfers the said movement to the ball screw (13) fixed on it, is made of the shaft gear 0 (14). ) the screw shaft (13), which rotates with the drive it receives and enables the nut (12) positioned on it to make forward/backward linear movement, is the one that moves by converting the rotational movement of the screw shaft (13) into linear movement. 3. It is a motorized lock according to claim 1 or 2, its feature is; 0 is the bearing surface (11.1), formed on the moving part (11), limiting the movement of the nut (12) in the direction of the ball screw (13) on the ball screw (13) and on which the shaft gear (14) is fixed, and the bar (27). ), which enables it to move back and forth on the screw shaft (13) without rotating together with the screw shaft (13), transmits this movement to the busbar (27) to which it is connected, and when the lock is locked, the busbar (27) is inserted into the lock body (1) with an external force. It contains the said mechanical locking mechanism that prevents it from being pushed. 4. It is a motorized lock according to claim 1, its feature is; o A control that allows users to enter the unlocking/closing commands to remotely control the engine (17) via its button and/or sound sensor and/or touch screen and/or finger reader, and send it to the main electronic card (21) unit (36) has a communication unit that receives the signals/commands sent through the 0 control unit (36), processes the incoming commands and evaluates the data coming from the sensors via the microprocessor on it, and controls the motor (17) in order to perform the operation determined by the software in the microprocessor. electronic card (21) is included. 5. It is a motorized lock according to claim 4, its feature is; Connecting the lock to the mains, which is positioned in connection with the main electronic card (21) on the lock body (1), uploading software to the microprocessor on that main electronic card (21) and/or updating the software in the microprocessor, transmitting energy to the electronic locks to be mounted on 0 doors and the transmission of the on/off commands coming from the main electronic board (21) includes a connection socket (19) that enables the cable/apparatus to be connected to connect the connectors of the control units (36) that can be mounted on 0 doors. 6. It is a motorized lock according to claim 1, its feature is; In case of malfunction, power-end unit (2) is exhausted, or it is desired to open the lock manually from the outside with the key and from the inside with the key or the cylinder handle, for the manual unlocking: 27) the connecting arm (29) includes a tongue pulling arm (30) with a compartment where the 0 door handle is placed. 7. It is a motorized lock according to claim 1, its feature is; While the motor (17) and the gear group are being separated from the mechanical locking mechanism, the chassis tension spring (18) is tightened in the upward direction (y+) towards the fixing screw (8a), which is fixed to the lock body (1), and enables the moving part (11) to move in the vertical axis. it contains. 8. It is a motorized lock according to claim 4, its feature is; activated automatically by the main electronic card (21) when the door is locked, or by the user with the control unit (36) and deactivated when the lock is unlocked; It includes an alarm system with a sound unit (31) that is triggered by the main electronic card (21) that evaluates the mentioned sensor data, and which detects the impact/pressure sensor that detects the impact to the door or the force of the lock with a tool while the door is locked. 9. It is a motorized lock according to claim 4, its feature is; it includes the said control 'unit (36) which is a remote, keypad, bluetooth-enabled smart device, RFID wireless card reader, NFC reader or wireless fingerprint reader. 10. It is a motorized lock according to claim 1 or 4, its feature is; In case another electronic lock is installed on the same door, it contains the said main electronic card (21) that sends open/close commands to both the electronic lock and the motor (17) in order to enable the locks to perform synchronous opening/closing operations. 11. It is a motorized lock according to claim 17, its feature is; is that the lock tongue (32) with which it is connected includes a tongue pulling lever (5) that allows to be pulled in or taken out of the lock body (1). 12. It is a motorized lock according to claim 2 or 11, Its feature is; . After the nut (12) leans against the moving part (11), the busbar (27) is pulled into the lock body (1) during the unlocking with the operation of the engine (17), which is positioned in connection between the shaft gear (14) and the tongue pulling lever (5). As the motor (17) continues to move, the ball screw (13) starts to move in the nut (12) in the direction of the bar (27), by turning the tongue pulling lever (5) in the center of the reference screw (8) in the opposite direction of the busbar (27). is that the pulling arm (5) contains a pin (10) that enables it to move the lock tongue (32) with which it is connected, in/out from the lock body (1). 13. It is a motorized lock according to claim 7 or 11, its feature is; a reference screw fixed to the lock body (1), which is the reference point for the circular movement of the tongue pull arm (5) on which it is attached, and which, together with the fixing screw (8a), adjusts the direction of the up/down movement of the moving part (11) and the said elements positioned in it, and limits their movements. (8) is included. 14. It is a motorized lock according to claim 1, its feature is; It contains a power unit (2), which consists of different numbers and/or types of batteries and provides the energy required for the operation of the motor (17), the microprocessor and the sensors. 15. It is a motorized lock according to claim 4, its feature is; said sensors; o magnetic field sensor-1 (9) or mechanical switch, busbar (27) that detects the magnetic field change caused by the magnet (26) mounted on the nut (12) and determines the position and direction of movement of the nut (12) on the ball screw (13) The magnetic field sensor-2 (24) or the mechanical key, which determines the position of the busbar (27) by detecting the magnetic field change created by the position magnet (25) positioned on the busbar (25), by moving the busbar (27), is located on the interconnection board (4), (32) and at least one tongue sensor (7) that detects the movement of the tongue pull arm (5) with a mechanical switch or by measuring the magnetic field changes created by the limit magnets (6) located on the tongue pulling arm (5). 16. It is a motorized lock according to claim 1, its feature is; said mechanical locking mechanism; The connecting rod (28) that transmits the movement transmitted by the gear group to the busbar (27) to which it is connected and prevents the busbar (27) from being pushed into the lock body (1) by an outside force while the lock is locked, is formed on the lower part of the connection rod (28) of the cylinder pear (22) It contains horizontal gears (23) that form the cavities into which it enters to move the mechanical locking mechanism. 17. It is a manual unlocking/locking method of the motorized lock where manual and automatic unlocking/closing operations can be performed together, and its feature is; The lock body (1), which forms the skeleton of the lock and where the sub-components are mounted, at least one bar (27) that enables the door to be locked, the motor (17) that creates the drive to enable the lock to be locked and unlocked automatically, the lock body (1 of the busbars (27) with which it is connected) ) mechanical locking mechanism that allows it to be pulled in or pushed out, the gear group that transfers the motor (17) drive to the busbars (27) via the mechanical locking mechanism with which they are connected, the lock cylinder (20) is rotated by the key or the handle, while the mechanical locking mechanism moves back and forth on the horizontal axis. By moving the busbar (27) in or out of the lock body (1), the cylinder pear (22), the motor (17) and the gear group to which it is connected, or the energy that can cause the motor (17) and the gear group to work, decrease or key or key to ensure that the cutting of the lock does not affect the manual locking and unlocking process. realized by means of the movable part (11), which separates the motor (17) and the gear group from the mechanical locking mechanism, in which the cylinder pear (22) rotates and moves in the upward direction (y+) during opening or locking by means of the handle; turning the lock cylinder in the unlocking or locking direction by means of a key or handle, the cylinder pear (22) connected to the lock cylinder (20) moves the moving part (11) upwards (y+) during the rotation, separating the moving part (11) from the mechanical locking mechanism, Keeping the cylinder pear (22) connected to the mechanical locking mechanism and moving the busbars (27) fixed to the mechanical locking mechanism into or out of the lock body (1), depending on the number of turns of the lock, the movable part (11 ) pushing in the upward direction (y+), pulling the busbars (27) into the lock body (1) or pushing them out of the lock body (1).