KR200446456Y1 - Auto lock - Google Patents

Abstract

The present invention relates to an automatic locking device for sliding windows, and to facilitate the locking and unlocking of windows and doors by children and the elderly, and to prevent theft from being stolen by not locking the windows when going out. Sliding window and automatic locking device which is locked by.

Between the outdoor side and the indoor side window, an accommodating part for accommodating the locking device of the size as shown in the drawing is formed. Sliding up and down by the generated friction force is bound to the locking shaft to reach the locked state, when the window is released, the sliding door automatic lock sliding door, characterized in that by pressing the release button of Figure 1 to open the window in one-touch manner As the device is closed and locked, the door is prevented from being stolen by accidentally locking the window when going out, and it is easy to install and install the locking device on the window frame, and brings convenience in use.

Release button. Locking pin. Jamming friction surface. Hanging shaft

Description

Sliding window automatic lock {AUTO LOCK}

1 is an exploded perspective view showing a sliding window automatic locking device according to the present invention

Figure 2 is a perspective view of each assembled sliding window lock automatic locking device according to the present invention

Figure 3 is a perspective view showing the accessory specifications of the sliding window automatic lock device according to the present invention

4 is a front view showing a locked state by assembling the sliding door automatic locking device according to the present invention

5 is a cross-sectional view showing the sliding window automatic locking device according to the present invention installed in the installation portion of the window.

* Explanation of symbols on the main parts of the drawings

1. Release button 2. Connection between locking plate and shaft

3. Locking plate shaft 4. Spring

5. Active part of release button 6. Binding part of locking plate and locking shaft

7. Locking Plate 8. Retaining Screw Groove A.B

9. Case A 10. Case B

11. Locking plate friction surface 12. Hanging shaft

13. Joint between locking shaft and case A 14. Joint between locking plate shaft and case B

15.Driver through hole A 16.Driver through hole B

17. Release button push pin groove 18. Release button push pin

19. Case of release button fixing pin 20. Fixing screw

21. Release button fixing pin mounting part 22. Locking plate control

Literature information of the prior art

Document 1 20-2000-0018434

Document 2. 20-2000-0028317

Document 3. 20-2000-0002691

Document 4. 20-2002-0000021

Search date: Nov 5, 2006

The present invention relates to automatically locking when sliding windows are closed, forming an accommodating portion between the outdoor windows and the indoor windows, and the outside of the lock plate using the braid is formed in a circular shape to accommodate the locking axis in the center thereof. After forming the accommodating part, it is assembled in the case B and installed in the window accommodating part on the indoor side, and the locking shaft is formed in the shape of a circular rod, and then assembled in the case A and installed in the outdoor accommodating part in the door accommodating part. It is related with the automatic locking device of sliding windows that uses the principle of relativity when locked and is locked by sliding by spring recoil.

Conventional sliding window lock device has a limitation of use to fix only one of the interior and exterior windows and then use only one window, with aesthetical shortcomings due to the external exposure of the locking device and difficulty in operation due to the installation position. There was a problem.

As mentioned above, a large number of sliding window locks currently in use are supplemented with the disadvantages of sliding door locks, and the locking device is applied to the locking device between the outside and the indoor doors from the outside, along with the problem of positioning the installation. There was a problem that is easily released.

In order to solve the problems as described above, the present invention is to reduce the size of the automatic sliding door lock device and form an accommodating part between the outdoor side and the indoor side of the middle of the window frame frame, and the automatic sliding device for sliding window installation is embedded, In addition, the locking device is buried so that the window cannot be released by applying physical force from the outside, and the receiving part can be conveniently formed in the frame of the window for installing and installing the locking device. The purpose is to make it easy to install.

The present invention for achieving the above object relates to an automatic locking device of a sliding window, forming a case A with a thin thin sewn, a fixing screw groove, a screwdriver passing groove and a locking shaft that can use a fixing screw in the formed case and Drill a hole in the junction of case A, assemble the locking shaft on the case A with the principle of riveting, and form case B with the same thickness of braid as the case A, and fix screw groove, screwdriver groove and After making a hole in the joint between the lock plate shaft and the case B, and forming the lock plate as standard, the lock plate shaft is assembled to the case B together with the spring on the principle of riveting, and the release button fixing pin is assembled to the case B. After the automatic door lock is formed, install case A on the outdoor window frame and case B on the indoor window frame. A sliding window lock automatic locking device is provided.

In addition, the case according to the present invention is characterized in that the door is not released by any physical force from the outside because the locking device is embedded in the frame of the outdoor side and the indoor side in the locked state of the sliding window.

In addition, the construction method of the automatic door lock device according to the present invention is characterized in that it can be easily installed in the receiving part with eight fixing screws, as well as the receiving part can be easily formed anywhere in the middle part of the window frame of the outside and inside.

Hereinafter, a sliding window automatic lock device according to the present invention will be described with reference to the accompanying drawings.

Figure 1 is an exploded perspective view showing a structure of a sliding window automatic locking device according to the present invention, Figure 2 is a perspective view showing a front assembly of the sliding automatic locking device according to the present invention, Figure 3 is a sliding window according to the present invention 4 is a perspective view showing an accessory specification of the automatic locking device, and FIG. 4 is a front view showing the locking state by assembling the sliding automatic locking device according to the present invention. Figure 5 is a cross-sectional view showing the installation window sliding frame automatic locking device according to the present invention installed on the window frame.

As shown in Figures 1 to 4, the present invention is formed in the frame middle part outsole and the inner window of the sliding window as shown in the drawing according to the standard of FIG. 3, and the case A of FIG. After cutting and cutting together, drill holes according to the specifications of Nos. ⑬ 각각 ⑮, and assemble the locking shaft of No. 구멍 to the hole of No. 로 on the principle of riveting to form as shown in Fig. 2A.

의 해제 버튼 고정핀 홈을 형성한다.The case of Figure 1 C is cut and processed as the standard listed in Figure C of Figure 3, the hole of the standard penetrating the locking plate shaft ③ of FIG.

The release button of the fixing pin to form a groove.

번의 접는 부분은 잠금판이 더이상 내려오지 못하도록하는 잠금판 제어장치이며, ⑧번 ⑭번

번은 도면과 같이 구멍을 뚫고 ⑤번은 도면과 같은 방법으로 형성하고 ⑭번의 구멍에 도1의 C 잠금판을 스프링과 함께 잠금판 축을 리벳의 원리로 하여 도1의 B에 도2의 B와 같이 조립하여 잠금판을 형성하도록 한다.Case B of Figure 1 is a process of folding the dashed line portion 45 ° in with cutting as shown in the standard listed in Figure 3 B,

The folding part of No. is the lock plate control device which prevents the lock plate from coming down anymore.

The hole is drilled as shown in the figure, and the number ⑤ is formed in the same way as the drawing. To form a locking plate.

As shown in FIG. 2, A and B of FIG. 2 having respective automatic sliding door locks are formed in the shape of A and B of FIG. 4, and A of FIG. In installation on the indoor window frame, the frame cover of the frame of the outdoor side and the indoor side is cut in the same size as the locking device to accommodate the locking device, and the locking device is constructed as shown in the cross-sectional view of FIG.

Looking at the process that leads to the locking device of the locking plate and the locking shaft installed in each window frame as described above as follows.

When the sliding window is closed, the "locking part of the locking plate and the locking shaft" of the locking plate assembled to the case B is ready to be engaged with the locking shaft assembled to the case A by the force of the spring, and the locking plate A circular friction surface on the friction surface is formed to reach the locking state by being engaged with the locking shaft by lifting and lowering the locking plate with friction force generated by the first locking shaft formed in the circular shape.

As described above, there is an advantage that it is convenient to construct the locking device by forming the receiving portion in the space between the window frame and the frame, and the thickness of the locking plate and the locking shaft are thinly formed to reach the lock state and then dismantle the outdoor windows. Has the advantage of creating an effect that prevents it from unlocking

In addition, the automatic sliding door lock device according to the present invention has the advantage of being able to release the locking device by one-touch method, and also has the advantage of the control means for controlling to prevent the lock state from reaching the lock state by releasing and locking the lock state and the locking device itself is accepted. Since it is buried in wealth, it pursues aesthetic beauty and has the advantage of not having to check it out when going out.

Hereinafter, looking at the effect of the automatic sliding window lock according to the present invention is easy to form the receiving portion in the window frame has the effect that can be conveniently installed, the locking device after the lock state other than the release button There is no effect to unlock the lock in any way,

The one-touch release button releases the lock and brings out the effect of not having to lock the windows when going out.

Claims (2)

delete It relates to an automatic locking device for sliding windows, and forms a case A with thin thickness, and has a screw hole, a driver passage groove, and a hole in the joint of the case A and a fixing screw groove where a fixing screw can be used in the formed case. Assemble the locking shaft on A with the principle of riveting, and form Case B with the same thickness as the case A, and use the fixing screw groove, the screwdriver through groove and the locking plate shaft and the junction of the case B to use the fixing screw in the formed case. After drilling the hole, and forming the lock plate, assembling the lock plate shaft together with the spring on the case B with the principle of riveting, assembling the release button fixing pin to the case B, and attaching the case A formed as described above to the outdoor window frame , Case B is formed by buried installation in the indoor window frame, When the sliding door is closed, the locking plate of the locking plate and the locking shaft of the locking plate assembled to the case B are in a ready state to be engaged with the locking shaft of the locking plate assembled to the case A by the force of the spring. Automatic sliding device for sliding windows and doors, characterized in that the locking plate is lifted up and down while the circular friction surface is in contact with the circular locking shaft formed in the circular shape, and the locking plate is engaged with the locking shaft to reach the locked state.

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