KR200308358Y1 - fixing device of left right both side close-open door - Google Patents

Abstract

The present invention relates to a device capable of opening and closing the left and right sides together so that the door can be opened and closed on the left side and the door can be opened and closed on the right side.

In other words, when the upper and lower pistons embedded in the semicircle cases on the left and right sides of the door are engaged with the hinge cylinders fixed to flow on the top, bottom, left and right sides of the door frame, the other side is opened by the operation of the connected handle combined with the control device. All movements are limited until the open side is closed by inserting the control rod which was neutral to the control ring attached to the opposite handle, and when it is closed again, the two objects are combined so that the other side can be opened and the repeat function is the same.

Description

Fixing device of left right both side close-open door}

The present invention relates to a left and right two-way opening and closing door device to improve the convenience by installing the opening and closing door regardless of the conditions and environment of the space freely and reasonably.

In general, the doors that have been used so far have been developed in color and design as the times and environmental cultures change, and the methods and functions are not always in place.

The only way to open or close to the set side is always in use.

Sometimes it would be necessary to open the other side at the moment, which was convenient and necessary.

The present invention is devised to effectively replace the inconvenience as described above.

Its purpose is to increase efficiency and provide the best convenience by using a narrow passage, a congested space, or a right side depending on a given situation. In order to achieve the above object, the present invention installs upper and lower pistons on the upper, lower, left, and right sides of the door, and mounts hinge cylinders on the upper, lower, left, and right sides of the door so that the structure of the two objects is always combined. Simultaneously with the opening, the opposing two objects remain constrained because they are restricted in motion, and if you close them again and open the other side, which was previously restricted, it will also open. The repetition is the same.

Fig. 1: Relaxed transparent cross section of upper and lower piston

Figure 2: perspective view of the hinge cylinder

Fig. 3: Transparent side view of the piston locked in the door

4: Perspective view of the right piston being locked

Fig. 5: Perspective view of the left piston being relaxed (open)

Fig. 6: A perspective view of the rotating cover flipped inside the piston case

Figure 7: Transparent top view of the relaxed hinge cylinder

Figure 8: Combined transparent top view of piston (door) and hinge cylinder (door frame)

Fig. 9: Transparent perspective view of the piston cover

Fig. 10a: Perspective of the locking jaw

10B: Control ring perspective view

Fig. 10c: Handle perspective view

Fig. 10d: Combined handle perspective view

Fig. 11: Perspective just before the piston and hinge cylinder are joined

12: perspective view of the piston and the hinge cylinder coupled to open the door

Figure 13: Transparent perspective view of the roller mounted at the bottom of the door

14 is a perspective view of the connection of the control device

Figure 15: Transparent cross-sectional view illustrating the concept of left and right two-sided opening and closing door

Figure 16a: Connection diagram of the switchgear of the left and right both hands

Fig. 16B: Neutrality of the opening and closing device of the center outer hand

Fig. 16C: State diagram opening to the right with a central outboard handle

Figure 17: perspective view of the right side is coupled and the left side is relaxed

18: perspective view of the left side is coupled and the right side is relaxed

<Explanation of symbols for main parts of drawing>

1. Semicircle case 2. Semicircle cylinder

3. opening and closing groove 4. opening and closing stopper

5. Wall groove 6. Semicircle balance plate

7. Hinge cylinder 8. Outer hinge

9. Cover 10. Rotating Cover

11.Screw 12.Screw groove

13. Moon 14. Epithelial Stone

15.Hapistone 16.Spring

17. Complementary Piston 18. Complementary Piston

19. Judo groove 20. Judo jaw

21. Connecting groove 22. Cover stopper

23. Swivel 24. Ring

25. Rotating rod 26. Control ring

27. Ring groove 28. Control ring

29. Control Unit 30. Control Rod

31. Opening and closing bar 32. Opening and closing bar

33. Handle 34. Hanging jaw

35. T-type opening and closing bar 36. Top opening and closing ring

37. Opening and closing ring 38. Roller

39. Door Frame 40. Magnet

Hereinafter, an embodiment of the present invention will be described in detail with reference to the accompanying drawings. Figure 1 is a relaxed transparent cross-sectional view of the upper and lower pistons (14, 15) of the left and right bilateral opening and closing door lock device of the present invention, the first four vertical pistons (14, 15) to be mounted to face each other in a vertical circle first Balance the two semi-circular cylinders (2) made of thick plates and the upper and lower pistons (14) and (15) ends so that they can be combined by inserting them into the case (1). Four holes are drilled at the same position to facilitate insertion or withdrawal where the pistons (14) and (15) are positioned so that the pistons (14) and (15) are spaced apart in the semicircular cylinders (2). ) Drill small grooves so that they can operate. Insert the coiled springs 16 into the outer diameters of the upper and lower pistons 14 and 15 to which the upper and lower auxiliary pistons 17 and 18 are connected. The perforated semi-circular balance plate 6 is fitted to the upper and lower piston 14 and 15 ends so that the hinges of the semi-circular cylinders 2 are symmetrically positioned so that the sharp sides of the upper and lower pistons 14 and 15 face each other. The space between the upper and lower pistons 14 and 15, which are the spaces of the cylinder 7, is carefully measured to be assembled in place. The semicircle case (1) should be inserted and removed clearly in the large and small grooves of the hinge cylinder (7) to be combined with the upper and lower pistons (14) and (15). The opening and closing groove 3 and the opening and closing stopper 4, which can stop the operation of the upper and lower pistons 14 and 15, on the basis of each symmetrical rear surface of the cylinder 2, are made as shown in FIG. The upper and lower opening and closing ring (36, 37) that can transmit the closing to the upper and lower pistons (14, 15), respectively. The semi-circle case 1 having the upper and lower pistons 14 and 15 to be mounted on the door should be provided so that the play can be made so as to prepare immediately before and after the engagement and relaxation of the hinge cylinder 7. As shown in FIG. 4, a part of the body of the semicircle case 1 is not disposed between the upper and lower semicircular cylinders 2. That is, when the door is closed or opened, the upper and lower pistons 14 and 15 and the hinge cylinder 7 are coupled to the door 13 and the door frame 39 as soon as they are closed and tightened as closed rather than having to be relaxed as soon as they are opened. The combination of the two objects can be smooth because the relaxation by being released and relaxed by co-combination. Due to this, the opening and closing rotation operations of the rotary cover 10 may also be free, and the operation of the cover stopper 22, the opening and closing stopper 4, and the upper and lower opening and closing rings 36 and 37 may be facilitated. The guide jaw 20, which serves to easily engage the hinge cylinder 7 and the upper and lower pistons 14 and 15 in the semi-circle case 1, as shown in FIG. ) To be installed on the symmetrical side and to attach the screw groove 12 and the cover to help safety and aesthetics for mounting on the door 13, and to install the spring 16 of the rotary cover 10. The hinge cylinder 7 which acts as a mutual coupling between the outer hinge 8 fixed to the door frame 39 and the upper and lower pistons 14 and 15 installed on the door 13 based on the ground part is illustrated in FIG. 2 or 7. As in the coupling side portion is semi-circular and the opposite side is a smooth structure so that the guide jaw 20 fixed to the semi-circular cylinder (2) can be easily hugged to the guide groove (19), which is a curve of the ground portion, In order to be combined with the upper and lower pistons 14 and 15, the small grooves of the upper and lower auxiliary pistons 17 and 18 penetrate through the large grooves vertically and vertically so that the upper and lower pistons 14 and 15 can be relaxed. Poetry was to be immersed in the door frame 39 beyond the outer hinge (8) line and to be floating due to the magnet embedded in the door frame (39) other than the original motion. When the hinge cylinder (7), the coupling and relaxation is repeated in the door frame (39) is closed so as to make the guide groove (19) to enter the guide jaw (20) into a gentle curved structure. The role of the upper and lower auxiliary pistons 17 and 18 when the upper and lower pistons 14 and 15 are combined with the hinge cylinder 7 is to reduce the play and the deviation that are generated. Install the roller 38.

The body structure of the semi-circle case 1 with the upper and lower pistons 14 and 15 embedded therein is like a phenomenon that is reflected on the object and mirror as shown in FIG. 4 or 5 for the left side of the door 13 or the right side of the door 13. The same structure and principle are wrong. Thus, the upper and lower pistons 14 and 15 have a semicircle case 1 embedded therein so that the upper and lower portions of the left side of the door 13 and the right side of the door 13 are divided into upper and lower portions, respectively.

The opening and closing of the door 13 may be referred to as a handle 33. As shown in FIG. 10, the control ring 26 for locking and releasing the door 13 is inserted into the handle 33, and the locking jaw 34 for transferring the movement of the upper and lower opening and closing rods 31 and 32 is fitted. . When the handle 33 is twisted to the left or the right, the upper and lower opening and closing rods 31 and 32 are moved upwards or downwards in their own directions, respectively, under the influence of the locking jaw 34. The upper opening and closing rod 31 as shown in FIG. ) Is connected to the upper opening and closing ring 36 installed on the upper and lower doors 13, respectively, to open the epithelial stone 14, and the lower opening and closing rod 32, and the lower opening and closing ring respectively installed on the upper and lower doors 13, respectively. Connected to (37) opens the harpy stone (15), respectively. At the same time, the control ring 26 returned with the handle 33 is a ring groove of the control ring 26 installed on the handle 33 opposite the control rod 30 which is always neutral due to the sliding spring 16 due to the characteristic of the curve. 27) so that the end of the door (13) to the structural safety function so that it can not be opened at the same time to open the door (13) first to open the side first

Meanwhile, when the door 13 is closed, the upper and lower pistons 14 and 15 and the hinge cylinders 7 are coupled to each other at the upper and lower sides of the left and right sides of the door 13, but the handles 33 are first opened on either side. When the door is opened and the door 13 is opened, the movement is transmitted to the upper and lower opening and closing rods 31 and 32, and the upper and lower pistons 14 and 15 coupled with the hinge cylinders 7 respectively relax the door 13. (39) You can get away from it. At this time, if the handle 33 is placed again without the door 13 being opened, the two objects are combined again in place, but once the door 13 is opened, the relaxation becomes clear and the upper and lower pistons 14 and 15 are relaxed. ) Stops in a relaxed state.

This phenomenon occurs when the hinge cylinder 7 is separated from the upper and lower pistons 14 and 15 when the door 13 is opened, and the rotary cover 10 is stopped by the spring 16 when the rotary cover 10 is stopped. (7) it comes out along with the opening and closing stopper (4) connected together in the process of being released at the same time also the copper stopper 22, which is also sequentially pressed by the rotary cover 10 is returned to the position by the spring (16) It is inserted between the opening and closing grooves 3 of the upper and lower pistons 14 and 15 to stop the operation. This method is to be applied only to the upper and lower pistons (14, 15) installed on the upper side of the door (13). In the process of releasing the cover stopper 22, the connected ring bar 24 is rotated to rotate the rotary ring 23 fixed to the upper end of the rotating rod 25 standing in the horizontal direction control ring attached to the bottom of the rotating rod 25 ( When the door 13 is opened while the door 13 is opened, it is inserted into the control tool 29 which has already been moved to make a stop state, and it cannot be released before the door 13 is closed. ) Also cannot be manipulated or released.

16B and 17 are connected to the handle 33 connecting groove 21 so that the control rod 30 is flowed to the right by mounting one handle 33 at the center of the door 13, and turning to the right, the movement is performed on the right side. Since the right side is opened, the opposite side is disconnected and the left side is opened and the opposite side is disconnected as the movement is transmitted to the left side when turned to the left side.

Briefly summarized above is as follows.

In the state in which the door 13 is closed, the upper and lower pistons 14 and 15 and the hinge cylinders 7 of the upper and lower left and right sides of the door 13 are always coupled, and the control rod 30 is a control device connected to the handle 33. ) Is also in the neutral state or turn the handle 33 and open the door 13, the control rod 30 is pushed into the control ring 26 of the opposite handle 33 is cut off the opposite movement and at the same time up and down the opening and closing rod ( 31 and 32, the movement is transmitted to the hinge cylinder which is fixed to flow to the door frame 39 trapped therein by unlocking the upper and lower pistons 14 and 15 at the upper and lower sides of the door 13 connected to each other. 7) is released and immersed in the door frame (39), each of the upper and lower pistons (14, 15) is released freely because the opening and closing stopper (4) moved into the opening and closing grooves (3) inserted in it to prevent the locking again. The door 13 can be opened. In addition, when the door 13 is closed in the reverse order, the guide jaw 20 fixed to the upper and lower pistons 14 and 15 is inserted into the guide groove 19 formed in the curved portion of the ground, so that the hinge cylinder 7 is closed. When the suction is sufficiently sucked into the upper and lower pistons 14 and 15, the rotary cover 10 pushed by the hinge cylinder 7 operates the cover stopper 22 to open and close the upper and lower pistons 14 and 15, respectively. Due to the removal of the stopper (4), the upper and lower pistons (14) and (15) are fitted into the hinge cylinders (7) to be engaged, and the control device transmitted to the rotating rod (25) is released so that the handle (33) becomes neutral again. will be.

Therefore, this paper aims to enhance the effect of living culture by using it as a new function so that it can be conveniently used in accordance with the situation and conditions, and centered on the position of the body and the angle of the hand.

Claims (2)

The upper and lower left and right pistons 14 and 15 are installed on the door 13 and the hinge cylinders 7 are fixed to the upper and lower left and right sides of the door frame 39, respectively, to be coupled or separated between the door 13 and the door frame 39. Is formed and the control rod 30 of the connected control device is inserted into the ring groove 27 of the control knob 26 of the opposite handle 33 when the handle 33 of one side is opened and restricts the opposite movement. One side releases the locking of the upper and lower pistons 14 and 15 on one side by the operation of the connected upper and lower opening and closing rods 31 and 32, and relaxes the hinge cylinder 7 coupled to each of the upper and lower pistons 14 ( 15) the left and right opening and closing door fixing device to stop the movement of the upper and lower pistons (14) (15) to open the door (13) by inserting the opening and closing stopper (4) into the fine opening and closing groove (3) itself. According to claim 1 One handle 33 is mounted on the center of the door 13 to connect the control rod 30 to the handle 33 connecting groove 21 so as to flow the handle 33 in one direction and the movement is transmitted to only one side. The upper and lower pistons 14 and 15 and the hinge cylinder 7 of one side of the door 13 are relaxed, and only one side of the door 13 is opened, and the pushing motion of the control rod 30 is not transmitted to the opposite side of the door 13 at the same time. The upper and lower pistons 14 and 15 on the opposite side and the hinge cylinder 7 remain coupled, and if the handle 33 is twisted in the opposite direction, the movement is transmitted to the opposite side and the opposite upper and lower pistons 14 and 15 Hinge cylinder (7) is relaxed to open and close the left and right direction door lock so that the opposite side of the door (13) open.