KR200382644Y1 - The connection structure and a lock of cabinet - Google Patents

Abstract

The present invention relates to the locking mechanism of the locker and its fastening structure, in particular, the button is operated in one-touch type, when the button is protruded, the locker is released and is used as a handle to open the locker door easily, and when the button is pressed again, the button is The present invention relates to a one-touch locking mechanism and a fastening structure, which are accommodated in a door and locked by a locker to prevent the door from being opened.

Therefore, the locking mechanism of the present invention opens and closes the locker in a one-touch manner. When locking, the button is housed inside the locker door, that is, the storage space of the locking mechanism to form the same plane as the door. It is a locking mechanism of the convenient way that can hold the button to open the locker door.

In addition, the locker equipped with the locking mechanism can clearly recognize when locking and opening through the protruding of the button, it is visually neat design that the button is stored in the interior of the door to form a smooth surface.

In addition, the frame member used in the locking mechanism of the present invention is convenient to manage the locker because it is possible to write or attach the user's name, half, number, etc. using an integrated panel.

Description

One-touch locking mechanism fastened to the locker and its fastening structure {The connection structure and a lock of cabinet}

The present invention relates to the locking mechanism of the locker and its fastening structure, in particular, the button is operated in one-touch type, when the button is protruded, the locker is released and the button is used as a handle to open the locker door easily, and when the button is pressed again The present invention relates to a one-touch locking mechanism and a fastening structure of the locker, which are stored inside the door of the locker and locked by the locker to prevent the door from being opened.

In general, a locker is a convenient item that is installed in a classroom of a school, a subway, an airport, or the like and used to store an item.

Therefore, the locker as described above has been produced in many forms, of which 10-0294011 (Application No. 10-1999-0012239), which was previously registered by the applicant of the present application to the Korean Intellectual Property Office, looks at the problem. .

As shown in FIG. 1, the conventional locker constitutes a quadrangular body 1 and has a predetermined storage space by striking a wall inside the body 1, and a door 2 that can be opened and closed from the front part thereof. Consists of.

In addition, the door 2 is configured to open and close the locker by configuring the hinge 3 on one side end and the door hanger 17 on the other end so that the door 2 can be interlocked from side to side.

By the way, the door hanger 17 configured on one side of the door in a similar part to the main part of the present invention in detail with reference to Figure 2, there is a fixing piece 25 protruding from one side of the locker body (1) There is a door hanger 17 which is fastened to the door 2 in contact with the fixing piece 25.

The door hanger 17 constitutes the reinforcing piece 23 and the bracket 18 and fastens through a screw in a state where the side end of the door 2 is sandwiched therebetween.

In addition, the front surface of the bracket 18 is formed so that the handle 19 is protruded to consider the easy operation when opening and closing the door (2).

In addition, at one end of the bracket 18, the nameplate flower 20 integrally formed may be configured to display the owner of the locker.

In addition, since the coupling piece 26 is formed in the fixing piece 25 and the coupling hole 22 is formed in the flange 21 protruding to one end of the bracket 18 of the door hanger 17 corresponding thereto. A lock is attached to the coupling hole 26 of the fixing piece 25 and the coupling hole 22 of the flange 21 to prevent theft, which may be generated.

However, in the case of the conventional locker door hanger 17, there are a lot of problems when used in the school.

In particular, there are more problems to use in the locker for elementary school students, so let's look into the problems.

First, in the case of elementary school lockers, there is a relatively low risk of theft, and there is room for consideration of existing lockers that are kept locked by the age of learning to believe each other.

Of course, the fact that supports this, most of the lockers used in classrooms of elementary school students are produced without locks, and this climate is expected to continue in the future.

Therefore, the structure of the above-described conventional locker door hanger 17 is also an idea to reverse the times.

Secondly, the process of locking and closing the lock becomes a complicated operation for elementary school students.

Third, in the case of elementary school children play and play with a lot of fear that the part of the head or body hit the protruding flange 21 and the fixed piece 25 of the locker.

Fourth, the handle 19 of the door hanger 17 also protrudes, so it is not smooth and is inferior in visual aesthetics.

The present invention that solves the above problems, the button of the locker locking mechanism is operated in one-touch type, when the button is protruded, the locker is released and utilized as a handle to open the locker door easily, press the button again the button inside the door of the locker It is intended to provide a one-touch locking mechanism and the fastening structure that is stored in the locker is fastened to the locker to prevent the opening of the door.

Therefore, the locker locking mechanism of the present invention, the housing body consisting of a flange portion, a locker interlocking hole penetrated to the lower side of the housing, a storage space for storing the buttons and the locker and its partition wall, and a button guider into which the buttons are inserted; A spring insertion protrusion into which the spring is inserted, and a rocker having a cylindrical guide protrusion protrudingly formed at left and right ends thereof; A button formed at a top end of the cylindrical body, a receiving hole formed at the bottom of the quadrilateral body at the lower end, and a hinge protrusion formed at the left and right sides of the quadrilateral body; Two working pieces comprising a guide hole formed in a long shape for interlocking engagement with the guide protrusion; One-touch guiders formed with one-touch guide grooves; A one-touch operation unit for locking and releasing in a one-touch manner; It is composed of a housing cap that closes the upper portion of the storage space is to provide a one-touch locking mechanism that the button is received into the interior of the door in a one-touch manner and locked to the locker to turn the lock on (on), off (off).

In addition, the one-touch operation unit, which is the main part of the present invention, a rotating protrusion configured to be symmetrically lateral to the left and right sides of the rounded curved portion at one side end, and a stepped pressing protrusion at the lower end of the one-touch guide groove, and toward the top. The one-touch guide, which has a one-touch guide groove having a slanted portion formed in a diagonal line to narrow the groove and a rotary projection projecting in a straight line at the other end of the groove, rotates as a click of a button, and the rotary protrusion rotates and is caught by the one-touch guide groove. It is intended to provide a one-touch locking mechanism that is locked to the locker to turn the locking of the locker (on), off (off).

In addition, the locking structure of the locking mechanism of the present invention is mounted on the door, the locking hole penetrating one side of the door of the locker, the locking hole to be fitted to the locking hole, and the edge member that is inserted between the locking hole and the locking hole One-touch locking mechanism fastening structure is inserted into the locking hole in the locking hole of the door, and fastened to the back of the door with a screw in the flange portion of the locking hole, and is fastened to a locker by sandwiching a rim member between the locking hole and the locking hole. To provide.

In addition, in the frame member of the present invention, the panel is integrally formed at the side end thereof so as to be interviewed with the front surface of the door, and the panel is one-touch fastened to a locker that can display a student's name tag, grade, class, number or object name. To provide a locking mechanism fastening structure.

The present invention is similar to the conventional one in that the locking mechanism and its fastening structure mounted on the door of the locker.

However, the configuration of releasing the locking in the following one-touch method, and also the button is protruded and accommodated can be utilized as a handle when opening and closing the door, and accordingly the locker equipped with the locking mechanism of the present invention is smooth in the front of the door It will be described in detail with the drawings shown in bringing a remarkable effect that is clean, less likely to be hurt by the user.

As shown in Figure 3 to 11, the locking mechanism of the present invention, the flange portion 12 to which the screw 11 is fastened to both ends, the rocker interlocking hole 14 penetrated to the lower side of the housing 13, A storage space 15 in which the button 30 and the locker 20 are accommodated, a partition wall 16 separating the storage space 15, and a button in which the button 30 is inserted with the elastic spring 17 fitted. There is a housing body 10 composed of a guider 18.

In addition, it is located in one side of the locker interlocking hole 14 of the partition 16, the spring insertion protrusion 21 is inserted into the spring 23 protruding from the rear end, and the cylindrical guide protrusion protruding to the left and right ends ( The locker 20 in which 22 was formed is comprised.

In addition, the other side button guider 18 of the partition 16 is fitted with the elastic spring 17 embedded in the lower end, the cap 31 formed on the upper end of the cylindrical body, and the lower body of the rectangular body 32 The bottom surface is formed with a receiving hole 33 in which the elastic spring 17 is stored, and a button 30 having a hinge protrusion 35 formed on the left and right sides of the quadrilateral body 32, and the guide protrusion of the locker 20. Connecting the hinge projection 35 of the button 22 and the button 30, it is composed of two operating pieces 40 consisting of a guide hole 41 formed in a long shape for interlocking engagement with the guide projection 22. .

In addition, there is a one-touch guide 50 in which the one-touch guide groove 51 is inserted into the rear end of the housing space 10 of the housing body 10, and the one-touch guide groove 51 and the button of the one-touch guide 50. The one-touch operation unit 70 for one-touch locking and releasing the locker 20 is configured by the organic operation of the rotary protrusion 60 inserted into the rear surface of the quadrilateral body 32 of the 30.

On the other hand, as shown in Figure 3, the upper portion of the button 30 is fitted with a button hole 81, the pressing protrusion 82 for pressing the locker 20 of the lower end to close the upper portion of the storage space 15 There is a housing cap 80.

Therefore, when the button 30 is downward, the one-touch operation unit 70 maintains the button 30 in the downward state, the spring 23 protrudes the locker 20, and when the button 30 is pressed again, the one-touch is pressed. The operation unit 70 is configured to lift the button 30 and the operation piece 40 pulls the locker 20 to receive the inside of the storage space 15 to release the locking.

In addition, the one-touch operation part 70, which induces the operation of the one-touch method, which is the main part of the present invention, is rotatably fitted to the rear surface of the button 30, and is rounded with the curved surface portion 61 at one side end. There is a rotating protrusion 60 symmetrically configured to protrude from the left and right sides.

In addition, the one-touch guide groove 51 has a stepped projection 52 formed at a lower end of the one-touch guide groove 51, and an inclined portion 53 formed in an oblique line to narrow the groove toward the upper portion and a rotation protruding in a straight line to the other end of the inclined portion 53. The one-touch guider 50 incorporating the one-touch guide groove 51 having the protrusion 54 is configured.

Therefore, the rotary protrusion 60 rotates in response to the click action of the button 30 and is caught and released by the one-touch guide groove 51, and the operation piece 40 hinged to the square body 32 of the button 30 is The locker 20 is pushed and pulled to turn the locking on and off.

In addition, the present invention is not the only subject matter of the above-mentioned locking mechanism, and the fastening structure in which the locking mechanism for opening and closing the locker is mounted on the door is also subject to the claims. The structure is as follows.

That is, there is a locking hole 96 penetrating through one side of the door 95 of the locker 100, and there is a locking hole 88 fitted into the locking hole 96.

In addition, an edge member 97 is formed between the locking tool 88 and the locking hole 96 is formed.

Therefore, the locking hole 88 is inserted into the locking hole 96 of the door 95, and the screw 11 is fastened to the rear surface of the door 95 by the screw 11 at the flange portion 12 of the locking hole 88. It is a one-touch locking mechanism fastening structure of the form of closing the frame member 97 between the locking hole 88 and the locking hole 96.

On the other hand, the frame member 97 is characterized in that the panel 99 is integrally formed at the side end thereof so as to be interviewed with the front surface of the door 95. The panel 99 has a student's name tag, grade, class and number. Alternatively, the name of the item can be displayed and used.

Now look at in detail with the drawings the state in which the configuration of the present invention operates.

Looking at the operation of the locking mechanism 88 of the present invention, click the button 30, as shown in Figures 3 to 8, the button 30 is stopped in a downwardly downward position, the locker 20 is the housing body ( 10) is protruded out of the locker when the locker 100 is mounted.

In addition, when the downwardly clicked button 30 is clicked again, the button 30 protrudes, stops at an upward position, and the locker 20 is stored inside the housing body 10 to release the lock. Accordingly, using the protruding button 30 as a handle, the door 95 of the locker 100 can be easily opened.

At this time, in the present invention, when the button 30 is clicked once by the one-touch method, it stops in the lower state of the inside of the housing body 10, that is, the lower side, and once again, it protrudes to the upper part of the housing body 10 and upwards. The one-touch operation part 70 was collectively referred to as a configuration capable of continuously and repeatedly performing an operation.

Therefore, in fact, the one-touch operation unit 70 cannot be clearly divided as any part, but are the requirements for the button 30 to make an operation of moving up and down on each click.

Of course, the up and down of the button 30 repeatedly performs the action that the locker 20 organically coupled thereto protrudes into the housing body 10 and is accommodated therein.

Therefore, when the action is described in detail together with the component, as shown in FIG. 4, when the button 30 is clicked downward, the button 30 remains in the downward state and the locker 20 and the operation piece 40 and the button are lowered. (30) The square body 32 at the bottom is maintained in a horizontal state.

At this time, the spring 23 sandwiched between the partition wall 16 protruding inside the housing body 10 and the spring insertion protrusion 21 of the locker 20 exerts a tensile force to push the locker 20. .

Thus, the locker 20 protrudes to the outside of the housing body 10 and performs locking when mounted to the locker 100.

On the contrary, when the button 30 is clicked again, the button 30 protrudes to the upper part of the housing body 10 and maintains the upward state. In this case, the locker 20 is pulled as shown in FIG. It is housed inside the housing body 10.

That is, the receiving hole 33 formed at the lower end of the button 30 is fitted to the button guider 18 protruding from the receiving space 15 of the housing body 10 with the elastic spring 17 embedded therein.

In addition, the elastic force, that is, the tensile force of the elastic spring 17 embedded in the button 30 is much stronger than the tensile force of the spring 23 fitted to the spring insertion protrusion 21 of the locker 20.

Therefore, as shown in FIG. 5, when the button 30 is upward, the cylindrical guide protrusion 22 formed at the left and right ends of the hinge protrusion 35 and the rocker 20 protruding from the left and right sides of the quadrilateral body 32 of the button 30. ) Will be lifted up the operation piece 40 to connect, the end of the operation piece 40 is raised as the locker 20 is hinged coupled state.

Of course, at this time, the housing cap 80 covering the upper portion of the housing body 10 is configured with a pressing protrusion 82 for pressing the locker 20 to the lower end, so that the locker 20 pulls the operation piece 40. It will not be lifted up and just move in the horizontal direction will be housed inside the housing body (10).

That is, the operation piece 40 is inclined along the upward direction of the button 30, as shown in Figure 5 pulls the locker 20, the locker 20 is the y-axis by the action of the pressing protrusion 82 of the upper portion The movement in the direction is limited so that only horizontal interlocking in the x-axis direction occurs.

The reason for enabling this operation is that, as described above, the elastic spring 17 embedded in the lower end of the button 30 is superior to the elastic force of the spring 23 fitted to the locker 20. In FIG. As the button 30 is downward and the operating piece 40 has no force to pull up the rocker 20, the spring 23 of the rocker 20 exerts its tensile force to move the rocker 20 to the housing body 10. ) To protrude to the outside.

In addition, when the button 30 is upward, the tension force of the elastic spring 17 is much stronger than the spring 23 of the rocker 20, so that the tension force of the spring 23 is disregarded and dragged to the operation piece 40. The locker 20 is received inside the housing body 10 to release the locking.

At this time, the guide hole 41 formed in the operation piece 40 is to provide an interlocking range to compensate for the difference between the gaps generated by the interlocking action of the locker 20 and the button 30.

Then, it will be described how the one-touch operation unit 70 which performs the repeated operation in which the button 30 is clicked and lowered and clicked again and rises will be described.

That is, in FIG. 7A, the button 30 is raised and positioned at the upper side. When the button 30 is clicked downward, the rotation protrusion is inserted into the rear surface of the button 30 shown in FIG. 3. 60, the one-touch guide groove 51 of the one-touch guider 50 moves downward.

Therefore, downwards to the position of the rotary protrusion 60 -① shown in the lowermost part of Figure 7 (a), wherein the pressure formed in the lower end of the curved portion 61 and the one-touch guide groove 51 of the rotary protrusion 60 The protrusions 52 hit each other so that the rotatable rotating protrusion 60 rotates in the curved direction of the curved portion 61 to be in the state of -①.

Of course, the clicked button 30 will rise as it is by the tension force of the elastic spring 17, and the increase will result in the rotary protrusion 60 ascends through the one-touch guide groove 51 and FIG. Rise up to the state of the rotating protrusion 60 shown in dotted lines.

At this time, the symmetrical curved surface portion 61 of the rotary protrusion 60 bumps up against the rotary protrusion 54 formed in the one-touch guide groove 51 and rises to the position of -③ without being caught to rotate like -②. Will go up.

This rise is also organically performed by pulling the locker 20 to unlock the locking mechanism 88 as described above.

In addition, the button 30 is raised by this action to maintain the raised position may be due to the tensile force of the elastic spring 17 therein.

7 (b) illustrates the operation in which the user clicks the button 30 again in the following operation. When the button 30 is pressed in the direction of the arrow shown in FIG. The locking groove 62 of the rotary protrusion 60 hits the pressing protrusion 52 of the one-touch guide groove 51 to the vertical direction by riding down the guide groove 51 to perform a slight rotation as in ①.

And the button 30 will be raised by the elastic force of the elastic spring 17, and as shown in Fig. 8 (a), the locking hole 62 of the rotary protrusion 60 is the inclined portion of the one-touch guide groove 51. (53) It will hit the rotary projection 54 formed at the other end and make a slight rotation in the counterclockwise direction as -2 in Fig. 8 (a).

Of course, the button 30 and the rotating protrusion 60 which move in the direction of continuous rise by the tensile force of the elastic spring 17 in this rotated state are the position of -③ at the -② position of Fig. 8 (b). Will be moved to.

At this time, the rotary protrusion 60 of the present invention, as shown in Figure 8 (b), due to the encounter with the inclined portion 53 is narrowed toward the upper portion formed in the one-touch guide groove 51 in the one-touch guide groove 51 It will get stuck and stop rising.

Therefore, the button 30 is kept in the state of being housed in the housing body 10, and thus the locker 20 protrudes outward to perform locking.

The above is the description of the operation of the locking device 88 of the present invention.

Then look at an embodiment of the locker 100 is used to lock the locking mechanism 88 of the present invention through Figures 9 to 11 shown, the locking ball penetrating through one side of the door 95 of the locker 100 ( 6, the locking tool is shown in FIG. 6 and fastened to the rear surface of the door 95 with a screw 11 on the flange portion 12 of the locking tool 88.

At this time, the frame member 97 is sandwiched between the locking tool 88 and the locking hole 96 of the present invention, which is to make the connection aesthetically neat.

In addition, the frame member 97, as shown in Figs. 9 and 10, the panel 99 is integrally formed at the side end thereof so as to be interviewed with the front surface of the door 95, the panel 99 has a student's name tag, grade Displaying classes, numbers, or item names makes the locker easier to manage.

Here, the "marking" of the name tag, grade, class, number or article name refers to a method of attaching or inserting a label plate describing a name tag, grade, class, number or article name separately prepared as in FIG. 9, but in FIG. 10. As such, the panel 99 itself includes a method of writing or attaching a name tag, grade, class, number or article name.

As described above, the locking mechanism of the present invention opens and closes the locker in a one-touch manner, and when locked, the button is housed inside the locker door, that is, the storage space of the locking mechanism to form the same plane as the door, and when the button is pressed again, the button protrudes. The lock is a locking mechanism in a convenient manner that can be released to hold the button and open the locker door.

In addition, the locker equipped with the locking mechanism can clearly recognize when locking and opening through the protruding of the button, it is visually neat design that the button is stored in the interior of the door to form a smooth surface.

In addition, the frame member used in the locking mechanism of the present invention is convenient to manage the locker because it is possible to write or attach the user's name, half, number, etc. using an integrated panel.

1 is a view showing a state of a locker to which a conventional door hanger is fastened,

Figure 2 is an enlarged view showing the appearance of a door hanger configured in the conventional locker,

3 is an exploded perspective view of the locking mechanism of the present invention,

4 is a view showing a locked state in which the locking mechanism of the present invention is operated,

5 is a view showing a state in which the locking mechanism of the present invention is operated by one-touch unlocking,

Figure 6 is a perspective view showing the whole state of the locking mechanism of the present invention,

Figure 7 is a view showing the state in which the button is operated by the one-touch operation of the locking mechanism of the present invention in a step upward,

Figure 8 is a view showing a state in which the button down by operating the one-touch operation of the locking mechanism of the present invention,

9 is an exploded perspective view illustrating a state in which the locking tool of the present invention is mounted to the locker with the frame member;

10 is an exploded perspective view showing a state in which the locking mechanism of the present invention is mounted to the door together with the frame member of the embodiment different from FIG.

11 is an exemplary view showing the appearance of a locker equipped with a locking mechanism of the present invention.

<Brief description of the symbols in the drawings shown>

10; A housing body 11; screw

12; Flange portion 13; housing

14; Rocker linkage pupil 15; Storage space

16; Bulkhead 17; Elastic spring

18; Button guider 20; Rocker

21; Spring inserting projection 22; Guide protrusion

23; Spring 30; button

31; Cap 32; Quadrilateral

33; Receiving hole 35; Hinge protrusion

40; Working piece 41; Guide ball

50; One-touch guider 51; One Touch Guide Home

52; Pressurizing protrusion 53; Slope

54; Rotary projection 60; Rolling stone

61; Curved portion 62; Latch

70; One-touch operation unit 80; Housing cap

81; Buttonhole 82; Pressurized protrusion

88; Locking mechanism 95; door

96; Locking ball 97; Border

99; Panel 100; locker

Claims (4)

In the locker lock opening is mounted to the door of the locker, The flange portion 12 to which the screws 11 are fastened to both side ends, the locker interlocking hole 14 penetrated to one side of the lower part of the housing 13, and the storage space in which the buttons 30 and the locker 20 are accommodated ( 15 and a housing body 10 including a partition 16 separating the storage space 15 and a button guider 18 into which the button 30 is inserted while the elastic spring 17 is fitted; Located in the direction of one side rocker interlocking hole 14 of the partition 16, the spring insertion protrusion 21 is inserted into the spring 23 protruding from the rear end, and the cylindrical guide protrusion 22 protruding to the left and right ends. Rocker 20 is formed; The other side button guider 18 of the partition 16 is fitted with the elastic spring 17 embedded in the lower end, the cap 31 formed in the upper end of the cylindrical body, the bottom surface of the quadrilateral body 32 of the lower end A button 30 having a receiving hole 33 in which the elastic spring 17 is received, and a hinge protrusion 35 formed on the left and right sides of the quadrangular body 32;  The guide protrusion 22 of the locker 20 and the hinge protrusion 35 of the button 30 are connected, and two guide holes 41 formed in a long shape for interlocking with the guide protrusion 22 are formed. An operation piece 40; A one-touch guider 50 formed with a one-touch guide groove 51 fitted into the rear end of the housing space 10 of the housing body 10; One-touch locking and one-touch locking and releasing of the locker 20 by organic operation of the one-touch guide groove 51 of the one-touch guider 50 and the rotating protrusion 60 fitted to the back of the quadrilateral body 32 of the button 30. An operation unit 70; The housing cap 80 is composed of a button hole 81, the upper portion of the button 30 is fitted, and a pressing projection 82 for pressing the locker 20 at the lower end to close the upper portion of the storage space 15. ; When the button 30 is downward, the one-touch operation unit 70 maintains the button 30 in a downward state, the spring 23 protrudes the locker 20, and when the button 30 is pressed again, the one-touch operation unit One-touch type is fastened to the locker, characterized in that 70 is raised to the button 30 and the operation piece 40 pulls the locker 20 to receive the inside of the storage space 15 to release the lock. Locking ball. The method of claim 1, The one-touch operation unit 70, A rotary protrusion 60 rotatably fitted to the rear surface of the button 30 and having a rounded curved portion 61 and a horizontally protruding latch 62 symmetrically from side to side; Pressing protrusion 52 stepped on the lower end of the one-touch guide groove 51, and the inclined portion 53 formed in an oblique line so as to narrow the groove toward the upper portion and the rotating projection portion protruding in a straight line to the other end of the inclined portion 53 ( A one-touch guider 50 incorporating the one-touch guide groove 51 having 54); The rotating protrusion 60 rotates in response to the click action of the button 30 and is caught and released by the one-touch guide groove 51, and the operating piece 40 hinged to the square body 32 of the button 30 is a locker ( 20) One-touch locking mechanism is fastened to the locker, characterized in that by pushing and pulling the locking on, off. In the fastening structure in which the lock opening and closing the locker is mounted on the door, A locking ball 96 penetrating one side of the door 95 of the locker 100; A locking tool 88 of claim 1 fitted into the locking hole 96; An edge member 97 that is inserted between the locking tool 88 and the locking hole 96; The locking hole 88 is inserted into the locking hole 96 of the door 95, and the flange 11 of the locking hole 88 is fastened to the rear surface of the door 95 with a screw 11. One-touch locking mechanism fastening structure to be fastened to the locker, characterized in that the closing member 97 is sandwiched between the sphere 88 and the locking ball 96. The method of claim 3, wherein In the frame member 97, A one-touch locking device fastened to a locker, characterized in that the panel 99 that can display the name tag, grade, class, number or object name of the student at the side end is formed to be interviewed with the front of the door 95 Fastening structure.