JP6076181B2 - Opening / closing body operating member mounting seat - Google Patents

Description

  The present invention relates to an operation member mounting seat for attaching an operation member such as a handle, a handle, or a lock to an opening / closing body such as a door or a shoji.

A handle mounting seat for mounting a handle to a door is disclosed in Patent Document 1.
This handle mounting seat has a center hole through which the shaft portion of the inner handle is inserted, an inner base having an elongated connecting hole portion, a center hole through which the shaft portion of the outer handle is inserted, and an outer base having a connecting column. The inner pedestal is in contact with the inner wall surface of the door, and the connecting column of the outer pedestal is inserted into the connecting hole portion from the outer wall surface side of the door, and the locking rod of the connecting column is moved to the connecting hole portion by rotating the outer base. By engaging, the inner pedestal and the outer pedestal are connected, and the inner wall surface and the outer wall surface of the door are sandwiched and attached.

JP 2009-270390 A

  With the handle mounting seat described above, the inner base and the outer base can be connected to the door without using screws, but if the door thickness is different, the outer base with different connecting pillar lengths is required. Therefore, in order to cope with a plurality of doors having different thicknesses, it is necessary to prepare a plurality of outer pedestals having different connecting column lengths, which increases costs.

  An object of the present invention is to provide an operating member mounting seat for an opening / closing body that can be attached to an opening / closing body having a different thickness while the one side base and the other side base can be attached to the opening / closing body without using screws. is there.

The present invention includes a central hole through which the shaft portion of the operation member is inserted, a one-side pedestal having a plurality of connection holes provided with locking receiving surfaces,
A center hole through which the shaft portion of the operation member is inserted, and a second side pedestal having a plurality of connecting columns each having a locking rod locked to the locking receiving surface at a tip portion,
Insert each connecting column into each connecting hole, rotate one side pedestal to lock each locking rod to each locking receiving surface, so that the pedestal mounting surface of one side pedestal is placed on one side of the opening / closing body An operating member mounting seat for the opening / closing body that is in contact with and attaches the pedestal mounting surface of the other side pedestal to the other side surface of the opening / closing body to attach the one side pedestal and the other side pedestal to the opening / closing body,
The one side pedestal is formed with a plurality of patterns so that a locking receiving surface having each connection hole through which each connection column is inserted when connecting the other side pedestal is at a different distance from the pedestal mounting surface. An operating member mounting seat for the opening and closing body characterized by the above.

In the operating member mounting seat of the opening / closing body of the present invention, the connecting column can be screwed into the tip of the base column, and the head of the screw can be used as a locking rod.
In this way, the distance from the mounting surface of the locking rod is changed by tightening and loosening the screw to the base column, so that it can be attached to an opening / closing body having a slightly different thickness.
In addition, when a gap is generated between the locking rod and the locking receiving surface due to secular change, the locking rod is pressed against the locking receiving surface by tightening the screw, and the backlash of the one side pedestal and the other side pedestal Can prevent sticking.

The operating member mounting seat of the opening / closing body of the present invention includes a plurality of the one side pedestals having a connecting hole provided on the outer peripheral surface of the inner cylindrical body that is a central hole and the locking receiving surface. And an outer cylindrical body provided integrally over the outer peripheral surface of each plate,
The plurality of plates are arranged such that each plate having each connection hole through which each connection column is inserted when connecting the other pedestal is located at different positions from one end surface of the outer cylinder and the inner cylinder. It can be formed with a pattern.
If it does in this way, it is possible to make a 1 side base lightweight.

According to the present invention, the one side pedestal and the other side pedestal are attached to the opening and closing body by locking and connecting the locking rods of the respective connecting pillars of the other side pedestal to the respective locking receiving surfaces of the one side pedestal. Therefore, the one side pedestal and the other side pedestal can be attached to the opening / closing body without using screws.
Also, the one-side pedestal has a plurality of patterns of connecting holes, and the locking receiving surfaces of the connecting holes of each pattern are different in distance from the pedestal mounting surface. Can do.

It is a side view of the state which attached the handle to the door with the operation member attachment seat of the present invention. It is a disassembled perspective view of the operation member mounting seat. It is a front view of the one side base. It is AA sectional drawing of FIG. It is CC sectional drawing of FIG. It is BB sectional drawing of FIG. It is a side view of the state which attached the thumb turn.

As shown in FIG. 1, an operating member mounting seat 3 of an opening / closing body for attaching a handle 2 as an operating member to a door 1 that is an opening / closing body includes a one-side base 4 and an other-side base 5.
As shown in FIGS. 1 and 2, the one-side pedestal 4 has a center hole 40 through which the shaft portion 21 of the one-side handle 20 is inserted, and a plurality of connection holes in a plurality of patterns provided on the outer peripheral side of the center hole 40. 41, for example, a pair of connecting holes 41 in three patterns, and an outer peripheral wall portion 42 provided on the outer peripheral side of each connecting hole 41.
As shown in FIGS. 1 and 2, the other side pedestal 5 includes a center hole 50 through which the shaft portion 23 of the other side handle 22 is inserted, and a plurality of connecting columns 51 provided on the outer peripheral side of the center hole 50, for example, a pair And the outer peripheral wall part 52 provided in the outer peripheral side rather than each connecting pillar 51.

The connecting column 51 of the other side pedestal 5 has a locking bar 53 at the tip.
For example, the connecting column 51 includes a base column 54, a small diameter portion 55 provided at the tip of the base column 54, and a locking rod 53 provided at the tip of the small diameter portion 55.
The connection hole 41 of the one-side pedestal 4 is continuous with a large-diameter hole 43 that is an engagement rod insertion portion through which the engagement rod 53 of the connection column 51 is inserted, and a large-diameter hole 43 that is the engagement rod insertion portion. A small-diameter hole 44 that is a connecting-column insertion portion through which the connecting column 51 (small-diameter portion 55) is inserted but the locking rod 53 is not inserted, and an arc shape centering on the center of the center hole 40, for example, a large-diameter hole 43 The center and the center of the small-diameter hole 44 are substantially daruma-shaped in the circumferential direction located on an arc locus centering on the center of the center hole 40.
And the surface on the opposite side to the base mounting surface 4a in the peripheral part of the small diameter hole 44 is the latch receiving surface 45 which the latch rod 53 latches.

The operating member mounting seat 3 is mounted on the door 1 as follows.
The pedestal mounting surface 4a of the one side pedestal 4 is in contact with one side surface 10 of the door 1, and a plurality of connecting columns 51 of the other side pedestal 5 are inserted into the holes of the door 1 from the other side of the door 1, 53 protrudes through the large-diameter holes 43 of the plurality of connecting holes 41 in one pattern of the one side pedestal 4.
By rotating the one side pedestal 4 in this state and inserting the small diameter portion 55 into the small diameter hole 44, the one side pedestal 4 and the other side pedestal 5 are locked by locking the locking rod 53 to the locking receiving surface 45. Are attached, the pedestal mounting surface 4a of the one-side pedestal 4 is in contact with one side surface 10 of the door 1, and the pedestal mounting surface 5a of the other-side pedestal 5 is in contact with the other side surface 11 of the door 1 so as to sandwich and attach the door 1. .

  Since it is like this, since the one side base 4 and the other side base 5 can be connected and attached to the door 1 without using a screw, the operation member mounting seat 3 can be easily attached to the door 1.

The distances from the pedestal mounting surface 4a of the one-side pedestal 4 of the locking receiving surfaces 45 of the plurality of connecting holes 41 having different patterns are different from each other.
For example, as shown in FIG. 3, three patterns of a pair of first connection holes 41A, second connection holes 41B, and third connection holes 41C that are opposed to each other in the radial direction with respect to the center of the center hole 40 are connected. A working hole 41 is provided.

As shown in FIG. 4, the distance S1 from the base mounting surface 4a of the one side base 4 of the first locking receiving surface 45A of the first connecting hole 41A is the shortest, and the first locking receiving surface 45A is the shortest. It is close to the pedestal mounting surface 4a.
As shown in FIG. 5, the distance S2 from the pedestal mounting surface 4a of the one side pedestal 4 of the third locking receiving surface 45C of the third connecting hole 41C is the longest (S2> S1), and the third locking The receiving surface 45C is farthest from the base mounting surface 4a.
As shown in FIG. 6, the distance S3 from the pedestal mounting surface 4a of the one side pedestal 4 of the second locking receiving surface 45B of the second connecting hole 41B is an intermediate position (S1 <S3 <S2). The second locking receiving surface 45B is located between the first locking receiving surface 45A and the second locking receiving surface 45C.

Since it is like this, it can attach to the door 1 of three types of thickness.
For example, it can be attached to a door having a thickness of three types, that is, a door having a thickness of H, a thickness of H + (S2-S1), and a thickness of H + (S3-S1).

Next, specific shapes of the one side pedestal 4 and the other side pedestal 5 will be described.
The one-side pedestal 4 includes an inner cylindrical body 46 and a plurality of patterns 47 provided integrally on the outer peripheral surface of the inner cylindrical body 46, for example, a pair of first, second, and third plates 47A opposed in the radial direction. , 47B, 47C and an outer cylindrical body 48 integrally provided on the outer peripheral surface of each of the plurality of plates 47, and a connecting hole 41 is formed in each plate 47.
The inner cylinder 46 forms the center hole 40, and the outer cylinder 48 forms the outer peripheral wall 42.
A thick portion 47 a is formed along the periphery of the small-diameter hole 44 in the plate 47 to form the locking receiving surface 45.
One end surface of the inner cylindrical body 46 and one end surface of the outer cylindrical body 48 are flush with each other as the pedestal mounting surface 4a.

As shown in FIGS. 4, 5, and 6, the positions of the pair of first, second, and third plates 47 </ b> A, 47 </ b> B, and 47 </ b> C from the pedestal mounting surface 4 a are different, and the pair of first, second, and third plates The distances S1, S3 and S2 of the latch receiving surfaces 45A, 45B and 45C from the pedestal mounting surface 4a are different from each other.
For example, as shown in FIG. 4, the first plate 47A is closest to the pedestal mounting surface 4a, and the first locking receiving surface 45A is closest to the pedestal mounting surface 4a.
As shown in FIG. 5, the third plate 47C is farthest from the pedestal mounting surface 4a, and the third locking receiving surface 45C is farthest from the pedestal mounting surface 4a.
As shown in FIG. 6, the second plate 47B is positioned between the first plate 47A and the third plate 45C, and the second locking receiving surface 45B is connected to the first locking receiving surface 45A and the third engagement. Located in the middle of the stop surface 45C.

As described above, the first, second, and third locking receiving surfaces 45A, 45B, and 45C are mounted on the base by changing the distances of the first, second, and third plates 47A, 47B, and 47C from the mounting surface 4a. Since the distances S1, S3 and S2 from the surface 4a are changed, the one-side pedestal 4 can be reduced in weight.
That is, the distance S1 of the first, second, and third locking receiving surfaces 45A, 45B, and 45C from the pedestal mounting surface 4a by changing the thickness of the first, second, and third plates 47A, 47B, and 47C. , S3, S2 can be changed, but if this is done, the one-side pedestal 4 becomes heavy.

The one side pedestal 4 can be as follows.
The inner cylindrical body 46 and the outer cylindrical body 48 are integrally connected by a disk-shaped plate 47 having the same thickness, a plurality of connection holes 41 are formed in the plate 47, and the mounting base 4 a at the periphery of the small diameter hole 44 A groove into which the locking rod 53 enters is formed on the opposite side surface, and the bottom surface of the groove is defined as a locking receiving surface 45.
And the distance from the base mounting surface 4a of the latching receiving surface 45 is changed by changing the depth of a groove | channel.

The other pedestal 5 is provided with a pair of connecting columns 51 on a disc-shaped main body 56 having a center hole 50.
The small diameter portion 55 and the locking rod 53 of the connecting column 51 are screws 57, the screw shaft portion 57 a is the small diameter portion 55, and the head portion 57 b is the locking rod 53.
The screw shaft portion 57 a is screwed into the screw hole 54 a of the base column 54.

In this way, the screw 57 is screwed to the base column 54 to form the connecting column 51, whereby the screw 57 is tightened or loosened to thereby make the base of the locking rod 53 that is the head 57 b of the screw 57. Since the distance from the attachment surface 5a can be adjusted, it can be attached to the door 1 having a specific corresponding range according to the thickness of the door 1 and slightly different in thickness.
In addition, due to secular change or the like, a gap is generated between the base mounting surface 4a of the one side base 4 and the base mounting surface 5a of the other side base 5 and the one side surface 10 and the other side surface 11 of the door 1, and the rattling becomes unstable. In this case, it is possible to prevent the base mounting surfaces 4a and 5a from being pressed against the one side surface 10 and the other side surface 11 of the door 1 by tightening the screws 57 with a tool.

The connecting column 51 may be formed by integrating the base column 54, the small diameter portion 55, and the locking rod 53.
Further, the connecting column 51 may not have the small-diameter portion 55 and may have a shape having a locking bar 53 at the tip of the base column 54.
The number of connecting columns 51 is not limited to a pair, and three or more connecting columns 51 may be provided. In that case, the number of connecting holes 41 in one pattern is three or more, which is the same as the number of connecting columns 51.

  Covers 49 and 57 are detachably fitted and attached to the outer peripheral wall portion 42 of the one side pedestal 4 and the outer peripheral wall portion 52 of the other side pedestal 5, respectively.

  A square shaft 24 is connected to the shaft portion 23 of the other handle 22. The square shaft 24 passes through the lock 12 provided in the door 1 and is fitted into the square hole 25 of the shaft portion 21 of the one-side handle 20 and fixed with a locking screw.

The operation member is not limited to the handle 2 but may be a handle or a lock.
For example, as shown in FIG. 7, a rotor 26 having a knob is rotatably inserted into a center hole 40 of one side pedestal 4 and connected to the lock 12 in the door 1, and a center hole 50 of the other side pedestal 5 is connected. The thumb 27 can be rotated by inserting a rotor 27 that is rotated by a key and connected to the lock 12 in the door 1.

The one side pedestal 4 is made of resin, for example, an injection-molded product using a resin material, and the other side pedestal 5 is made of aluminum or resin, but is not limited thereto, and can be made of any material. is there.
Further, the opening / closing body is not limited to a door, but may be a shoji screen, a sliding door, a door, or the like.

  DESCRIPTION OF SYMBOLS 1 ... Door (opening-closing body), 2 ... Handle (operation member), 3 ... Operation member mounting seat, 4 ... One side base, 4a ... Base mounting surface, 5 ... Other side base, 5a ... Base mounting surface, 10 ... One side surface, 11 ... other side surface, 21 ... shaft portion, 23 ... shaft portion, 40 ... center hole, 41 ... connection hole, 42 ... outer peripheral wall portion, 45 ... lock receiving surface, 46 ... inner cylinder, 47 ... Plate, 48 ... Outer cylinder, 50 ... Center hole, 51 ... Connecting column, 53 ... Locking rod, 54 ... Base column, 57 ... Screw, 57b ... Head (locking rod).

Claims (3)

A central hole through which the shaft portion of the operating member is inserted, a one-side pedestal having a plurality of connecting holes provided with locking receiving surfaces;
A center hole through which the shaft portion of the operation member is inserted, and a second side pedestal having a plurality of connecting columns each having a locking rod locked to the locking receiving surface at a tip portion,
Insert each connecting column into each connecting hole, rotate one side pedestal to lock each locking rod to each locking receiving surface, so that the pedestal mounting surface of one side pedestal is placed on one side of the opening / closing body An operating member mounting seat for the opening / closing body that is in contact with and attaches the pedestal mounting surface of the other side pedestal to the other side surface of the opening / closing body to attach the one side pedestal and the other side pedestal to the opening / closing body,
The one side pedestal is formed with a plurality of patterns so that a locking receiving surface having each connection hole through which each connection column is inserted when connecting the other side pedestal is at a different distance from the pedestal mounting surface. An operating member mounting seat for the opening and closing body characterized by the above.   2. The operating member mounting seat for an opening / closing body according to claim 1, wherein the connecting column has a screw threadedly engaged with a tip of a base column, and a head portion of the screw is used as a locking rod. The one side pedestal includes an inner cylindrical body that is a central hole, a plurality of plates that are provided on an outer peripheral surface of the inner cylindrical body, and have connection holes provided with the locking receiving surfaces, and an outer peripheral surface of each plate. Provided with an outer cylindrical body provided integrally,
The plurality of plates are arranged such that each plate having each connection hole through which each connection column is inserted when connecting the other pedestal is located at different positions from one end surface of the outer cylinder and the inner cylinder. The operation member mounting seat of the opening / closing body according to claim 1 or 2, wherein the operation member mounting seat is formed in a pattern.

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