JP2007146490A - Fittings' door head hardware - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide each fittings' door head hardware capable of suitably correcting the size of a space between a door head and the side of the inside of a lintel groove to effectively avoid the occurrence of rattling in each fittings by enabling the width of the door head to adjust with a simple constitution. <P>SOLUTION: In each fittings' door head hardware 10 mounted to the upper end section of the fittings 20 and slidably interlocked with the lintel groove 22 to slidingly move the fittings 20 while guiding it to the lintel groove 22, it is equipped with a pair of side plates 51 respectively arranged along the side 22a of the inside of the lintel groove 22, and an extruding deformation means 53 deformed deforming a pair of side plates 51 by pushing to the outside is provided to the inside of a hollow held between a pair of side plates 51. If desirably, the extruding deformation means 53 consists of a female screw hole 55 to which a male screw member 54 is screwed and a pair of tapered plane members 56 respectively connected to a pair of side plates 51 while providing for oppositely arranging tapered planes 56a on both sides holding the center axis Z of the female screw hole 55. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to a door fitting for a joinery, and more particularly to a door fitting for a joinery that is attached to an upper end portion of the joinery, is slidably locked in a Kamoi groove, and slides the joinery while being guided by the Kamoi groove.

  For example, in a duck provided at the upper edge of an opening of a residential building, a pair of duck grooves are preferably formed, and a door is placed on the duck and a fitting such as a sliding door between the duck and the sill. It is possible to slide the joinery while guiding it to Kamoi.

  As described above, in the slidable locking structure between the Kamoi groove and the nose, which has been generally adopted conventionally, for example, a window is opened in some room due to the recent high airtightness of the building. As a result of the gaps left between the door nose and the inner side of the Kamoi groove, there is an increasing phenomenon of rattling in joinery in buildings. In particular, in the case of unit joinery, in consideration of safety, the door nose will not cause a problem that it becomes difficult to open and close the joinery due to interference between the nose and the Kamoi groove due to insufficient manufacturing accuracy. Since there is a margin in the gap between the Kamoi and the Kamoi, the joinery is easy to rattle.

For these reasons, it is desired to develop a means that can appropriately adjust the size of the gap between the nose and the inner side surface of the Kamoi groove. In addition, the position of the nose part provided on the upper end surface of the joinery can be adjusted in the width direction of the joinery so that the joinery can smoothly slide along the Kamoi trench, and even in the case of joinery with front and back A Kamoi liner has also been developed that can improve the efficiency and improve the efficiency of inventory management (see, for example, Patent Document 1).
JP 2000-45636 A

  In the Kamoi liner of patent document 1, since the position of the nose part can be moved and adjusted in the width direction of the joinery, it does not have a function that can increase or decrease the width of the nose part itself. It is difficult to effectively eliminate the rattling of joinery that occurs due to the gap between them. In addition, it may be possible to adjust the size of the gap between the nose and the inner side surface of the Kamoi groove by increasing or decreasing the groove width of the Kamoi groove, but the structure of the Kamoi groove becomes complicated. Thus, the cost becomes high and it is difficult to cope with the case where the upper end of the joinery is warped.

  The present invention makes it possible to adjust the width of the nose with a simple configuration, thereby appropriately correcting the size of the gap between the nose and the inner side surface of the Kamoi groove, so that rattling occurs in the joinery. It is an object of the present invention to provide a door fitting for joinery that can be effectively avoided.

  The present invention is a door fitting for a joinery that is attached to the upper end of the joinery, is slidably locked in the Kamoi groove, and slides the joinery while being guided by the Kamoi groove, on the inner side surface of the Kamoi groove A pair of side plates disposed respectively along the hollow side, and a hollow interior sandwiched between the pair of side plates is provided with extrusion deformation means for pushing and deforming the pair of side plates outward. The above object is achieved by providing hardware.

  According to the door toe fitting for joinery of the present invention, the push-out deforming means has a female screw hole for screwing the male screw member and inner tapered surfaces on both sides of the central axis of the female screw hole. A pair of tapered surface members respectively joined to the pair of side plates, and the taper contact portion of the male screw member is connected to the taper while the male screw member is screwed into the female screw hole. It is preferable that the pair of side surface plates be pushed outward and deformed by abutting against the inner tapered surface of the surface member and expanding the distance between the pair of tapered surface members.

  According to the door toe fitting for joinery of the present invention, the center axis of the female screw hole is provided in the vertical direction perpendicular to the upper end surface of the joinery, and the male screw member is formed from above the joinery to the female screw. It is preferable to be screwed into the hole.

  Furthermore, according to the door toe fitting for joinery of the present invention, the central axis of the female screw hole is provided in the lateral direction along the upper end surface of the joinery, and the male screw member is provided from the front or rear in the sliding direction of the joinery. It can also be screwed into the female screw hole.

  Furthermore, according to the door toe fitting for joinery of the present invention, it is a duck liner provided in a joinery that slides and moves with the upper end locked in the ditch groove, embedded in the upper end corner of the joinery, A liner case having an opening along the upper end surface of the joinery and an exposed surface exposed at the front or rear end surface in the sliding direction of the joinery, and inserted into the liner case with a gap in the width direction of the joinery A liner main body composed of an insertion portion to be disposed, a door neck portion which is joined to the upper end of the insertion portion and protrudes upward from the upper end surface of the fitting, and the liner main body in the width direction of the fitting with respect to the liner case Kamoi liner consisting of a support mechanism that slidably supports and a width direction slide mechanism that slides the liner body in the width direction of the joinery with respect to the liner case, It is preferably provided as Kitokubi unit.

  According to the door toe fitting for joinery of the present invention, by adjusting the width of the nose with a simple configuration, the size of the gap between the nose and the inner side surface of the Kamoi is appropriately corrected. It is possible to effectively avoid occurrence of rattling in the joinery.

  As shown in FIG. 1 and FIG. 2, the door fitting 50 for joinery according to a preferred embodiment of the present invention is used by being attached to corner portions on both sides in the longitudinal direction at the upper end portion of the partition door 20 as a joinery. (In FIG. 2, only the corner portion on one side is displayed), when the partition door 20 is built between the duck 21 attached to the upper edge portion of the opening and the sill (not shown) attached to the lower edge portion, The partition door 20 is slidably locked in the Kamoi groove 22 and is slid and moved while being guided by the Kamoi groove 22.

  That is, the door fitting 50 for joinery of the present embodiment is attached to the upper end portion of the partition door 20 as a joinery, and is slidably locked to the Kamoi groove 22 and slides the partition door 20 while being guided to the Kamoi groove 22. It is a door metal fitting to be moved, and includes a pair of side plates 51 respectively disposed along the inner side surface 22 a of the Kamoi groove 22, and the hollow interior 52 sandwiched between the pair of side plates 51 includes a pair of side plates 51. Extrusion deforming means 53 that pushes the side plate 51 outward and deforms it is provided.

  Further, according to the present embodiment, the push-out deforming means 53 includes the female screw hole 55 for screwing the male screw member 54 and the central axis of the female screw hole 55 as shown in FIGS. A pair of tapered surface members 56 are provided on both sides of the Z so as to face each other and the inner tapered surfaces 56a are opposed to each other. The male screw members 54 are screwed into the female screw holes 55. However, the taper contact portion 57 of the male screw member 54 is brought into contact with the inner taper surface 56a of the taper surface member 56, and the distance between the pair of taper surface members 56 is increased, thereby bringing the pair of side plates 51 into the outer side. It is designed to be pushed and deformed.

  Furthermore, according to this embodiment, the door nose fitting 50 for joinery is a partition door 20 as a joinery that slides and moves with the upper end locked to the Kamoi groove 22 as shown in FIGS. 1, 2, and 4. 1 is provided with an opening 2 (see FIG. 4) along the upper end surface 23 of the partition door 20 embedded in the upper end corner portion of the partition door 20, and the partition door 20 slides. The liner case 4 having the exposed surface 3 exposed on the front or rear end surface 24 in the direction X and the liner case 4 inserted and disposed in a state where a gap is maintained in the width direction Y of the partition door 20 (see FIG. 3B). A liner main body 7 composed of an insertion portion 5 that is connected to the upper end of the insertion door 5 and protrudes upward from the upper end surface 23 of the partition door 20, and the liner main body 7 is partitioned from the liner case 4. The width direction Y of the door 20 It is provided as the door neck portion 6 of the Kamoi liner 1 comprising a support mechanism 8 for slidably supporting and a width direction slide mechanism 9 for sliding the liner body 7 with respect to the liner case 4 in the width direction Y of the partition door 20. ing.

  Here, according to the present embodiment, as described above, the Kamoi liner 1 has the liner case 4 embedded in the upper end corner portion of the partition door 20 and the door neck portion 6 protruding above the liner case 4. A liner body 7 inserted and disposed in the liner case 4 in a state where the liner body 7 is inserted, a support mechanism 8 that supports the liner body 7 so as to be slidable with respect to the liner case 4, and a partition door with respect to the liner case 4. 20 and a slide mechanism 9 that slides in the width direction Y.

  The liner case 4 is made of a metal thin plate or a synthetic resin plate, and is a box-type case member whose lower end portion is curved in a U shape and whose upper surface is open, and is embedded in a corner portion of the partition door 20, The opening 2 on the upper surface opens to the upper end surface 23 of the partition door 20, and one side surface thereof is an exposed surface 3 exposed to the side end surface 24 of the partition door 20.

  Further, the liner case 4 is formed with an opening 19 on the exposed surface 3 through which a rotation operation portion of a rotation operation panel 13 to be described later is exposed, and the periphery of the operation opening 19 is described later. A large number of locking holes 26 for locking the locking projections 25 of the rotary operation panel 13 are arranged in an annular shape and penetrated.

  Further, on the side surface of the liner case 4, an installation hole 27 for installing and supporting the support shaft 14 in the hollow interior is formed.

  Furthermore, an attachment piece 29 having an attachment hole 28 protrudes and extends at the edge of the opening 2 opposite to the exposed surface 3, and a fixing screw 31 is provided at the lower curved portion of the exposed surface 3. The insertion hole 30 is formed, and the liner case 4 can be firmly fixed to the partition door 20 by screwing the fixing screw 31 into the partition door 20 through the mounting hole 28 or the insertion hole 30. (See FIG. 3A).

  The liner main body 7 is made of a thin metal plate or a synthetic resin plate like the liner case 4 and is processed by various processing means to integrally form the insertion portion 5 and the door neck portion 6. And the insertion part 5 is formed in the hollow flat plate shape of thickness smaller than the opening width of the liner case 4, and penetrates the vertical board 34 (refer Fig.3 (a)) for an internal width | variety in the side surface. The fitting hole 36 thus provided is opened, and a vertical groove 10 extending in the vertical direction is formed on the end surface 37 of the insertion portion 5 on the exposed surface 3 side of the liner case 4. The outer peripheral shape of the longitudinal section of the insertion portion 5 is substantially the same as the inner peripheral shape of the longitudinal section of the hollow portion of the liner case 4, and the liner main body 7 is stably accommodated in the liner case 4. Thus, it can be easily slid in the width direction Y perpendicular to the longitudinal section direction.

  The nose portion 6 of the liner main body 7 is constituted by the joinery fitting 50 of the present embodiment, and as shown in FIGS. 3A to 3C, the Kamoi groove formed in the Kamoi 21. The portion has a width smaller than 22 (see FIG. 1) and has a substantially rectangular frame shape in plan view. Further, the door neck portion 6 has a concave fitting portion 17 that opens toward the center portion side in the sliding direction X of the upper end surface 23 of the partition door 20 on the end surface opposite to the exposed surface 3 of the liner case 4 in the longitudinal direction. The end of a rod-shaped member 18 having a height corresponding to the door neck 6 described later is locked to the recessed fitting portion 17 and is arranged to extend along the upper end surface of the partition door 20. .

  And the nose fitting 50 for joinery of this embodiment used as the nose part 6 is a pair of hollow interiors 52 sandwiched between a pair of side plates 51 respectively arranged along the inner side surface 22 a of the Kamoi groove 22. Extrusion deforming means 53 is provided for pushing and deforming the side plate 51 outward. That is, in this embodiment, the hollow portion 52 is integrally joined to the inner surface of each side plate 51 at the center of the portion sandwiched between the end face wall 58 on the recessed fitting portion 17 side and the upper portion of the vertical plate 34, Tapered surface members 56 each having a substantially semicircular arc shape are provided so as to protrude inward. In addition, the pair of tapered surface members 56 are separated from each other at a portion where the inner tapered surfaces 56a facing each other are formed without being continuous across the notch 59. Further, a cylindrical portion 60 continuously integrated in the circumferential direction without providing a notch 59 is provided at a portion below the portion where the inner tapered surface 56 a is formed, and a pair of side plates are interposed via the tapered surface member 56. 51 to be supported. Then, a female screw is formed on the inner peripheral surface of the cylindrical portion 60, so that the hollow interior of the cylindrical portion 60 constitutes the female screw hole 55.

  As a result, the central axis Z of the female screw hole 55 is provided in the vertical direction perpendicular to the upper end surface 23 of the partition door 20, and the male screw member 54 extends from above the partition door 20 to the cylindrical portion below the tapered surface member 56. 60 to be screwed into the female screw hole 55. Here, the male screw member 54 includes a cylindrical rod-shaped male screw portion 54a having a male screw formed on the peripheral surface, and a disk-shaped head portion 54b having a larger diameter than the male screw portion 54a. By locking a turning tool such as a screwdriver in the locking groove 54 c of the head 54 b and screwing the male screw portion 54 a into the female screw hole 55, the head 54 b is tapered inside the tapered surface member 56. It abuts on the surface 56 a and functions as a taper abutment portion 57. By further screwing the male screw member 54 into the female screw hole 55, the head portion 54b as the taper contact portion 57 moves downward, and the pair of tapered surface members 56 is expanded while increasing the width of the notch portion 59. This increases the distance between the pair of side plates 51, thereby allowing the pair of side plates 51 to be pushed outward and deformed.

  Further, if the male screw member 54 screwed into the female screw hole 55 is rotated to the opposite side, the head 54b moves upward, and the tapered surface member 56 has the pair of tapered surface members due to its elastic biasing force. Since it moves inside so that the space | interval between 56 may be narrowed, it becomes possible to return to a state before pushing a pair of side plate 51 outside outward easily. Thus, by adjusting the screwing amount of the male screw member 54 into the female screw hole 55, the distance between the pair of tapered surface members 56 is adjusted, and the width of the door neck 6 by the pair of side plates 51 is increased. It becomes possible to adjust appropriately. In the present embodiment, a spacer protrusion 38 that smoothly protrudes in an arc shape is provided outside the portion where the tapered surface member 56 of the pair of side plates 51 is provided, and the partition door 20 is not rattled. Even after the width of the nose portion 6 is adjusted so as not to occur, a certain amount of gap is maintained between the nose portion 6 and the inner side surface 22a of the Kamoi groove 22 so that the partition door 20 can be opened and closed smoothly. It has become.

  Then, according to the present embodiment, as shown in FIG. 4, if the fitting hole 36 of the insertion portion 5 of the liner body 7 is aligned with the installation hole 27 of the liner case 4 and the support shaft 14 is inserted, these The liner main body 7 is integrated with the liner case 4 so as to be slidable in the width direction Y of the partition door 20.

  Further, according to the present embodiment, the rotary operation panel 11 constituting the slide mechanism 9 is disposed between the liner case 4 and the liner body 7 on the exposed surface 3 side.

  That is, as shown in an enlarged view in FIG. 5, the rotary operation panel 11 has a cylindrical substrate 13 that is rotatably disposed inside the exposed surface 3, and is eccentric from the rotation center of the cylindrical substrate 13. And a longitudinal groove insertion protrusion 12 protruding rearward. In addition, a rotation operation projection 41 as a rotation operation portion is provided at the center portion of the front surface of the cylindrical substrate 13 so as to protrude from the rotation receiving portion 40 that is engaged with a rotation tool such as a driver. Further, around the rotation operation protrusion 41, a plurality of locking protrusions 25 that are engaged with and locked to the locking holes 26 of the exposed surface 3 are disposed in a circumferential direction surrounding the rotation operation protrusion 41.

  The rotary operation panel 11 is supported so as to be slidable by allowing the rotation operation protrusion 41 to penetrate the operation port 19 of the exposed surface 3 of the liner case 4, and to expose the back surface of the rotary operation panel 11 and the insertion portion 5. As shown in FIG. 3A, a wave washer 42 having an urging force is interposed between the end face 37 on the side of the face 3 so as to surround the longitudinal groove insertion protrusion 12, and the cylindrical substrate 13 is exposed. The rotation operation panel 11 can be prevented from rotating by pressing toward the surface 3 and engaging the locking protrusion 25 with the locking hole 26. As shown in FIG. 6, the means for pressing and urging the cylindrical substrate 13 toward the exposed surface 3 is constituted by a pressing spring 43 interposed between the central portion of the back surface of the cylindrical substrate 13 and the vertical groove 10. You can also.

  Moreover, according to this embodiment, as shown in FIG. 2, the both ends are latched to the recessed fitting part 17 of the nose part 6 of the Kamoi liner 1 arrange | positioned at the both ends of the sliding direction X of the partition door 20. As shown in FIG. In this manner, the bar-shaped member 18 having an H-shaped section corresponding to the height of the door neck 6 is detachably extended so that the lowermost end surface thereof is in contact with the upper end surface of the partition door 20. This makes it possible to effectively block light from leaking from the room spaces on both sides of the partition door 20 through the gap at the upper end of the partition door 20.

  And according to the door nose fitting 50 for joinery of this embodiment provided with the above-mentioned structure, by making the width | variety of the nose part (nose) 6 adjustable with a simple structure, the nose part 6 and the Kamoi groove 22 By appropriately modifying the size of the gap between the inner side surface 22a, it is possible to effectively avoid the occurrence of rattling in the partition door 20 as a fitting. In other words, the door toe fitting 50 for joinery of the present embodiment includes a pair of side plates 51 that are respectively disposed along the side surface 22 a inside the Kamoi groove 22, and the hollow interior 52 sandwiched between the side plates 51 includes a pair of side plates 51. Since a pair of side surface plates 51 are pushed out and deformed, for example, an extrusion deformation means having a simple configuration including a male screw member 54, a female screw hole 55, and a tapered surface member 56 is provided. The distance between the pair of tapered surface members 56 is increased or decreased by a simple operation such as adjusting the screwing amount into the female screw hole 55 while rotating the male screw member 54 using It becomes possible to easily adjust the width of the nose portion 6 by the side plate 51 of the side plate, thereby appropriately correcting the size of the gap between the nose portion 6 and the inner side surface 22a of the Kamoi groove 22, Partition door 0 it is possible to effectively prevent the backlash from occurring in the.

  In addition, according to the Kamoi liner 1 having the above-described configuration in which the fitting nose fitting 50 of the present embodiment is provided as the nose portion 6, a screwdriver or the like is provided on the rotation receiving recess 40 exposed on the exposed surface 3 of the liner case 4. If the rotation receiving recess 40 is rotated while being pushed against the urging force of the wave washer 42 or the pressing spring 43, the rotation projection recess 25 and the locking hole 26 are connected to each other. Since the engagement is released and the rotary operation panel 11 rotates and the longitudinal groove insertion protrusion 12 pushes the insertion portion 5 to the left or right while abutting against the inner surface of the longitudinal groove 10, this facilitates the liner main body 7 Can be slid in the width direction of the partition door 20, and the door neck portion 6 can be easily slid to a position where the partition door 20 can be smoothly moved along the head 21. After the slide adjustment, if the rotating tool is removed from the rotation receiving recess 40, the rotary operation panel 11 is pressed by the urging force of the wave washer 42 and the pressing spring 43, and the locking projection 25 is engaged with the locking hole 26 again. Thus, the door neck portion 6 can be easily fixed and held at the slide adjusted position. Therefore, since the position of the nose portion 6 can be slid and adjusted in the width direction Y of the partition door 20, the position of the nose portion 6 can be easily moved and adjusted after the partition door 20 is manufactured or attached to the Kamoi 21. Is possible.

  The present invention is not limited to the above-described embodiment, and various modifications can be made. For example, the present invention is not limited to a partition door, and other various fittings built between a duck provided at an upper edge portion of an opening of a residential building and a sill provided at a lower edge portion. Can be attached and used. In addition, the present invention is not necessarily provided as the nose portion of the Kamoi liner having the above-described configuration, and can be used by being attached to the upper end portion of the joinery as a single member different from the Kamoi liner. Furthermore, the extrusion deformation means for pushing and deforming the pair of side plates outward is not limited to those composed of a male screw member, a female screw hole, and a tapered surface member, and other various deformation deformation extrusion deformations. Means can be employed.

  Further, as shown in FIGS. 7A and 7B, the push-out deforming means comprising the male screw member 61, the female screw hole 62, and the tapered surface member 63 has the central axis Z of the female screw hole 63 as the fitting 64. It is also possible to provide the male screw member 61 in the lateral direction along the upper end surface 65 and screw the male screw member 61 into the female screw hole 62 from the front or rear in the sliding direction X of the fitting 64. This makes it possible to adjust the width of the nose 67 by operating the turning tool from the side end face 66 of the joinery 64 without removing the joinery 64 built between the duck and the sill.

It is sectional drawing explaining the state which latched the door part by the door metal fitting for fittings which concerns on preferable one Embodiment of this invention to the Kamoi groove so that a slide was possible. It is a perspective view explaining the attachment state to the fitting of the Kamoi liner which provided the door fitting for fittings which concerns on preferable one Embodiment of this invention as a door neck part. The attachment state to the joinery of the Kamoi liner which provided the nose fitting for joinery which concerns on preferable one Embodiment of this invention as a nose part is demonstrated, (a) is a vertical longitudinal cross-sectional view, (b) is a vertical cross-sectional view, (C) It is a top view. It is a disassembled perspective view of the Kamoi liner which provided the nose fitting for joinery concerning one preferred embodiment of the present invention as a nose part. It is an expansion perspective view explaining one embodiment of the rotation operation panel of a Kamoi liner. It is sectional drawing explaining the other embodiment of the biasing means which biases the rotation operation panel of a Kamoi liner. BRIEF DESCRIPTION OF THE DRAWINGS (a) is a perspective view and (b) is sectional drawing explaining the door metal fitting for fittings which concerns on other preferable embodiment of this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Kamoi liner 2 Opening part of liner case 3 Exposed surface of liner case 4 Liner case 5 Insertion part 6,67 Nose part (door nose)
7 Liner body 8 Support mechanism 9 Slide mechanism 20, 64 Partition door (joint)
21 Kamoi 22 Kamoi Groove 22a Inner side surfaces 23, 65 Upper end surfaces 24, 66 of partition doors (joint) Side end surfaces 50 of partition doors (joint) Side fittings 51 for side fittings 52 Hollow interior 53 Extrusion deformation means 54, 61 Male thread member 54a Male thread part 54b Head 54c Locking groove 55, 62 Female thread hole 56, 63 Taper surface member 56a Inner taper surface 57 Taper contact part 59 Notch part 60 Cylindrical part X Sliding of partition door Direction Y Width direction of partition door Z Center axis of female screw hole

Claims (5)

  It is attached to the upper end of the joinery, is slidably locked in the Kamoi groove, and is a door fitting for a joinery that slides the joinery while guiding it in the Kamoi groove, each arranged along the inner side surface of the Kamoi groove A door fitting for joinery that includes a pair of side plates and is provided with an extrusion deformation means that pushes and deforms the pair of side plates outwardly in a hollow interior sandwiched between the pair of side plates.   The push-out deformation means is provided with a female screw hole into which a male screw member is screwed and inner taper surfaces facing each other across the central axis of the female screw hole, and is joined to the pair of side plates, respectively. The taper contact portion of the male screw member is brought into contact with the inner taper surface of the taper surface member while the male screw member is screwed into the female screw hole. The door fitting for joinery according to claim 1, wherein the pair of side surface plates are pushed outward and deformed by expanding a distance between the pair of tapered surface members.   The fitting for a fitting according to claim 2, wherein a central axis of the female screw hole is provided in a vertical direction perpendicular to an upper end surface of the fitting, and the male screw member is screwed into the female screw hole from above the fitting. Nose hardware.   The center axis of the female screw hole is provided in a lateral direction along the upper end surface of the joinery, and the male screw member is screwed into the female screw hole from the front or rear in the sliding direction of the joinery. Door metal fittings for joinery as described. A lintel liner provided in a joinery that slides and moves with the upper end locked in a ditch groove, comprising an opening along the upper end surface of the joinery, embedded in the upper end corner of the joinery, and of the joinery A liner case having an exposed surface exposed at the front or rear end surface in the sliding direction, an insertion portion that is inserted and arranged in the liner case in a state where a gap is maintained in the width direction of the fitting, and an upper end of the insertion portion. A liner main body comprising a door neck protruding upward from an upper end surface of the joinery, a support mechanism for supporting the liner main body so as to be slidable in the width direction of the joinery, and the liner main body as the liner Any of Claims 1-4 of the Kamoi liner which consists of the width direction slide mechanism made to slide in the width direction of the said fitting with respect to a case is provided as the said nose part. Fittings for Tokubi hardware crab described.

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