JP2012117320A - Fittings - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide fittings capable of being easily assembled by properly disposing a face material and a division member.SOLUTION: Fittings comprise: a stile/rail body in which upper and lower rails and right and left stiles are framed together; a division member for dividing an inside area of the stile/rail body; and a face material that is held by the stile/rail body and the division member so as to close each of the divided areas divided by the division member. The stile/rail body and the division member have storage portions for housing peripheral edges of the face material, respectively. The face material is bonded into the storage portion of the stile/rail body, and pressed into the storage portion of the division member; and the division member is locked to the stile/rail body.

Description

  The present invention relates to a joinery having a plurality of face members and a partition member provided between the face members.

  As a joinery having a plurality of face members and a partition member provided between the face members, for example, a pair of left and right vertical gutters, and upper gutters that mutually connect the vertical gutters at an upper end portion, an intermediate portion, and a lower end portion A frame assembly in which an upper end plate and a lower end plate are assembled to a door frame composed of, for example, an intermediate rail, which defines a rectangular frame including a lower frame and an inner peripheral side region of the frame A joinery is known (see, for example, Patent Document 1). This braided joiner is integrally formed with a vertical part, an upper part, a middle pier, and a lower part, and a molding part in which a fitting groove is formed on the inner edge side to fit the peripheral part of the upper end plate and the lower end plate. Is formed.

JP 2008-266924 A

  In recent years, joinery with a narrow ridge is sometimes required. However, like the above-mentioned conventional braided fittings, face materials such as the upper and lower end panels, and the peripheral edges thereof are fitted into the fitting grooves provided in the vertical, upper, middle and lower frames. In the case of fitting and assembling, the width of the peripheral edge fitted into the fitting groove must be widened by providing a molding part such as the above-mentioned braided fitting, etc. There is a problem of becoming.

  For this reason, in order to narrow the width of the collar, it is conceivable that the peripheral edge portion of the face material is not fitted, but is adhered in the grooves provided in the vertical fence, the upper collar, the middle rail, and the lower collar. However, if the entire circumference of the face material is bonded, the face material cannot be slid in the groove when assembled, so that the peripheral edge of the face material surely enters the groove surrounding the face material and the groove of the middle rail. In addition, there is a problem that it is difficult to arrange a plurality of face members and a middle rail.

  This invention is made | formed in view of this subject, The place made into the objective is providing the fitting which can arrange | position a face material and a division member appropriately, and can be assembled easily.

In order to achieve such an object, the joinery of the present invention includes a frame in which upper and lower horizontal beams and left and right vertical beams are framed, a partition member that partitions an area inside the frame, the frame, and the frame A face member that is held by the partition member and closes each of the partition regions partitioned by the partition member, and the housing and the partition member include a storage portion in which a peripheral portion of the face member is stored. The face material is bonded to the housing portion of the housing, is press-fitted in the housing portion of the partition member, and the partition member is locked to the housing. It is a characteristic joinery.
According to such joinery, since the face material is not bonded to the partition member, the joining to the housing is weaker than the face material to which the entire circumference is adhered, and the case is formed in a rectangular shape at the time of assembly. Before the surface material is slid, the face material can be slid in a state where the peripheral edge portion is accommodated in the accommodating portion. For this reason, it is possible to arrange the face material at an appropriate position. Further, since the partition member is also only locked to the housing, the partition member can be arranged at an appropriate position with respect to the face material. For this reason, it is possible to provide a joinery that can be easily assembled by appropriately arranging the face material and the partition member.

In such a joinery, it is preferable that the partition member is locked to the left and right vertical hooks.
According to such a joinery, there is provided a joiner provided with a shoji that provides a middle rail to be locked to the left and right vertical shafts as a partition member, and closes a plurality of partitioned areas vertically partitioned by the middle rail with a face material. It is possible to provide.

In such a joinery, the partition member may be locked to the upper and lower reeds.
According to such a joinery, a joinery provided with a shoji which is provided with a vertical beam to be locked to the upper and lower reeds as a partition member, and which closes a plurality of partitioned areas partitioned left and right by the vertical beam with a face material. It is possible to provide.

In such a joinery, it is desirable that the face material is held via a face material holding member provided in the housing portion of the partition member.
According to such a joinery, since the face material is accommodated in the accommodating portion of the partition member via the face material holding member, it is possible to hold the face material more strongly than when simply accommodated in the accommodating portion. is there.

In such a joinery, it is preferable that the face material holding member is accommodated in the accommodating portion so as not to be exposed to the outside.
According to such a joinery, the face material holding member that holds the peripheral portion of the face material is housed in the housing portion so as not to be exposed to the outside, so that the face material can be more reliably obtained without impairing the design of the joinery. It is possible to hold it.

In this fitting, a plurality of the face materials are provided in the partition area, and a connecting member that connects the adjacent face materials is provided between the face materials adjacent in the partition area. And the said connection member is good also as having a face material accommodating part which accommodates the edge part of the said adjacent face material.
According to such a joinery, it is possible to further divide the partition region partitioned by the partition member partitioning the housing with the connecting member, and to include a plurality of face materials in the partition region.

In such a joinery, it is preferable that the face material is held via a face material holding member provided in the face material housing portion of the connecting member.
According to such a joinery, since the face material is accommodated in the face material accommodating portion of the connecting member via the face material holding member, the surface of the connecting member is also more than the case where it is simply accommodated in the face material accommodating portion. It is possible to hold the material strongly.

In such a joinery, it is preferable that the face material holding member is accommodated in the face material accommodating portion so as not to be exposed to the outside.
According to such a joinery, the face material holding member that holds the peripheral portion of the face material is accommodated in the face material accommodation portion so as not to be exposed to the outside, and therefore the face material can be used without impairing the design of the joinery. It is possible to hold it more reliably.

In this joinery, the face material may be provided in the housing portion of the partition member, and may be held by a protrusion that sandwiches the inserted face material.
According to such a joinery, since the face material is sandwiched by the protrusions provided in the accommodating portion of the partition member, it is possible to increase the holding force of the face material as compared with the case where the face material is simply accommodated in the accommodating portion. is there.

In this joinery, the face material may be provided in the face material housing portion of the connecting member and held by a protrusion that holds the inserted face material.
According to such a joinery, the face material is sandwiched by the protrusions provided in the face material accommodating portion of the connecting member, so that the holding power of the face material is increased more than when the face material is simply accommodated in the face material accommodating portion. It is possible.

Also, a housing framed by upper and lower horizontal rods and left and right vertical rods, a partition member that partitions an area inside the housing, and a partition member that is held by the housing and the partition member and partitioned by the partition member Each of the partition regions is closed, and the casing and the partition member each include an accommodating portion in which a peripheral portion of the face member is accommodated. And the partition member is locked to the housing, and the adhesive of the housing portion of the partition member is harder than the adhesive of the housing portion of the housing. It is a joinery characterized by a long time until low viscosity.
According to such a joinery, the peripheral edge portion of the face material and the middle rail are bonded with an adhesive having a long time to be cured and a low viscosity, so that the entire periphery is bonded with the same adhesive. It is possible to slide the peripheral portion accommodated in the accommodating portion before the casing is formed in a rectangular shape at the time of assembly. For this reason, it is possible to arrange | position a face material appropriately. Further, since the partition member is only locked to the housing, the partition member can be disposed at an appropriate position with respect to the face material. For this reason, it is possible to provide a joinery that can be easily assembled by appropriately arranging the face material and the partition member.

In this fitting, the partition member has a hollow portion, the casing has a locking portion to which the partition member is locked, and the partition member is press-fitted or locked into the hollow portion. It is desirable to be locked to the housing via an attachment member having a partition member press-fitting locking portion and a locked portion locked to the locking portion.
According to such a fitting, it is easy to lock the locked portion of the mounting member in which the partition member press-fitting locking portion is press-fitted or locked into the hollow portion of the partition member to the locking portion of the housing. A partition member can be attached.

In such a joinery, it is preferable that the housing has a covering piece that protrudes in a prospective direction from the locked partition member and covers an edge of the partition member.
According to such a joinery, since the edge of the partition member locked to the housing is covered with the covering piece, the edge of the partition member is not exposed. Further, since the partition member is guided by the cover piece, the partition member is attached in an appropriate posture without being inclined with respect to the housing. For this reason, it is possible to realize a joinery having an excellent aesthetic appearance. Further, since the edge of the partition member is covered with the cover piece, it is possible to prevent light leakage from the vicinity of the edge of the partition member.

  ADVANTAGE OF THE INVENTION According to this invention, it is possible to provide the fitting which can arrange | position a face material and a division member appropriately, and can be assembled easily.

It is an external view which shows the hanging shoji unit which concerns on this embodiment. It is a longitudinal cross-sectional view for demonstrating a hanging shoji unit. It is a figure for demonstrating the latching | locking part provided in the vertical shaft. It is a cross-sectional view of a hanging shoji. It is a perspective view for demonstrating an attachment member. It is a figure for demonstrating the assembly method of a hanging shoji. It is a figure which shows the example by which the some face material is provided in the division area. It is a figure which shows the example in which the vertical cross is provided as a division member. It is a figure which shows the modification of a division member.

  Hereinafter, a hanging shoji unit as a fitting according to an embodiment of the present invention will be described with reference to the drawings. The hanging shoji unit of this embodiment is used when partitioning a space such as a living room or a hall.

  In the following description, in the direction of the suspended shoji unit attached to a building or the like, the up and down direction of the hanging shoji is the up and down direction, the direction in which the hanging shoji moves, and the left or right direction is the left and right direction. Alternatively, the direction of finding and the depth direction in which the partitioned space communicates are shown as prospective directions. In addition, the members constituting the hanging shoji unit specify the direction in the vertical direction, the direction of finding, the prospective direction, etc. in the state in which the hanging shoji unit is attached to a building etc. I will explain.

  As shown in FIGS. 1 and 2, the hanging shoji unit 10 of the present embodiment includes an upper rail member 11 provided on the ceiling 2, a hanging shoji 12 that slides along the upper rail member 11, and a hanger. And a regulating member 4 that regulates the shake while the lower shoji 12 is closed.

  As shown in FIG. 2, the upper rail member 11 has a hollow portion 11 a that is provided on an upper portion of the hanging shoji 12 while the upper end portion of the hanging shoji 12 is accommodated and that accommodates a later-described suspended vehicle unit 20. It is the extrusion molding material made from aluminum formed along the direction.

  The upper rail member 11 includes a hollow portion 11a having a substantially rectangular cross section, and an extending portion that extends downward from a lower edge of the side wall 11b that forms the hollow portion 11a and is spaced from the prospective direction. 11c and a lower plate portion 11d that forms the hollow portion 11a, and a slit 11e that is formed along the direction of finding, and an upper plate portion 11f that forms the hollow portion 11a is fixed to the ceiling 2 with screws. ing. When the rail member 11 is fixed to the ceiling 2, the lower plate portion 11 d and the slit 11 e are disposed so as to face the floor 3.

The restricting member 4 is a member provided on the floor 3 and having a protrusion 5 on the upper surface, and is configured such that the swing of the hanging shoji 12 is restricted by the protrusion 5 being housed in the lower arm 17. Yes.
And the upper end part of the hanging shoji 12 is accommodated in the recessed part 11g formed by the lower board part 11d which forms the hollow part 11a, and the extension part 11c extended below from the lower edge of the side wall 11b. Is done.

  The hanging shoji 12 is composed of an upper arm 16 and a lower arm 17 as upper and lower reeds, a housing 13 composed of left and right longitudinal members 18, a plurality of resin plates 14 as face members, and a panel 15 composed of an interior material. And an intermediate rail 19 interposed between the plurality of resin plates 14 and the panel 15 and locked to the vertical rod 18. The upper rod 16, the lower rod 17, the left and right vertical rods 18, and the middle rail 19 are all aluminum extrusion molding materials. Here, the middle rail 19 corresponds to a partition member that is locked to the left and right vertical rods 18 of the housing 13 to divide the inner region of the housing 13, and the inner side of the housing 13 partitioned by the middle rail 19. Each of these areas corresponds to a partitioned area.

A suspension unit 20 as a moving body is provided in the vicinity of both ends in the direction in which the upper collar 16 of the hanging shoji 12 is found.
The suspension unit 20 includes a shaft body 20a that protrudes upward from within the upper rod 16, a rotation portion 20b that is rotatably provided on the upper end side of the shaft body 20a, and a rotation portion 20b that penetrates in the horizontal direction. And a pair of rollers 20d disposed so as to sandwich the rotating portion 20b, and a receiving portion 20e that is provided on the lower end side of the shaft body 20a and is received in the upper collar 16. is doing.

  The upper part of the rotating part 20b and the pair of rollers 20d enter the hollow part 11a, that is, the hollow part 11a communicated with the concave part 11g by the slit 11e, and the lower part of the rotating part 20b and the shaft body 20a downward from the slit 11e. Is protruding. At this time, a accommodated portion 20e is provided on the lower end side of the protruding shaft body 20a, and is inserted from the end portion of the upper collar 16 and engaged therewith.

  When the accommodated portion 20e of the suspension vehicle unit 20 provided movably on the upper rail member 11 is accommodated in the upper rod 16 in a press-fitted state, the suspended shoji 12 is suspended from the hollow portion 11a and the slit 11e. It becomes possible to slide along. Specifically, the pair of rollers 20d of the suspension vehicle unit 20 rolls on the lower plate portion 11d of the hollow portion 11a that forms the slit 11e, so that the suspension shoji 12 slides smoothly along the slit 11e. At this time, the suspension screen 12 is suspended from the upper rail member 11, and the space between the lower end of the suspension screen 12 and the floor 3 is separated.

  The upper rod 16 and the lower rod 17 are substantially rectangular hollow members having the same cross-sectional shape. When the upper rod 16 and the lower rod 17 are framed as the frame 13, a resin is placed on the surface located on the inner peripheral side in the approximate center in the prospective direction. Accommodating grooves 16a and 17a are provided as accommodating portions in which the peripheral edge of the plate 14 is accommodated.

  The left and right vertical rods 18 have the same cross-sectional shape and are located on the inner circumferential side and the hollow portion 18 d located on the outer circumferential side of the housing 13, and face the resin plate 14, the panel 15, and the middle rail 19. It has a part 18e. Between the hollow part 18d and the opposing part 18e, the operation recessed part 18f which is depressed in the thickness direction of the hanging shoji 12 from both sides in the prospective direction and a user puts a finger is provided. Further, when the opposing portion 18e is framed as the housing 13, the housing is accommodated as a housing portion in which the peripheral portion of the resin plate 14 and the panel 15 is housed in the center located in the prospective direction on the surface located on the inner circumferential side. A groove 18a is provided. Further, the vertical rod 18 is provided with a locking portion 18b to which a mounting member 30 for mounting the middle rail 19 is appropriately spaced in the vertical direction. In the present embodiment, since five resin plates 14 and one panel 15 are provided, locking portions 18b are provided at five locations for locking the five middle rails 19. Further, the vertical rod 18 is a covering piece that protrudes in a prospective direction from the locked middle rail 19 and covers the edge of the middle rail 19 with which the small edge abuts, that is, the boundary between the vertical rod 18 and the middle rail 19. 18c is provided.

  As shown in FIG. 2, the intermediate rail 19 is an aluminum extrusion-molded member having a cross section that is axisymmetric at the center in the prospective direction. The middle rail 19 having line symmetry has a shape in which both sides of the center in the prospective direction are formed by hollow portions 19a, and the center portions in the vertical direction protrude and are connected to opposite sides. That is, the upper part of the middle rail 19 has a recessed part that is recessed downward, and the lower part has a recessed part that is recessed upward. These recesses serve as a housing portion 19b in which the peripheral portions of the resin plate 14 and the panel 15 are housed. The accommodating portion 19b of the middle rail 19 is formed with a thickness of the resin plate 14 and the panel 15 by the projecting pieces 19c protruding to the sides facing each other so that the distance between the opened edges is narrower than the inside of the accommodating portion 19b. There is a degree of separation. And in the accommodating part 19b of the middle rail 19, the gasket 22 as a surface material holding member in which the peripheral part of the resin plate 14 and the panel 15 enters is accommodated. The gasket 22 is configured so as not to be exposed to the outside by being held in the housing portion 19b by a projecting piece 19c provided on the open edge of the housing portion 19b.

  As shown in FIGS. 4 and 5, the attachment member 30 of the intermediate beam 19 is connected to the intermediate beam press-fitting portion 30 a that is press-fitted into the two hollow portions 19 a of the intermediate beam 19 and the middle beam 19 of the intermediate beam press-fitting portion 30 a. This is a resin member having a locked portion 30b which is protruded on the opposite side to the press-fitting direction and is locked to the locking portion 18b of the vertical rod 18.

The hanging shoji 12 has five middle rails 19 locked to the left and right vertical rods 18 of the frame 13 in which the upper rod 16, the lower rod 17 and the left and right vertical rods 18 are framed. The resin plate 14 and the panel 15 are fitted into the six regions formed by being spanned.
Specifically, in the uppermost region, the peripheral edge of the resin plate 14 is accommodated in the accommodation grooves 16a, 18a of the upper collar 16 and the left and right vertical collars 18 and bonded with an adhesive, and is located on the uppermost position. It is held by the gasket 22 accommodated in the accommodating portion 19b on the upper side of the middle rail 19 to be carried out.

  In the second, fourth, and fifth regions from the top, the peripheral portion of the resin plate 14 is held by the gasket 22 accommodated in the accommodating portion 19b of the middle rail 19 positioned above and below each region. The peripheral portion is accommodated in the 18 accommodating grooves 18a and bonded with an adhesive.

  In the third region from the top, the peripheral portion of the panel 15 is held by the gasket 22 accommodated in the accommodating portion 19b of the middle rail 19 positioned above and below the third region, and the accommodating groove 18a of the vertical rod 18 The peripheral edge portion is accommodated in and bonded with an adhesive.

  In the lowermost region, the peripheral edge portion of the resin plate 14 is accommodated in the receiving grooves 17a and 18a of the lower rod 17 and the left and right vertical rods 18 and bonded with an adhesive, and the lowermost middle rail 19 It is held by the gasket 22 accommodated in the lower accommodating portion 19b.

  As shown in FIG. 6, for example, as shown in FIG. 6, the suspended shoji 12 is first injected with an adhesive into one of the receiving grooves 18 a of the left and right downspouts 18, and Positioning of the resin plate 14 to be fitted in the uppermost region if it is the upper side, and positioning for determining the vertical position of the resin plate 14 to be fitted in the lowermost region if it is the lower side. The jig 25 is temporarily fixed. At this time, the positioning jig 25 is temporarily fixed so that the adhesive injected into the accommodation groove 18a of the vertical rod 18 does not adhere. In the following description, a method of fitting the face materials such as the resin plate 14 in order from the upper side will be described. However, the method of assembling is the same as the method of fitting from the lower side although the vertical direction is different. .

  Next, the uppermost resin plate (hereinafter referred to as the first resin plate) 14 is disposed in contact with the positioning jig 25 while being accommodated in the accommodation groove 18 a of the vertical rod 18. At this time, the first resin plate 14 is inclined by inserting the corner portion on the opposite side of the positioning jig 25, that is, the lower side, into the receiving groove 18a first, and the corner on the positioning jig 25 side from the inclined state. While rotating the first resin plate 14 so that the portion is along the positioning jig 25, the side of the first resin plate 14 on the side of the vertical rod 18 is inserted into the receiving groove 18a.

  Next, an intermediate beam 19 (hereinafter referred to as a first intermediate beam) 19 that accommodates the lower edge of the first resin plate 14 is attached to the lower edge of the already installed first resin plate 14 of the vertical rod 18. Install to accommodate. At this time, gaskets 22 are housed in the upper and lower housing portions 19b of the first middle rail 19 to be attached, and the middle rail press-fitting portions of the attachment member 30 are disposed at both longitudinal ends of the first middle rail 19. 30a is press-fitted and the locked portion 30b of the mounting member 30 protrudes at both ends. And the 1st middle crosspiece 19 to which the gasket 22 and the attachment member 30 were attached was provided in the vicinity of the already-attached 1st resin board 14 with the to-be-latched part 30b which protruded from one edge part. While being locked by the locking portion 18b, the lower edge of the first resin plate 14 is inserted into the gasket 22 in the upper housing portion 19b.

  Next, a resin plate (hereinafter referred to as a second resin plate) 14 disposed second from the top is disposed in contact with the first middle rail 19 while being accommodated in the accommodation groove 18 a of the vertical rod 18. At this time, similarly to the first resin plate 14, the second resin plate 14 is inclined by inserting the lower corner portion into the receiving groove 18a first, and the lower side of the first middle rail 19 from the inclined state. The second resin plate 14 is rotated while being inserted into the storage portion 19b. Then, the side on the vertical rod 18 side of the second resin plate 14 is inserted into the accommodation groove 18 a, and the upper edge of the second resin plate 14 is inserted into the accommodation portion 19 b below the first middle rail 19. The gasket 22 is held.

  Next, an intermediate beam (hereinafter referred to as a second intermediate beam) 19 that accommodates the lower edge of the second resin plate 14 is attached to the lower edge of the already installed second resin plate 14 of the vertical rod 18. Install to accommodate. At this time, the gasket 22 is accommodated in the upper and lower accommodating portions 19b of the second middle rail 19, and the attachment members 30 are attached to both ends in the longitudinal direction, and the attachment members 30 are locked from both ends. The part 30b protrudes. The second intermediate rail 19 to which the gasket 22 and the attachment member 30 are attached is provided with a locked portion 30b protruding from one end in the vicinity of the already-attached second resin plate 14. While being locked by the locking portion 18 b, the lower edge of the second resin plate 14 is inserted into the upper housing portion 19 b and held by the gasket 22.

  Thus, in order from the upper side, the panel 15, the third middle rail 19, the third resin plate 14, the fourth middle rail 19, the fourth resin plate 14, the fifth middle rail 19, and the fifth resin plate ( (Hereinafter referred to as the fifth resin plate) 14 is attached in the same manner as the first and second resin plates 14 and the first and second middle bars 19.

  Then, after attaching the five resin plates 14, the one panel 15, and the five middle rails 19, the positioning jig 25 is removed, and an adhesive is injected into the accommodation groove 16 a of the upper collar 16 to change the first position. 1 is attached so as to accommodate the upper edge of the resin plate 14, and is attached so as to accommodate the lower edge of the fifth resin plate 14 by injecting an adhesive into the accommodating groove 17 a of the lower collar 17. Adhesive is injected into the accommodation groove 18a of the vertical gutter 18 on the opposite side of the vertical gutter 18 to which the plate 14 and the panel 15 are attached so that the side edges of the five resin plates 14 and the panel 15 are accommodated.

  With the upper rod 16, the lower rod 17, and the left and right vertical rods 18 attached, the upper rod 16 and the lower rod 17 are clamped in a direction approaching, and the left and right vertical rods 18 are clamped in a direction approaching each other. Thus, the hanging shoji 12 is completed by screwing screws that penetrate the vertical rod 18 from the left and right directions into the upper rod 16 and the lower rod 17 to form a four-sided frame shape.

  According to the hanging shoji unit 10 of the present embodiment, since the resin plate 14 and the panel 15 are not bonded to the middle rail 19, the upper plate 16 and the lower plate than the resin plate 14 and the panel 15 to which the entire periphery is bonded. 17, the bonding of the left and right vertical rods 18 to the frame 13 is weak, and before assembling the upper and lower rods 16, 17 and the vertical rods 18 attached later, the resin plate 14 and the panel 15 Can be slid in a state of being housed in the housing groove 18a of the vertical rod 18 to be attached first. For this reason, it is possible to arrange | position the resin board 14 and the panel 15 in an appropriate position. Further, since the middle rail 19 is also only locked to the vertical rod 18, it is possible to arrange the middle rail 19 at an appropriate position with respect to the resin plate 14 and the panel 15. For this reason, it is possible to provide the hanging shoji unit 10 that can be easily assembled by appropriately arranging the resin plate 14 and the panel 15 and the middle rail 19.

  Further, since the resin plate 14 and the panel 15 are accommodated in the accommodating portion 19b of the middle rail 19 via the gasket 22, the resin plate 14 and the panel 15 are held stronger than when simply accommodated in the accommodating portion 19b. Is possible.

  Moreover, since the gasket 22 holding the peripheral edge of the resin plate 14 and the panel 15 is accommodated in the accommodating portion 19b so as not to be exposed to the outside, the resin plate 14 and the resin plate 14 and the design of the hanging shoji unit 10 are not impaired. It is possible to hold the panel 15 more reliably.

  Further, by locking the locked portion 30b of the attachment member 30 in which the intermediate beam press-fitting portion 30a is press-fitted into the hollow portion 19a of the intermediate beam 19 with the locking portion 18b of the vertical rod 18, the intermediate beam 19 can be easily attached. It is possible to attach.

  Moreover, since the edge of the middle rail 19 latched by the vertical rod 18 is covered with the covering piece 18c of the vertical rod 18, the edge of the middle rail 19 is not exposed. Further, since the middle rail 19 is guided by the covering piece 18 c, the middle rail 19 is attached in an appropriate posture without being inclined with respect to the housing 13. For this reason, it is possible to realize the hanging shoji unit 10 having an excellent aesthetic appearance. Further, since the edge of the middle rail 19 is covered with the covering piece 18c, light leakage from the vicinity of the edge of the middle rail 19 can be prevented.

  The above embodiment is for facilitating the understanding of the present invention, and is not intended to limit the present invention. The present invention can be changed and improved without departing from the gist thereof, and it is needless to say that the present invention includes equivalents thereof.

  In the above embodiment, an example in which the edge portions of the resin plate 14 and the panel 15 are not bonded to each other in the accommodating portion 19b of the middle rail 19 has been described. However, the accommodating grooves 16a of the upper rod 16, the lower rod 17, and the vertical rod 18 are described. , 17a, and 18a may be bonded as long as the adhesive has a longer time to cure and a lower viscosity. In such a case, since it takes a long time to cure and is bonded with an adhesive having low viscosity, the entire circumference is bonded with the same adhesive as the adhesive injected into the housing portion of the housing 13. The joint between the resin plate 14 and the panel 15 is weaker than that of the intermediate plate 19, and before the upper rod 16 and the lower rod 17 or one vertical rod 18 is attached at the time of assembly, the peripheral edges of the resin plate 14 and the panel 15 The portion can be slid in a state of being accommodated in the accommodation groove 18 a of the vertical rod 18. For this reason, it is possible to arrange | position the resin board 14 and the panel 15 in an appropriate position.

  Further, since the middle rail 19 is only locked to the vertical rod 18, the middle rail 19 can be disposed at an appropriate position with respect to the resin plate 14 and the panel 15. For this reason, it is possible to provide a joinery that can be easily assembled by arranging the resin plate 14 and the panel 15 and the intermediate rail 19 at appropriate positions.

  In the above embodiment, an example in which the inner rail 19 serving as a partition member is locked to the left and right vertical rods 18 and the inside of the housing 13 is partitioned has been described, but the present invention is not limited to this. For example, as shown in FIG. 7, a partition region partitioned by the intermediate rail 19 may be partitioned by a connecting member 23 and the partition region may be closed using a face material such as a plurality of resin plates 14. In this case, it is possible to assemble the suspended shoji 12 by forming the face material and the connecting member 23 in advance as in the case of closing the partition region with one face material. At this time, the connecting member 23 is also formed with a face material accommodating part that accommodates the edge of the face material, and the gasket 22 is provided in the face material accommodating part so as not to be exposed to the outside, and it takes a long time to cure and is viscous. It is desirable to inject a low adhesive.

  Further, as shown in FIG. 8, the same member as the middle rail 19 is used vertically as a partition member to make a vertical rail 24, and the vertical rail 24 is locked to the upper rod 16 and the lower rod 17 to lock the vertical rail 24. The inside of the body 13 may be partitioned.

  In the above embodiment, the example in which the edge portions of the resin plate 14 and the panel 15 are held by the gasket 22 in the accommodating portion 19b of the middle rail 19 has been described. However, as shown in FIG. 15 edge portions are sandwiched by projections 19d provided in the accommodating portion 19b of the intermediate rail 19, the accommodating portion (not shown) of the vertical rail 24, and the face material accommodating portion (not shown) of the connecting member 23. It may be a configuration.

  Moreover, in the said embodiment, although the face material was used as the resin plate 14 and the panel 15, it is not restricted to this, For example, what is necessary is just a plate-shaped member, such as a glass plate and a metal plate.

  In the above embodiment, the suspension shoji unit and the suspension shoji have been described as examples. However, the present invention is not limited to this, for example, a sliding rail, an opening / closing shoji, etc. Any joinery may be used.

10 hanging shoji unit, 12 hanging shoji, 13 housing, 14 resin plate,
15 Panel, 16 Upper collar, 16a Housing groove, 17 Lower collar, 17a Housing groove,
18 vertical gutter, 18a receiving groove, 18b locking part, 18c covering piece, 19 middle rail,
19a hollow part, 19b accommodating part, 19d protrusion, 22 gasket, 23 connecting member,
34 Vertical beam, 30 mounting member, 30a middle beam press-fitting part, 30b locked part

Claims (13)

A frame in which upper and lower sides and left and right sides are framed,
A partition member for partitioning a region inside the housing;
A face material that is held by the housing and the partition member and blocks the partition regions partitioned by the partition member,
Have
The housing and the partition member have an accommodating portion in which a peripheral portion of the face material is accommodated,
The face material is bonded at the housing portion of the housing, and is press-fitted at the housing portion of the partition member,
The fitting is characterized in that the partition member is locked to the housing. The joinery according to claim 1,
The fitting is characterized in that the partition member is locked to the left and right vertical hooks. The joinery according to claim 1,
The fitting is characterized in that the partition member is locked to the upper and lower reeds. A fitting according to any one of claims 1 to 3,
The fitting is characterized in that the face material is held via a face material holding member provided in the housing portion of the partition member. The joinery according to claim 4,
The fitting is characterized in that the face material holding member is accommodated in the accommodating portion so as not to be exposed to the outside. A fitting according to any one of claims 1 to 5,
A plurality of the face materials are provided in the partition region, and between the adjacent face materials in the partition region, a connecting member for connecting the adjacent face materials is provided,
The connecting member has a face material accommodating portion that accommodates an edge of the adjacent face material. The joinery according to claim 6,
The fitting is characterized in that the face material is held via a face material holding member provided in the face material housing portion of the connecting member. The joinery according to claim 7,
The fitting is characterized in that the face material holding member is accommodated in the face material accommodation portion so as not to be exposed to the outside. The joinery according to claim 1,
The fitting is characterized in that the face material is provided in the housing portion of the partition member and is held by a protrusion that sandwiches the inserted face material. The joinery according to claim 6,
The fitting is characterized in that the face material is provided in the face material accommodating portion of the connecting member and is held by a protrusion that sandwiches the inserted face material. A frame in which upper and lower sides and left and right sides are framed,
A partition member for partitioning a region inside the housing;
A face material that is held by the housing and the partition member and blocks the partition regions partitioned by the partition member,
Have
The housing and the partition member have an accommodating portion in which a peripheral portion of the face material is accommodated,
The face material is bonded to the housing of the housing and the partition member, and the partition member is locked to the housing,
The joinery characterized in that the adhesive in the housing portion of the partition member has a longer time to cure than the adhesive in the housing portion of the housing and has a low viscosity. A fitting according to any one of claims 1 to 11,
The partition member has a hollow portion,
The housing has a locking portion to which the partition member is locked,
The partition member is locked to the housing via an attachment member having a partition member press-fit locking portion that is press-fitted or locked into the hollow portion and a locked portion that is locked to the locking portion. Joinery characterized by that. A fitting according to any one of claims 1 to 12,
The said housing has a cover piece which protrudes in a prospective direction from the said division member locked, and covers the edge of the said division member.