JP6391090B2 - Removable panel, bathroom door, and bathroom door refurbishment method - Google Patents

Description

  The present invention relates to a detachable panel body, a bathroom door, and a bathroom that are attached to a lower panel mounting portion of a bathroom door such as a bathroom door, a bathroom sliding door, and a bathroom folding door so as to be an emergency rescue exit or escape exit. It is about the repair method of the door.

Conventionally, as this type of detachable panel body, a panel body that is detachably mounted on a bathroom folding door is known (see Patent Document 1). This bathroom folding door is formed by connecting the first door and the second door so that they can be folded. The panel body is detachably attached to the second opening on the lower side of the first door via an attachment. It has been. The panel body is configured by mounting a panel on a frame assembly composed of an upper frame, a lower frame, a left vertical frame, and a right vertical frame. A leaf spring is screwed to the outer surface of the left vertical shaft.
The second opening formed by the left and right vertical frames (vertical rods), the intermediate horizontal frame (middle rail) and the lower frame (lower rod) of the first door has a quadrilateral frame shape composed of left and right vertical attachments and vertical and horizontal attachments. An attachment is attached. Inside the left and right vertical attachments and the vertical and horizontal attachments, an airtight material is attached so as to be continuous four times. The panel body is attached to the attachment in a detachable and watertight manner from the undressing room side in a right-and-left manner.
By removing the panel body, the bathroom can be opened from the dressing room side in an emergency or the like. Further, by removing the attachment, glass or the like can be attached to the second opening, and a normal door body and an emergency opening door body can be used in combination.

Japanese Utility Model Publication No.7-11689

  In such a conventional bathroom folding door, when attaching and detaching the panel body in the left and right manner, the panel body rubs against the airtight material and the airtight material is rubbed, so that the operation of attaching and detaching is heavy and complicated. was there. In addition, since an attachment is interposed between the panel body and the door body, and a leaf spring that repels the left vertical attachment is provided on the panel body, the structure around the panel body is complicated. Furthermore, since the attachment is provided, there is a problem that the lighting area is reduced and the design of the entire bathroom folding door is impaired.

  An object of the present invention is to provide a detachable panel body, a bathroom door, and a method for repairing a bathroom door, which can easily open the lower panel mounting portion of the bathroom door with a simple structure.

The detachable panel body of the present invention is a detachable panel that is detachably mounted on the lower panel mounting portion of a bathroom door composed of a middle pier, a lower ridge, and both vertical ridges. A four-periphery member, which is a body, and is formed by framing the upper edge member inserted from the lower side into the downward groove of the middle rail, the lower edge member inserted from the upper side into the upward groove of the lower rail, and both vertical edge members And an outer finger rest part on the bathroom side and an outer finger rest part on the undressing room side for performing a quick operation , and the upper edge member is a face material panel. and the edge material body on which is mounted, provided in the upper edge material body, possess a tilt tolerance portion that allows tilting of the estimated direction of the upper edge material body by bending while being inserted downward groove, the inner finger hook And at least one of the outer finger hanging part and the lower finger hanging piece provided on the upper edge member, Anda upward finger rest digits, downward finger rest and upward finger rest is characterized in that is provided so as to overlap with the surface-material panel.

According to this configuration, since the tilt allowing portion inserted into the downward groove of the middle rail has a structure that allows the upper edge material body to tilt in the expected direction by bending, the tilt allowing portion in the steadily operation. However, there is no squeezing of the members constituting the downward groove of the middle rail. For this reason, it is possible to smoothly and easily perform the attachment and detachment operation. In addition, since there is no galling, the fitting tolerance between the downward groove and the tilt allowing portion can be reduced. For this reason, the rattling in the state with which it mounted | wore with the lower panel mounting part can be suppressed. Moreover, since it is an up-and-down type, an attachment, a spring, etc. are unnecessary like the prior art, and a structure can be simplified. In addition, the upper edge material main body and the tilting allowable portion may be formed (molded) integrally or may be formed separately.
Further, the inner finger hanging portion and / or the outer finger hanging portion can be provided without projecting greatly from the upper edge material and the lower edge material in the prospective direction. Therefore, the design property of the whole panel body for attachment or detachment is not impaired by the inner finger hanging part or the outer finger hanging part. Moreover, the downward operability piece and the upward hang piece do not impair the operability of the noodles.

  In this case, the tilt allowing portion includes an upper insertion base attached to the upper edge member main body, and an upper insertion portion that is inserted into the downward groove and is rotatably connected to the upper insertion base. It is preferable.

  According to this configuration, the upper edge member main body can be smoothly tilted, that is, the detachment operation of the cannula can be smoothly performed by the structure in which the tilt allowing portion is rotatable. In addition, it is preferable to comprise the structure of rotation by the hinge pin part provided in one of the upper insertion base and the upper insertion part, and the hinge receiving part provided in the other. Moreover, it is preferable to form the upper insertion base and the upper insertion portion with a shape member.

  In this case, the four-periphery material is framed by passing the vertical edge material through the upper edge material and the lower edge material, and the upper insertion base covers the upper edge material body from the upper side and corresponds to the lateral dimension of the four-rim material. It is preferable that the length is formed.

In the case of framing the shape member, generally, the end portion on the longitudinal member side is cut out in an “L” shape to form the frame. Thereby, it can frame without exposing the end surface of a stringer. However, it is very difficult to manually cut the end of the stringer into an “L” shape when framing at the site, and it is simply cut at a right angle. For this reason, it must be a framework in which the end face of the stringer is exposed.
According to the above configuration, the four peripheral members are structured such that the upper insertion base covers the upper edge material main body from the upper side even if it is a frame that exposes the end face of the vertical edge material that is a longitudinal material. The exposed end face of the vertical edge member can be concealed. This also makes it possible to produce a four-periphery material without exposed parts on site. Furthermore, if the connection part with the upper insertion part of an upper insertion base protrudes upwards, this can be functioned as a water return.

  Moreover, it is preferable that an upper insertion part is formed in the length corresponding to the horizontal direction dimension of four peripheral materials, and the downwardly inclined water return piece is provided in the bathroom side of the upper insertion part.

  According to this configuration, the water tightness of the engaging portion with the middle rail can be maintained by the water return piece provided in the upper insertion portion.

  Furthermore, it is preferable that at least one of the upper insertion base and the upper insertion portion is provided with an inner tilt regulating portion that regulates tilting of the upper edge material main body toward the bathroom in the prospective direction.

  According to this configuration, the detachment operation of the tendon can be performed by tilting the detachable panel body to the dressing room side, and the tendon operation can be performed easily and stably.

  Similarly, it is preferable that at least one of the upper insertion base and the upper insertion portion is provided with an outer tilt regulating portion that regulates the tilt of the upper edge material main body to the prospective direction undressing chamber to a predetermined tilt angle.

  According to this configuration, the angle of the upper insertion portion with respect to the upper insertion base (upper edge material main body) can be maintained in an appropriate range. Thereby, it is possible to smoothly insert into and pull out from the downward groove of the upper insertion portion in the steadily operation. That is, the operation can be smoothly performed.

  The lower edge member has a lower edge member main body to which the face material panel is attached, and a lower attachment portion provided on the lower edge member main body and having a lower insertion portion that is inserted into the upward groove. It is preferable.

  According to this configuration, the lower edge material main body and the lower mounting portion may be integrally formed (molded), but by making this a separate body, the lower edge material main body and the upper edge material main body, Can be formed with the same shape.

  In this case, the four-periphery material is framed by passing the vertical edge material through the upper edge material and the lower edge material, and the lower mounting portion covers the lower edge material main body from the lower side and has a lateral dimension of the four-edge material. It is preferable to form in the corresponding length.

  According to this configuration, even if the four peripheral members are a frame in which the end face of the vertical edge material that is a longitudinal material is exposed, the lower mounting portion covers the lower edge material main body from the upper side. The exposed end face of the rim material can be concealed. This also makes it possible to make the four-edge material on-site.

Furthermore, each vertical edge material has a vertical edge material main body to which the face material panel is mounted, and a seal material attached to the vertical edge material main body and in close contact with the corresponding vertical wall, and the sealing material is on the bathroom side. It is preferable that the inner sealing material and the outer sealing material on the dressing room side are included.

According to this configuration, the space between the vertical edge material and the vertical gutter can be sealed inside and outside by the inner sealing material and the outer sealing material. Therefore, even if it is a detachable structure, the watertightness of this part can be maintained appropriately.

The other detachable panel body of the present invention is detachably mounted in a detachable manner on the lower panel mounting portion of the bathroom door composed of the assembled middle pier, lower ridge and both vertical ridges. A panel body comprising a frame of an upper edge member inserted into the downward groove of the middle rail from below, a lower edge member inserted from above into the upward groove of the lower rail, and both vertical edge members. A peripheral material and a face material panel attached to the four peripheral materials, and the upper edge material is provided in the upper edge material main body to which the face material panel is attached, and the upper edge material main body, and is inserted into the downward groove. And a tilt allowing portion that allows the upper edge material body to tilt in a prospective direction by bending, and the tilt allowing portion is attached to the upper insert base and the upper insertion base. And a deformation insertion portion configured to be curved and deformable while being inserted into the downward groove. The features.

According to this configuration, since the tilt allowing portion inserted into the downward groove of the middle rail has a structure that allows the upper edge material body to tilt in the expected direction by bending, the tilt allowing portion in the steadily operation. However, there is no squeezing of the members constituting the downward groove of the middle rail. For this reason, it is possible to smoothly and easily perform the attachment and detachment operation. In addition, since there is no galling, the fitting tolerance between the downward groove and the tilt allowing portion can be reduced. For this reason, the rattling in the state with which it mounted | wore with the lower panel mounting part can be suppressed. Moreover, since it is an up-and-down type, an attachment, a spring, etc. are unnecessary like the prior art, and a structure can be simplified. In addition, the upper edge material main body and the tilting allowable portion may be formed (molded) integrally or may be formed separately.
In addition, the deformation insertion portion is appropriately curved and deformed during the jerking operation. For this reason, it is possible to smoothly and easily perform the attaching / detaching operation without causing squeezing to the members constituting the downward groove of the middle rail. In addition, since there is no galling, the fitting tolerance between the downward groove and the tilt allowing portion can be reduced. Furthermore, an attachment, a spring, etc. are unnecessary and a structure can be simplified. In addition, it is preferable that a deformation | transformation insertion part is comprised with a comb or resin, and it is also preferable to give a deformation | transformation insertion part the function of a seal | sticker together.

  The bathroom door according to the present invention is characterized in that the above-described detachable panel body is mounted on the lower panel mounting portion of the bathroom door composed of a middle pier, a lower fence, and both vertical fences. And

  According to this configuration, since the detachable panel body is detachably attached to the lower panel mounting portion in a detachable manner, the lower panel mounting portion can be used as a rescue exit or an exit in an emergency or the like. it can. For example, when a bathroom user falls while the bathroom door is locked, the lower panel mounting portion can be used as a rescue outlet by removing the detachable panel body. Moreover, when the lock | rock of the bathroom door is broken, a lower panel mounting part can be utilized as an escape exit of a bathroom user.

  The bathroom door refurbishing method according to the present invention is a method of installing the upper panel, the middle beam, the lower beam, and the two vertical beams, and the upper panel mounting portion constituted by the upper beam, the middle beam, and the two vertical beams. A bathroom door for attaching the above-mentioned detachable panel body to an existing bathroom door provided with a panel and a lower panel mounted on a lower panel mounting portion constituted by a middle rail, a lower rail, and both vertical rods. Based on the repair method, the removal process of removing the lower panel from the lower panel mounting part, the measuring process of measuring the inner method of the lower panel mounting part, and the detachable panel body on-site assembly based on the measurement result of the inner method An assembly process, and a mounting process for mounting the assembled detachable panel body on the lower panel mounting part are provided.

By the way, the existing bathroom doors are attached in accordance with the openings constructed in the construction work. That is, the door frame of the bathroom door is attached according to the opening, and the bathroom door is attached according to the door frame. For this reason, as for the vertical and horizontal dimensions of each part of the bathroom door, the design dimensions and the dimensions at the time of construction are generally different.
According to this configuration, since the lower panel mounting portion is measured and the detachable panel body is assembled on-site, the detachable panel body can be produced on site. That is, the detachable panel body can be easily produced on site in accordance with the dimensions of the bathroom door (lower panel mounting portion) to be repaired. Therefore, the renovation work for incorporating the detachable panel body can be performed appropriately and efficiently.

  In this case, in the assembly process, it is preferable to cut the lower panel removed in the removal process to form a face material panel.

  According to this configuration, there is no apparent discomfort between the existing lower panel and the new face panel, and the design of the bathroom door is not impaired by the renovation. In addition, resources can be used effectively and waste can be reduced.

It is a figure of the existing bathroom door which attached the panel body for attachment or detachment which concerns on embodiment. It is the longitudinal cross-sectional view (a) of the existing bathroom door after repair, and the longitudinal cross-sectional view (b) of the existing bathroom door before repair. It is the cross-sectional view (a) of the existing bathroom door after repair, and the cross-sectional view (b) of the existing bathroom door before repair. It is the expanded longitudinal cross-sectional view (a) of the existing bathroom door after refurbishment, and the expanded cross-sectional view (b) which shows the operation | movement of the tendon. It is an expansion cross-sectional view of the existing bathroom door after renovation. It is a figure of the new bathroom door which has the panel body for attachment or detachment which concerns on embodiment. It is a partial expanded longitudinal cross-sectional view of the detachable panel body which concerns on 2nd Embodiment.

  Hereinafter, with reference to the attached drawings, description will be given of a case in which a detachable panel body, a bathroom door, and a bathroom door repair method according to an embodiment of the present invention are applied to a bathroom door. This detachable panel body is detachably provided on the lower panel part of the bathroom door, regardless of whether it is existing or newly installed. By removing this panel, an emergency (emergency) emergency exit or exit is constructed on the bathroom door. To do. Hereinafter, a detachable panel body provided in an existing bathroom door (hereinafter referred to as “existing bathroom door”), a method of repairing an existing bathroom door to which the detachable panel body is attached, and a new installation to which the detachable panel body is attached The explanation will proceed in the order of bathroom doors (hereinafter referred to as “new bathroom doors”).

  FIG. 1 is a view of an existing bathroom door after refurbishment with a detachable panel body attached thereto. FIG. 2 is a longitudinal sectional view (a) of the existing bathroom door after the renovation and a longitudinal sectional view (b) of the existing bathroom door before the refurbishment, and FIG. 3 is a cross-sectional view (a ) And a cross-sectional view (b) of the existing bathroom door before renovation. As shown in these drawings, an existing bathroom door 100 is provided at an opening between a bathroom A and a dressing room B, and a door body 101 (a bathroom door) opened to the bathroom A side, and a door body 101. It is comprised as the door frame 102 which supports so that opening and closing is possible.

  The door body 101 includes an upper frame 111, a lower rod 112, both vertical rods 113, and an intermediate rail 114, an upper panel 116 mounted on the upper half of the frame 110, and a lower portion of the frame 110. A lower panel 117 mounted on the half. In this case, an upper panel mounting portion 118 is formed in the upper half of the casing 110 surrounded by the upper rod 111, the middle rail 114, and both vertical rods 113, and the upper panel 116 is mounted on the upper panel mounting portion 118. Has been. Similarly, a lower panel mounting portion 119 is formed in the lower half portion of the casing 110 surrounded by the middle rail 114, the lower rod 112, and both vertical rods 113, and the lower panel 117 is mounted on the lower panel mounting portion 119. Has been.

  Moreover, the door body 101 is supported by the door frame 102 through a pair of upper and lower hinges 121 so that the door body 101 can be opened and closed. On the other hand, a door knob 122 is provided near the end of the middle rail 114, and a door lock is incorporated in this portion, although not shown. Furthermore, although not shown in the drawing, the door body 101 is provided with a sealing material over the four circumferences, so that watertightness with the door frame 102 is maintained. The casing 110 and the door frame 102 are formed of an extruded aluminum material or the like, and the upper panel 116 and the lower panel 117 are formed of a resin or the like.

  As shown in FIGS. 2 and 3, the detachable panel body 1 of this embodiment is mounted on the lower panel mounting portion 119, but the door body 101 of the existing bathroom door 100 has a bead 124 at this portion. The lower panel 117 is attached via (see FIG. 2B and FIG. 3B). For this reason, the middle rail 114 is formed with a downward groove 125 (fitting groove) in which the lower panel 117 is mounted by a panel mounting portion 114a having a “C” cross section formed at the lower end thereof. Similarly, in the lower rod 112, an upward groove 126 (crease groove) is formed in the panel attachment portion 112a, and in each longitudinal rod 113, a lateral groove 127 (crease groove) is formed in the panel attachment portion 113a. (See FIGS. 4 and 5).

  As shown in FIGS. 1 to 3, the detachable panel body 1 is detachably mounted on a lower panel mounting portion 119 instead of the lower panel 117 described above. The detachable panel body 1 includes an upper edge member 3 inserted into the downward groove 125 of the middle rail 114 from below, a lower edge member 4 inserted into the upward groove 126 of the lower rod 112 from below, and both vertical edge members. 5 is provided with a four-periphery member 2 formed as a frame, and a face material panel 6 attached to the four-periphery member 2.

  The face material panel 6 is attached to the four-periphery material 2 via beads 8 provided over the four circumferences. Also in this case, the four peripheral members 2 are formed of an extruded aluminum material or the like, and the face material panel 6 is formed of a resin or the like. However, although details will be described later, the face panel 6 cuts and uses the lower panel 117, and the bead 8 also uses the existing bead 124.

  As shown in FIG. 2A and FIG. 4, the upper edge member 3 is provided on the upper edge member body 11 to which the face material panel 6 is mounted, the upper edge member body 11, and is inserted into the downward groove 125. In addition, there is a tilt allowing portion 12 that allows the upper edge material main body 11 to tilt in the expected direction by bending. Further, the tilt allowing portion 12 includes an upper insertion base 14 attached to the upper edge material main body 11, an upper insertion portion 15 that is inserted into the downward groove 125 and is rotatably connected to the upper insertion base 14, It consists of And the upper edge material main body 11, the upper insertion base 14, and the upper insertion part 15 are each formed with the separate shape material.

  The upper edge material main body 11 is formed in a cross-sectional “C” shape, and is disposed with the opening portion facing downward. On the inner side of the upper edge material main body 11, there are formed a screw hole 16 and a downward swaging groove 17 that is connected to the opening portion and to which the face material panel 6 is attached. Further, a pair of downward finger-hanging pieces 18 are extended from the upper edge material main body 11 on the bathroom A side and the dressing room B side. In this case, the upper edge material main body 11 and the pair of downward finger hanging pieces 18 are integrally formed (molded).

  Each downward finger-hanging piece 18 is suspended so as to overlap the face material panel 6 and functions as a finger-hanging portion for quick operation. In this case, the downward finger hanging piece 18 on the bathroom A side, together with the upward finger hanging piece 37 on the bathroom A side of the lower edge member 4 to be described later, constitutes the inner finger hanging portion 9A described in the claims, and the downward finger hanging piece on the undressing room B side. 18 constitutes an outer finger hanging portion 9B referred to in the claims together with an upward finger hanging piece 37 on the undressing room B side of the lower edge member 4 to be described later.

  The upper insertion base 14 is integrally formed with a base body 21 formed in an inverted “U” shape in cross section and a hinge pin portion 22 erected on the upper surface of the base body 21. The base body 21 is mounted so as to cover the upper edge material body 11 from above, and in this state, is screwed to the upper edge material body 11. Moreover, the base main body 21 is formed in the length (same length) corresponding to the horizontal direction dimension of the four peripheral materials 2, and the upper surface of the upper edge material main body 11 and both the vertical edge materials 5 framed by this are comprised. The upper end surface is covered (details will be described later). In this case, the lower end position of the base main body 21 and the lower end position of the upper edge material main body 11 coincide with each other, and the downward finger hanging piece 18 is suspended from the lower end position. The downward finger-hanging piece 18 may be provided on the base body 21 (upper insertion base 14).

  The hinge pin portion 22 is formed in a keyhole shape in cross section, and is erected at an intermediate portion in the expected direction of the base body 21. Similarly to the base body 21, the hinge pin portion 22 is formed to have a length (same length) corresponding to the lateral dimension of the four peripheral members 2. Thereby, the hinge pin part 22 is functioning also as a water return. And the upper insertion part 15 is connected with the circular section of the hinge pin part 22 so that rotation is possible.

  The upper insertion portion 15 is integrally formed (molded) with an insertion portion main body 24 connected to the hinge pin portion 22 and a water return piece 25 extending from the insertion portion main body 24 to the bathroom A side. Also in this case, the upper insertion part 15 is formed in the length (same length) corresponding to the horizontal dimension of the four peripheral material 2. FIG. The insertion portion main body 24 has a base side formed in a groove shape having a substantially circular cross section complementary to a circular cross section of the hinge pin portion 22, and a distal end side formed in a bifurcated manner. And the insertion part main body 24 is inserted in the downward groove | channel 125 formed in the said middle crosspiece 114 as a whole. The upper insertion portion 15 side may be in the form of a hinge pin, and the upper insertion base 14 side may be in the form of a pin receiver.

  In the jerking operation, the state where the upper end of the insertion portion main body 24 inserted into the downward groove 125 is abutted against the partition wall 114b of the middle rail 114 is the upper end position of the detachable panel body 1, and from this state The panel body 1 is rotated (tilted) toward the dressing room B, and the detachable panel body 1 is detached, and the detachable panel body 1 is mounted in the reverse procedure (FIG. 4B). reference). The assembly (connection) of the upper insertion portion 15 to the upper insertion base 14 is performed by mounting the upper insertion portion 15 so as to slide from the small edge of the upper insertion base 14.

  On the side of the bathroom A of the insertion portion main body 24, a downward projection 26 (inner tilt regulating portion) is extended. The downward projection 26 is in contact with the upper surface of the base body 21 in a state where the detachable panel body 1 is mounted on the lower panel mounting portion 119 (see FIG. 4A). That is, the downward projection 26 restricts (blocks) rotation from the mounting position of the detachable panel body 1 to the bathroom A side. Thereby, in the attachment and detachment operation | movement of a tendon, while being able to set it as the structure which tilts the panel body 1 for attachment / detachment to the undressing room B side, a tendon operation | movement can be performed easily and stably.

  For example, when the user of the bathroom A falls down so as to lean on the detachable panel body 1, the rescuer located on the dressing room B side cannot open the existing bathroom door 100 because the user gets in the way. . In such a case, if the detachable panel body 1 is open to the dressing room B side, the detachable panel body 1 can be removed to rescue the user. However, in the structure in which the detachable panel body 1 is opened to the dressing room B side, it is necessary to ensure sufficient water tightness. An inward tilt restricting portion corresponding to the downward projection 26 may be provided on the base main body 21.

  Further, a lateral projection 27 (outer tilt restricting portion) is extended on the undressing room B side of the insertion portion main body 24. The lateral projection 27 contacts the upper surface of the base body 21 when the detachable panel body 1 is rotated (tilted) by a predetermined angle toward the dressing room B (see FIG. 4B). That is, the lateral protrusion 27 restricts the tilting of the detachable panel body 1 during the rapid operation to a predetermined angle so that the operator can experience the timing of shifting from the tilting to the extraction of the upper insertion portion 15. It has become. Moreover, the angle of the upper insertion part 15 with respect to the upper insertion base 14 (upper edge material main body 11) can be maintained in an appropriate range. Thereby, the insertion and extraction to the downward groove 125 of the upper insertion portion 15 can be smoothly performed in the steadily operation. That is, the operation can be smoothly performed.

  The water return piece 25 extends downward from the base end portion of the insertion portion main body 24 toward the bathroom A, and is so-called by the upper surface of the water return piece 25 and the side surface of the insertion portion main body 24 on the bathroom A side. Water return is configured. The tip of the water return piece 25 is in contact with the upper surface of the end portion of the base body 21 in a state where the detachable panel body 1 is mounted on the lower panel mounting portion 119, as with the downward projection 26 (FIG. 4A )reference). That is, similarly to the downward projection 26, the water return piece 25 also restricts (blocks) the rotation from the mounting position of the detachable panel body 1 to the bathroom A side. Further, the water return piece 25 is in contact with the upper surface of the base main body 21 together with the downward projection 26 to prevent rattling of the detachable panel body 1 mounted on the lower panel mounting portion 119. Note that an outer tilt restricting portion corresponding to the lateral protrusion 27 may be provided in the base main body 21.

  As shown in FIG. 2A and FIG. 4, the lower edge material 4 is provided in the lower edge material body 31 to which the face material panel 6 is mounted, the lower edge material body 31, and is inserted into the upward groove 126. And a lower mounting portion 32 from which a lower insertion portion 33 protrudes. Moreover, the lower edge material main body 31 and the lower mounting part 32 are each formed with a separate shape member.

  The lower edge material main body 31 is formed in a cross-sectional “C” shape, and is formed in the same cross-sectional shape as the upper edge material main body 11. That is, the upper edge material body 11 and the lower edge material body 31 are formed by cutting a common shape material. Accordingly, a screw hole 35 and an upward swaging groove 36 in which the face material panel 6 is mounted are formed inside the lower edge material main body 31. Similarly to the upper rim material main body 11, a pair of upward finger-hanging pieces 37 are extended on the lower rim material main body 31 on the bathroom A side and the dressing room B side, respectively.

  The operator located on the dressing room B side touches the downward finger-hanging piece 18 and the upward finger-hanging piece 37 (outer finger-hanging portion 9B) on the dressing room B side, and then moves the detachable panel body 1 up to the front. Tilt to, and further down to release it. Further, the detachable panel body 1 is mounted in the reverse procedure (see FIG. 4B). On the other hand, an operator (a user of the bathroom A) located on the bathroom A side puts his / her hand on the downward finger hanging piece 18 and the upward finger hanging piece 37 (inner finger hanging portion 9A) of the bathroom A side, Once moved up, tilted forward, and further moved down to release it.

  The lower mounting portion 32 is integrally formed by a mounting portion main body 38 having a basic shape with an inverted “U” cross section similar to that of the upper insertion base 14 and a lower insertion portion 33 protruding downward from the mounting portion main body 38. Has been. Further, the lower mounting portion 32 is formed to have a length (same length) corresponding to the lateral dimension of the four peripheral members 2.

  Similarly to the base main body 21 described above, the mounting portion main body 38 is mounted on the lower edge material main body 31 so as to cover from below, and in this state, is screwed to the lower edge material main body 31. The mounting portion main body 38 covers the lower surface of the lower edge material main body 31 and the lower end surfaces of both vertical edge materials 5 framed by the lower edge material main body 31 (details will be described later). Also in this case, the upper end position of the lower edge material main body 31 and the upper end position of the mounting portion main body 38 coincide with each other. Note that the upward finger hanging piece 37 may be provided on the mounting portion main body 38 instead of the lower edge material main body 31.

  The lower insertion portion 33 is formed in a cross-sectional “U” shape, and protrudes from an intermediate portion in the prospective direction of the mounting portion main body 38. The lower insertion portion 33 is inserted into the upward groove 126 of the lower collar 112. Further, the lower surface of the mounting portion main body 38 is seated on the upper surface of the panel mounting portion 112a of the lower collar 112 in a state where the lower insertion portion 33 is inserted into the upward groove 126 (see FIG. 4A). ). In this case, the lower insertion portion 33 is disengaged (detached) from the upward groove 126 in a state where the detachable panel body 1 has moved to the upper moving end position, and enables a quick operation (see FIG. 4B). .

  As shown in FIG. 3A and FIG. 5, each vertical edge member 5 is attached to the vertical edge member main body 41 to which the face panel 6 is mounted, and the vertical edge member main body 41, and is attached to the corresponding vertical rod 113. And a sealing material 42 in close contact with each other. The sealing material 42 includes an inner sealing material 42A on the bathroom A side and an outer sealing material 42B on the dressing room B side. In this case, the inner sealing material 42A and the outer sealing material 42B have the same cross-sectional shape.

  The vertical edge member main body 41 includes a panel holding portion 44 having a cross-sectional “C” shape in which a horizontal insertion groove 45 in which the face member panel 6 is mounted and a pair of inner and outer seals formed on the back side of the panel holding portion 44. The holding portion 46 is integrally formed (molded). The panel holding portion 44 is formed in a cross-sectional “C” shape like the upper edge material main body 11 and the lower edge material main body 31, and a laterally inserted groove 45 in which the face material panel 6 is mounted in an open portion thereof. Is formed.

  Each seal holding portion 46 has a cross section and is formed in a groove shape, and the seal material 42 is held therein. Each sealing material 42 is integrally formed of a sealing material body 48a formed in a bowl shape and a sealing piece 48b extending from the sealing material body 48a. Further, each sealing material 42 is formed to have the same length as the seal holding portion 46 in the extending direction, and is attached to the seal holding portion 46 by sliding from the small opening at a portion of the sealing material main body 48a. The seal piece 48 b is formed with an acute angle at the tip side and protrudes obliquely outward from the seal holding portion 46.

  When the detachable panel body 1 is mounted on the lower panel mounting portion 119, the inner sealing material 42A and the outer sealing material 42B (seal pieces 48b thereof) are respectively provided on the front end surfaces of the panel mounting portions 113a formed on the vertical rod 113. Closely. On the other hand, each sealing material 42 that is in close contact with the panel mounting portion 113 a receives a reaction force from the panel mounting portion 113 a, and its sealing material body 48 a is in close contact with the inner surface of the seal holding portion 46. Thereby, the watertightness between the vertical edge material 5 and the vertical rod 113 is maintained.

  Thus, according to the detachable panel body 1 of the present embodiment (first embodiment), the tilt allowing portion 12 inserted into the downward groove 125 of the middle rail 114 has a structure that rotates, In the gradual operation, the tilting permissible portion 12 (insertion portion main body 24) does not become distorted with respect to the panel mounting portion 114a constituting the downward groove 125. For this reason, it is possible to smoothly and easily perform the attachment and detachment operation. Further, the fitting tolerance between the downward groove 125 and the tilting allowance portion 12 can be reduced by the amount that no twisting occurs. For this reason, the rattling in the state with which it mounted | wore with the lower panel mounting part 119 can be suppressed. Moreover, since it is an up-and-down type, an attachment, a spring, etc. are unnecessary like the prior art, and a structure can be simplified.

  Next, a method for repairing the existing bathroom door 100 will be described. In this repair method, the lower panel 117 of the existing bathroom door 100 is removed and the detachable panel body 1 is attached. The refurbishing method of the present embodiment includes a door removing step of removing the door body 101 of the existing bathroom door 100 from the pair of hinges 121, and a removal of removing the lower panel 117 from the lower panel mounting portion 119 with respect to the removed door body 101. A process, a measuring process for measuring the inner method of the lower panel mounting portion 119, an assembling process for assembling the detachable panel body 1 on the basis of the measuring result of the inner method, and attaching the door body 101 to the hinge 121 again. An attachment process and an attachment process of attaching the assembled panel for detachment 1 to the lower panel attachment portion 119 of the attached door body 101 are provided.

In the door removal step, the door body 101 is removed by loosening screws from the blades on the door body 101 side of the upper and lower hinges 121.
In the removal step, the removed door body 101 is laid down and the vertical rod 113 on the suspension side is removed. Also, loosen the screw on the door end side of the lower rod 112. In this state, the lower panel 117 and the bead 124 are removed from the lower panel mounting portion 119.
In the measuring step, the vertical and horizontal internal dimensions of the lower panel mounting portion 119 are measured before the above-described removal step. This measurement is carried out over two separated vertical and horizontal locations.

  In the assembling process, the prepared shape for each edge material is cut based on the measured internal dimensions, and the upper edge material body 11, the upper insertion base 14, the upper insertion portion 15, and the lower edge material body. 31, the lower mounting portion 32 and the vertical edge material main body 41 are formed. Similarly, a long seal raw material prepared in advance is cut based on the measured internal dimensions to form a total of four seal materials 42. In this case, it is preferable to insert the seal raw material into each seal holding portion 46 of the vertical edge material main body 41 and then cut the seal material 42 according to the length of the seal holding portion 46. On the other hand, the face panel 6 and the bead 8 are formed by cutting the lower panel 117 and the bead 124 removed in the removing step based on the measured internal dimensions. If the existing lower panel 117 and bead 124 are damaged, a new one is used.

  When the component parts of the detachable panel body 1 are thus prepared, first, the upper edge material body 11, the lower edge material body 31, and one vertical edge material body 41 (in a state where the seal material 42 is mounted) are assembled. . In this case, needless to say, the upper edge material main body 11 and the lower edge material main body 31 are assembled to the end portions of the vertical edge material main body 41 through the vertical edge material main body 41 through the screw holes 16 and 35, respectively. Subsequently, the face material panel 6 is inserted, and the other vertical edge material body 41 is assembled to the upper edge material body 11 and the lower edge material body 31. Furthermore, beads 8 are attached to both the front and back sides, and the face panel 6 is fixed to the four peripheral members 2.

  Here, the vertical and horizontal dimensions of the four-periphery material 2 composed of the upper edge material main body 11, the lower edge material main body 31, and both vertical edge material main bodies 41 assembled in a frame shape are confirmed. Next, the upper insertion base 14 is mounted on the upper edge material main body 11 and screwed. Similarly, the lower mounting portion 32 is mounted on the lower edge material main body 31 and screwed. Finally, the upper insertion portion 15 is slid onto the upper insertion base 14 to complete the on-site assembly of the detachable panel body 1.

In the attaching process, in parallel with the assembly process of the detachable panel body 1, the vertical hook 113 is attached again to the door body 101 from which the lower panel 117 and the bead 124 have been removed, and the lower hook 112 that has been loosened is again attached. Tighten with screws. In this manner, the existing door 101 assembled again is attached to the upper and lower hinges 121.
In the mounting process, the detachable panel body 1 is fastened and mounted on the lower panel mounting portion 119 of the existing door body 101 attached to the door frame 102 via the hinge 121.

  As described above, according to the method for repairing the existing bathroom door 100, the detachable panel body 1 is assembled on-site, so that the detachable panel body 1 can be produced on site. That is, the detachable panel body 1 can be easily and efficiently manufactured in accordance with the dimensions of the existing bathroom door 100 (lower panel mounting portion 119) to be repaired. Moreover, since the existing lower panel 117 and bead 124 are reused, the design of the existing bathroom door 100 is not impaired before and after the refurbishment. In addition, resources can be used effectively and waste can be reduced.

  Next, with reference to FIG. 6, the new bathroom door 50 which has the panel body 1 for attachment / detachment of this embodiment is demonstrated. The new bathroom door 50 has the same basic form as the existing bathroom door 100 described above. That is, the new bathroom door 50 is provided in an opening between the bathroom A and the dressing room B, and supports the door body 51 (a bathroom door) opened to the bathroom A side and the door body 51 so as to be freely opened and closed. The door frame 52 is configured.

  The door 51 includes an upper frame 61, a lower rod 62, both vertical rods 63, and a middle rail 64, a top panel 66 mounted on the upper half of the frame 60, and a lower portion of the frame 60. The detachable panel body 1 is detachably mounted on the half. In this case, the upper panel 66 is mounted to an upper panel mounting portion 67 surrounded by the upper rod 61, the middle rail 64, and both vertical rods 63 via a bead (not shown). Similarly, the detachable panel body 1 is detachably mounted on the lower panel mounting portion 68 surrounded by the middle rail 64, the lower rod 62, and both vertical rods 63 in a detachable manner.

  Moreover, the door body 51 is supported by the door frame 52 through a pair of upper and lower hinges 71 so that the door body 51 can be opened and closed. On the other hand, a door knob 72 is provided near the end of the middle rail 64, and a door lock (not shown) is built in this portion. Further, although not shown, the door body 51 is provided with a sealing material over the four circumferences to maintain watertightness with the door frame 52. The casing 60 and the door frame 52 are formed of an extruded aluminum material or the like, and the upper panel 66 is formed of a resin or the like.

  According to such a new bathroom door 50, the detachable panel body 1 is detachably attached to the lower panel mounting portion 68, so that the lower panel can be removed by removing the detachable panel body 1. The mounting portion 68 can be used as a rescue exit or escape exit in an emergency or the like. Thereby, when the bathroom user falls down with the door 51 locked, the lower panel mounting portion 68 can be used as a rescue exit. Further, when the door lock of the door 51 is broken, the lower panel mounting portion 68 can be used as an exit.

Next, with reference to FIG. 7, the detachable panel body 1A according to the second embodiment will be described. In the second embodiment, portions different from the first embodiment will be mainly described.
As shown in FIG. 7, in the detachable panel body 1A of the second embodiment, the tilt allowing portion 12A is attached to the upper insertion base 14A attached to the upper edge material body 11 and the upper insertion base 14A. And a deformation insertion portion 81 that is inserted into the downward groove 125 of the crosspiece 114 and configured to be deformable in a curved manner. The upper insertion base 14 </ b> A and the deformation insertion portion 81 are formed to have a length (same length) corresponding to the lateral dimension of the four peripheral members 2.

  In this case, the upper insertion base 14A has an attachment portion 83 for attaching the deformation insertion portion 81 to the upper surface thereof. The attachment portion 83 is formed in a groove shape with an upward cross section in the prospective intermediate portion of the upper insertion base 14A.

  The deformation insertion portion 81 is made of elastic rubber or resin, and is integrally formed of an insertion base portion 84 attached to the attachment portion 83 and a deformation portion 85 extending upward from the insertion base portion 84 and inserted into the downward groove 125. Is formed. The deforming portion 85 is formed in a bifurcated manner and allows bending deformation. When the attaching / detaching panel body 1A is tilted toward the dressing room B in the detachment operation of the tendon, the deforming portion 85 is curved and deformed.

  As described above, according to the second embodiment, the deformation insertion portion 81 (deformation portion 85) is appropriately curved and deformed in the steadily operation. For this reason, the panel attaching portion 114a constituting the downward groove 125 is not distorted, and the attachment / detachment operation can be smoothly and easily performed. In addition, since there is no galling, the fitting tolerance between the downward groove 125 and the deformed insertion portion 81 can be reduced. Furthermore, an attachment, a spring, etc. are unnecessary and a structure can be simplified. In addition, it is more preferable to give the deformation | transformation insertion part 81 the function of a seal | sticker. Needless to say, the detachable panel body 1 </ b> A of the second embodiment is also applicable to the new bathroom door 50.

  In the above embodiment, although the example which applied this invention to the bathroom door was demonstrated, this invention is applicable also to a bathroom folding door, a bathroom sliding door, etc.

  DESCRIPTION OF SYMBOLS 1,1A Detachable panel body, 2 Four peripheral material, 3 Upper edge material, 4 Lower edge material, 5 Vertical edge material, 6 Face material panel, 9A Inner finger hanging part, 9B Outer finger hanging part, 11 Upper edge material main body, 12 , 12A Tilt permissible portion, 14, 14A Upper insertion base, 15 Upper insertion portion, 18 Downward finger-hanging piece, 21 Base body, 22 Hinge pin portion, 24 Insertion body, 25 Water return piece, 26 Downward protrusion, 27 Lateral protrusion, 31 Lower edge material main body, 32 Lower mounting portion, 33 Lower insertion portion, 37 Upward finger hanging piece, 41 Vertical edge material main body, 42 Seal material, 42A Inner seal material, 42B Outer seal material, 50 New bathroom door, 51 Door body, 60 Housing, 61 Upper housing, 62 Lower housing, 63 Vertical shaft, 64 Middle rail, 68 Lower panel mounting section, 81 Deformation insertion section, 100 Existing bathroom door, 101 Door body, 110 Housing, 111 Upper housing, 12 bottom rail, 113 stiles, 114 in bars, 116 top panel 117 lower panel 118 above the panel mounting portion, 119 lower panel mounting portion 125 downward groove, 126 upward groove, A bathroom, B undressing room

Claims (13)

It is a detachable panel body that is detachably attached to the lower panel mounting part of the bathroom door composed of the assembled middle pier, lower pallet, and both vertical fences,
The upper edge member inserted from the lower side into the downward groove of the middle rail, the lower edge member inserted from the upper side into the upper groove of the lower rod, and the four peripheral members formed by framing both vertical edge members,
A face panel mounted on the four peripheral members;
An inner finger hanging part on the bathroom side and an outer finger hanging part on the undressing room side for performing a quick operation ,
The upper edge material is provided in the upper edge material body to which the face panel is mounted, and is inserted into the downward groove and tilted in the expected direction of the upper edge material body by bending. have a, a tilt allowance portion to permit,
At least one of the inner finger hanging part and the outer finger hanging part has a downward finger hanging piece provided on the upper edge member, and an upward finger hanging piece provided on the lower edge member,
The detachable panel body, wherein the downward finger hanging piece and the upward finger hanging piece are provided so as to overlap with the face material panel, respectively . The tilt allowing portion is
An upper insertion base attached to the upper edge member main body, and an upper insertion portion that is inserted into the downward groove and is rotatably connected to the upper insertion base. The detachable panel body according to claim 1. The four peripheral materials are framed through the vertical edge material with respect to the upper edge material and the lower edge material,
The detachable panel body according to claim 2, wherein the upper insertion base covers the upper rim material main body from above and is formed to have a length corresponding to a lateral dimension of the four peripheral materials. . The upper insertion portion is formed to a length corresponding to the lateral dimension of the four peripheral members,
The detachable panel body according to claim 2 or 3, wherein a downwardly inclined water return piece is provided on the bathroom side of the upper insertion portion.   5. The inner tilting restricting portion for restricting the tilting of the upper edge material main body toward the bathroom in the prospective direction is provided on at least one of the upper insertion base and the upper inserting portion. The panel body for attachment or detachment according to any one of the above.   At least one of the upper insertion base and the upper insertion portion is provided with an outer tilt regulating portion that regulates the tilt of the upper edge material main body to the prospective direction undressing chamber to a predetermined tilt angle. The detachable panel body according to any one of claims 2 to 5. The lower edge material includes: a lower edge material main body to which the face material panel is mounted; and a lower mounting portion provided on the lower edge material main body and having a lower insertion portion to be inserted into the upward groove. It has, The panel body for attachment or detachment in any one of Claim 1 thru | or 6 characterized by the above-mentioned. The four peripheral materials are framed through the vertical edge material with respect to the upper edge material and the lower edge material,
The detachable panel according to claim 7 , wherein the lower mounting portion covers the lower rim material main body from the lower side and is formed to have a length corresponding to a lateral dimension of the four peripheral materials. body. Each of the vertical edge members has a vertical edge material main body to which the face material panel is mounted, and a seal material attached to the vertical edge material main body and closely contacting the corresponding vertical hook,
The detachable panel body according to any one of claims 1 to 8 , wherein the sealing material includes an inner side sealing material on a bathroom side and an outer side sealing material on a dressing room side. It is a detachable panel body that is detachably attached to the lower panel mounting part of the bathroom door composed of the assembled middle pier, lower pallet, and both vertical fences,
The upper edge member inserted from the lower side into the downward groove of the middle rail, the lower edge member inserted from the upper side into the upper groove of the lower rod, and the four peripheral members formed by framing both vertical edge members,
A face panel mounted on the four peripheral members,
The upper edge material is provided in the upper edge material body to which the face panel is mounted, and is inserted into the downward groove and tilted in the expected direction of the upper edge material body by bending. A tilt allowing portion that allows
The tilt allowing portion is
An upper insertion base attached to the upper edge member main body, and a deformation insertion portion attached to the upper insertion base and inserted into the downward groove and configured to be able to bend and deform. A panel body for attachment and detachment. In the lower panel mounting part of the bathroom door, which is composed of the assembled middle pier, lower pier and both vertical halves,
11. A bathroom door comprising the detachable panel body according to claim 1 mounted thereon. The upper frame, the middle beam, the lower beam, and the both vertical beams, the upper panel mounted on the upper panel mounting portion constituted by the upper beam, the middle beam and the both vertical beams, the middle beam, the On the existing bathroom door provided with a lower panel and a lower panel mounted on the lower panel mounting part constituted by the lower casing and the both vertical fences,
A method for repairing a bathroom door to which the detachable panel body according to any one of claims 1 to 10 is attached,
A removal step of removing the lower panel from the lower panel mounting portion;
A measuring step for measuring the inner method of the lower panel mounting portion;
Based on the measurement result of the internal method, an assembling process for assembling the detachable panel body in the field;
A mounting method for mounting the assembled panel for detachment on the lower panel mounting portion. A method for repairing a bathroom door, comprising: The bathroom door refurbishing method according to claim 12 , wherein, in the assembling step, the lower panel removed in the removing step is cut down to form the face panel.

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