JP6735125B2 - Transit structure in the toilet booth - Google Patents

Description

TECHNICAL FIELD The present invention relates to a technical field of a railroad structure in a toilet booth provided in a station building, a school, or the like.

Today, the partition part of the toilet booth is sometimes partitioned by a panel body. Among such panel bodies, the front panel bodies provided on both sides so as to sandwich the entrance and exit are configured to reach the ceiling part, while the entrance and exit The door panel that is opened and closed does not reach the ceiling, and the space between the upper edge of the door panel and the ceiling is a space between the columns, and the space between the columns is left open so that there is no sense of blockage. However, if this space is left open, there is a security problem such as being peeped at by the space or being voyeurized.Therefore, it was attempted to incorporate a plate material such as a glass plate into this space to close it. (For example, refer to Patent Document 1).

JP, 2015-34419, A

However, in the prior art, the edge material provided on the edge of the front panel body is constructed by fitting the outer edge into the groove of the inner edge fixed to the edge of the front panel body, and the inner edge is fixed to the ceiling. It was long to reach the part, and the auxiliary edge for attaching the plate material was incorporated in the concave groove of the portion corresponding to the space between the inner edges. However, when such an edge material is used, there is a problem that the inner edge and the outer edge are visually recognized as separate members and the integrity is impaired. Therefore, a structure is proposed in which the inner edge is made invisible and the inner edge is made to have a sense of unity by covering the inner edge with the outer edge. However, in such a case, the inner edge has a structure in which there is no groove for fitting the outer edge, and as a result, there is a problem that the auxiliary edge for mounting the plate material cannot be mounted. There is a problem to be solved by the present invention.

The present invention has been made in view of the above circumstances in order to solve these problems, and the invention of claim 1 provides a partition panel body for partitioning adjacent toilet bowls and a partition panel body. In a toilet booth including a front panel body provided at a tip and a door panel body that opens and closes an entrance between adjacent front panel bodies, a ceiling surface and a vertical length of the front panel body extending to the ceiling surface. and edge, when incorporating the plate material transom which is formed between the upper edge of the door panel body, the edge member provided between the longitudinal edges mutually opposing with the front panel body and door panel body is an upper edge and Satoshi length of up to the upper end portion of the door panel body, and no edge member extending to a height of transom site, transom, under base member abuts the upper right and left end edges against the upper edge of these edges material And the lower base material is arranged on the vertical edge of the front panel body adjacent to the space between the columns, and the vertical edge on the front panel body side is vertically aligned with the vertical edge on the front panel body side of the edge material. The left and right vertical base materials are provided upright from the left and right edge base members, and the inter-column base material configured in a kite shape is provided, and the plate material is incorporated in the left and right vertical base materials in the vertical direction. Built-in concave groove formed on the long push-edge base material, built-in concave groove formed on the left and right long rail material incorporated in the lower base material, and formed on the left and right long rail material attached to the ceiling surface The cross-section structure in the toilet booth is characterized in that four rounds are supported by being respectively incorporated into the built-in recessed grooves.
The invention according to claim 2 is characterized in that the length of the edge material to the upper end portion of the door panel body is the length to the hinge fitting provided on the upper end portion of the door panel body for opening and closing the door panel body. It is a cross-sectional structure in the toilet booth described in 1.
According to a third aspect of the present invention, the vertical base member and the lower base member are formed of the same member.
In the invention of claim 4, the door panel body and the front panel body have the same panel thickness, and the vertical base member and the lower base member are set to have the same width as the thickness of these panel members. It is a crossing structure in the toilet booth according to any one of 1 to 3.

According to the invention of claim 1, even if the edge material provided on the front panel body has no groove, the plate material can be easily attached by using the lower base material and the vertical base material for exclusive use. The space between the columns in which the plate material is incorporated can be regarded as an independent space between the columns, and the appearance is improved.
According to the invention of claim 2, the door panel body and the inter-column space are independent from each other, and the appearance is improved.
According to the invention of claim 3, the vertical base member and the lower base member have an integration property, so that the vertical base member and the lower base member can be united and the unity feeling is enhanced.
According to the invention of claim 4, uniformity with the edge material can be achieved and appearance can be improved.

It is a front view of a toilet booth. It is a top view of a toilet booth. It is an expanded partial horizontal sectional view of a toilet booth. It is a front view of the state where the glass plate was assembled between the columns. It is a horizontal sectional view of the state where the glass plate was assembled between the columns. It is a principal part horizontal cross-sectional view at the side of a suspension origin part in the state which attached the glass plate between the columns. It is a longitudinal cross-sectional view of the state which assembled the glass plate between the columns. It is a longitudinal cross-sectional view at the side of a suspension origin part in the state where the glass plate was assembled between the columns.

Hereinafter, embodiments of the present invention will be described with reference to the drawings. In the drawings, 1 is a toilet booth, and the toilet booth 1 opens and closes a partition panel body 2 and a front panel body 3 assembled in a T shape and an entrance A formed between adjacent front panel bodies 3. The door panel body 4 is used. In the front view and the plan view shown in FIGS. 1 and 2, the door panel body 4 has a central portion and a right one configured to open inward, and a left one configured to open to the outside for convenience of explanation. The present invention is not limited to the above, and it is needless to say that all of them can be opened inward and outwardly opened, and can also be configured by appropriately combining these.
Further, the front panel body 3 has a gap with the floor surface F, but the upper end portion reaches the ceiling surface H. Further, the door panel body 4 is formed such that a space R between the ceilings and the ceiling surface H is formed as a space. However, in the present embodiment, the space R is a space on the left side in the front view. Specifications (general-purpose specifications), the one in the center is a panel specification to which the transom panel body 5 having the same thickness as the door panel body is attached, and the one on the right is a plate material such as a glass plate 6 (the plate material is a resin material such as acrylic resin). , A metal material such as aluminum, wood, etc.) are fitted therein, and the present invention is embodied in this plate material specification.

First, the edge members 7, 8, 9, and 10 are attached to the mutually facing edges of the front panel body 3 and the door panel body 4, respectively. The edge material to which the hanging side hinge fitting 3a of the door panel body 4 is attached The edge materials 7, 8 and 9 other than 10 are forcibly fitted and assembled to the inner edges 7a, 8a and 9a having a common shape while the outer edges 7b, 8b and 9b having different shapes are covered from the outside. There is. On the other hand, the hanging-side edge material 10 of the front panel body has follow portions 10a formed on both sides in the width direction (incoming/outgoing direction) and has a groove 10b at the central portion. The upper end portions of the edge members 8 and 10 provided on the body 3 are all up to the upper end portion of the door panel body 4, and specifically, the edge member 10 is provided to support the upper end portion of the door panel body 4 so as to be openable and closable. It has a length (height) up to the hinge metal fitting 3a that can be attached to the above, and there is no edge material 8 or 10 above this, and it has a built-in configuration dedicated to the railroad space. The configuration in which the glass plate 6 according to the invention is fitted will be described in detail.

Reference numeral 11 is a base material for the rails provided on each inner surface of the left and right end edges and the lower edge of the rail gap R. The base material 11 is a flat plate-shaped main body 11a, and is closer to the center than both end positions in the width direction of the main body 11a. Is formed by a pair of leg pieces 11c projecting toward the inner side of the rail to form a concave groove 11b inwardly. Has been formed. The base material 11 having left and right edges (vertical base material) is applied to the left and right vertical edges of the front panel body 3, and the bottom edge material (lower base material) is as shown in FIG. , The left and right edges are arranged so as to abut on the upper edges of the edge members 8 and 10 from above, and the lower base member 11 further includes the front panel body 3 adjacent to the column, as is apparent from FIG. The vertical base material 11 is arranged in a vertical straight line with respect to the vertical edges of the front panel body 3 side of the edge materials 8 and 10. It is configured to be installed, but the same shape is adopted in each case. The base materials 11 have a structure in which left and right corners cut at 45 degrees are abutted against each other.

On the other hand, reference numeral 12 denotes a push edge base material which is incorporated in the concave groove 11b of the base material 11 in a retaining manner, and the push edge base material 12 includes a main body 12a abutted against the base material main body 11a, and the main body 12a. A pair of inner leg pieces 12b projecting from both ends in the width direction toward the inner side of the column, an inner piece 12c projecting from the projecting end of the inner leg piece 12b toward the outer side in the width direction, and a projecting end of the inner piece 12c. The inner leg piece 12b and a pair of outer leg pieces 12d protruding in parallel are provided, and the outer leg piece 12d is set to have a size that fits exactly between the leg pieces 11c of the base member 11. An engaging protrusion 12e is provided that engages with the base material locking recessed groove 11d when the outer leg piece 12d is fitted in the base material leg piece 11c.
Further, second protruding protrusions 12f are formed on the protruding ends of the inner leg pieces 12b so as to face each other. The push-edge base member 12 is formed with a pair of inner leg pieces 12b and the main body 12a, and a built-in groove 12g for engaging and incorporating first and second push-edges 13 and 14 to be described later. The base material 11 and the pushing edge base material 12 are fixed to the end edge of the front panel material 3 via screws 19.

Both left and right sides of the glass body 6 are supported by a first pushing edge 13 engaged with the pushing edge base material 12 and a second pushing edge 14 engaged with the first pushing edge 13, The pushing edge 13 extends from the flat plate-shaped main body 13a to both sides in the left-right direction from one end edge of the main body 13a, one end edge abuts on the pushing-edge base material inner piece 12c, and the other end edge forms a gap in the glass plate 6. The leg pieces 13b that exist and are opposed to each other, and the one that is bent from one end of the leg pieces 13b so as to be parallel to the main body 13a is further bent along the tip of the second engaging convex portion 12f. The bent piece 13c, the first engaging projection 13d formed at one end of the main body 13a formed at the tip of the bending piece 13c so as to be engaged with the second engaging projection 12f, and the leg piece 13b. A second bent piece 13e, which is bent from the other end to the glass plate 6 side, is bent in parallel to the leg piece 13b in a state in which there is a gap with the glass plate 6, and the widthwise center of the main body 13a. The third bent piece 13f, which extends from the position toward the main body 12a side of the push-edge base material 12, is bent toward the opposite side of the leg piece 13b in a state of being spaced apart from the main body 13a. And a locking concave groove 13g that engages with the second engaging convex portion 12f of the pushing edge base material 12, and a second engaging convex portion 13h that projects toward the engaging concave groove 13g side at the other end of the main body 13a. And is configured.

On the other hand, the second pushing edge 14 is formed in parallel with the glass plate 6 and has one end abutting against the inner piece 12c of the pushing edge base material 12 and the other end of the main body 14a from the first pushing edge 13 to the first pushing edge 13. A bent piece 14b formed symmetrically with the second bent piece 13e, and a third bent piece of the first pushing edge 13 from the one end side portion of the main body 14a and the other end of the first pushing edge body 13a. The fitting piece 14c is fitted between the fitting piece 13c and 13f, and the engaging projection 14d that engages with the second engaging projection 13h of the first pushing edge 13 is provided at the tip of the fitting piece 14c. In the figure, 15 is a backup material provided between the glass plate 6 and the first and second pushing edges 13, 14.

On the other hand, the upper and lower edges of the glass plate 6 hold the glass plate 6 by incorporating the first and second pushing edges 13 and 14 into the inner rail member 17 which is fitted and incorporated into the outer rail member 16 having a square shape. However, the lower outer rail member 16 is fitted and incorporated in the concave groove 11b of the base member 11.
The inner rail 17 is composed of a leg piece 17a fitted inside the leg piece 16a of the outer rail 16 and a straddle portion 17b connecting end edges of the leg piece 17a. Is formed with a built-in concave groove 17c having the same shape as the built-in concave groove 12g of the push-edge base material 12, whereby the first and second push-edges 13 and 14 with the glass plate 6 sandwiched therebetween are similarly incorporated. You can do it.
Incidentally, an L-shaped reinforcing metal fitting 18 is incorporated in the corner portion of the built-in concave groove 12g of the pushing edge base material 12 and the built-in concave groove 17c of the lower inner rail 17 at a right angle, and is fixed by a screw 19. ..

In the embodiment of the present invention configured as described above, the width of the edge members 8 and 10 on the front panel body 3 side is the same as the thickness of the front panel body 3, but its height (length) Is up to the hinge fitting 3a for suspending the upper end portion of the door panel body 4 so as to be openable and closable, and in the R space between columns, the base members 11 at the left and right end edges and the lower end edge have the same shape. However, a dedicated one is adopted, and the ridge base material 12 is fitted and incorporated in the concave grooves 11b of the left and right vertical base members 11 and fixed to the end edge of the front panel body 3 by the screw 19. Then, the first and second pushing edges 13 and 14 that support the left and right edges of the glass plate 6 are fitted and incorporated in the assembling concave groove 12g formed in the pushing edge base material 12 in a retaining manner.
On the other hand, the outer rail member 16 is assembled in the recessed groove 11b of the lower base member 11, but the first and second pushing edges are assembled in the recessed groove 17c of the inner rail member 17 fitted and assembled in the outer rail 16. The first and second pushing edges are provided in the built-in concave groove 17c of the inner rail member 17 which is supported by the outer rail 16 fixed to the ceiling surface H via the screws 19 to support the lower end edge of the glass plate 6 by 13,14. 13 and 14 are incorporated to support the upper edge of the glass plate 6.
As a result, even if the edge members 8 and 10 attached to the front panel body 3 do not have a space or a function for incorporating the first and second pushing edges 13 and 14, the glass plate 6 can be incorporated into the transom R. The glass plate 6 that can be formed and is incorporated into the railing R is grasped as one railing space that is partitioned (divided) by the base materials 11 on the left and right sides and the lower side. Will be excellent.

Moreover, in the row space R in which the glass plate 6 is incorporated in this way, the edge members 8 and 10 attached to the front panel body 3 side are up to the upper end portion of the door panel body 4, and the upper side thereof is the vertical base member 11 and the lower side. Since the base material 11 is separated from the base material 11, and the base materials 11 have the same shape, the inter-column spacing R is recognized as one integrated region, and the appearance is excellent. Will be things.
Moreover, since the width of the base material 11 is the same as the panel thickness of the front panel body 3, uniformity is ensured and the appearance is not impaired.

The present invention is not limited to the above-mentioned embodiment, and it is also possible to attach a base material to the ceiling surface and form a rail between four sides surrounded by the base material.

INDUSTRIAL APPLICABILITY The present invention can be used as a transom structure in a toilet booth.

1 Toilet booth 3 Front panel body 3a Hinge metal fitting 4 Door panel body 6 Glass plate 8 Edge material 10 Edge material 11 Base material 11b Recessed groove 12 Push edge base material 12g Built-in recess groove 13 First push edge 14 Second push edge 16 Outer rail Material 17 Inner rail material 17c Built-in groove H Ceiling surface R Rail

Claims (4)

In a toilet booth configured with a partition panel body for partitioning adjacent toilet bowls, a front panel body provided at the tip of the partition panel body, and a door panel body for opening and closing an entrance between adjacent front panel bodies,
In incorporating the plate material in the space formed between the ceiling surface, the vertical edge of the front panel body reaching the ceiling surface, and the upper edge of the door panel body,
Edge material provided between the longitudinal edges mutually opposing with the front panel body and door panel body, the upper edge is Satoshi length of up to the upper end portion of the door panel body, not the edge member extending to a height of transom site And
Transom includes a lower base member abuts the upper right and left end edges against the upper edge of these edges member, disposed in the longitudinal edge of the front panel of the site adjacent to the inter該欄, vertical edge of the front panel side The edge is formed in a sword shape with the left and right vertical base materials provided so as to stand upright from the left and right end edges of the lower base material in a straight line in the vertical direction with respect to the vertical end edge of the edge material on the front panel side. Equipped with a base material for rail between
The plate member is a built-in groove formed in a vertically long pushing edge base member incorporated in the left and right vertical base members, and a built-in groove groove formed in a left-right long rail member incorporated in the lower base member. And a cross-section structure in a toilet booth, in which four rounds are supported by being incorporated respectively in a built-in concave groove formed in a rail member that is long in the left-right direction attached to a ceiling surface. The transom in the toilet booth according to claim 1, wherein the length of the edge material to the upper end portion of the door panel body is the length to a hinge fitting provided on the upper end portion of the door panel body for opening and closing the door panel body. Construction. The transversal structure in a toilet booth according to claim 1 or 2, wherein the vertical base member and the lower base member are formed of the same member. 4. The door panel body and the front panel body have the same panel thickness, and the vertical base material and the lower base material are set to have the same width as the thickness of these panel bodies. Transit structure in the toilet booth described.

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