JP2023152366A - Screen partition and assembly method of the same - Google Patents

Abstract

To provide a screen partition which is obtained by overlapping a slide panel to a stationary panel erected on a top face of a stationary object, then moving the slide panel for enlarging and reducing an area of the partition, and an assembly method of the same.SOLUTION: A screen partition is constituted of: a stationary panel (3) erected on a top face of a stationary object (1); a slide panel (4) overlapped to a surface of the stationary panel; support means (5) formed of an upper rail (7) and a lower rail (8) for supporting the slide panel in a movable state in a drawing direction X1 and a storage direction X2; and control means (6) formed of a reception member (9) for controlling the movement and a contact member (10). By the reception member (9) and the contact member (10), a gap S is formed between a surface of the stationary panel and a rear surface of the slide panel so as to constitute coming-off prevention means for the slide panel moved to the drawing direction X1.SELECTED DRAWING: Figure 1

Description

The present invention provides a screen-type partition configured such that a sliding panel is stacked on a fixed panel erected on the top surface of a fixed object, and the area of the partition can be expanded or reduced by moving the sliding panel. Regarding its assembly method.

In recent years, screen-type partitions have been provided in company conference rooms and restaurants to prevent droplet infections such as viruses. A typical screen-type partition is constructed by erecting a transparent fixed panel on the top surface of a fixed object such as a table, desk, or counter via a holder.

JP2022-6618A Utility model registration No. 3231218 Utility model registration No. 3229988

For example, in the case of a counter or table in a restaurant, a fixed panel is erected on the tabletop between adjacent seats. However, although the fixed panel can partition the space above the tabletop, it cannot partition the space between the seats, so it is not necessarily sufficient to prevent infection.

Therefore, if the fixed panel is formed of a long panel that can partition not only the tabletop but also between the seats, the above problem can be solved. However, in this case, since the fixed panel extends to the side of the seat, there is a risk of obstructing the movement of store staff and customers, and there is a risk of damage due to collision with foreign objects.

In addition, if the size of the panel is fixed not only at counters and tables in restaurants but also at desks in conference rooms, there are various problems such as inconvenience.

In view of the above, the present invention provides a screen-type partition configured so that the partition area can be expanded or reduced as necessary. In this case, it is preferable to construct an assembly kit that can be retrofitted to a fixed panel already installed in a restaurant or the like, and to provide an assembly method that can be assembled by DIY.

Therefore, the screen-type partition of the present invention is configured with a fixed panel that is erected in the X direction on the upper surface of a fixed object, and a slide panel that is superimposed on the front and back surfaces of the fixed panel. , a support means that supports the slide panel in a movable state in a pull-out direction X1 for pulling it out from the fixed panel and a storage direction X2 for stacking it on the fixed panel, and a control means for controlling the movement, and the support means includes: An upper rail and a lower rail are provided on the surface of the fixed panel, each of which is made of a groove-shaped member having both ends opened in the X direction so as to slidably fit the upper and lower edges of the slide panel. The outer surface of the groove is fixed to the surface of the fixed panel, the inner surface of the groove of the upper rail is fixed to the back surface of the upper edge of the fixed panel, and the control means is fixed to the upper rail. A receiving member is fixed to the surface of the side end of the upper edge of the fixed panel facing the pull-out direction X1, and a receiving member is fixed to the surface of the side end facing the pull-out direction A contact member is fixed to the back surface of the side end, and the upper edge of the slide panel fitted to the upper rail overlaps the receiving member, and the contact member of the slide panel is connected to the upper edge of the fixed panel. By overlapping the surface of the fixed panel with the surface of the slide panel, a gap S is formed between the surface of the fixed panel and the back surface of the slide panel, and the abutting member of the slide panel moved in the pull-out direction X1 is brought into contact with the receiving member. , and is configured to form a means for preventing the slide panel from coming off.

Preferably, the support means, the control means, and the slide panel constitute an assembly kit that can be retrofitted to a fixed panel consisting of an existing transparent panel that is erected on the upper surface of a fixed object via a holder. Among the fixed panels having a height dimension H, regarding a lower region defined by a height dimension H2 held by the holder, and an upper region defined by a height dimension H1 above the lower region, The slide panel is formed of a transparent panel having approximately the same height dimension h as the upper region, and the upper rail and the lower rail have a groove width W2 of the lower rail with respect to a groove width W1 of the upper rail. W2, an adhesive layer is provided on one of the inner surfaces on both sides of the groove of the upper rail, and an adhesive layer is provided on one of the outer surfaces on both sides of the groove of the lower rail, The receiving member and the abutting member are each formed of a plate piece, and an adhesive layer is provided on one of both surfaces of each plate piece.

More preferably, an upper molding material and a lower molding material are respectively fitted onto the upper and lower edges of the slide panel, and the upper molding material and the lower molding material each have an elastically deformable groove shape with a bottom wall and both side walls. It is formed of a member, and both side walls are formed to be inclined in a direction that gradually approaches the groove opening from the bottom wall.

The method of assembling a screen partition according to the present invention is configured such that the support means, the control means, and the slide panel are made of an existing transparent panel that is erected on the upper surface of a fixed object via a holder. It constitutes an assembly kit that can be retrofitted to a fixed panel, and of the fixed panel with a height dimension H, a lower area defined by a height dimension H2 held by the holder, and a lower part. With respect to an upper region defined by a height H1 above the region, the slide panel is formed by a transparent panel having approximately the same height dimension h as the upper region, and the upper rail and the lower rail are The groove width W2 of the lower rail is formed such that W1>W2 with respect to the groove width W1, and an adhesive layer is provided on one of the inner surfaces on both sides of the groove of the upper rail, and the adhesive layer is provided on one of the inner surfaces of the groove of the upper rail. An adhesive layer is provided on one of the outer surfaces, the receiving member and the abutting member are each formed of a plate piece, and an adhesive layer is provided on one of both surfaces of each plate piece. Then, with respect to the fixed panel, the adhesive layer of the upper rail is fixed to the back surface of the upper edge with the upper edge of the fixed panel inserted into the groove of the upper rail, and the upper edge is pulled out in the direction X1. a preparation step on the fixed panel side of fixing the adhesive layer of the receiving member to the surface of the side end facing the slide panel; and a back side of the side end facing the storage direction X2 of the upper edge of the slide panel with respect to the slide panel. a preparation step on the slide panel side in which the adhesive tape of the abutting member is fixed, and then the upper edge of the slide panel is inserted into the groove of the upper rail by tilting the panel with respect to the surface of the fixed panel; By fitting the groove of the lower rail into the lower edge of the slide panel that is spaced apart from the surface of the fixed panel, and moving the lower edge and the lower rail together toward the surface of the fixed panel, the lower It consists of an assembly process in which the adhesive tape of the side rail is fixed to the surface of the fixed panel.

According to the present invention, by moving the slide panel 4 in the drawing direction X1 and moving it from the fixed panel 3 in the drawing or storing direction X2 and overlapping it on the fixed panel 3, the area partitioned by both panels 3 and 4 can be increased. It has the effect of being able to expand or contract freely.

1 is a perspective view showing one embodiment of a screen-type partition according to the present invention. It is a perspective view which shows the fixed panel of the state installed on the upper surface of a fixed object. Showing the preparation process on the fixed panel side in the assembly method, (A) is a perspective view showing the state in which the upper rail and the receiving member are fixed to the upper edge of the fixed panel, and (B) is a perspective view showing the state in which the upper rail and the receiving member are fixed. FIG. 3 is an enlarged vertical cross-sectional view showing the upper edge of the fixed panel. The preparation process on the slide panel side in the assembly method is shown, and (A) shows a state in which the molding material is fitted to the upper and lower edges of the fixed panel, the contact member is fixed, and the lower rail is exposed to the lower edge. FIG. 2 is a perspective view, and (B) is an enlarged vertical cross-sectional view. It is a perspective view showing an assembly process in an assembly method. FIG. 3 is a perspective view showing the screen partition after assembly is completed. (A) is an enlarged cross-sectional view taken along line AA in FIG. 6, and (B) is an enlarged cross-sectional view taken along line BB in FIG. FIG. 3 is a perspective view illustrating the mutual relationship between a fixed panel and a slide panel. An example of a handle attached to a slide panel is shown, in which (A) is a perspective view and (B) is an enlarged cross-sectional view.

Preferred embodiments of the present invention will be described in detail below based on the drawings.

As shown in FIG. 1, the screen-type partition includes a fixed panel 3 that is erected in the X direction on the top surface of a fixed object 1 such as a table or counter with a holder 2 in between, and a surface 3F of the fixed panel 3. A slide panel 4 is provided which is superimposed on the front surface 3F of the back surface 3R. At this time, a support means 5 that supports the slide panel 4 in a movable state in a pull-out direction X1 for pulling it out from the fixed panel 3 and a storage direction X2 in which it is stacked on the fixed panel 3, and a control means 6 that controls the movement are provided. .

The fixed panel 3 and the slide panel 4 are made of transparent (including translucent) rectangular plates, for example, rectangular acrylic plates, and each has vertically parallel upper edges 3a, 4a and lower edges 3b, 4b. There is.

The support means 5 is made of a groove-shaped member having both ends opened in the X direction so as to slidably fit the upper edge 4a and the lower edge 4b of the slide panel 4 on the surface 3F of the fixed panel 3. It is composed of an upper rail 7 and a lower rail 8.

At this time, the upper rail 7 is inserted into the groove 7a with the upper edge 3a of the fixed panel 3 inserted into the groove 7a. ) is fixed to the back surface 3R of the upper edge 3a. The lower rail 8 fixes the outer surface of the groove 8a (the outer surface of the back wall 8c of the front wall 8b and the back wall 8c on both sides) to the front surface 3F of the fixed panel 3.

The control means 6 includes a receiving member 9 fixed to the surface 3F of the side end facing the pull-out direction X1 of the upper edge 3a of the fixed panel 3 to which the upper rail 7 is fixed, and It is constituted by an abutment member 10 fixed to the back surface 4R of the side end facing the storage direction X2 of the upper edge 4a of the fitted slide panel 4.

The receiving member 9 and the abutting member 10 create a gap S between the front surface 3F of the fixed panel 3 and the back surface R4 of the slide panel 4 when the fixed panel 3 and the slide panel 4 are overlapped, as will be described later. It is formed.

As shown in FIG. 1, the slide panel 4 is partitioned by both panels 3 and 4 by moving in the drawing direction X1 and pulling out from the fixed panel 3, or by moving in the storage direction It is constructed so that the size of the area covered can be freely expanded or contracted. As shown in the figure, it is preferable to provide a handle 11 at the edge of the slide panel 4 in the pull-out direction X1.

At this time, when the slide panel 4 is moved in the pull-out direction movement in the pull-out direction X1. That is, the abutment member 10 abuts against the receiving member 9, thereby forming means for preventing the slide panel 4 from coming off. The slide panel 4, which has been moved to the maximum draw-out position, has its upper and lower edges 4a and 4b, which overlap the fixed panel 3 over a sufficient width L, held by the upper rail 7 and the lower rail 8. Cantilevered in a stable state.

(Assembly kit and its assembly method)
The present invention is preferably designed to be retrofittable to an existing fixed panel 3 that is already erected on the top surface of a fixed object 1 such as a counter or table via a holder 2 in a restaurant or the like. An assembly kit can be provided.

The assembly kit includes the slide panel 4, the support means 5 (upper rail 7 and lower rail 8), the control means 6 (receiving member 9 and abutment member 10), and molding materials 12 and 13 described later. It is preferable that a user can assemble the panels as one set to the existing fixed panel 3 by DIY.

FIG. 2 shows an example of an existing fixed panel 3. In the case of the illustrated example, a fixing panel 3 and a holder 2 sold by the applicant in the past are used, and the fixing panel 3 is a transparent (including translucent) rectangle having a width dimension W and a height dimension H. It is made of acrylic board. In this case, the fixed panel 3 has a lower region defined by the height dimension H2 held by the holder 2, and an upper region defined by the height dimension H1 above the lower region. The kit is configured so that it can be retrofitted by overlapping the slide panel 4 on the upper area.

For this reason, the slide panel 4 is formed of a transparent (including translucent) acrylic plate having a width w that is substantially the same as the upper region and a height h that is substantially the same as the upper region. The upper rail 7 and the lower rail 8 are formed by groove-shaped members cut to have effective lengths corresponding to the width dimensions W and w, for example, groove-shaped members extruded from aluminum. There is. At this time, in the case of the illustrated example, since the thickness dimension t of the slide panel 4 is formed such that T>t with respect to the thickness dimension T of the fixed panel 3, the upper rail 7 The groove width dimension of the lower rail 8 is formed as follows.

(Preparation process for fixed panel side)
As shown in FIG. 3, the upper rail 7 is placed over the upper edge 3a of the fixed panel 3 erected on the fixed object 1, and the upper rail 7 is inserted into the groove 7a. The inner surface of the upper edge 3a is fixed to the back surface 3R of the upper edge 3a.

The upper rail 7 has a back wall 7c wider than the front wall 7b in the depth direction of the groove 7a, and has an adhesive layer made of double-sided adhesive tape on the inner surface of the back wall 7c over the entire length of the rail 7. 7x is provided as a component of an assembly kit with the adhesive layer 7x covered with a release tape.

Therefore, after peeling off the release tape, the user can adhere the adhesive layer 7x to the back surface 3R of the upper edge 3a by covering the upper rail 7 on the upper edge 3a of the fixed panel 3 as described above. .

When attaching the upper rail 7, the receiving member 9 is fixed to the surface 3F of the side end of the upper edge 3a of the fixed panel 3 facing the pull-out direction X1.

The receiving member 9 is formed of a plate piece of aluminum or the like, has an adhesive layer 9x made of double-sided adhesive tape on one of both surfaces, and is a component of the assembly kit with the adhesive layer 9x covered with a release tape. provided as.

Therefore, after peeling off the release tape, the user may fix the adhesive layer 9x while allowing the receiving member 9 to face the surface of the fixed panel 3.

(Preparation process on the slide panel side)
As shown in FIG. 4, in the slide panel 4, an upper molding material 12 and a lower molding material 13 are fitted onto the upper and lower edges 4a and 4b, respectively.

The upper molding material 12 and the lower molding material 13 are made of the same material, are extruded from flexible plastic such as vinyl chloride, and have an elastically deformable groove shape with a bottom wall 14a and both side walls 14b and 14c. It is a member, and the side walls 14b and 14c are formed so as to be inclined in a direction that gradually approaches the groove opening from the bottom wall 14a, and is cut to a length corresponding to the width w of the slide panel 4. Supplied as a component of an assembly kit.

When the upper and lower edges 4a and 4b of the slide panel 4 are inserted into the grooves of the upper molding material 12 and the lower molding material 13, the both side walls 14b and 14c are expanded due to elastic deformation, and the upper and lower edges 4a are expanded due to elastic deformation. , 4b are held by sandwiching their front and back surfaces.

At this time, the contact member 10 is fixed to the side wall 14c that is located at the end of the upper molding material 12 facing the storage direction X2 and that holds the back surface 4R of the slide panel 4.

The contact member 10 is formed of a plate piece of aluminum or the like, has an adhesive layer 10x made of double-sided adhesive tape on one of both sides, and is a component of the assembly kit with the adhesive layer 10x covered with a release tape. provided as.

Therefore, after peeling off the release tape, the user may adhere the adhesive layer 10x while facing the abutment member 10 at a predetermined location on the side wall 14c.

(lower rail)
During the above preparation process, the lower rail 8 is not attached to the fixed panel 3 and is kept on standby. The lower rail 8 is provided with an adhesive layer 8x made of double-sided adhesive tape on the outer surface of the groove 8a (outer surface of the back wall 8c) over the entire length, and is assembled into a component of the assembly kit with the adhesive layer 8x covered with a release tape. provided as.

(Assembly process)
After passing through the above preparation process, an assembly process is performed. As shown in FIG. 5, after inserting the upper edge 4a (upper molding material 12) of the slide panel 4 into the groove 7a of the upper rail 7 with the slide panel 4 in an inclined position with respect to the surface 3F of the fixed panel 3. , the slide panel 4 is superimposed on the fixed panel 3.

When overlapping, the groove 8a of the lower rail 8 is fitted into the lower edge 4b (lower molding material 13) of the slide panel 4 spaced apart from the surface 3F of the fixed panel 3, and the lower edge 4b and the lower rail 8 are fitted into each other. As shown in FIG. 6, the assembly is carried out by moving the parts together toward the surface 3F of the fixed panel 3 and fixing the adhesive tape 8x of the lower rail 8 to the surface 3F of the fixed panel 3. Complete.

In this way, the lower rail 8 is fixed to the surface 3F of the fixed panel 3 at the same time as the sliding panel 4 is superimposed on the fixed panel 3, and the fixed position of the lower rail 8 is measured in advance with a measuring tape or the like. It becomes possible to accurately fix the lower rail 8 in a predetermined position without requiring such complicated work.

(effect)
As shown in FIG. 7, the upper rail 7 fixes the inner surface of the back wall 7c to the back surface 3R of the upper edge 3a with the adhesive layer 7x with the upper edge 3a of the fixed panel 3 inserted into the groove 7a. are doing. Therefore, even if a load or external force is applied to the upper rail 7, it will not easily fall off. Moreover, the upper edge 3a of the fixed panel 3 can be protected by being hugged by the back wall 7c.

As shown in the figure, the groove width W1 of the groove portion 7a of the upper rail 7 is such that the upper molding member 12 of the upper edge portion 4a of the slide panel 4 slides in addition to the upper edge portion 3a of the fixed panel 3 and the receiving member 9. It is formed wide so that it can be accepted freely.

On the other hand, the lower rail 8 is fixed to a predetermined location on the surface 3F of the fixed panel 3, and the groove width W2 of the groove 8a is such that the lower molding material 13 fitted to the lower edge 4b of the slide panel 4 is It is formed narrowly so that it can be slidably received. In other words, they are formed so that W1>W2.

Located on the upper rail 7, a receiving member 9 is fixed to the front surface 3F of the fixed panel 3 at the end in the pull-out direction X1, and abuts on the back surface 3R of the slide panel 4 at the end in the storage direction X2. Since the member 10 is fixed, a gap S is formed between the fixed panel 3 and the slide panel 4, and when the slide panel 4 is moved in the X direction, the surfaces of the fixed panel 3 and the slide panel 4 are This prevents scratches from occurring.

As shown in FIG. 7(A), the upper edge 4a of the slide panel 4 is configured such that the side wall 14c of the upper molding member 12 overlaps the receiving member 9 as indicated by the symbol P. When the slide panel 4 is moved in the X direction, the side wall 14c of the upper molding member 12 is rubbed against the receiving member 9, thereby protecting the back surface 4R of the slide panel 4.

As shown in FIG. 7(B), the abutment member 10 is formed of a wide plate piece having a vertical width and an extension portion 10b below a fixed portion 10a fixed to the side wall 14c of the upper molding material 12. , when the slide panel 4 is moved in the pull-out direction X1, the end face of the extension portion 10b comes into contact with the end face of the receiving member 9, as indicated by the symbol Q.

As shown in FIG. 8, the slide panel 4 can be moved relative to the fixed panel 3 in a pull-out direction X1 in which it is pulled out from the fixed panel 3 and in a storage direction X2 in which it is overlapped with the fixed panel 3. The size of the area partitioned by 3 and 4 can be freely expanded or contracted, and when the slide panel 4 is moved to the maximum pulled out position, the abutment member 10 abuts against the receiving member 9, so that the slide It functions as a stopper for the panel 4 to come off.

By the way, when it is necessary to separate the fixed panel 3 and/or the slide panel 4 for maintenance such as cleaning, if the slide panel 4 is continued to be moved in the storage direction 7 and the lower rail 8 through the openings at the ends thereof. Moreover, if the slide panel 4 that has been pulled out is moved in the opposite direction and inserted into the upper rail 7 and the lower rail 8, it can be mounted again.

(handle)
FIG. 9 shows a preferred example of the handle 11. The handle 11 is injection-molded from plastic, and has a thin plate-shaped fixing part 11c extending from the handle part 11a, on which the user can hang his or her fingers, and forming a recess 11b. The adhesive layer 11x is provided as a component of an assembly kit with the adhesive layer 11x covered with a release tape.

Therefore, after peeling off the release tape, the user may fit the surface 4F of the end edge of the slide panel 4 in the pull-out direction X1 into the recess 11b and fix the adhesive layer 11x. In this state, as shown in FIG. 9(B), the back surface of the handle portion 11a is flush with the back surface 4R of the slide panel 4, so when moving the slide panel 4 in the X direction, the handle portion 11a is attached to the fixed panel. The surface 3F of 3 will not be rubbed.

1 Fixed object 2 Holder 3 Fixed panel 3F Front surface 3R Back surface 3a Upper edge 3b Lower edge 4 Slide panel 4F Front surface 4R Back surface 4a Upper edge 4b Lower edge 5 Support means 6 Control means 7 Upper rail 7a Groove 7b Front wall 7c Rear wall 7x Adhesive layer 8 Lower rail 8a Groove 8b Front wall 8c Rear wall 8x Adhesive layer 9 Receiving member 9x Adhesive layer 10 Contact member 10a Adhering portion 10b Extension portion 10x Adhesive layer 11 Handle 11a Handle portion 11b Recess 11c Adhering Piece 11x Adhesive layer 12 Upper molding material 13 Lower molding material 14a Bottom wall 14b, 14c Side wall

Claims (4)

A fixed panel (3) erected in the X direction on the upper surface of the fixed object (1), a slide panel (4) that is superimposed on the front and back surfaces of the fixed panel, and a fixed panel that connects the slide panel to the fixed panel. It is composed of a support means (5) that supports the device in a movable state in a pull-out direction X1 for pulling it out from the storage panel and a storage direction X2 that overlaps the fixed panel, and a control device (6) that controls the movement,
The support means (5) includes an upper rail (7) consisting of a groove-shaped member having both ends opened in the X direction so as to slidably fit the upper and lower edges of the slide panel on the surface of the fixed panel; Equipped with a lower rail (8),
The outer surface of the groove of the lower rail is fixed to the surface (3F) of the fixed panel, and the inner surface of the groove of the upper rail is fixed to the back surface (3R) of the upper edge (3a) of the fixed panel. Ori,
The control means (6) includes a receiving member (9) fixed to the surface of the side end facing the pull-out direction X1 of the upper edge of the fixed panel fixed to the upper rail, and a receiving member (9) fixed to the upper rail. comprising an abutment member (10) fixed to the back surface of the side end facing the storage direction X2 of the upper edge of the fitted slide panel;
The upper edge (4a) of the slide panel fitted to the upper rail is overlapped with the receiving member (9), and the abutment member (10) of the slide panel is placed on the surface (3F) of the upper edge of the fixed panel. By overlapping the panels, a gap S is formed between the front surface of the fixed panel and the back surface of the slide panel,
It is characterized by being configured to form a means for preventing the slide panel from coming off by bringing the abutting member (10) of the slide panel moved in the pull-out direction X1 into contact with the receiving member (9). Screen-type partition. The support means (5), the control means (6), and the slide panel (4) can be retrofitted to the fixed panel (3), which is an existing transparent panel that is erected on the upper surface of the fixed object via a holder. It consists of an assembly kit that is
Regarding the fixed panel (3) having a height dimension H, a lower region defined by a height dimension H2 held by the holder and an upper region defined by a height dimension H1 above the lower region. , the slide panel (4) is formed of a transparent panel having approximately the same height dimension h as the upper region,
The upper rail (7) and the lower rail (8) are formed such that the groove width W2 of the lower rail is W1>W2 with respect to the groove width W1 of the upper rail, and the inner side of both sides of the groove part (7a) of the upper rail is An adhesive layer (7x) is provided on the inner surface of one of the side surfaces, and an adhesive layer (8x) is provided on the outer surface of one of the outer surfaces on both sides of the groove (8a) of the lower rail.
The receiving member (9) and the abutting member (10) are each formed of a plate piece, and an adhesive layer (9x) (10x) is provided on one of both surfaces of each plate piece. The screen-type partition according to claim 1. An upper molding material (12) and a lower molding material (13) are fitted onto the upper and lower edges (4a) and (4b) of the slide panel (4), respectively.
The upper molding material and the lower molding material are each formed by an elastically deformable channel-shaped member having a bottom wall (14a) and both side walls (14b) and (14c), and the both side walls are gradually deformed from the bottom wall toward the groove opening. The screen-type partition according to claim 1 or 2, characterized in that it is formed so as to be inclined in the direction of adjacency. A method for assembling a screen partition according to claim 1,
The support means (5), the control means (6), and the slide panel (4) can be retrofitted to the fixed panel (3), which is an existing transparent panel that is erected on the upper surface of the fixed object via a holder. It consists of an assembly kit that is
Regarding the fixed panel (3) having a height dimension H, a lower region defined by a height dimension H2 held by the holder and an upper region defined by a height dimension H1 above the lower region. , the slide panel (4) is formed of a transparent panel having approximately the same height dimension h as the upper region,
The upper rail (7) and the lower rail (8) are formed such that the groove width W2 of the lower rail is W1>W2 with respect to the groove width W1 of the upper rail, and the inner side of both sides of the groove part (7a) of the upper rail is An adhesive layer (7x) is provided on the inner surface of one of the side surfaces, and an adhesive layer (8x) is provided on the outer surface of one of the outer surfaces on both sides of the groove (8a) of the lower rail.
The receiving member (9) and the abutting member (10) are each formed of a plate piece, and an adhesive layer (9x) (10x) is provided on one of both surfaces of each plate piece,
With respect to the fixed panel (3), with the upper edge (3a) of the fixed panel inserted into the groove of the upper rail (7), apply the adhesive layer (7x) of the upper rail to the back surface (3R) of the upper edge. ) and fixing the adhesive layer (9x) of the receiving member (9) on the surface (3F) of the side end facing the pull-out direction X1 of the upper edge;
For the slide panel (4), adhere the adhesive tape (10x) of the contact member (10) to the back surface (4R) of the side edge facing the storage direction X2 of the upper edge (4a) of the slide panel. Preparation process on the slide panel side,
After that, the upper edge (4a) of the slide panel (4) is inserted into the groove (7a) of the upper rail (7) by tilting the position relative to the surface of the fixed panel (3), and the surface of the fixed panel The groove (8a) of the lower rail (8) is fitted into the lower edge (4b) of the slide panel that is spaced apart from (3F), and the lower edge and the lower rail are integrated into the surface (3F) of the fixed panel. ) A method for assembling a screen-type partition characterized by comprising an assembly step of fixing the adhesive tape (8x) of the lower rail to the surface of the fixed panel by moving the adhesive tape (8x) toward the surface of the fixed panel.

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