JP2019206830A - Partition structure - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a partition structure in which a panel body does not easily come off without impairing its design. SOLUTION: An upper horizontal member and a lower horizontal member which are vertically spaced apart from each other, and a partition which is arranged between the upper horizontal member and the lower horizontal member and partitions a space into one side and the other side. A panel body having an upper rail and a lower rail to which the partition member is fixed, and the upper cross member is provided on the one side and has an inclination decreasing toward the other side. An upper crosspiece-side extension that is provided on the one side and extends with an inclination that increases toward the one side. The upper crosspiece-side extension portion overlaps the upper horizontal member-side extension portion and is joined by an extension portion fixture. [Selection diagram] Figure 2

Description

  The present invention relates to a partition structure provided with a partition member in which an upper rail and a lower rail are fixed between an upper horizontal member and a lower horizontal member provided at intervals in the vertical direction.

  As a partition structure provided with a panel body made of a partition member to which an upper crosspiece and a lower crosspiece are fixed between an upper crosspiece and a lower crosspiece provided at intervals in the vertical direction, for example, A vertical lattice type partition that is installed in a front door or a garden is known (see, for example, Patent Document 1). The partition body includes an upper frame and a lower frame of a panel body (face body) inserted in a bowl shape between an upper frame and a lower frame of an outer frame formed by an upper frame, a lower frame, and left and right vertical frames. It is fixed to the bottom frame. In this partition body, the panel body inserted into the outer frame in a bowl shape has the panel body placed on the lower frame, and the lower rail of the panel body is screwed to the lower frame. Further, a bead made of synthetic resin is press-fitted between the upper frame and the upper frame of the panel body inserted in a bowl shape into the opening groove of the downward opening provided in the upper frame, thereby holding the panel body.

JP 2008-274611 A

  In the conventional partition body, a synthetic resin bead is press-fitted between the upper frame and the upper frame of the panel body inserted in a bowl shape between the upper frame and the lower frame, and the upper portion of the panel body is fixed. Therefore, if the lower frame is deformed such as being bent downward, the position of the panel body is lowered and the bead is removed, and the panel body may be detached from the frame body. Further, since the panel body inserted in a bowl shape and the upper frame are spaced apart from each other in the vertical direction, the upper part of the panel body cannot be fixed by screws that enter the upper frame upward. For this reason, when it fixes with the screw | thread which approachs a horizontal direction, there exists a subject that the head part of a screw | thread exposes and the designability is impaired.

  This invention is made | formed in view of this subject, The place made into the objective is to provide the partition structure which a panel body does not remove | deviate easily without impairing the designability.

  In order to achieve such an object, the partition structure of the present invention is disposed between the upper cross member and the lower cross member that are provided at intervals in the vertical direction, and between the upper cross member and the lower cross member, A partition member for partitioning the space into one side and the other side, and a panel body provided with an upper rail and a lower rail to which the partition member is fixed, and the upper cross member is provided on the one side And has an upper cross member side extending portion extending with a slope that decreases toward the other side, and the upper rail is provided on the one side and has a slope that increases toward the one side. And the upper rail side extension portion overlaps the upper cross member side extension portion and is joined by an extension portion fixture. It is a partition structure.

  According to such a partition structure, the upper crosspiece-side extension provided on the upper crosspiece of the panel body overlaps the upper crosspiece-side extension provided on the upper crosspiece. It is possible to position the panel body with reference. For this reason, since it positions in the upper side of the panel body which is easy to visually recognize, even if it is a case where a plurality of panel bodies are arranged, since the variation in the upper side is small, it is excellent in design nature. Also, an upper cross member side extending portion provided on one side of the upper cross member and extending toward the other side, and an upper cross side provided on one side of the upper cross member and extending toward the one side. Since the extension part is joined by the extension part fixing tool, the extension part fixing tool is hardly visible from the prospective direction. For this reason, it is more excellent in design property.

Moreover, since the upper cross member side extension part of the upper cross member and the upper cross member side extension part of the upper cross are joined by the extension part fixture, the panel body is supported by the upper cross member. For this reason, even if the lower cross member is deformed so as to be bent downward, the panel body cannot be removed. Thus, it is possible to provide a partition structure in which the panel body is difficult to come off without impairing the design.
Furthermore, the upper cross member side extending portion of the upper cross member has a slope that becomes lower toward the other side, and the upper rail side extension portion of the upper cross has a slope that becomes higher toward the one side. It can be easily joined from the side by the extension fixture.

In this partition structure, the upper cross member is provided on the other side with a gap in the prospective direction from the upper cross member side extending portion, and the upper cross member engaging portion with which the upper cross member is engaged. It is characterized by having.
According to such a partition structure, one side of the panel body is joined to the upper cross member side extending portion of the upper cross member, and the other side is engaged to the upper cross member engaging portion of the upper cross member. Can be more stably supported by the upper cross member.

In this partitioning structure, the lower crosspiece is fixed to the lower cross member in a state of being spaced apart from the lower cross member in the vertical direction.
According to such a partition structure, since the lower rail and the lower horizontal member are spaced in the vertical direction, the vertical position of the panel body is not restricted by the lower horizontal member. For this reason, it is possible to position on the upper side of the panel body and to absorb the product variation in the vertical dimension on the lower end side. Moreover, since the lower rail is fixed to the lower cross member, the panel body can be held in a more stable state.

In this partition structure, the upper cross member is provided with the upper cross member-side extension portion on the other side of the wall portion forming the one-side finding surface, and the lower end of the wall portion is It is located below the upper cross member side extension part.
According to such a partition structure, the wall portion provided with the upper cross member side extension portion joined by the upper rail side extension portion and the extension portion fixture has a lower end extending on the upper cross member side extension portion. Since it is located below the projecting portion, the extension fixture that joins the upper rail side extending portion and the upper cross member side extending portion is less visible from one side by the wall. For this reason, it is more excellent in design property.

  In this partition structure, the partition member is fixed by the partition member fixture from the one side, and a cover that covers the extension portion fixture and the partition member fixture is attached to the upper rail. It is characterized by being.

  According to such a partition structure, the partition member fixture that fixes the partition member to the upper rail, the extension portion fixture that joins the upper cross member side extension portion and the upper rail side extension portion, Since it is covered with the cover attached to the crosspiece, it is possible to provide a partition structure having an excellent design.

  ADVANTAGE OF THE INVENTION According to this invention, it is possible to provide the partition structure body from which a panel body does not remove | deviate easily, without impairing design property.

It is the front view which looked at the vertical lattice unit which makes an example of the partition structure of the present invention from the outside. It is a longitudinal cross-sectional view which shows a vertical lattice unit. It is a longitudinal cross-sectional view which shows the structure of a vertical lattice body. It is a figure which shows the construction method of a vertical lattice unit. It is a figure which shows the fixing procedure of an upper crosspiece.

Hereinafter, a partition structure according to an embodiment of the present invention will be described with reference to the drawings.
In the present embodiment, as shown in FIGS. 1 and 2, for example, a self-supporting vertical lattice unit as a partition structure that is provided at the boundary between a residential land and a road and partitions a space will be described as an example.

  The vertical lattice unit 1 of the present embodiment has two columns 11 standing upright apart from each other and a gate type having a girder 12 as an upper horizontal member spanned between the upper ends of the two columns 11. Frame 10, lower trunk edge 2 as a lower horizontal member spanned on the lower end side of two pillars 11, and grid member 30 as a partition member provided between beam 12 and lower trunk edge 2. And the upper cover 4 and the lower cover 5 that cover the upper and lower portions of the lattice body 3 from the residential land side.

  In the following description, when the vertical grid unit 1 in a standing state is viewed from the road side, the vertical direction is the vertical direction, the horizontal direction is the horizontal direction, and the width direction of the vertical grid unit 1 is the horizontal direction and the horizontal direction. The orthogonal direction is shown as the depth direction. Even if it is each part of the vertical lattice unit 1 and each member constituting the vertical lattice unit 1 is in a single state, the vertical direction, the left-right direction, and the depth direction are set up in a standing state. The direction is specified and described.

  The pillar 11 is a rectangular pipe-shaped member having a rectangular cross section and penetrating in the longitudinal direction, and is arranged so that one side surface 11a faces each other. The girder 12 is bridged and connected between the upper end portions of the side surface 11 a facing the column 11.

  The girder 12 has a girder body 13 having a hollow portion in the longitudinal direction, and a fixing member 14 that is fixed to the girder body 13 and to which the upper side of the lattice body 3 is fixed. In the following description, the housing land side corresponding to one side of the space partitioned by the lattice material 30 will be described as the inside, and the road side corresponding to the other side will be described as the outside.

  The girder body 13 is connected to a square pipe-like girder trunk portion 13a having a rectangular section and penetrating in the longitudinal direction, and side plate portions 13b on both sides forming a vertical surface along the longitudinal direction of the girder trunk portion 13a. And a girder wall 13e that extends downward from a base lower plate portion 13d that forms the lower surface 13c of the girder main portion 13a.

  A projecting piece 13f is provided on the lower side of the girder wall 13e on the sides facing each other. Two protruding pieces 13f are provided on each of the girder wall portions 13e with a slight space in the vertical direction, and the upper protruding piece 13f provided on the inner girder wall portion 13e is a fixing member. The upper protruding piece 13f provided on the outer girder wall portion 13e forms an upper rail engaging portion with which the upper portion of the lattice body 3 is engaged.

  The fixing member 14 is fixed to the fixed plate portion 14a fixed to face the basic lower plate portion 13d of the girder main portion 13a, and extends along the inner girder hanging wall portion 13e from the edge on one side of the fixed plate portion 14a. The fixed vertical wall portion 14b disposed and the girder side extending portion 14c as the upper horizontal member side extending portion that extends while being inclined downward from the lower edge of the fixed vertical wall portion 14b. And have.

  The fixing member 14 has the lower edge of the fixed vertical wall portion 14b placed on the upper protruding piece 13f provided on the inner wall hanging portion 13e of the girder body 13, and the fixing plate portion 14a is the basic It faces the lower plate portion 13d and is fixed to the girder body 13 by screws that enter from below and forms the girder 12 together with the girder body 13. In a state where the fixing member 14 is fixed to the girder main body 13, the lower end 13g of the inner girder hanging wall portion 13e is positioned below the girder side extending portion 14c. Here, the inner girder hanging wall portion 13e corresponds to a wall portion forming a finding surface on one side of the girder.

The lower trunk edge 2 is a hollow member having a hollow portion penetrating in the longitudinal direction. The upper trunk edge plate 2a, the lower trunk edge plate 2b, and the upper trunk edge plate 2a are opposed to each other with an interval in the vertical direction. A body edge outer plate portion 2c that connects the outer edges of the bottom edge portion 2b and the body edge lower plate portion 2b; A trunk-rim outer extending piece 2e that is connected to the trunk-rim outer plate portion 2c and extends upward from the trunk-rim upper plate portion 2a. The body edge inner plate portion 2d has a step portion such that the upper portion 2f is positioned outside the lower portion 2g.
The lower waist edge 2 is connected to the lower end side of the side surface 11a facing the column 11 via a connecting member 6 such as an angle member.

  As shown in FIG. 3, the lattice body 3 includes a plurality of lattice members 30 having a hollow square pipe shape, an upper rail 31 to which upper ends of the plurality of lattice members 30 are fixed, and lower ends of the plurality of lattice members 30. And a lower rail 32 to which the portion is fixed. The upper crosspiece 31 and the lower crosspiece 32 are extrusion-molded members, and are arranged so as to be substantially parallel with a space in the vertical direction. The plurality of lattice members 30 are arranged in parallel in the longitudinal direction of the upper crosspiece 31 and the lower crosspiece 32 at appropriate intervals, and the upper ends of the lattice members 30 are respectively formed on the upper crosspiece 31 by screws 3a as partition member fixtures from the inside. Each lower end portion is fixed to the lower rail 32 by screws 3a from the inside.

  The upper rail 31 includes an upper rail inner wall portion 31a that is a vertical surface with which the inner surface of each lattice member 30 is in contact, and an upper rail flat surface portion that extends outward from the upper portion of the upper rail inner wall portion 31a. 31b, upper crosspiece engaging pieces 31c provided on the outer end side of the upper crosspiece flat portion 31b, and upper and lower upper cover engagements that protrude to the inside of the upper crosspiece inner wall portion 31a and engage the upper cover 4 Portions 31d, 31e and an upper beam side extending portion 31f provided above the upper cover locking portion 31d on the upper side of the upper beam inner wall portion 31a and fixed to the beam side extending portion 14c of the fixing member 14. Have.

  The upper crosspiece plane portion 31 b is a plate-like portion that comes into contact with the upper end portion of each lattice member 30 and is configured to cover the upper edge of the attached lattice member 30. The upper crosspiece engaging piece 31c protrudes upward from the upper crosspiece flat part 31b and engages with an upper protruding piece 13f provided on the girder wall 13e on the outside of the girder body 13. The upper upper cover locking portion 31d is provided so as to protrude on the opposite side of the upper rail flat surface portion 31b with respect to the upper rail inner wall portion 31a, and the lower upper cover locking portion 31e is the upper rail inner wall portion. It protrudes inward from the lower edge of 31a.

  Each lattice member 30 is fixed by screws 3a between an upper cover locking portion 31d on the upper side and a lower cover locking portion 31e on the lower side. The upper rail-side extending portion 31f extends while inclining so as to increase inward from the upper rail inner wall portion 31a. The inclination angle of the upper beam side extension part 31f is substantially the same as the inclination angle of the girder side extension part 14c.

  The lower rail 32 is disposed on the inner side of the lower rail inner side wall portion 32a that is in contact with the upper portion 2f of the inner edge portion 2d of the lower waist edge 2 from the inside and the outer edge extending piece 2e of the lower waist edge 2. The lower rail plate portion that forms a horizontal plane by connecting the lower rail outer wall portion 32b facing the trunk edge outer extension piece 2e, the upper edge of the lower rail inner wall portion 32a, and the upper edge of the lower rail outer wall portion 32b. 32c, and a lower beam upper extending portion 32d that is a vertical surface that extends upward from the lower beam flat plate portion 32c and contacts the inner surface of each lattice member 30.

  An upper lower cover locking portion 32e extending inward is provided at the upper end of the lower beam upper extension portion 32d, and on the inner side of the lower beam upper extension portion 32d of the lower beam flat plate portion 32c. A lower lower cover locking portion 32f that protrudes upward is provided. Further, a cover placing portion 32g on which the lower cover 5 is placed is provided at the inner end of the lower crosspiece flat plate portion 32c. Each lattice member 30 is fixed by screws 3a between an upper lower cover locking portion 32e and a lower lower cover locking portion 32f.

  In the lattice body 3 in which the plurality of lattice members 30 are fixed to the upper crosspiece 31 and the lower crosspiece 32, the upper crosspiece engagement piece 31c is engaged with the protruding piece 13f provided on the outer girder wall portion 13e. Thus, the upper beam 31 is overlapped on the beam-side extending portion 14c and joined by the screws 7 as the extending portion fixing tool which enters obliquely from the lower inside, whereby the upper beam 31 is connected to the beam 12. It is fixed to. Further, the lower rail inner wall 32a of the lower rail 32 is joined to the inner peripheral edge plate portion 2d of the lower waist edge 2 by screws 8 that enter from the inside toward the outside, so that the lower rail 32 is connected to the lower waist edge 2. It is fixed to.

  The upper cover 4 has locked portions 4a and 4b that are locked to two upper cover locking portions 31d and 31e provided on the upper bar 31 on the outer side. The upper cover 4 is locked between the two upper cover locking portions 31d and 31e and inside the girder body 13 by locking the locked portions 4a and 4b to the upper cover locking portions 31d and 31e. A space between the lower end of the wall portion 13e and the upper cover engaging portion 31d on the upper side is covered. At this time, the screws 3 a for fixing the lattice material 30 to the upper rail 31 and the screws 7 for joining the beam-side extending portion 14 c and the upper rail-side extending portion 31 f are also covered by the upper cover 4.

  The lower cover 5 has locked portions 5a and 5b that are locked to two lower cover locking portions 32e and 32f provided on the lower rail 32 on the outside. The lower cover 5 covers the lower end of the lower rail inner wall portion 32a from the inner side from the upper lower cover locking portion 32e by locking the locked portions 5a and 5b to the lower cover locking portions 32e and 32f. It is configured as follows. At this time, the screws 3 a for fixing the lattice member 30 to the lower rail 32 and the screws 8 for joining the lower rail inner side wall portion 32 a and the body edge inner plate portion 2 d are also covered by the lower cover 5.

  As shown in FIG. 4 (a), the vertical grid unit 1 according to the present embodiment is constructed with the upper frame 31 and the lower frame 32 in a state where the lower trunk edge 2 is provided on the standing frame 10. A lattice body 3 to which a plurality of lattice members 30 are fixed is attached. At this time, the fixing member 14 is fixed to the girder body 13.

  As shown in FIGS. 4B and 5A, first, the lattice body 3 is tilted from the inside so that the upper side is positioned outside the lower side, and the beam 12 and the lower trunk edge 2 are While moving in between, the upper rail side extension portion 31f is inserted between the beam side extension portion 14c and the outer beam suspension wall portion 13e.

  Next, as shown in FIG. 5 (b), the upper beam side extending portion 31f is moved above the beam side extending portion 14c, and the tip of the beam side extending portion 14c is moved to the upper beam side extending portion 31f. It is inserted between the upper cover engaging portion 31d on the upper side.

  Next, as shown in FIG. 4C, the lower part of the lattice body 3 is moved outward, and the lattice body 3 is rotated so that the posture of the lattice body 3 becomes vertical. At this time, the lattice body 3 is disposed inside the position after being fixed to the frame 10. At this time, the upper rail side extension portion 31f overlaps the beam side extension portion 14c.

  Next, as shown in FIGS. 5 (c) and 5 (d), the grid 3 is moved outward along the inclination of the spar-side extending portion 14c, and the upper crosspiece engagement piece 31c is moved to the outside. It is made to engage with the protrusion piece 13f provided in the girder wall part 13e. In this state, the lattice body 3 is temporarily supported by the beam-side extending portion 14c and the protruding piece 13f provided on the outer beam-suspending wall portion 13e. At this time, the lower rail 32 in FIG. 4 (c) is spaced from the lower barrel edge 2 in the vertical direction, and the lower rail inner side wall portion 32a contacts the upper portion 2f of the trunk inner plate portion 2d from the inside. Touched.

  Next, the girder-side extension portion 14c and the upper beam-side extension portion 31f overlapping the girder-side extension portion 14c are joined to each other by causing the screws 7 to enter obliquely from the lower side on the inner side of the lower beam. The part 32a and the body edge inner plate part 2d are joined by allowing the screws 8 to enter from the inside toward the outside.

  Finally, as shown in FIGS. 3 and 4 (d), the upper cover 4 is attached by locking the locked portions 4a and 4b of the upper cover 4 to the upper cover locking portions 31d and 31e, and the lower cover 5 is attached. The locked portions 5a and 5b are locked to the lower cover locking portions 32e and 32f and the lower cover 5 is attached, and the construction of the vertical lattice unit 1 is completed.

  According to the vertical lattice unit 1 of the present embodiment, the upper beam side extending portion 31 f provided on the upper beam 31 of the lattice body 3 has the beam side extending portion provided on the fixing member 14 constituting the beam 12. 14c, the lower rail 32 and the lower trunk edge 2 are spaced apart in the vertical direction. For this reason, since the vertical position of the grid 3 is not restricted by the lower body edge 2, the grid 3 can be positioned with reference to the upper rail 31 of the grid 3. For this reason, since it positions on the upper side of the lattice body 3 which is easy to be visually recognized, even when a plurality of the lattice bodies 3 are arranged, the variation is small and the design is excellent. Further, a girder side extending portion 14c provided inside the girder 12 and extending outward, and an upper beam side extending portion 31f provided inside the upper beam 31 and extending inward are provided. Since the spar 7 is joined by the screw 7 from the girder side extending portion 14c side, the screw 7 is hardly visible from the prospective direction. For this reason, it is more excellent in design property.

Further, since the girder-side extending portion 14c of the girder 12 and the upper rail-side extending portion 31f of the upper beam 31 are joined by the screws 7 and the lattice body 3 is supported by the beam 12, the lower trunk edge 2 is Even if it deform | transforms so that it may curve below, the lattice body 3 does not remove | deviate. Furthermore, since the lower rail 32 is fixed to the lower trunk edge 2, it is possible to hold the lattice body 3 more firmly in a more stable state. For this reason, it is possible to provide the vertical lattice unit 1 in which the lattice body 3 is not easily detached without impairing the design.
Moreover, since the spar-side extension part 14c of the spar 12 has an inclination that decreases toward the outside,
When attaching the lattice body 3, it is possible to easily insert the upper beam-side extension portion 31f of the upper beam 31 between the beam-side extension portion 14c and the outer beam suspension wall portion 13e.

  Further, after the upper beam side extending portion 31f is overlaid on the beam side extending portion 14c, the lattice body 3 is moved outward along the inclination of the beam side extending portion 14c, and the upper beam outer engaging piece 31c is moved. Is engaged with the protruding piece 13f, so that the lattice body 3 can be moved using the spar-side extending portion 14c as a guide. For this reason, it is possible to easily engage the upper crosspiece engaging piece 31c with the protruding piece 13f.

  Further, the spar-side extending portion 14c of the spar 12 has a slope that decreases toward the outside, and the top-span-side extending portion 31f of the top rail 31 has a slope that increases toward the inside. A tool or the like can be easily and surely joined by allowing the screw 7 to enter obliquely from below the inner side without being interrupted by the lattice 3. At this time, since the lattice body 3 is temporarily supported by the beam-side extending portion 14c and the projecting piece 13f, the lattice body 3 can be further stabilized, and the operator can support the lattice body 3 with screws. There is no need to stop. For this reason, it is possible to provide the vertical lattice unit 1 excellent in workability.

  Further, the girder wall portion 13e inside the girder body 13 along which the fixed vertical wall portion 14b of the fixing member 14 having the girder side extending portion 14c joined by the upper rail side extending portion 31f and the screw 7 is Since the lower end 13g is located below the spar-side extension part 14c, the screw 7 that joins the upper beam-side extension part 31f and the spar-side extension part 14c is connected from the inside by the girder wall part 13e. It is harder to see. For this reason, it is more excellent in design property.

  Further, since the screws 3a for fixing the lattice material 30 to the upper rail 31 and the screws 7 for joining the beam-side extending portion 14c and the upper rail-side extending portion 31f are covered by the upper cover 4, the design is further improved. A vertical lattice unit 1 can be provided.

In the above embodiment, the example in which the upper beam side extending portion 31f is overlapped on the beam side extending portion 14c and joined with the screw 7 from the lower side inside is described. The extension portion may be overlapped and joined to the lower side of the girder side extension portion.
In the above-described embodiment, the example using the lattice body 3 that forms a vertical lattice as the partition member has been described. It doesn't matter.

  Moreover, the said embodiment is for making an understanding of this invention easy, and is not for limiting and interpreting this invention. The present invention can be changed and improved without departing from the gist thereof, and it is needless to say that the present invention includes equivalents thereof.

1 vertical lattice unit, 2 lower trunk edge, 3 lattice body, 3a screw, 4 upper cover,
7 Screws, 12 digits, 13e Girder wall, 13f Projection piece, 14c Girder side extension,
30 lattice material, 31 upper beam, 31f upper beam side extension, 32 lower beam,

Claims (5)

An upper cross member and a lower cross member provided at intervals in the vertical direction;
A partition member disposed between the upper cross member and the lower cross member and partitioning the space into one side and the other side; and a panel body including an upper rail and a lower rail to which the partition member is fixed; ,
Have
The upper cross member has an upper cross member-side extending portion that is provided on the one side and extends with an inclination that decreases toward the other side,
The upper rail has an upper rail-side extension portion provided on the one side and extending with an inclination increasing toward the one side,
The partition structure, wherein the upper beam side extending portion overlaps with the upper cross member side extending portion and is joined by an extending portion fixing tool. The partition structure according to claim 1,
The upper cross member has an upper beam engaging portion that is provided on the other side with a gap in the prospective direction with respect to the upper horizontal member side extending portion and to which the upper beam is engaged. A partition structure. The partition structure according to claim 1 or 2,
The said lower crosspiece is being fixed to the said lower horizontal member in the state spaced apart from the said lower horizontal member in the up-down direction, The partition structure characterized by the above-mentioned. A partition structure according to any one of claims 1 to 3,
The upper cross member is provided with the upper cross member side extending portion on the other side of the wall portion forming the one side finding surface, and the lower end of the wall portion is formed by the upper cross member side extending portion. The partition structure characterized by being located below. A partition structure according to any one of claims 1 to 4,
The partition member is fixed to the upper rail by a partition member fixture from the one side,
The partition structure which the cover which covers the said extension part fixing tool and the said partition member fixing tool is attached.

Images