JP2012092533A - Parting material - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a parting material capable of adapting to a thickness dimension of a plate material.SOLUTION: A parting material 10 includes a parting material body 21 and supports 26 and 27 for sandwiching ends of plate materials 11 and 12 between themselves and the parting material body 21. The parting material 10 is equipped with fixing bodies 31 and 32 for fixing the supports 26 and 27 to the parting material body 21. A change of a position to fix the supports 26 and 27 to the parting material body 21 by the fixing bodies 31 and 32 enables adaptation to thickness dimensions A and B of the plate materials 11 and 12. The parting material body 21 and the supports 26 and 27 have plate material end surface receiving portions 53 and 63 for preventing end surfaces of the plate materials 11 and 12 from abutting on the fixing bodies 31 and 32, respectively.

Description

  The present invention relates to a parting material that can correspond to the thickness dimension of a plate material.

  Conventionally, for example, a parting material such as a corner finishing member of a board wall described in Patent Document 1 is known.

  This conventional parting material is substantially band-shaped, has a thin thickness at both ends, and has a bent portion formed integrally at the center in the width direction, and the bent portion is bent to form the corner surface of the wall. The fitting part which forms the recessed part which fits the board edge part of the corner of a wall in the surface part which is covered with the surface part to cover, and is formed integrally with the surface part in the back side of the both-sides edge part of this surface part And.

Japanese Utility Model Publication No. 2-81857 (FIGS. 2 and 3)

  However, as in the case of the above-mentioned conventional parting material, in the configuration in which the fitting portion is integrally formed on the surface portion and the end portion of the plate material such as the board wall is sandwiched between the fitting portion and the surface portion, the thickness A different parting material must be prepared for each of a plurality of types of plates having different dimensions, and there is a problem that the thickness of the plates cannot be accommodated.

  This invention is made | formed in view of such a point, and it aims at providing the parting material which can respond | correspond to the thickness dimension of a board | plate material.

  The parting material according to claim 1 comprises: a parting material main body, a support that sandwiches an end of a plate member between the parting material main body, and a fixed body that fixes the support to the parting material main body. At least one of the parting material main body and the support body has a plate material end surface receiving portion for preventing an end surface of the plate material from hitting the fixing body, and fixing the support body to the parting material main body by the fixing body. The position can be changed.

  The parting material according to claim 2 is the parting material according to claim 1, wherein the parting material body has a plate material end surface receiving portion, and the support body has a plate material end surface receiving portion and a plate material end surface receiving portion for reversal, When the support is fixed to the parting material main body in the first state, the end surface of the plate hits the fixed body at the plate material end surface receiving part of the parting material main body and the plate material end surface receiving part of the support. When the support is fixed to the parting material body in the second state inverted from the first state, the plate material end surface receiving portion of the parting material body and the support are reversed. The end face of the plate material is prevented from hitting the fixed body with the plate end face receiving portion.

  The parting material according to claim 3 is the parting material according to claim 2, wherein when the support is fixed to the parting material main body in the first state, the plate end face receiving portion of the parting material main body and the support There is a gap through which the fixed body can pass between the plate end face receiving portion of the body.

  The parting material according to claim 4 is the parting material according to any one of claims 1 to 3, wherein the support has a fixing portion on which an uneven surface is formed, and the main part of the parting material has an uneven surface. The fixed portion has a concavo-convex surface of the fixed portion meshed with the concavo-convex surface of the fixed portion and fixed by a fixed body.

  The parting material according to claim 5 is the parting material according to claim 4, wherein the fixed body is constituted by a screw member having a screw head and a screw shaft part, and between the fixing part of the support and the end face of the plate member. In addition, there is a space where the screw head is located.

  According to the first aspect of the present invention, it is possible to cope with the thickness dimension of the plate material by changing the fixing position of the support with respect to the parting material main body by the fixed body, and it is possible to prevent the end surface of the plate material from hitting the fixed body.

  According to the second aspect of the present invention, when the support is fixed in the first state, the end face of the plate material hits the fixed body at the plate material end face receiving portion of the parting material body and the plate end face receiving portion of the support. When the support is fixed in the second state, it is possible to ensure that the end face of the plate hits the fixed body at the plate end face receiving part of the parting material body and the plate end face receiving part for reversing the support. Can be prevented.

  According to the invention of claim 3, when the support is fixed in the first state, there is a gap through which the fixed body can pass between the plate material end surface receiving portion of the parting material body and the plate material end surface receiving portion of the support. Since it exists, it is possible to easily fix the support to the parting material body using the fixed body.

  According to the invention which concerns on Claim 4, the support body can be easily positioned with respect to a parting material main body by meshing | engaging the uneven surface of a fixing | fixed part, and the uneven surface of a to-be-fixed part.

  According to the invention which concerns on Claim 5, it can fix easily and appropriately with respect to the to-be-fixed part of a parting material main body using the screw member.

It is sectional drawing of the parting material which concerns on one embodiment of this invention. It is a perspective view of a building attachment provided with the same parting material as above. It is sectional drawing of the pillar part of a building attachment same as the above. It is sectional drawing of a parting material at the time of applying to a board | plate material thinner than the board | plate material shown by FIG. It is sectional drawing of a parting material at the time of applying to a board | plate material thinner than the board | plate material shown by FIG. It is sectional drawing of the parting material which concerns on other embodiment of this invention.

  An embodiment of the present invention will be described with reference to the drawings.

  In FIG. 2, reference numeral 1 denotes a building accessory, and the building accessory 1 is an outdoor steel staircase corridor unit fixed to an outer wall portion 3 of a building 2 such as an apartment house.

  As shown in FIG. 2, the building accessory 1 includes a staircase portion 5, a horizontally-long longitudinal corridor 6 that is connected to the upper end of the staircase 5 and is positioned along the building 2, and the corridor 6 is provided with a handrail portion 8 erected in a portion excluding a portion facing the outer wall portion 3 of the building 2 in the peripheral end portion of the floor portion 7 of the building 6. In addition, the building accessory 1 includes a plurality of vertically extending pillars 9 that support the corridor 6.

  Then, the side surface opposite to the building 2 side that is one side surface along the longitudinal direction of the floor portion 7 of the corridor 6 is covered with a vertical plate material 11 that is a plate material as an exterior surface material such as vertical siding. It is hidden. The lower surface of the floor portion 7 of the corridor 6 is covered with a horizontal plate 12 which is a plate as an exterior surface material such as horizontal siding.

  The vertical plate member 11 and the horizontal plate member 12 are connected to each other by a metal parting material (aluminum insertion parting material) 10 such as a horizontally long aluminum, for example, a corner finishing member. That is, one parting material 10 is attached to the corners of two sheets 11 and 12 that intersect each other, and the lower end part of the vertical sheet 11 and the building 2 side of the horizontal sheet 12 are opposite at this parting material 10. The side end portions on the side are connected to each other, and the lower end portion of the vertical plate member 11 and the side end portion of the horizontal plate member 12 are covered with the parting material 10.

  As shown in FIG. 1, the parting material 10 includes a parting body main body 21 having a horizontally long longitudinal shape, and a parting body body having a longitudinal length substantially the same as the parting material main body 21 and the lower end portion of the vertical plate member 11 A first support that is a horizontally long support that is sandwiched from both ends in the thickness direction of the vertical plate 11 (left and right sides in FIG. 1) with the first support 22 that is a plate-shaped support 21. The horizontal plate 12 between the body 26 and the second support 23 which is a plate-like support portion of the parting material body 21 having a longitudinal length dimension substantially the same as that of the parting material body 21 and the side edge of the horizontal plate 12. And a second support body 27 which is a horizontally long support body sandwiched from both ends in the thickness direction (upper and lower sides in FIG. 1). Each of the first support body 26 and the second support body 27 has a substantially L-shaped cross section, for example, and is a separate member from the parting material main body 21.

  The parting material 10 includes a first fixed body 31 that is a fixed body that releasably fixes the first support 26 to the first fixed part 24 that is a plate-like fixed part of the parting material main body 21. The second support 27 is provided with a second fixed body 32 that is a fixed body that is releasably fixed to a second fixed portion 25 that is a plate-shaped fixed portion of the parting material main body 21.

  Each of the first fixed body 31 and the second fixed body 32 is constituted by a screw member 33 such as a screw having a screw head portion 34 and a screw shaft portion 35, for example. A screw groove 36 is formed on the outer peripheral surface of the screw shaft portion 35. For example, although not shown, the fixing bodies 31 and 32 may be bolts / nuts, rivets, adhesives, or the like.

  Then, by changing the fixing position of the first support 26 with respect to the first fixed portion 24 by the first fixing body 31 which is the screw member 33, the thickness dimension A of the vertical plate member 11 can be dealt with. That is, the fixing position of the first support body 26 with respect to the parting material main body 21 is changed (horizontal position change), and the distance between the first support portion 22 and the first support body 26 can be adjusted.

  Further, by changing the fixing position of the second support 27 with respect to the second fixed portion 25 by the second fixing body 32 which is the screw member 33, the thickness dimension B of the horizontal plate 12 can be dealt with. That is, the fixing position of the second support 27 with respect to the parting material main body 21 is changed (up and down position change), and the distance between the second support 23 and the second support 27 can be adjusted.

  In addition, each support body 26 and 27 is a parting material in any state of the 1st state (state of FIG. 1 and FIG. 4) and the 2nd state (state of FIG. 5) reversed 180 degree | times from this 1st state. It can be fixed to the main body 21. When the thickness dimensions A and B of the plate members 11 and 12 are smaller than those shown in FIG. 4, the support members 26 and 27 are used in the second state.

  Here, the parting material main body 21 has a main body portion 40 which is horizontally long and has a substantially L-shaped cross section. The main body 40 is provided integrally with the vertical first plate portion 41 and the horizontal second plate portion 42 that are integrally connected to each other at right angles, and straddling the first plate portion 41 and the second plate portion 42. And a reinforcing plate portion 43 having a substantially L-shaped cross section.

  The vertical plate member 11 is brought into contact with the one end surface in the thickness direction of the end portion of the vertical plate member 11 at the front end side (upper end side) portion which is the free end side of the first plate portion 41 in the horizontal direction. The 1st support part 22 which supports the thickness direction one end surface of this edge part is comprised. The horizontal plate 12 is brought into contact with the one end surface in the thickness direction of the end of the horizontal plate 12 at the front end side (building side) which is the free end of the second plate 42 in the horizontal direction. The 2nd support part 23 which supports the thickness direction one end surface of this edge part is comprised.

  The first plate portion 41 has a thick portion 41a having a thickness dimension larger than that of other portions in the intermediate portion in the width direction, and the first fixed portion 24 having a plate shape in the horizontal direction from the thick portion 41a. Projecting integrally toward the side opposite to the second plate portion 42. The second plate portion 42 has a thick portion 42a having a larger thickness dimension than the other portions in the intermediate portion in the width direction, and the second fixed portion 25 having a plate shape in the horizontal direction from the thick portion 42a. Projecting integrally toward the upper side, which is the side facing the first plate portion 41.

  A plurality of substantially V-shaped grooves parallel to each other having a groove longitudinal direction in the longitudinal direction of the parting member main body 21 are formed on the entire surface of the first fixed portion 24 facing the first support 26. A concavo-convex surface 24a is formed. The entire surface of the second fixed portion 25 facing the second support 27 has a plurality of substantially V-shaped grooves parallel to each other and having a groove longitudinal direction in the longitudinal direction of the parting member main body 21. An uneven surface 25a is formed. Each fixed part 24, 25 is formed thicker than the corresponding thick part 41a, 42a, and the width dimension of the first fixed part 24 is larger than the width dimension of the second fixed part 25. It is getting smaller.

  Moreover, the parting material main body 21 regulates the movement of the vertical plate member 11 to the first fixed body 31 side by surface contact with a part of the end surface (lower end surface) 11a of the vertical plate member 11 to thereby prevent the vertical plate member 11 from moving. It has a first plate material end surface receiving portion 46 which is a horizontally long plate-shaped plate material end surface receiving portion which prevents the end surface 11a from hitting the screw head 34 of the first fixed body 31. The first plate material end face receiving portion 46 that is the protruding portion integrally protrudes from the first support portion 22 toward the side that is the side facing the first fixed portion 24.

  Further, the parting material main body 21 regulates the movement of the horizontal plate 12 to the second fixed body 32 side by surface contact with a part of the end surface (side end surface) 12a of the horizontal plate 12 to thereby prevent the horizontal plate 12 from moving. It has a second plate material end surface receiving portion 47 which is a horizontally long plate-shaped plate material end surface receiving portion which prevents the end surface 12a from hitting the screw head 34 of the second fixed body 32. The second plate-like end face receiving portion 47 that is the protruding portion integrally protrudes upward from the second support portion 23 on the side facing the second fixed portion 25.

  The first support 26 has a plate-like fixing portion 51 that is horizontally long. The entire surface of the fixed portion 51 facing the first fixed portion 24 has a plurality of substantially V-shaped grooves parallel to each other and having a groove longitudinal direction in the longitudinal direction of the first support 26. An uneven surface 51a is formed. Then, the first fixed body 31 is screwed into the hole 58 of the fixing portion 51 and the hole 59 of the first fixed portion 24, so that the knurled uneven surface 51 a of the fixing portion 51 becomes the first fixing body 31. One fixed portion 24 is engaged with and fixed to the jagged uneven surface 24a. The holes 58 and 59 are formed after confirming the thickness dimension A of the vertical plate 11 at a construction site, for example.

  At the end in the width direction of the fixed portion 51, a horizontally long and plate-like support portion 52 that is positioned orthogonal to the fixed portion 51 is integrally provided. The support portion 52 is in planar contact with the other end surface in the thickness direction of the end portion of the vertical plate member 11 and supports the other end surface in the thickness direction of the end portion of the vertical plate member 11. In other words, the support 52 sandwiches the end of the vertical plate 11 from both sides with the first support 22.

  Further, when the first support 26 is fixed to the first fixed portion 24 in the first state, the first support 26 is vertically brought into contact with a part of the end surface 11a of the vertical plate member 11 by vertical contact. By restricting the movement of the plate member 11 to the first fixed body 31 side, the end surface 11a of the vertical plate member 11 is prevented from coming into contact with the screw head 34 of the first fixed member 31. Part 53 is provided. The plate material end surface receiving portion 53, which is the protruding portion, protrudes integrally from the support portion 52 toward the side facing the fixing portion 51, and the plate material end surface receiving portion 53 and the fixing portion 51 are spaced apart from each other.

  Furthermore, when the first support 26 is fixed to the first fixed portion 24 in the second state, the first support 26 is vertically brought into contact with a part of the end surface 11a of the vertical plate member 11 by vertical contact. By restricting the movement of the plate 11 toward the first fixed body 31, the end surface 11 a of the vertical plate 11 is prevented from hitting the screw head 34 of the first fixed body 31. A plate material end face receiving portion 54 is provided. The plate member end face receiving portion 54 for reversal, which is the protruding portion, protrudes integrally from the support portion 52 toward the side opposite to the side facing the fixing portion 51. That is, the plate material end surface receiving portion 53 is integrally projected on one surface of the support portion 52, and the reversing plate material end surface receiving portion 54 is integrally protruded on the other surface of the support portion 52.

  When the first support 26 is fixed to the first fixed portion 24 of the parting material main body 21 in the first state, the first plate member end face receiving part 46 of the parting material main body 21 and the first support are provided. The 26 plate material end surface receiving portions 53 prevent the end surface 11 a of the vertical plate material 11 from hitting the first fixed body 31. Further, in this case, there is a gap 55 through which the first fixed body 31 can pass between both end face receiving portions 46 and 53 having the same shape and spaced apart from each other, and the fixed portion 51 of the first support body 26 and A space 56 in which the screw head 34 of the first fixed body 31 is located exists between the end surface 11a of the vertical plate member 11 (see FIGS. 1 and 4).

  Further, when the first support 26 is fixed to the first fixed portion 24 of the parting material main body 21 in the second state reversed from the first state, the first plate member end face receiving of the parting material main body 21 is performed. The end face 11a of the vertical plate 11 is prevented from hitting the first fixed body 31 by the portion 46 and the plate end face receiving portion 54 for reversing the first support 26.

  The second support 27 has the same basic configuration as the first support 26.

  That is, the second support body 27 has a plate-like fixing portion 61 that is horizontally long. The entire surface of the fixed portion 61 facing the second fixed portion 25 has a plurality of substantially V-shaped grooves parallel to each other and having a groove longitudinal direction in the longitudinal direction of the second support 27. An uneven surface 61a is formed. Then, the second fixed body 32 is screwed into the hole 68 of the fixed portion 61 and the hole 69 of the second fixed portion 25, so that the jagged uneven surface 61a of the fixed portion 61 is 2. It is fixed by meshing with the jagged uneven surface 25a of the fixed portion 25. The holes 68 and 69 are formed after confirming the thickness dimension B of the horizontal plate 11 at a construction site, for example.

  At the end in the width direction of the fixing portion 61, a horizontally long plate-like support portion 62 is provided integrally with the fixing portion 61 and is positioned orthogonal to the fixing portion 61. The support portion 62 is in planar contact with the other end surface in the thickness direction of the end portion of the horizontal plate member 12, and supports the other end surface in the thickness direction of the end portion of the horizontal plate member 12. That is, the support portion 62 holds the end portion of the horizontal plate 12 from both sides with the second support portion 23.

  Further, when the second support 27 is fixed to the second fixed portion 25 in the first state, the second support 27 is horizontal due to surface contact with a part of the end surface 12a of the horizontal plate member 12. By restricting the movement of the plate 12 to the second fixed body 32 side, the end face 12a of the horizontal plate 12 is prevented from hitting the screw head 34 of the second fixed body 32. It has a part 63. The plate material end surface receiving portion 63 as the protruding portion protrudes integrally from the support portion 62 toward the side facing the fixing portion 61, and the plate material end surface receiving portion 63 and the fixing portion 61 are opposed to each other.

  Further, when the second support 27 is fixed to the second fixed portion 25 in the second state, the second support 27 is horizontal due to surface contact with a part of the end surface 12a of the horizontal plate member 12. By restricting the movement of the plate member 12 toward the second fixed body 32, the end surface 12a of the horizontal plate member 12 is prevented from hitting the screw head 34 of the second fixed member 32. A plate material end face receiving portion 64 is provided. The inversion plate member end face receiving portion 64 that is the protruding portion integrally protrudes from the support portion 62 toward the side opposite to the side facing the fixing portion 61. In other words, the plate material end surface receiving portion 63 is integrally projected on one surface of the support portion 62, and the reversing plate material end surface receiving portion 64 is integrally protruded on the other surface of the support portion 62.

  When the second support 27 is fixed to the second fixed portion 25 of the parting material main body 21 in the first state, the second plate material end face receiving part 47 of the parting material main body 21 and the second support The end surface 12a of the horizontal plate 12 is prevented from hitting the second fixed body 32 with the 27 plate material end surface receiving portions 63. Further, in this case, there is a gap 65 through which the second fixed body 32 can pass between both end face receiving portions 47 and 63 of the same shape facing and spaced apart from each other, and the fixed portion 61 of the second support 27 and A space 66 in which the screw head 34 of the second fixed body 32 is located exists between the end surface 12a of the horizontal plate 12 (see FIGS. 1 and 4).

  Further, when the second support 27 is fixed to the second fixed portion 25 of the parting material main body 21 in the second state inverted from the first state, the second plate member end face receiving of the parting material main body 21 is performed. The end surface 12a of the horizontal plate 12 is prevented from hitting the second fixed body 31 by the portion 47 and the plate member end surface receiving portion 64 for reversing the second support 27.

  Note that the width dimension of the fixing portion 51 of the first support 26 is smaller than the width dimension of the fixing portion 61 of the second support 27. Further, the width dimension of the fixing portion 51 of the first support body 26 is smaller than the width dimension of the first fixed portion 24 of the parting material body 21, and the width dimension of the fixing portion 61 of the second support body 27 is closed. It is smaller than the width dimension of the second fixed part 25 of the material main body 21.

  In addition, the thickness dimension of the fixing part 51 is larger than the thickness dimension of the support part 52, the plate material end face receiving part 53, and the plate end face receiving part 54 for reversing, and the thickness dimension of the fixing part 61 is 62, the thickness of the plate end face receiving portion 63 and the thickness of the plate end face receiving portion 64 for reversing are larger. That is, in the support bodies 26 and 27, the fixing parts 51 and 61 are formed thicker than the other parts.

  On the other hand, the pillar portion 9 of the building accessory 1 is a structure in which a fireproof covering material is not directly hit with a screw on the structure portion, and has a steel column structure having semi-fireproof performance.

  That is, as shown in FIG. 3, the column portion 9 has a rectangular cylindrical steel column 71, and a fireproof coating such as a cylindrical aluminum member is provided on the outer surface of the four plate portions 72 of the steel column 71. A base material 73 is fixed. Then, a fireproof covering material 74 such as a square cylindrical siding is fixed to the fireproof covering base material 73 via a fiber reinforced cement board 75 by a screw member (not shown) such as a screw as a fixing means. Yes. The screw member is not directly hit to the steel column 71, and the steel column 71 is not easily rusted. A ventilation fitting 76 is provided between the fireproof covering 74 and the fiber reinforced cement board 75.

  Next, the operation of the parting material 10 of the building attachment 1 will be described.

  When the vertical plate member 11 and the horizontal plate member 12 are used to cover a predetermined part of the floor portion 7 of the corridor lower part 6 of the building attachment 1, the worker at the construction site has a thickness dimension A, After confirming B, the support members 26 and 27 are positioned with respect to the fixed parts 24 and 25 of the main part 21 so that the support members 26 and 27 are located at positions corresponding to the thickness dimensions A and B. To do.

  At this time, in the first state in which the plate material end surface receiving portions 53 and 63 of the supports 26 and 27 are separated from and opposed to the plate material end surface receiving portions 46 and 47 of the cutting member main body 21, the thickness dimensions A and B of the plate materials 11 and 12 are measured. If the thicknesses A and B of the plate members 11 and 12 are smaller than those shown in FIG. 4, the supports 26 and 27 are inverted 180 degrees to be in the second state.

  In the state of FIG. 4, the end surface in the width direction of the fixing portion 51 of the first support 26 is in contact with the thick portion 41 a of the first plate portion 41, and the uneven surface 51 a of the fixing portion 51 is the first fixed portion 24. The end surface in the width direction of the fixing portion 61 of the second support 27 is in contact with the thick portion 42a of the second plate portion 42, and the uneven surface 61a of the fixing portion 61 is in the first state. 2 is in a state of meshing with the uneven surface 25a of the fixed portion 25.

  Even in the state of FIG. 4, there is a gap 55 through which the first fixed body 31 can pass between the two plate material end face receiving portions 46, 53 facing each other and the both plate materials facing each other. A gap 65 through which the second fixed body 32 can pass is present between the end face receiving portions 47 and 63.

  Further, in the state of FIG. 4, the portion that does not overlap the first support 26 in the first state, that is, the first support 26 is turned over to the second state on the tip side of the first fixed portion 24. There is also a part (margin) that can be screwed, and the second fixed part 25 has a part that does not overlap with the second support 27 in the first state, that is, the second support 27 is turned upside down. There are parts (margins) that can be screwed even in two states.

  After positioning the supports 26 and 27, the operator positions the holes 58, 59, 68 and 69, which are pilot holes, in a state where the supports 26 and 27 are positioned with respect to the fixed parts 24 and 25. , 25 and fixing portions 51, 61.

  Next, the operator screws the screw member 33 that is the fixed body 31, 32 into the holes 58, 59, 68, 69. Then, the fixing members 51 and 61 of the supports 26 and 27 are fixed to the desired positions of the fixed parts 24 and 25 of the parting member main body 21 by the screw member 33.

  Thereafter, the operator inserts the end of the vertical plate 11 between the first support 26 and the parting body 21 and inserts the end of the horizontal plate 12 between the second support 27 and the parting body 21. Plug in.

  Then, the end of the vertical plate 11 is fitted and held between the first support 26 and a predetermined portion of the parting material main body 21 (the first support 22 and the first plate end face receiving portion 46), and the horizontal plate 12 These end portions are fitted and held by the second support body 27 and a predetermined portion of the parting material main body 21 (the second support portion 23 and the second plate end face receiving portion 47). As a result, the end of the vertical plate 11 and the end of the horizontal plate 12 are connected to each other by the parting material 10.

  And according to such a parting material 10, it can respond to the thickness dimension A and B of board | plate materials 11 and 12 by the change of the fixing position with respect to the parting material main body 21 of the support bodies 26 and 27 by the fixing bodies 31 and 32, Therefore Therefore, it is not necessary to prepare a parting material 10 having a different shape for each of a plurality of types of plate materials 11 and 12 having different plate thicknesses. For example, the plate materials 11 and 12 having various plate thicknesses as shown in FIGS. It can be easily handled and has good versatility.

  Further, the end surfaces 11a and 12a of the plate members 11 and 12 can be prevented from hitting the screw heads 34 of the screw members 33 that are the fixed bodies 31 and 32. Therefore, the end surfaces 11a and 12a of the plate members 11 and 12 and the screws of the screw members 33 can be prevented. Interference with the head 34 can be appropriately avoided, and damage to the end surfaces 11a, 12a of the plate members 11, 12 can be prevented.

  Further, when the supports 26 and 27 are fixed in the first state, the plate materials 11 and 12 are formed by the plate material end surface receiving portions 46 and 47 of the parting member main body 21 and the plate material end surface receiving portions 53 and 63 of the supports 26 and 27. The end surfaces 11a and 12a can be prevented from hitting the fixed bodies 31 and 32 appropriately, and when the support bodies 26 and 27 are fixed in the second state, the plate end face receiving portions 46 and 47 of the parting material body 21 are supported. It is possible to appropriately prevent the end surfaces 11a and 12a of the plate materials 11 and 12 from hitting the fixed bodies 31 and 32 with the plate material end surface receiving portions 54 and 64 when the bodies 26 and 27 are reversed.

  When the supports 26 and 27 are fixed in the first state, the fixed body 31 is disposed between the plate end face receiving portions 46 and 47 of the parting member main body 21 and the plate end face receiving portions 53 and 63 of the supports 26 and 27. , 32 can pass through, and the support members 26, 27 can be easily fixed to the parting material main body 21 using the fixing members 31, 32.

  Further, when fixing the supports 26 and 27 to the parting material main body 21, the concave and convex surfaces 51a and 61a of the fixing portions 51 and 61 and the concave and convex surfaces 24a and 25a of the fixed portions 24 and 25 are engaged with each other. The support members 26 and 27 can be easily positioned with respect to the parting material main body 21.

  Further, compared to the case where bolts, nuts, rivets or the like are used, for example, by using the screw member 33 as the fixing bodies 31 and 32, the fixing parts 51 and 61 of the support bodies 26 and 27 are fixed parts of the parting material main body 21 Can be easily and properly fixed to 24 and 25.

  In the above-described embodiment, the structure in which the support bodies 26 and 27 have the plate-like plate material end face receiving portions 53 and 63 has been described. For example, as illustrated in FIG. 6, the support members 26 and 27 straddle the fixed portion 51 and the support portion 52. The structure etc. which have the block-shaped board | plate-material end surface receiving part (step part) 53, 63 provided integrally may be sufficient. Although not shown, the parting material main body 21 may have a block-like plate material end surface receiving portion 46, 47 or the like.

  Further, the concave and convex surfaces (opposing surfaces) 51a and 61a of the fixing portions 51 and 61 and the concave and convex surfaces (opposing surfaces) 24a and 25a of the fixed portions 24 and 25 are not limited to each other. For example, each facing surface may be formed in a flat shape instead of an uneven shape so that the fixing position can be arbitrarily changed.

  Furthermore, it is not limited to what covers the edge part of the two board | plate materials 11 and 12, For example, the structure which covers only the edge part of one board | plate material, the structure which covers the edge part of three or more board | plate materials, etc. may be sufficient.

  Further, it is sufficient that at least one of the parting material main body and the support has a plate material end face receiving portion. For example, the parting material main body 21 does not have the plate material end face receiving parts 46 and 47, and only the support members 26 and 27 are plate materials. The structure etc. which have the end surface receiving parts 53 and 63 may be sufficient.

  Furthermore, the parting material 10 is not limited to the one that covers the end portion of the plate material that constitutes the building accessory 1 such as an outdoor steel stair corridor unit, for example, a plate material that is a component member constituting the building itself, That is, for example, a material covering an end of a wall material or a ceiling material may be used.

10 Parting materials
11 Vertical plate material
11a End face
12 Horizontal plate material
12a End face
21 Parting material
24 First fixed part which is fixed part
24a Uneven surface
25 Second fixed part which is fixed part
25a Uneven surface
26 The first support which is the support
27 Second support which is a support
31 First fixed body which is a fixed body
32 Second fixed body which is a fixed body
33 Screw member
34 Screw head
35 Screw shaft
46 The first plate end face receiving portion which is the plate end face receiving portion
47 2nd plate end face receiving part which is a plate end face receiving part
51, 61 Fixed part
52, 62 Support part
53, 63 Plate end face receiving part
54, 64 Reversing plate end face receiving part
55, 65 gap
56, 66 Space A, B Thickness dimension

Claims (5)

A parting material body,
A support for sandwiching an end of a plate material between the parting material body;
A fixing body for fixing the support to the parting material body,
At least one of the parting material main body and the support body has a plate material end surface receiving portion that prevents the end surface of the plate material from hitting the fixed body,
A parting material in which the fixing position of the support to the parting material main body by the fixing body can be changed. The parting material main body has a plate material end surface receiving portion, and the support has a plate material end surface receiving portion and a plate material end surface receiving portion for reversal,
When the support is fixed to the parting material main body in the first state, the end face of the plate hits the fixed body at the plate material end surface receiving part of the parting material main body and the plate material end surface receiving part of the support. Is prevented,
When the support is fixed to the parting material main body in the second state inverted from the first state, the board end surface receiving part of the parting material main body and the plate end end receiving part for reversal of the support are provided. The parting material according to claim 1, wherein an end surface of the plate material is prevented from hitting the fixed body at a portion. When the support is fixed to the parting material main body in the first state, a gap through which the fixing body can pass between the plate material end surface receiving part of the parting material main body and the plate material end surface receiving part of the support. The parting material according to claim 2, wherein: The support has a fixing portion on which an uneven surface is formed,
The parting material body has a fixed part on which an uneven surface is formed,
The parting material according to any one of claims 1 to 3, wherein an uneven surface of the fixed portion is engaged with and fixed to an uneven surface of the fixed portion by a fixed body. The fixed body is composed of a screw member having a screw head and a screw shaft,
The parting material according to claim 4, wherein a space in which the screw head is located exists between the fixing portion of the support and the end face of the plate.

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