JP2008138429A - Clip for repair - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a clip for repair capable of attaching a new roof material to be replaced with a broken existing roof material to a sheathing roof board easily and securely and improving workability and reliability of repair work. <P>SOLUTION: This clip 13 for repair is constituted by forming integrally a fixing plate 14 fixed to the sheathing roof board 7; a ridge side stopper part 15 for regulating travel of a ridge side end part 6a of the new roof material 6 onto a ridge side F while the ridge side end part 6a is inserted into the clip 13; an eaves side locking part 16 locked on an inner side face of the ridge side end part 6a to prevent the ridge side end part 6a from coming off onto an eaves side E; and a pressing part 17 for holding a condition for regulating travel of the ridge side end part 6a onto the ridge side F and the eaves side E by the ridge side stopper part 15 and the eaves side locking part 16. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a repair clip used for repairing a roof material, and in particular, a lower surface side of an eaves side end portion of an existing roof material adjacent to the ridge side of a ridge side end portion of a new roof material replaced with a damaged existing roof material It is related with the clip for repair for attaching the ridge side edge part of a new roofing material to a field board in the state which superposed | polymerized arrangement.

  Traditionally, in roof construction work, the U-shaped bracket is fixed to the upper surface of the eaves side edge of the roof material, and the ridge side edge of the roof material adjacent to the eave side is inserted into the U-shaped bracket. The roof materials adjacent to each other are connected to each other (for example, see Patent Document 1).

  However, the U-shaped bracket of the conventional example shown in the above-mentioned Patent Document 1 is only for connecting roof materials to each other, and does not have a function of fixing the roof material to the field board. The material could not be firmly fixed to the base plate. In addition, when the roof material is damaged, when replacing the damaged existing roof material with a new roof material, the conventional U-shaped bracket cannot cope with the repair of the roof material.

Furthermore, when replacing a damaged existing roofing material with a new roofing material, the ridge side end of this new roofing material is placed on the lower surface side of the eaves side edge of the existing roofing material adjacent to the ridge side. It is necessary to attach the ridge side edge of the new roofing material to the base plate. In this case, the ridge side edge of the new roofing material overlapping the eaves edge of the existing roofing material adjacent to the ridge side is nailed. In general, the edge of the ridge side of the new roofing material is bonded to the field plate with a seal (adhesive). However, in the case of fixing by sealing, there is a problem that the reliability of the repair is lowered, such as a shift due to the weight of the new roofing material and a concern about deterioration of the sealing.
Japanese Utility Model Publication No. 5-66125

  The present invention has been invented in view of the above-described conventional problems, and a new roofing material that can be replaced with a damaged existing roofing material can be more easily and reliably attached to a base plate, and a repair work It is an object of the present invention to provide a repairing clip that can improve the reliability and reliability.

  In order to solve the above-mentioned problem, the present invention is arranged such that the ridge side end 6a of the new roof material 6 to be replaced with the damaged existing roof material is placed on the lower surface side of the eaves side end 5b of the existing roof material 5 adjacent to the ridge side F. A repair clip for attaching the ridge-side end 6a of the new roofing material 6 to the baseboard in a superposed arrangement, the fixing plate 14 fixed to the baseboard 7 and the ridge-side end of the new roofing material 6 The ridge side stopper portion 15 that restricts movement of the ridge side end portion 6a to the ridge side F in a state where the portion 6a is inserted into the clip 13, and the inner side surface of the ridge side end portion 6a are locked to the above. An eaves side retaining portion 16 that prevents the ridge side end portion 6a from being removed to the eave side E, and the ridge side stopper portion 15 and the eaves side retaining portion by pressing the upper end surface of the ridge side end portion 6a from above. The movement restriction state to the ridge side F and the eaves side E of the ridge side end 6a by 16 is maintained. And because of the pressing portion 17 is characterized by comprising an integrally formed.

  By setting it as such a structure, after fixing the repairing clip 13 of this invention to the field board 7 after removing the existing roof material damaged, the ridge side edge part 6a of the new roof material 6 from the eaves side E Is inserted into the repair clip 13, and the position restriction and retaining in the eave building direction G of the ridge side end 6 a of the new roofing material 6 by the ridge side stopper portion 15, the eaves side retaining portion 16 and the holding portion 17. Will surely be done.

  Moreover, it is preferable that the fixed part with the base plate 7 of the said fixed plate 14 is extended to the position which does not overlap with the eaves side edge part 5b of the existing roofing material 5 adjacent to the ridge side F. The fixing plate 14 can be easily fixed to the base plate 7 without interfering with the eaves side end portion 5b of the roof material 5, and the fixing workability of the repair clip 13 to the base plate 7 is improved.

  The eaves-side retaining portion 16 is preferably formed of a spring plate piece obtained by cutting and raising a part of the fixed plate 14 made of a spring plate material. In this case, the ridge side of the new roof material 6 When the end portion 6a is inserted into the repair clip 13, the ridge side end portion 6a can move to the ridge side F while bending the eave side retaining portion 16 made of a spring plate piece downward, and the inside of the ridge side end portion 6a When the side surface passes the eaves-side retaining portion 16, the eave-side retaining portion 16 protrudes upward by its own spring return force and is elastically locked to the inner surface of the ridge-side end portion 6a. The part 6a will be in the state where the movement to the eaves side E is restricted (prevented from coming off). Therefore, while the structure of the eaves-side retaining portion 16 can be extremely simplified, the retaining-holding effect of the ridge-side end portion 6a can be reliably obtained.

  With the repair clip according to the present invention fixed to the base plate, the ridge side end of the new roof material is adjacent to the ridge side by inserting the ridge side end of the new roof material into the repair clip from the eaves side. As a result of the restriction of the position of the new roof material on the eaves side and the building side of the eaves side and the side of the eaves side in the state of being superposed on the lower surface side of the eaves side end of the existing roof material, the new roof material building The side end portion can be more simply and reliably fixed to the base plate, and the workability and reliability of the repair can be further improved.

  Hereinafter, the present invention will be described based on embodiments shown in the accompanying drawings.

  FIG. 1 is an explanatory view of a state in which the ridge side end 6a of the new roofing material 6 is retained by using the repair clip 13 of the present invention, and FIGS. 2 and 3 are explanatory views of the repair clip 13. FIG. .

  The repair clip 13 includes a fixing plate 14 fixed to the base plate 7, a ridge-side stopper portion 15 for restricting movement of the ridge-side end portion 6a of the new roofing material 6 to the ridge-side F, and the ridge The eaves side retaining portion 16 that prevents the side end portion 6a from being removed to the eave side E and the upper end surface of the ridge side end portion 6a are pressed from above to maintain the movement restriction state to the ridge side F and the eave side E. A pressing portion 17 is integrally formed. In the example shown in FIGS. 2 and 3, the repair clip 13 is made of a spring plate material bent in an L shape when viewed from the side, and is closer to the eave side E of the fixing plate 14 elongated in the eave building direction G. A nailing hole 28a is provided at a position, and a portion rising upward from an end near the ridge side F of the fixing plate 14 is a ridge side stopper portion 15, and further from the upper end of the ridge side stopper portion 15 to the eave side. A pressing portion 17 is bent toward E. Further, the eaves side retaining portion 16 is constituted by a spring plate piece obtained by cutting and raising the center side portion of the fixed plate 14 upward. Here, the eaves-side retaining portion 16 is inclined in a direction closer to the ridge-side stopper portion 15 toward the upper end. Further, the eaves side end 17a of the presser part 17 extends to a position near the upper side of the eaves side retaining part 16 and its tip is bent upward, and the upper end surface of the ridge side end part 6a of the new roofing material 6 is held by the presser part. 17 is easily inserted into the bottom surface.

  An example of attaching the new roofing material 6 to the field board 7 using the repairing clip 13 of this example will be described. First, the new roofing material 6 is formed on the top surface of the field board 7 (usually a waterproof sheet (not shown) is laid on the upper surface of the field board) after the damaged existing roofing material (not shown) is removed. A plurality of repair clips 13 of the present invention are arranged along the arrangement portion of the ridge side end 6a, and the fixing plate 14 of each repair clip 13 is respectively fixed to the roof base using a fixture 28 such as a nail. It is fixed beforehand. After that, when the ridge side end 6a of the new roofing material 6 is inserted into the repair clip 13 from the eave side E in the direction indicated by the arrow B in FIG. While bending the portion 16 downward (in the direction of the arrow C in FIG. 3A), it moves to the ridge side F and hits the ridge side stopper portion 15, thereby moving the ridge side end portion 6a to the ridge side F. Is regulated. In addition, when the inner side surface of the ridge side end portion 6a passes the eaves side retaining portion 16, the eave side retaining portion 16 made of a spring plate piece is moved upward by the spring restoring force of the eave side (FIG. 3 (a)). 1) and is elastically locked to the inner surface of the ridge-side end 6a (the state shown in FIG. 1), whereby the ridge-side end 6a is prevented from coming off to the eaves side E. At this time, the upper end surface of the ridge side end portion 6a is pressed from above by the pressing portion 17, so that the movement restriction to the ridge side F and the eave side E by the ridge side stopper portion 15 and the eaves side retaining portion 16 is restricted. As a result, the ridge side end 6a of the new roofing material 6 is superposed on the lower surface side of the eaves side end 5b of the existing roofing material 5 adjacent to the ridge side F. The ridge side end 6a of the new roofing material 6 can be attached to the field board 7 through the repair clip 13 with one touch and reliably. In addition, the eaves side edge part 6b of the new roofing material 6 is mounted and fixed on the upper surface of the ridge side edge part of the existing roofing material 5 adjacent to the eaves side E.

  Thus, in a state where the repair clip 13 is fixed to the base plate 7 after removing the existing roof material damaged as described above, the ridge side end portion 6a of the new roof material 6 is repaired from the eave side E to the repair clip 13. Just by inserting it in, the ridge side stopper part 15, the eaves side retaining part 16 and the holding part 17 will regulate the position of the ridge side end 6a of the new roofing material 6 in the eaves direction G and prevent it from coming off. As a result, the ridge side end 6a of the new roofing material 6 can be superposed on the lower surface side of the eaves side end 5b of the existing roofing material 5 adjacent to the ridge side F using the repair clip 13 of the present invention, and the field Fixing to the main plate 7 is more reliably performed, and the workability and reliability of the repair are further improved.

  And the part fixed to the base plate 7 of the fixed board 14 is extended to the position which does not overlap with the eaves side edge part 5b of another existing roofing material 5 adjacent to the ridge side F. As shown in FIG. That is, since the nail driving hole 28a of the fixed plate 14 is disposed at a position where it does not overlap with the eaves side end 5b of the existing roof material 5, as shown in FIG. Without being hindered by 5b, the fixing plate 14 can be fixed to the field plate 7 using a fixing tool 28 such as a nail, and the fixing workability is improved.

  Furthermore, since the eaves side retaining portion 16 of the repair clip 13 is composed of a spring plate piece obtained by cutting and raising a part of the fixed plate 14 made of a spring plate material, the structure of the eaves side retaining portion 16 is configured. However, there is also an advantage that the retaining effect of the ridge side end 6a can be obtained with certainty.

  The repair clip 13 according to the present invention is not limited to the repair, and can be used for attaching the ridge side end of the roof material to the base plate at the time of new construction, for example.

It is explanatory drawing of the state which carried out retaining prevention of the eaves side edge part of a novel roof material using the repair clip of one Embodiment of this invention. (A) (b) is a schematic perspective view of the repair clip used for attachment of the new roof material same as the above. (A)-(e) is the front view of the repair clip same as the above, a left view, a right view, a top view, and a bottom view.

Explanation of symbols

5 Existing roof material 5b Eave side edge 6 New roof material 6a Building side edge 7 Field plate 13 Repair clip 14 Fixing plate 15 Building side stopper part 16 Eave side retaining part 17 Holding part E Eave side F Building side

Claims (3)

  With the ridge side edge of the new roof material replaced with the damaged existing roof material superimposed on the lower surface side of the eave side edge of the existing roof material adjacent to the ridge side, the ridge side edge of the new roof material is A clip for repair to be attached to the main plate, the fixed plate that is fixed to the base plate, and the ridge side end of the new roofing material being inserted into the clip, and moving the ridge side end to the ridge side A ridge-side stopper for regulating, an eaves-side retaining portion for locking to the inner surface of the ridge-side end to prevent the ridge-side end from coming off to the eave-side, and an upper side of the ridge-side end By pressing the end surface from above, the pressing part for maintaining the movement restriction state of the ridge side end part to the ridge side and the eaves side by the ridge side stopper part and the eaves side retaining part is integrally formed. A featured repair clip.   2. The repair clip according to claim 1, wherein the fixed portion of the fixed plate to the base plate is extended to a position where it does not overlap with the eaves side end of the existing roof material adjacent to the ridge side. The repair clip according to claim 1 or 2, wherein the eaves side retaining portion is constituted by a spring plate piece obtained by cutting and raising a part of a fixed plate made of a spring plate material.

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