JP2018017013A - Ink marking jig and ink marking method using the same - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a novel ink marking jig being of a simple structure and capable of readily and accurately marking a position to fit a ridge covering material on a gable backing plate, for ink marking on a gable backing plate of a shed roof, and a novel ink marking method using the ink marking jig for readily and accurately marking the position to fit the ridge covering material on the gable backing plate, for ink marking on a gable backing plate of a shed roof.SOLUTION: An ink marking jig includes a contacting plate part 11 coming in contact with a protective sheet 3b provided on a roofing board 3 or a top surface of the roofing board 3, a housing part 12 for housing a top edge part 4a of a gable backing plate 4, and a standing plate part 13 in contact with a surface 4b located on a side of the gable backing plate 4 opposite to the roofing board 3. The standing plate part 13 includes a pair of edges 13b that face each other, and a reference guide 13a for ink marking is provided on both edges 13b.SELECTED DRAWING: Figure 1

Description

  The present invention relates to an inking tool and an inking method using the same.

  One of the roof structures of a building is a single-flow roof that forms a roof having a gradient only in one direction. Conventionally, in a single-flow roof, a roof material is installed on a base material of a roof such as a field plate, and a windbreak board and a wing covering member are installed in a ridge. At this time, the windbreak base plate, the hanging piece of the ridge covering member, and the like are attached and fixed to the windbreak base plate using a fixing tool such as a screw or a nail (for example, see Patent Document 1).

  Conventionally, when installing a wing covering member, etc., on a gust-breaking base plate in such a single-flow roof, the gust-down The installation position of the ridge covering member is printed on the main plate. Specifically, the intersection of the first metal scale extended from the surface of the field plate and the second metal scale extended from one side of the breech base plate opposite to the field plate is assumed to be the building center. Yes.

  However, it is not easy to mark the building center, which is a virtual intersection, as a reference point, and a dimensional error such as a non-horizontal line is likely to occur.

Japanese Patent Laying-Open No. 2015-68095

  The present invention has been made in view of such a conventional problem, and in the inking on the gust foundation plate of a single-flow roof, the mounting position of the ridge covering member on the gust foundation plate is simple. It is an object to provide a new inking jig that enables easy and accurate inking.

  In addition, the present invention is a new method that can easily and accurately mark the attachment position of a ridge covering member on a gust-breaking base plate using the above-described ink-printing jig in the ink-printing on a gust-breaking base plate of a single-flow roof. It is also an issue to provide a method of inking.

  In order to solve the above problems, the inking jig of the present invention is vertically upward with respect to the ridge side end in a single-flow roof inclined obliquely downward from the ridge side end toward the eaves side end. An inking tool for marking a reference position for fixing a ridge covering member to a windbreak base plate extending and extending above a surface of a field plate forming the single-flow roof, A base plate or a contact plate portion that comes into contact with a protective sheet provided on the upper surface of the base plate, a storage portion that stores an upper end portion of the windbreak base plate, and the wind base plate that is on the opposite side of the base plate And an upright plate portion in contact with one surface, wherein the upright plate portion has a pair of opposite end edges, and a reference guide for performing inking is provided on both end edges.

  The inking method according to the present invention is an inking method for a windbreak base plate of a single-flow roof using the inking jig described above, wherein the storage portion of the inking jig is used as the upper end portion of the windbreak base plate. The back surface of the contact plate portion and the surface of the field plate or the surface of the protective sheet, and the surface of the upright plate portion and the field plate in the breech base plate on the opposite side It arrange | positions in contact | abutting with the said one surface located, and it inscribes to the said gust baseplate in the said reference guide position provided in a pair of opposing edge of the said standing board part, It is characterized by the above-mentioned.

  According to the inking tool of the present invention, it is possible to easily and accurately incite the mounting position of the ridge covering member on the gust ground plate, while having a simple structure in inking on the blast ground plate of the single-flow roof. it can.

  In addition, according to the inking method of the present invention, in the inking of the one-floored roof to the windbreak base plate, the attachment position of the ridge covering member can be easily and accurately inked on the windbreak base plate.

It is a longitudinal cross-sectional view which shows the attachment state to the gust-breaking base plate of a single flow roof about one Embodiment of the inking jig of this invention. It is a rear view which shows the attachment state to the windbreak base plate of a single flow roof about one Embodiment of the inking jig | tool of this invention. It is a disassembled perspective view shown about one Embodiment of the inking method of this invention using the inking jig | tool of FIG.

  Hereinafter, the blacking jig of the present invention will be described in detail with reference to the drawings.

  FIG. 1 is a longitudinal sectional view showing a state in which a single-flow roof is attached to a windbreak base plate according to an embodiment of the inking jig of the present invention.

  The inking jig 1 extends vertically upward with respect to the ridge-side end 2a in the single-flow roof 2 inclined obliquely downward from the ridge-side end 2a toward the eave-side end, and forms the single-flow roof 2. It is a jig for marking the reference position for fixing the ridge covering member 5 to the windbreak base plate 4 having the upper end portion 4a protruding above the surface 3a of the field plate 3.

  The inking jig 1 includes a base plate 3 or a contact plate portion 11 that contacts a protective sheet 3b provided on the top surface of the base plate 3, a storage portion 12 that stores an upper end portion 4a of the windbreak base plate 4, and a windbreak The base plate 4 includes an upright plate portion 13 that abuts against a surface 4b located on the side opposite to the base plate 3. Moreover, in the inking jig 1, the upright plate portion 13 has a pair of opposing end edges 13b, and a reference guide 13a for inking is provided on both end edges 13b. .

  In the ink brushing jig 1, it is preferably considered that the storage portion 12 has a U-shaped cross section having a pair of side plate portions 12a and 12b and a horizontal surface portion 12c facing each other. The abutting plate portion 11 is connected to one end edge of the side plate portion 12a, and the connecting portion between the abutting plate portion 11 and one of the side plate portions 12a is a ridge-side end 3c of the base plate 3 when inked. It is preferably considered that it is located further upward and is disposed within the height of the upper end portion 4a of the gust breaker base plate 4.

  The inking jig 1 joins and integrates a plate material corresponding to the abutting plate portion 11, a plate material constituting the storage portion 12, and a plate material corresponding to the upright plate portion 13 by a method such as welding or adhesion. It is obtained by bending the plate material or molding a resin material.

  The contact plate portion 11 is connected to the end edges of the pair of side plate portions 12a facing the storage portion 12 so as to form an angle α, and the contact plate portion 11 has the same gradient as the roof gradient. Are preferably considered. Since the gradient of the contact plate portion 11 is the same as the roof gradient, the surface 3a of the field plate 3 or the surface of the protective sheet 3b provided on the upper surface of the field plate 3 and the rear surface 11a of the contact plate portion 11 Can be brought into contact with each other without a gap, and the displacement of the ink-printing jig 1 is suppressed. The angle α is set for each roof slope, and it is preferable to prepare and prepare the inking jig 1 having the abutting plate portion 11 having a specific angle α according to the roof slope in advance.

  When the back surface 11a of the contact plate portion 11 and the surface 3a of the base plate 3 or the surface of the protective sheet 3b come into contact with each other, the contact plate portion 11 is supported by the surface from the back surface 11a side by the field plate 3. The jig 1 is stable without moving further downward in the vertical direction. The connecting portion between the contact plate portion 11 and one of the side plate portions 12a is located above the ridge side end 3c of the field plate 3 and is within the height of the upper end portion 4a of the breech base plate 4 when inking. Since it is arranged, the upper end 4 a of the windbreak base plate 4 is stored in the storage unit 12.

  The storage portion 12 has a U-shaped cross section having a pair of side plate portions 12a, 12b and a horizontal plane portion 12c facing each other, and is connected to the side plate portion 12a at the eaves side end of the horizontal plane portion 12c. The end of the horizontal plane portion 12c on the ridge side is connected to the side wall plate 12b.

  By inserting the storage portion 12 into the upper end portion 4a of the windbreak base plate 4, a pair of side plate portions 12a and 12b facing each other are located on the side opposite to the base plate and the one surface 4c positioned on the field plate side of the wind break base plate 4. The windbreak base plate 4 can be securely clamped from the front and back by contacting the surface 4b that is positioned.

  The width W between the pair of opposing side plate portions 12a and 12b of the storage portion 12 is slightly larger than the thickness w in the eaves ridge direction of the blast ground base plate 4, and the pair of side plates facing the blast base plate 4 and the storage portion 12 are opposed to each other. A minute dimension clearance is secured between the portions 12a and 12b. Since such a clearance is ensured, it is possible to insert the storage portion 12 of the inking jig 1 into the upper end portion 4a of the windbreak base plate 4. Unexpected movement of the jig 1 can be suppressed. For this reason, the attachment position of the ridge covering member 5 can be inked easily and accurately on the windbreak base plate 4.

  The upright plate portion 13 is composed of a surface parallel to the one surface 4c located on the ground plate side of the gust breaker base plate 4, and is a plate-like member extending vertically downward from the side plate portion 12b of the storage portion 12. The upright plate portion 13 has a pair of opposite end edges 13b in a direction orthogonal to the eaves ridge direction, and has a reference guide 13a for marking the both end edges 13b.

  The position of the reference guide 13a in the height direction of the upright plate portion 13 is, for example, the length of the lower end portion of the ridge cover member 5 on the ridge side, the position of the through hole for inserting the fixture provided in the ridge cover member 5 or the like. In response, it is determined in advance.

  There is no restriction | limiting in particular as a shape of the reference | standard guide 13a, For example, in addition to the wedge-shaped notch shown in FIG. 2, the semicircle and the rectangular notch which lacked one side etc. are illustrated.

  Moreover, as a shape of the reference | standard guide 13a, a slit-shaped thing is illustrated. When the shape of the reference guide 13a is a slit shape, the visibility of the already inked line is good, which is effective for preventing forgetting to apply the inked line. In addition, it is possible to directly mark the breech base plate 4 with a marking line corresponding to the length in the longitudinal direction of the slit in one marking process. For this reason, it is possible to improve the working efficiency of the blacking work.

  In such an inking jig 1, after inking in a spot shape on the windbreak base plate 4 corresponding to the position of the reference guide 13 a, the inking jig 1 can be moved and inked at different locations. . When moving the inking jig 1, for example, the inking jig 1 is once lifted vertically upward to be removed from the blast base plate 4, and is attached to the upper end portion 4 a at an arbitrary position in the longitudinal direction of the gust base plate 4. The re-inserting of the blacking jig 1 is exemplified.

  Alternatively, the inking tool 1 inserted into the blast base plate 4 can be slid in the longitudinal direction of the blast base plate 4 without being removed from the gust base plate 4, and can be again spotted.

  In this way, by moving the inking jig 1, the broken inking line can be inked accurately and easily on the breech base plate 4 as shown in FIG.

  In addition to this, as a method of inking, after inking in a spot shape at an arbitrary plurality of locations on the breezing base plate 4, using a well-known ink pot or the like based on these spot-like inking, A black line with little dimensional error in the horizontal direction can be formed over the entire length of the base plate 4 in the longitudinal direction.

  Examples of the wing covering member 5 include a wing ventilation structure, a wing wrap structure, and a draining device. Such a ridge covering member 5 is fixed to the blast base plate 4 by using a fixing tool such as a screw or a nail with a black line drawn on the blast base plate 4 by the inking tool 1 as a reference. . When the windbreak plate is attached to the windbreak base plate 4, the fixing member passes through the windbreak plate and is fixed so as to reach the windbreak base plate 4.

  In the single-flow roof 2, the surface 7 a located on the opposite side to the field plate 3 of the rafter 7 spanned over the purlin 6 is in contact with the surface 4 c located on the field plate side of the windbreak base plate 4. A base plate 3 is laid on the upper end surface 7 b of the base plate 7. An upper end portion 4 a of the breech base plate 4 extends vertically upward with respect to the ridge side end portion 2 a of the single-flow roof 2, and protrudes above the surface 3 a of the field plate 3 that forms the single-flow roof 2. As shown in FIG. 1, the length L at which the upper end portion 4 a of the windbreak base plate 4 projects upward from the surface 3 a of the field plate 3 is a pair of side plate portions facing the contact plate portion 11 and the storage portion 12. It is considered that they are arranged within a height H from the intersection of 12a to the horizontal surface portion 12c. If the length L is arranged within the height H, in addition to the pair of opposing side plate portions 12a and 12b of the storage portion 12, the contact plate portion 11 is the surface 3a of the field plate 3 or the upper surface of the field plate 3. It can always contact | abut with the surface of the protection sheet 3b provided in this, and the attachment of the inking jig | tool 1 becomes reliable. In addition, as the values of the length L and the height H become closer, a very slight clearance remains between the upper end portion 4a of the windbreak base plate 4 and the back side of the water surface portion 12c of the storage portion 12, and the close contact state. It becomes.

  Hereinafter, an embodiment of the inking method of the present invention using the inking jig 1 will be described in detail with reference to the drawings.

  As shown in FIG. 3, in the embodiment of the inking method of the present invention using the inking tool 1 of FIGS. 1 and 2, the storage portion 12 of the inking tool 1 is connected to the upper end portion 4 a of the breech base plate 4. The back surface 11a of the contact plate portion 11 is brought into contact with the surface 3a of the base plate 3 or the surface of the protective sheet 3b. Further, in the inking method, the surface of the upright plate portion 13 and the one surface 4b located on the opposite side of the groundbreak plate 3 in the windbreak base plate 4 are placed in contact with each other. Next, the windbreak base plate 4 is inked at a reference guide position 13a provided at a pair of opposing edges 13b of the upright plate portion 13.

  As shown by the arrows in FIG. 3, the inking jig 1 is inserted into the upper end 4a of the windbreak base plate 4, and the back surface 11a of the contact plate 11 and the surface 3a of the base plate 3 or the surface of the protective sheet 3b. , The inking tool 1 does not move further downward in the vertical direction and is stabilized.

  Further, the back surface 11a of the abutting plate portion 11 is brought into contact with the surface 3a of the base plate 3 or the surface of the protective sheet 3b, and the surface of the upright plate portion 13 is opposite to the base plate 3 in the gust breaker base plate 4. The ink-jetting jig 1 is attached to the windbreak base plate 4 in contact with the positioned surface 4b. As a result, the side plate portion 12a and the upright plate portion 13 of the storage portion 12 come into contact with the surface 4c located on the field plate side of the windbreak base plate 4 and the surface 4b located on the opposite side of the field plate, and the wind break foundation plate 4 Can be clamped from the front and back.

  Subsequently, two points are printed on the windbreak base plate 4 at the position of the reference guide 13 a provided at the opposite edge 13 b of the upright plate portion 13. Then, the inking tool 1 is moved from the inked area, and the inked area is similarly inked on different portions of the windbreak base plate 4 that are not inked.

  When the inking jig 1 is moved, as described above, for example, the inking jig 1 is once lifted vertically upward to be removed from the blast base plate 4, and an arbitrary position in the longitudinal direction of the gust base plate 4 is removed. It is exemplified that the blacking jig 1 is reinserted into the upper end portion 4a.

  Alternatively, the inking tool 1 inserted into the blast base plate 4 can be slid in the longitudinal direction of the blast base plate 4 without being removed from the gust base plate 4, and can be again spotted.

  By repeating this operation, it is possible to easily strike a black line with little dimensional error in the horizontal direction over the entire length of the windbreak base plate 4.

  Alternatively, after ink-printing in a spot shape at any plurality of locations on the blast-breaking base plate 4, based on these spot-shaped ink-printing strokes, the entire length of the blast-breaking base plate 4 in the longitudinal direction can be stretched at once using a known ink pot or the like. Thus, it is possible to strike a black line with little dimensional error in the horizontal direction.

  As described above, after inking the blast ground base plate 4, the inking jig 1 is lifted vertically upward and removed from the upper end portion 4 a of the gust base plate 4, and is applied to the surface 3 a of the base plate 3 or the surface of the protective sheet 3 b. Lay and fix the roofing material. Then, the windbreak plate and the ridge covering member 5 are attached and fixed using a fixing tool such as a screw or a nail based on the inked line printed on the windbreak base plate 4.

  As a method for determining the fixing position of the ridge covering member 5, for example, the bottom end of the ridge covering member 5 is aligned with the ink marking line, or the fixing tool insertion through-hole and the ink marking line provided in the ridge covering member 5 are used. A method of fixing at a position where the two overlap each other is exemplified.

  After the ridge covering member 5 is attached, it is preferable to finish the roof construction work by a conventionally known method.

  As described above, the present invention has been described based on the embodiments shown in the drawings, but the present invention is not limited to the above-described embodiments, and appropriate design changes are possible. For example, when the waterproof sheet 3b such as asphalt roofing is provided on the surface 3a of the field board 3, the back surface 11a of the contact plate part 11 and the surface of the waterproof sheet 3b are contacted, and the surface of the upright plate part 13 And the one surface 4b located on the opposite side of the groundbreak plate 3 in the windbreak base plate 4 are brought into contact with each other. Then, the ink-printing jig 1 is attached to the gable base plate 4.

DESCRIPTION OF SYMBOLS 1 Blacking jig 11 Contacting plate part 11a Back surface 12 Storage part 12a, 12b Side plate part 13 Standing plate part 13a Reference guide 13b Edge 2 Single flow roof 2a Building side edge part 3 Base plate 3a Surface 3b Protection sheet 3c Building side edge 4 Gust base plate 4a Upper end 4b One side located on the opposite side of the base plate 5 Building cover member

Claims (3)

In the single-flow roof inclined obliquely downward from the ridge-side end toward the eave-side end, it extends vertically upward with respect to the ridge-side end and protrudes above the surface of the field plate forming the single-flow roof. An inking jig for inking a reference position for fixing a ridge covering member to a gable base plate having an upper end,
A contact plate portion that contacts the field plate or a protective sheet provided on an upper surface of the field plate, a storage portion that stores an upper end portion of the windbreak base plate, and the windbreak base plate opposite to the field plate An upright plate portion that comes into contact with the one surface located;
The upright plate portion has a pair of opposing end edges, and a reference guide for inking is provided at both end edges.   The storage portion has a U-shaped cross section having a pair of opposing side plate portions, the contact plate portion is connected to one edge of the side plate portion, and the contact plate portion and the side plate The connecting portion with one of the portions is positioned above the ridge side end of the field board when inked, and is disposed within the height of the upper end portion of the windbreak base plate. The ink brushing jig to the windbreak base plate of the single-flow roof according to claim 1. A method of inking the breech base plate of a single-flow roof using the inking jig according to claim 1 or 2,
Inserting the storage portion of the inking jig into the upper end portion of the windbreak base plate, bringing the back surface of the contact plate portion into contact with the surface of the base plate or the surface of the protective sheet, and the standing The reference guide position provided on a pair of opposing edges of the upright plate portion, wherein the surface of the plate portion and the one surface located on the opposite side of the ground plate in the gust breaker base plate are in contact with each other 2. A method of inking, characterized in that the ink is applied on the groundbreaking base plate.

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