JP4808663B2 - Existing window frame identification gauge, its gauge plate, and existing window frame identification method for window frame refurbishment using the gauge - Google Patents

Description

  The present invention relates to an existing window frame identification gauge used for identifying an existing window frame when refurbishing the window frame, its gauge plate, and an existing window frame identification method for window frame refurbishment using the gauge.

  For example, from the late 1940s to the early 1950s, aluminum sashes were widely used in place of steel sashes for buildings such as condominiums and office buildings built by private contractors and the former Japan Housing Corporation. However, with the passage of many years, the window frame of the aluminum sash at that time has been renovated. In this window frame refurbishment, a so-called cover method is generally employed in which the existing aluminum window frame of the aluminum sash is covered with a new aluminum window frame. By adopting the cover method, interior and exterior parts other than the window frame are adopted. It is possible to obtain the merits of being able to complete the construction in the shortest possible time by preventing the influence on the construction, generation of construction noise and dust as much as possible. The window frame refurbishment by the cover construction method is based on the cross-sectional shape of the existing window frame, and is newly installed by using the upper frame, the lower frame, and the vertical frame, which are the component frames, such as guide rails and airtight fins. The new window frame is fitted and fixed inside the opening of the existing window frame by fixing the projection of the corresponding frame of the window frame or the connecting bracket for mounting the new window frame. The construction method has a problem that it is difficult to avoid the disadvantage that the window frame opening after refurbishment is narrowed by installing a new window frame inside the opening of the existing window frame. The present applicant, for example, sets the lower frame of the new window frame used for window frame refurbishment to the length of the S-shaped member along the indoor rising of the lower frame of the existing window frame and the frame of the indoor end, and the sliding rail member. The S-shaped member is divided into two members, the S-shaped member is fixed on the basis of the frame border in the lower frame of the existing window frame, and the indoor end portion of the sliding rail member is placed and fixed on the S-shaped member, A fixed piece at the lower end projecting downward from the sliding rail member is fixed to the screen door rail of the lower frame of the existing window frame so that the outdoor end of the existing frame is attached and fixed. The renovated window frame has been proposed in which the upper protrusion of the lower frame of the new window frame is suppressed as much as possible. Even in this case, assuming the cross-sectional shape of the existing window frame as the cover method, the new window frame using the ridges etc. It is supposed to perform the installation.

Japanese Patent Application No. 2005-334147

  As described above, the window frame refurbishment of the cover method is based on the installation of a new window frame on the premise of the cross-sectional shape of the existing window frame, so the cross-sectional shape of the existing window frame, particularly the cross-sectional shape of the exposed portion of the window opening. If it is different, change the cross-sectional shape of the new window frame according to this, or at least change the dimensions, and match the cross-sectional shape of the existing window frame, especially the cross-sectional shape of the exposed portion of the window opening. It is inevitable that it will be necessary to manufacture. However, the window frame at the time of window frame renovation is supplied with a variety of products with different cross-sectional shapes by a number of manufacturers. It is necessary to individually measure the cross-sectional shape and dimensions of the existing window frame, create a drawing of the existing window frame for each refurbishment site, and design and manufacture the new window frame accordingly. Measurements at the renovation site consisted of at least two persons: a measurer who individually measured the components of the existing window frame with calipers, ie, the upper frame, the lower frame, and the left and right vertical frames, and a recordr who recorded the measurement results. It is common for workers to go to the renovation site, and at least the measurer should be an engineer skilled in window frames. For this reason, the measurement work of the existing window frame at the refurbishment site is the first work of the window frame renovation work, but its efficiency is low, and therefore it becomes an obstacle to the efficiency of the renovation work as a bottleneck in the window frame renovation work. Improvement is required.

  The present invention has been made in view of such circumstances, and the problem to be solved is that an unskilled single operator can grasp the cross-sectional shape of an existing window frame at a renovation site as easily and reliably as possible. Provided is an existing window frame identification gauge plate as a tool capable of improving the efficiency of window frame renovation as much as possible, and provides an existing window frame identification gauge using the multiple gauge plates. An object of the present invention is to provide an existing window frame identification method for window frame refurbishment using an identification gauge.

  As a result of examining the above issues, the cross-sectional data of various types of window frames supplied during the window frame renovation period is ascertained based on, for example, the manufacturer's catalog, published drawings, and measurement results of past window frame renovations. Therefore, it is possible to eliminate individual measurement work by forming a tool that identifies the component frame of the existing window frame based on the cross-sectional shape data of these window frame component frames and using it. In this case, since the window frame component frame is an aluminum extruded material having the same cross-sectional shape in the longitudinal direction, it can be fitted by attaching a tool at an arbitrary position so as to be orthogonal to the window frame component frame. If it can be fitted, the cross-sectional shape of the window frame component frame can be specified and the window frame can be identified. Therefore, the tool can be used as a plate for performing orthogonal application. , Play If the identification edge that fits the window frame component frame is arranged in accordance with the cross-sectional shape of the window frame component frame, the window frame can be easily identified while ensuring good portability and operability. In this case, at least the receiving groove for the protrusion of the window frame constituting frame, the protrusion for the groove space between the protrusions, and the window frame constituting frame, for example, inclination, step, horizontal (vertical), etc. If the identification edge has a contact edge that contacts the substrate, most window frames can be identified. If such a plate is a gauge plate, it can be We have come to know that even a skilled single operator can grasp the existing window frame installed at the refurbishment site as easily and reliably as possible and use it as a tool for identification.

  The present invention has been made on the basis of such knowledge, that is, the invention according to claim 1 is used for window frame refurbishment in a cover method in which an existing aluminum window frame is covered and installed on an existing aluminum window frame. For identifying the existing window frame, it has at least an identification side corresponding to the expected width of the shoji arrangement part or the shoji and screen door arrangement part based on the cross-sectional shape of the existing window frame constituting frame supplied at the time of window frame renovation, A contact edge that contacts the substrate of the existing window frame component frame on the identification side, and a receiving groove or end notch formed by cutting away from the contact edge that receives the protrusion of the existing window frame component frame in the in-plane direction The existing window frame identification gauge plate is characterized in that the existing window frame identification can be made freely by identifying whether or not the fitting in the orthogonal direction is possible at an arbitrary position in the longitudinal direction of the existing window frame constituting frame.

  The invention according to claim 2 forms a gauge for identifying an existing window frame by providing a large number of the gauge plates so as to cover various existing window frame constituent frames supplied at the window frame renovation target time. If the gauge plate is selectively fitted from the gauge to the window frame component frame and the fit is identified, the gauge can be removed without any prior knowledge of the existing window frame at the renovation site, for example. Since existing window frames can be easily and reliably identified by bringing them, existing window frames are used for refurbishing the window frame of the cover method in which an existing aluminum window frame is covered and installed on an existing aluminum window frame. An identification gauge, based on the cross-sectional shapes of various existing window frame components supplied during the window frame renovation period, at least the identification side corresponding to the expected width of the shoji arrangement part or the shoji and screen door arrangement part. Prepare and identify A contact edge that contacts the substrate of the existing window frame component frame and a receiving groove or end notch formed in the in-plane direction from the contact edge that receives the protrusion of the existing window frame component frame are formed. An existing window frame comprising a large number of gauge plates, wherein the existing window frame can be identified by identifying whether or not it can be fitted in an orthogonal direction at an arbitrary position in the longitudinal direction of the existing window frame constituting frame by selectively using the gauge plates. This is an identification gauge.

  In addition to the above, the invention described in claim 3 is characterized in that the gauge plate is configured such that, for example, the lower side of the component frame and the identification side for the upper frame in a single window frame are arranged opposite to each other, or further on the side surface thereof. If the identification side for the vertical frame is arranged, etc., the identification by the gauge plate can be further easily and reliably performed. Therefore, this is provided with a plurality of identification sides adjacent to or facing the gauge plate. 3. The existing window frame identification gauge according to claim 2, wherein the possibility of fitting in the orthogonal direction is freely determined for a plurality of component frames in a single existing window frame.

  In addition to the above, the invention according to claim 4 is the gauge plate, if the form of the gauge plate is a display showing, for example, a company name, a brand, a product type or model of an aluminum sash, etc. Identification with the plate can be performed more easily and reliably, and the identification results can be communicated by telephone, etc., so that convenience can be improved. 4. The existing window frame identification gauge according to claim 2 or 3, wherein the gauge is formed with an identification display of a manufacturer and / or product type or model of the target existing window frame. .

  According to the fifth aspect of the present invention, there is provided an existing window for window frame refurbishment in which an existing window frame can be identified as easily and reliably as possible at a refurbishment site by using a gage having a large number of gauge plates. In order to provide a frame identification method, this is an existing window frame identification method used for window frame refurbishment in a cover method that covers and installs a new aluminum window frame on an existing aluminum window frame. Based on the cross-sectional shapes of various existing window frame components supplied at the time, at least an identification edge corresponding to the expected width of the shoji arrangement part or the shoji and screen door arrangement part is provided, and the existing window frame composition frame is provided on the identification edge. Provided with a number of gauge plates with receiving edges or notches formed in the in-plane direction from the facing edge that receives the protrusions of the existing window frame component frame and the facing edge that contacts the substrate Using an existing window frame identification gauge For the existing window frame selected for identification in the building to be refurbished, the gauge plate is selectively used from among the gauges to identify whether or not the existing window frame constituting frame can be fitted in the orthogonal direction at any position in the longitudinal direction. Thus, the existing window frame identifying method for refurbishing the window frame is characterized by identifying the existing window frame.

  The present invention uses each of these as the gist of the invention as means for solving the above problems.

Based on the data of the cross-sectional shape of various types of window frames supplied at the time of window frame renovation, at least the receiving grooves for the ridges of the window frame constituting frame and the groove spaces between the ridges The protruding piece is an aluminum extruded material having the same cross-sectional shape in the longitudinal direction as an identification side having a contact edge that contacts a substrate such as an inclination, a step, a horizontal (vertical), etc. of the window frame constituent frame. By applying the window frame to the window frame at an arbitrary position so as to be orthogonal to it, it is possible to eliminate individual measurement work at the renovation site by identifying whether it can be fitted, and even by an unskilled single operator. Ascertain the cross-sectional shape of the existing window frame at the refurbishment site as easily and reliably as possible to identify it and ensure good portability and operability to improve the efficiency of the window frame renovation work. Same as existing window frame as a tool that can be improved It is possible to provide a use gauge plate.

  The invention according to claim 2 forms a gauge for identifying an existing window frame by providing a large number of the gauge plates so as to cover various existing window frame constituent frames supplied at the window frame renovation target time. If the gauge plate is selectively fitted from the gauge to the window frame component frame and the fit is identified, the gauge can be removed without any prior knowledge of the existing window frame at the renovation site, for example. An existing window frame identification gauge can be provided which can easily and reliably identify an existing window frame by bringing it in.

  In addition to the above, the invention described in claim 3 is characterized in that the gauge plate is configured such that, for example, the lower side of the component frame and the identification side for the upper frame in a single window frame are arranged opposite to each other, or further on the side surface thereof. If the identification edge for the vertical frame is arranged, the identification by the gauge plate can be performed more easily and reliably.

  In addition to the above, the invention according to claim 4 is the gauge plate, if the form of the gauge plate is a display showing, for example, a company name, a brand, a product type or model of an aluminum sash, etc. It is possible to improve convenience by making identification with a plate easier and more reliable and communicating the identification result by telephone or the like.

  According to the fifth aspect of the present invention, there is provided an existing window for window frame refurbishment in which an existing window frame can be identified as easily and reliably as possible at a refurbishment site by using a gage having a large number of gauge plates. A frame identification method can be provided.

  The present invention will be described in more detail below with reference to the example of the drawings. Reference numeral 1 denotes a gauge plate used for window frame refurbishment in a cover method in which a new aluminum window frame is installed on an existing aluminum window frame. The gauge plate 1 is an existing window frame identification gauge provided with many of these, and by selectively using the gauge plate 1, existing window frame identification is performed by identifying whether or not the fitting in the orthogonal direction can be performed at an arbitrary position in the longitudinal direction of the existing window frame component frame. This is intended to be used freely.

  The gauge plate 1 is provided with an identification side 11 corresponding to at least the expected width of the shoji arrangement part or the shoji and the screen door arrangement part based on the cross-sectional shape of the existing window frame constituting frame supplied at the window frame renovation target period. A receiving edge 13 that is formed on the side 11 so as to be in contact with the substrate 12 of the existing window frame constituting frame, and an indented groove 13 formed in the in-plane direction from the contacting end edge 12 that receives the protrusion 26 of the existing window frame constituting frame. An end cutout 14 is formed to identify whether or not the fitting in the orthogonal direction is possible at an arbitrary position in the longitudinal direction of the existing window frame constituent frame.

  In this example, the gauge plate 1 is provided with a plurality of identification sides 11 which are adjacent to or opposed to each other, and whether or not the fitting in the orthogonal direction can be performed can be freely performed on a plurality of constituent frames in a single existing window frame. In addition, it is assumed to be provided with an identification display of the supplier and / or the type or model of the existing window frame to be identified in the plane.

  That is, the gauge plate 1 of this example is a plate using an appropriate material selected from, for example, a metal such as aluminum and stainless steel, a wood such as plywood, and a synthetic resin such as acrylic and hard nylon. By arranging a plurality of, in particular, a pair of identification sides 11 facing each other, for example, above and below the identification sides 11, for example, the upper frame 21 and the lower frame in a specific existing window frame configuration frame of a certain type or model of Company A 22 is used for identification, and by being arranged on the left and right sides, the identification side 11 is made of a flat plate formed so as to identify each of the left and right vertical frames 23 and 24 in a specific existing window frame constituting frame. The identification edge 11 is formed by performing post-processing such as pressing on the upper and lower or left and right opposing portions of a flat plate such as press processing, and also by a flat plate shape such as injection molding. There as those formed by performing integral molding of time.

  The gauge plate 1 is used for identifying the upper frame 21 and the lower frame 22 provided with identification sides 11 on the upper and lower sides, and for identifying the left and right vertical frames 23 and 24 provided with identification sides on the left and right sides. Is formed so that the height width thereof is substantially equal to or slightly narrower than the expected width of the existing window frame constituting frame. In the gauge plate 1 of the present example, the horizontal width The height width is made equal to the expected width of the existing window frame component frame. That is, for identification of a part having a parting edge 27 protruding horizontally on the indoor side of the upper frame 21 and the lower frame 22 in an aluminum sash installed at an initial stage, for example, 7 to 8 cm including the width of the parting edge 27 is included. After that, it is about 7 cm for identification of those having no parting edge found in the aluminum sash installed and for identification of the left and right vertical frames 23, 24 without the parting edge.

  Thus, the gauge plate 1 formed so as to have a horizontal width or a height equal to the expected width of the existing window frame constituting frame has the opposite vertical or left and right opposing sides 11 corresponding to the horizontal width or the height width, An identification side 11 is formed for identifying the upper frame 21 and the lower frame 22, and for identifying the left and right vertical frames 23 and 24, respectively. At this time, a book whose width or height is approximately equal to the expected width. In the gauge plate 1 of the example, the identification edge 11 has a sectional shape of the existing window frame constituting frame, particularly its window so that the whole or substantially the entire existing window frame constituting frame is fitted in the expected direction. Based on the cross-sectional shape of the exposed portion of the opening, the identification side 11 for fitting the entire expected width is fitted to the existing window frame constituting frame in accordance with this to identify whether or not the fitting is possible.

  That is, for example, in a window frame manufactured by Company A, as shown in FIG. 1, the identification side 11 on the upper frame 21 with the parting edge 27 that identifies whether or not the fitting is possible is a horizontal surface that contacts the horizontal substrate 25. A notch groove or an end notch for receiving the opposite end edge 12, the protrusion 26, that is, the three hanging pieces defining the two guide grooves for receiving the sliding door (the outdoor door is a screen door rail), In this example, an L-shaped step from the indoor surface of the indoor ridge to the parting edge is provided with a cutout groove 13 in the hanging strip on the indoor side and in the middle in the width direction and an end cutout 14 on the outdoor hanging piece. It is assumed that a room-side contact edge 15 that is in contact with the parting edge along the section and forms a step with the contact edge is provided.

  As shown in FIG. 1, the identification side 11 on the lower frame 22 for identifying whether or not the fitting is possible is also provided with an inclined stepped contact edge 12 that contacts the inclined substrate 25 arranged in a step shape. The protrusion 26, that is, the notch groove or the end notch for receiving the two guide rails for placing the sliding door and the outdoor screen door rail, and in this example, the notch groove 13 of the two guide rails and the screen door rail An L-shaped notch 16 is provided that is provided with an end notch 14 and that is in contact with the L-shaped standing portion along an indoor guide rail and an L-shaped standing portion that stands on the indoor side and has a parting edge at the upper end. As a thing.

  For example, in the window frame manufactured by B company, as shown in FIG. 2, the identification side 11 that is on the upper frame 21 having no parting edge and identifies whether it can be fitted or not is also in contact with the horizontal substrate 25, but has a tapping hole. The horizontal contact end edge 12 having an arc-shaped notch so as to receive the bulging part of the ridge, and the three ridges 26, that is, the indoor side and the two hanging pieces in the middle in the prospective direction, and a step or projection in the middle thereof It is assumed that it is provided with a notch groove 13 partially lacking above and an end notch 14 for receiving an outdoor hanging piece (also a screen door rail).

  As shown in FIG. 2, the identification side for identifying whether or not the cover is fitted in the lower frame 22 includes an indoor horizontal portion from the indoor side, an inclined portion extending to the outdoor side below the central position of the horizontal portion, The complex-shaped contact edge 12 that contacts the complex-shaped substrate 25 having the horizontal portion outside the inclined portion and the horizontal portion that is stepped from the horizontal portion except for a portion of the inclined portion. And an end notch 14 for receiving the guide rail cutouts 13 and the outdoor screen door rails on the indoor side and the outdoor horizontal part of the ridge 26, the indoor side guide rails and the indoor side thereof. And an end cutout 14 for receiving the raised piece.

  For example, in the case of a window frame manufactured by company C, as shown in FIG. 3, the identification side 11 for identifying whether or not it is fitted on the upper frame 21 without a parting edge is a horizontal with a step having a recessed portion at the center. The substrate 25 is provided with a stepped contact edge 12 that contacts the substrate 25 except for the protruding portion, four protrusions 26, that is, a notch groove 13 in the guide rail in the middle two in the prospecting direction, and an indoor standing piece. And an end cutout 14 for receiving an outdoor standing piece (also a screen door rail).

  As shown in FIG. 3, the identification side 11 on the lower frame 22 that identifies whether or not the cover is fitted is also connected to the similarly shaped substrate 25 having a three-stage horizontal portion from the indoor side and an inclined portion on the outdoor side. The contact edge 12 having a complex shape in contact with the protrusion 26, that is, the notch groove 13 for receiving the two guide rails formed at the tip of the horizontal portion, and the standing portion disposed on the indoor side and the outdoor side ( And an end notch 14 for receiving a screen door rail.

  On the other hand, in the window frame manufactured by the company A, as shown in FIG. 4, the identification side 11 that is in one vertical frame 23 with the parting edge 27 and identifies whether or not it fits is in contact with the vertical substrate 25. The vertical contact edge 12 and the ridge 26, that is, the compartment projection piece on the indoor side that defines the sliding door receiving site on the indoor side, and the airtight projection piece fitted to the door of the sliding door in the vicinity of the compartment projection piece Along the L-shaped stepped portion extending from the interior surface of the indoor compartment protrusion piece to the parting edge 27, and the end cutout portion 14 for receiving the outdoor compartment protrusion piece defining the receiving notch groove 13 and the sliding door receiving portion on the outdoor side As described above, the indoor side contact edge 15 that contacts the parting edge 27 is provided. In addition, the identification side 11 for identifying whether or not it is fitted in the other vertical frame 24 opposite to this has the position of the hermetic ridge in the vicinity of the partitioning projection on the outdoor side. , Except that the position of the cutout groove 13 for receiving the hermetic ridge is different from the position on the identification side of the one vertical frame.

  In the window frame manufactured by the company B, as shown in FIG. 5, the identification side 11 for identifying whether or not it fits in one vertical frame 23 is a vertical contact edge that contacts the vertical substrate 25. 12, a notch groove 13 for receiving a ridge 26, that is, a compartment projection piece on the indoor side that defines the receiving door receiving site on the indoor side, and a small airtight projection piece that fits on the door end of the draw door in the vicinity of the partition projection piece, and It is assumed that an end cutout 14 is provided for receiving an outdoor compartment projecting piece that defines a sliding door receiving site on the outdoor side. In addition, the identification side 11 in the other vertical frame 24 facing this and identifying whether or not it is fitted is similarly different from the position in the identification side 11 of the one vertical frame 23 in the position of the small airtight ridge. Except as shown, they are symmetrical.

  In the window frame manufactured by the company C, as shown in FIG. 6, the identification side 11 for identifying whether or not it is fitted in one vertical frame 23 is a vertical contact edge that contacts the vertical substrate 25. 12, the protrusion 26, that is, the notch groove 13 for receiving the indoor partitioning projection that defines the receiving door receiving site on the indoor side, and the airtight projection that fits on the door of the sliding door near the partitioning projection It is assumed that an end cutout 14 is provided for receiving a partition projection on the outdoor side that defines the door receiving site on the outdoor side. In addition, the identification edge 11 on the other vertical frame 24 opposite to this, which identifies whether or not it can be fitted, is arranged so that the vertical frame 24 is a middle protrusion between the sliding edge of the sliding door and the partition protrusion on the outdoor side in the middle of the expected direction. By having a shape in which an airtight protrusion is received between the pieces and an airtight protrusion is disposed between them, the cutout groove 13 for receiving the intermediate protrusion is disposed, and the position of the airtight protrusion is determined by the identification side of the one vertical frame 23. 11 except that it is different from the position in FIG.

  As is apparent from these drawings, the cutout groove 13 and the end cutout 14 of the identification side 11 are formed according to the shape of the ridge 26 of the existing window frame constituting frame. The guide rail and airtight protrusions have an arrowhead and one-side protruding shape, and a bulge that bulges to the substrate side on the indoor standing piece and indoor compartment, and a C-shaped ridge that fits and fixes the airtight material. In many cases, measures have been taken to ensure the function of the existing window frame component frame. However, the cutout groove 13 and the end cutout 14 for receiving the projection 26 are the maximum of the projection 26. The width is set based on the thickness portion. The ridges 26 may be of the same thickness or taper in the protruding direction, but the same thickness should be the same width for the same thickness, and the same width for the tapered ones. However, it can be tapered according to the tapered shape.

  The gauge plate 1 of this example includes a specific window frame constituting frame as a pair for identifying the upper frame 21 and the lower frame 22 and two for identifying the left and right vertical frames 23 and 24. Each of the existing window frame suppliers has a gauge as a group of plates that covers as much as possible the type or model of the window frame. At this time, within the surface of the gauge plate 1, for example, “Company A NS-70M” As shown in “KJA B Company”, depending on the name of the manufacturer and the type or model of the supplier, the standard sash display at the beginning of the former Japan Housing Corporation and the identification not shown such as by the name of the supplier, etc. Thus, necessary information can be obtained at the site for the existing window frame constituting frame in which the gauge plate 1 is fitted. At this time, in order to facilitate the identification of the fit or not, for example, the gauge plates 1 are arranged in order of product sales time for each supplier, or the gauge plates 1 are arranged for each standard sash display of the former Japan Housing Corporation. One end of each unit is fixed with a ring so as to be a gauge unit, and the unit is stored in the gauge case 1 for each unit, thereby improving the usability.

  In the figure, reference numeral 17 denotes a hand-held piece of the gauge plate 1, and 18 denotes a code protruding piece to which a serial number such as a serial number is attached.

  The existing window frame identification using the existing window frame identification gauge provided with a large number of the above gauge plates 1 is selected from the above gauges for the existing window frame selected for identification in the building to be renovated. This is performed by a method of identifying whether or not the existing window frame component frame can be fitted in the orthogonal direction at an arbitrary position in the longitudinal direction.

  In other words, the identification is carried out by bringing a gauge to the target building to be refurbished, and identifying the edge 11 on the individual gauge plate 1 with the upper frame 21, the lower frame 22 and the left and right vertical frames 23, 24 of the existing window frame constituting frame. To identify the existing window frame according to the identification display by using the gauge plate 1 fitted with all the identification sides 11. It is only necessary to measure the height, width, and diagonal dimension of the existing window frame according to a conventional method, and thereby necessary and sufficient information about the existing window frame accompanying the window frame refurbishment can be obtained. At this time, a final drawing of the existing window frame can be created based on the height, width, and diagonal dimension using the drawing of the existing window frame on which the gauge plate 1 is created. If the data is recorded electronically, it is possible to further facilitate the creation of the final drawing by calling up the data according to the identification.

  The identification using the individual gauge plate 1 is performed by, for example, assigning the identification side 11 for the lower frame of the gauge plate 1 for identifying the upper frame 21 and the lower frame 22 in the orthogonal direction to the lower frame 22, and identifying the identification side 11. Is attached to the existing window frame constituting frame, and the upper frame 22 is further identified for the fitted window, and the left and right vertical frames 23 and 24 that are paired with the gauge plate are identified. 1 is applied to each of the left and right vertical frames 23 and 24 in the orthogonal direction to confirm the fitting thereof, the lower frame 22 of the existing window frame has the most characteristic cross-sectional shape. Therefore, the identification operator can narrow down and select the gauge plate 1 to some extent on the assumption of the cross-sectional shape, so that the identification operation can be easily performed. For an existing window frame with a supplier's seal, it is only necessary to narrow down and select from the gauge unit or gauge plate 1 with the manufacturer name.

  Therefore, by using the gauge made up of a large number of gauge plates 1 in this example, the previous two workers went to the renovation site and measured and recorded the existing window frame components individually to grasp the cross-sectional shape. Based on the dimensions of the top, height, width, and diagonal, the existing window frame can be installed as easily and reliably as possible by an unskilled single operator, without having to do the complicated work of creating a drawing of the existing window frame. It can be identified and contributes to the efficiency of the window frame renovation work.

  The example shown in the figure is as described above. However, as described above, the identification edges for the upper frame and the lower frame or the left and right vertical frames are arranged on the gauge plate in order to suppress the size of the gauge plate. , It is preferable because it can be easily carried on site and identification work, but on the other hand, the size is slightly larger, but the upper and lower ends of the single gauge plate are used for the upper and lower frames, and the left and right ends. The identification edges for the left and right vertical frames are arranged on each side, and one gauge plate is provided for each existing window frame, so that the number of gauges is halved. It is arranged on the gauge plate independently, and the identification side of the gauge plate is determined based on the cross-sectional shape of the existing window frame component frame, at least according to the expected width of the shoji arrangement part or the shoji and screen door arrangement part. Edge and the existing window In carrying out the present invention, a gauge, a gauge plate, and the like, including a receiving groove or an end cutout formed in the in-plane direction from the contact edge that receives the protrusion of the component frame, are formed. , Contact edge, notch groove, end notch, etc., various configurations, shapes, materials, relations, additions to these, usage methods, etc., as long as they do not contradict the gist of the invention It can be.

It is a front view of the gauge plate which shows the relationship between an identification side, an upper frame, and a lower frame. It is a front view of the gauge plate which shows the relationship between the identification edge | side of another example, an upper frame, and a lower frame. It is a front view of the gauge plate which shows the relationship between the identification edge | side of another example, an upper frame, and a lower frame. It is a front view of the gauge plate which shows the relationship between an identification side and a left-right vertical frame. It is a front view of the gauge plate which shows the relationship between the identification side of another example, and a left-right vertical frame. It is a front view of the gauge plate which shows the relationship between the identification side of another example, and a left-right vertical frame. It is a perspective view which shows the identification method of the lower frame using the gauge plate of FIG.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Gauge plate 11 Identification edge 12 Contact edge 13 Receiving groove 14 End notch 15 Indoor side contact edge 16 L-shaped notch 17 Hand-held piece 18 Code protrusion 21 Upper frame 22 Lower frame 23 Vertical frame 24 Vertical frame 25 Substrate 26 Ridge 27 parting edge

Claims (5)

  Cross-sectional shape of the existing window frame component frame supplied at the time of window frame renovation, for identifying the existing window frame used for window frame refurbishment of the cover method that covers and installs the new aluminum window frame on the existing aluminum window frame An identification edge corresponding to the expected width of at least the shoji placement portion or the shoji and screen door placement portion, and a contact edge that contacts the substrate of the existing window frame construction frame on the identification side, and an existing window frame construction frame An existing window formed by forming a receiving groove or an end notch formed in the in-plane direction from the contact edge that receives the ridge of the ridge, and identifying whether or not to fit in an orthogonal direction at an arbitrary position in the longitudinal direction of the existing window frame component frame An existing window frame identification gauge plate characterized in that frame identification can be performed freely.   A gauge for identifying existing window frames used for window frame refurbishment in the cover method of covering existing aluminum window frames with new aluminum window frames, and various existing window frames supplied at the time of window frame renovation An identification edge corresponding to the expected width of the shoji arrangement part or the shoji and the screen door arrangement part based on the cross-sectional shape of the component frame, and a contact edge that contacts the substrate of the existing window frame component frame on the identification side; It is equipped with a number of gauge plates with receiving grooves or end notches formed in the in-plane direction from the contact edge that receives the protrusions of the existing window frame component frame, and the existing windows are selectively used by using the gauge plates. An existing window frame identification gauge characterized by being able to freely identify existing window frames by identifying whether or not they can be fitted in an orthogonal direction at an arbitrary position in the longitudinal direction of the frame constituting frame.   3. The gauge plate according to claim 2, further comprising a plurality of identification sides adjacent to or opposite to each other, wherein the identification of whether or not the fitting in the orthogonal direction is possible is made freely for a plurality of component frames in a single existing window frame. The existing window frame identification gauge described.   The existing gauge according to claim 2 or 3, wherein the gauge plate is formed with an identification display of the supplier and / or the type or model of the existing window frame to be identified in the plane. Window frame identification gauge.   An existing window frame identification method used for window frame refurbishment of a cover method that covers and installs a new aluminum window frame on an existing window frame made of aluminum. An identification edge corresponding to the expected width of the shoji arrangement portion or the shoji and screen door arrangement portion based on the cross-sectional shape of the window, a contact edge that contacts the substrate of the existing window frame component frame, and an existing window Using the existing window frame identification gauge equipped with a number of gauge plates formed with receiving grooves or end notches formed in the in-plane direction from the contact edge that receives the ridges of the frame constituting frame By selectively using a gauge plate from among the above gauges for existing window frames selected for identification in buildings, identifying whether or not they can be fitted in an orthogonal direction at an arbitrary position in the longitudinal direction of the existing window frame component frame Identify existing window frames Window frame renovated for the existing window frame identification method according to claim.

Images