JPH0321426Y2 - - Google Patents

Description

[Detailed Description of the Invention] [Industrial Application Field] The present invention relates to an architectural lattice used for gates, fences, etc.

[Conventional technology]

Conventional architectural lattices used for gates, etc. are formed by passing holes provided in one of the intersecting lattice lattice pieces through the other lattice lattice, or by passing holes in one of the lattice lattice pieces that are crossed. It is formed by fitting lattice bars into notches provided on both sides. In addition, in the window frame, each frame member of the window frame body has a lattice body formed by connecting two decorative lattice frame bodies sandwiching a thin film body with a connecting tool such as a mating screw or a clamping fitting. There is a known technique for fixing the lattice body to the window frame body by overlapping the flanges for attaching the glass, hooking the locking protrusions of the lattice body rotated by these flanges, and attaching the lattice body with a stopper. (Mr. Kimiaki
(See Publication No. 49-8029).

[Problem that the invention attempts to solve]

However, in the former conventional structure, not only is it troublesome to form through holes in the lattice lattice, but also the work of passing the lattice lattice through the holes is extremely troublesome, and the manufacturing cost is high. However, there is a problem in that when the lattice beam is inserted into the through hole, the surface of the lattice beam being penetrated is easily damaged by the edges of the through hole. Note that if the through hole is made larger to prevent this damage, the intersection will not fit properly. In addition, in the latter conventional structure, the male and female notches of the lattice lattice are fitted together at each intersection, so due to the influence of the machining accuracy of the notches and variations in the dimensions of the lattice lattice, the above-mentioned fitting is difficult at many points. There were cases where it did not work properly, and the assembly work was relatively troublesome. Note that if a margin is provided for the fit between the notch and the lattice lattice in order to improve the assemblability, the fit at the intersection will be poor. In addition, in the technique disclosed in Japanese Utility Model Publication No. 49-8029, the entire circumference of the grid is exposed and fixed to the window frame body, so there is a problem that the connectors and fasteners are visible and the appearance is not good. . Moreover,
Since the lattice body is assembled using connectors, when one of the two decorative lattice frames of the lattice body is damaged or damaged, it is necessary to attach and remove the connectors to replace it. Therefore, there was a problem that the workability of replacement was not good.

The purpose of the present invention is to obtain an architectural lattice body that is easy to assemble and process the lattice lattice, is easy to assemble, has a good appearance, and can easily handle damage and scratches on the lattice lattice. .

[Means for solving problems]

In order to achieve the above object, the architectural lattice of the present invention consists of a lattice mounting frame formed by framing upper, lower, left and right frame members in a rectangular shape, and a lattice frame and a lattice attached within the frame of the lattice frame. and a lattice body mounted within the frame of the lattice body mounting frame, and the lattice includes notches provided at appropriate intervals in the upper, lower, left, and right support frame members arranged in a rectangular shape. a first lattice unit formed by engaging both ends of a plurality of lattice beams, and connecting these lattice beams and a lattice support frame material with a fixture;
A plurality of lattice beams arranged along a direction intersecting with the lattice beams of the first lattice unit are inserted into notches provided at appropriate intervals in the top, bottom, left and right beam support frames arranged in a rectangular manner. It is formed by overlapping a second lattice unit formed by engaging both ends of the lattice lattice and the lattice supporting frame material with a fixing tool, and the lattice lattice is formed by overlapping the lattice lattice with a second lattice unit formed by connecting the lattice lattice and the lattice support frame with a fixture. It is formed by framing the upper, lower, left, and right lattice edge frames into a rectangular shape, each of which houses each of the lattice support frames and has a fitting edge that fits into the inner peripheral edge of the lattice body mounting frame. Features.

[Effect]

According to the architectural lattice of the present invention, when the first lattice unit and the second lattice unit are both positioned so that the ends of the lattice lattice are engaged with the notches of the lattice support frame material, these lattice supports Since the frame material and the trellis can be assembled by connecting them with fixing devices, these units can be easily assembled. Since the structure is such that the first and second lattice units are stacked one on top of the other and the multiple lattice bars of both units intersect, it is not possible to pass the lattice bars that are crossed through through holes as in the conventional method. , or without the need for troublesome engagement work such as male and female mating.
It can be assembled by simply stacking a pair of lattice units on top of each other. Therefore, it is possible to omit the process of creating holes or notches in the lattice lattice at positions corresponding to the intersections of the lattice sills, making it possible to simplify the processing of the lattice sills and reduce processing costs. Since there is no need for a through hole or notch at a position corresponding to the intersection, there is no problem of fitting the intersection due to these holes. In addition, the lattice frame of the lattice body forms a so-called picture frame, and the upper, lower, left, and right lattice frame members forming the lattice body have fitting edges, and these fitting edges are connected to each frame member of the lattice body mounting frame. By fitting it into the lattice frame, it can be easily installed inside the lattice body mounting frame without using any connectors such as screws. By fitting inside, it can be installed inside the lattice frame without using any connectors such as screws. Since all of these can be installed without the use of connectors, assembly and disassembly are simple, and therefore, when the grid unit needs to be replaced, the work can be done easily. Since the lattice frame forming the picture frame accommodates the lattice support frames of each lattice unit therein, it covers up the fixtures that connect the lattice support frames of the lattice units and the lattice frames.

〔Example〕

An embodiment shown in the drawings will be described.

In the figure, reference numeral 1 denotes a lattice mounting frame, which is formed by framing upper, lower, left, and right frame members 2 to 5 in a rectangular shape. Note that 6 indicates a connector fixed to the connector receiver 7, and in the illustrated example, a screw is used for the connector 6, and a tapping hole is used for the connector receiver 7. Further, reference numeral 8 in FIG. 5 is a hole plug made of rubber that plugs the hole through which the connector 6 is passed.

A lattice body 9 is attached to this lattice mounting frame 1. The lattice body 9 is formed from a lattice 10 and a lattice frame 11.

In the lattice 10, for example, both ends of a plurality of lattice bars 12 arranged substantially parallel to each other are respectively fixed to two of the upper, lower, left, and right corner support frames 13 to 16 arranged in a rectangular shape. A first lattice unit 17 formed as a first lattice unit 17 and both ends of a plurality of lattice bars 18 disposed substantially parallel to each other along a direction intersecting the lattice bars 12 of the first lattice unit 17. ,
Upper, lower, left and right support frame materials 19-2 arranged in a square shape
2 and a second lattice unit 23 formed by being fixed to each other are superimposed on each other.

In the case of this embodiment, the support frame members 13 to 16 and 19 to 22 each have an engaging piece on one side end of the fixed piece extending in a direction substantially perpendicular thereto, as shown representatively in FIG. It is integrally provided and has a substantially T-shaped cross section. Then, notches 2 provided at appropriate intervals on the engagement piece
Each lattice unit 17, 23 is assembled by engaging the end portions of the rectangular cylindrical lattice beams 12 or 18 with 4 and fixing these lattice beam ends to the fixing pieces with the fixtures 25. It is being In addition,
A blind rivet or the like is used as the fixture 25. Furthermore, each of the lattice units 17 and 23 is formed to have the same size, and when these units are stacked on top of each other, the engaging pieces of the lattice support frame material are arranged flush with each other.

The lattice frame 11 has upper, lower, left and right lattice edge frame members 27 to 30 each having a fitting edge 26 that fits into the inner peripheral edge of the lattice mounting frame 1, and is framed in a rectangular shape by a connector 31 and a connector receiver 32. It is formed by In the illustrated embodiment, a stainless steel L-shaped fitting is used for the connector receiver 32, and the connector 3
1 shows a case in which a screw is used which passes through the ends of the lattice edge frame members 27 to 30 and is screwed into the connector receiver 32. The lattice edge frame members 27 to 30 integrally have the positioning portion 33 of the lattice 10,
The space between the positioning portions 33 is adapted to fit into the stacked support frame members 13-16, 19-22 of the lattice 10. The lattice frame members 27 to 30 form what is called a picture frame, and are adapted to accommodate the above-mentioned lattice support frames 13 to 16, 19 to 22 inside and cover the fixture 25 and the like. For this reason,
The fixture 25, the positioning portion 33, etc. can be covered to improve the appearance, and the lattice 10 can be easily attached to the lattice mounting frame 1.

In order to assemble the entire gate with the above structure, first, the first and second lattice units 17 and 23 are stacked one on top of the other to form the lattice 10, and then a lattice frame is placed around the lattice 10, respectively. The lattice body 9 is formed by fitting the materials 27 to 30. Next, the fitting edges 26 of the lattice edge frame members 27 to 30 of the lattice body 9 are fitted onto the inner peripheral edge of the partially assembled lattice attachment frame 1, which has been assembled with either the upper or lower frame members removed. Then, the remaining frame member is inserted between the left and right frame members 4 and 5, and is fitted into the fitting edge 26 of the grid body 9. Finally, attach this frame member to the left and right frame members 4 and 5.
to complete the entire assembly.

Furthermore, in order to assemble the lattice units 17 and 23, both ends of the lattice bars 12 and 18 are engaged with the notches 24 of the lattice support frames 13 to 16 and 19 to 22, respectively, and then the lattice bars 12 and 12 are assembled using the fixtures 25. , 18 are fixed to the support frame members 13-16, 19-22, respectively. And these two lattice units 17, 2
By assembling the grating 10 by superimposing the gratings 10 as described above, the gratings 12 and 18 of both grating units 17 and 23 intersect as shown in FIG. 1 without engaging each other.

In addition, in the embodiment described above, each member whose material is not specified (excluding the connectors 6 and 31) is made of extruded aluminum alloy, but these may be made of other metal materials or synthetic resin. It may be made of

Furthermore, in the above embodiment, the lattice bars 12, 18
Although the lattice bars are arranged to intersect diagonally, they may also be arranged to intersect at right angles.
Comrades 2 and 18 are not nearly parallel to each other,
For example, they may be provided substantially radially with respect to one truss support frame member.

Furthermore, the present invention may be implemented by sandwiching a transparent or semitransparent panel between the first and second grating units 17 and 23.

Further, the present invention is not limited to the gate of the above-mentioned embodiment, but can be widely implemented as long as it is used for construction.

In addition, in carrying out the present invention, unless it is contrary to the gist of the invention, the lattice mounting frame and its respective frame members, the lattice frame and lattice of the lattice, each lattice unit of the lattice, the support frame material, the notches, The specific structure, shape, position, material, etc. of the lattice frame, the fixture, the lattice frame material of the lattice frame, and its fitting edges are not limited to the one embodiment described above, and may be modified in various ways. Of course, it can be configured and implemented.

[Effect of idea]

According to the present invention, which has the gist of the configuration described in the above-mentioned utility model registration claims, the lattice lattice is attached to the lattice support frame material by engaging the ends of the lattice lattice with the notches provided in the lattice support frame material. Since this can be carried out using fixing tools under certain positioning conditions, in addition to easily assembling the lattice unit, there is no need for any connectors to attach the lattice to the lattice mounting frame, and the lattice to the lattice frame can be easily assembled. Since no connectors are required for installation, assembly is extremely simple.Furthermore, there is no need to provide through holes or notches in relation to the intersecting lattice lattice lattice lattice lattice lattice lattice lattice lattice lattice lattice lattice lattice lattice lattice lattice lattice lattice lattice lattice lattice lattice lattice trusses. , can be manufactured at low cost. The lattice units of the lattice are not connected to each other; the lattice support frame material is inserted into the lattice frame, and the lattice is supported by the lattice frame without using any connectors.
It is easy to disassemble and assemble, and therefore the lattice unit can be easily replaced if it is damaged or scratched. Furthermore, since the lattice support frame material of the lattice unit, which is equipped with the fixtures for assembling the lattice unit, is housed inside the lattice frame as described above, the fixtures are not exposed to the outside. Since there is no factor that makes it difficult to fit at the intersection of the lattice bars of the first and second lattice units, it is possible to provide an architectural lattice with a good appearance.
Its practical effects are great.

[Brief explanation of drawings]

The drawings show one embodiment of the present invention; FIG. 1 is a front view of the gate, FIG. 2 is a perspective view of a part of the support frame, and FIG. 3 is a sectional view taken along the line - in FIG. 1. , FIG. 4 is a sectional view taken along the line - in FIG. 1, and FIG. 5 is an enlarged view of the middle part of FIG. 10... Lattice, 12, 18... Lattice, 13~
16, 19-22...Sword support frame material, 17...First
lattice unit, 23... second lattice unit,
9... Lattice body, 11... Lattice frame, 24... Notch,
25...Fixing tool, 26...Fitting edge, 27-30...
...Lattice edge frame material.

Claims (1)

[Scope of Claim for Utility Model Registration] A lattice body mounting frame formed by framing upper, lower, left and right frame members in a rectangular shape, a lattice frame and a lattice attached within the frame of the lattice frame, and the above-mentioned lattice body and a lattice body installed within the frame of the mounting frame, and the lattice is provided with a plurality of lattice beams in notches provided at appropriate intervals in the upper, lower, left, and right beam support frames arranged in a rectangular manner. A first lattice unit is formed by engaging the respective ends of the lattice lattice and the lattice support frame members by means of fixing devices, and a first lattice unit is formed by connecting the lattice lattice members and the lattice support frame members by means of fixing devices. Both ends of a plurality of lattice bars arranged along the direction intersecting the lattice bars of the first lattice unit are respectively engaged with the notches provided at appropriate intervals, and these lattice bars and the lattice supports are engaged. and a second lattice unit formed by connecting the frame members with a fixing device, the lattice members are formed by overlapping each other, and the lattice members house each member of the lattice supporting frame members therein, and the lattice members are attached to the lattice member. An architectural lattice characterized in that it is formed by framing upper, lower, left and right lattice edge frame materials in a rectangular shape, each having a fitting edge that fits into the inner peripheral edge of the frame.