JP3191460U - Spacing member connecting structure and spacing member unit - Google Patents
Spacing member connecting structure and spacing member unit Download PDFInfo
- Publication number
- JP3191460U JP3191460U JP2014000297U JP2014000297U JP3191460U JP 3191460 U JP3191460 U JP 3191460U JP 2014000297 U JP2014000297 U JP 2014000297U JP 2014000297 U JP2014000297 U JP 2014000297U JP 3191460 U JP3191460 U JP 3191460U
- Authority
- JP
- Japan
- Prior art keywords
- wedge
- spacing member
- spacing
- outer periphery
- shaped
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Lifetime
Links
- 238000000034 method Methods 0.000 claims description 7
- 238000005192 partition Methods 0.000 claims description 7
- 238000010168 coupling process Methods 0.000 claims description 2
- 238000010586 diagram Methods 0.000 description 9
- 239000011449 brick Substances 0.000 description 8
- 239000011464 hollow brick Substances 0.000 description 6
- 238000005034 decoration Methods 0.000 description 4
- 239000011469 building brick Substances 0.000 description 1
- 239000004566 building material Substances 0.000 description 1
- 210000001217 buttock Anatomy 0.000 description 1
- 239000003086 colorant Substances 0.000 description 1
- 230000008878 coupling Effects 0.000 description 1
- 238000005859 coupling reaction Methods 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 230000001771 impaired effect Effects 0.000 description 1
Abstract
【課題】簡便な凹凸嵌合により、互いの方位による牽制作用が達成され、かつ便利に取り外せる間隔部材の連結構造を提供する。
【解決手段】所定幅を有する中空基礎構造体の外周辺における相隣する両側に、凹設された間隔を置いた少なくとも２箇所または２箇所以上の上狭下広な楔形空間１１と、中空基礎構造体の外周辺における他の相隣する両側に、凸設され、間隔を置いた少なくとも２本または２本以上の上広下狭な楔形肋部１２と、を備え、相隣する両側の楔形空間１１を内広外狭状に形成し、また他の相隣する両側の楔形肋部１２を内狭外広状に形成する。これにより、間隔部材１に対して組み付けを実施する場合、連繋接続する予定の間隔部材１は、表向き及び裏向きを呈し、表向きの間隔部材１の外周辺の楔形空間１１に、相応する裏向きの間隔部材１の外周辺の楔形肋部１２が食い込むのを許容する。
【選択図】図１An object of the present invention is to provide a connecting structure for a spacing member that can be easily removed and can be easily removed by simple concave-convex fitting.
SOLUTION: At least two or two or more wedge-shaped spaces 11 having a narrow space on both sides adjacent to each other in the outer periphery of a hollow foundation structure having a predetermined width, and a hollow foundation And at least two or two or more wedge-shaped flanges 12 that are wide and narrow on both sides adjacent to each other in the outer periphery of the structure, and are wedge-shaped on both sides adjacent to each other. The space 11 is formed in a narrow shape inside and outside, and the wedge-shaped flanges 12 on both sides adjacent to each other are formed in a wide shape inside and outside the space. Thereby, when assembling with respect to the spacing member 1, the spacing member 1 to be connected and connected exhibits the front side and the back side, and the wedge-like space 11 on the outer periphery of the front side spacing member 1 has a corresponding back side. The wedge-shaped flange portion 12 around the outer periphery of the spacing member 1 is allowed to bite.
[Selection] Figure 1
Description
本考案は、間隔部材の連結方式及び構成に係り、主に、ペットマットの高さ調整、植栽、または室内・室外の置き飾り等の用途に広汎に応用される間隔部材で、組み付けを実施する時に、簡便な凹凸嵌合により、互いの方位による牽制作用が達成され、かつ間隔部材が後日不使用となって取り除く必要がある場合でも、便利な取り外しにより間隔部材の形態を保持したまま、間隔部材を損なうことなく、間隔部材の実施効率を大幅に向上させ、応用をより機動的に実行できる、間隔部材の連結方式及び構成に関するものである。 The present invention relates to the connection method and configuration of spacing members, and is mainly implemented with spacing members that are widely used for pet mat height adjustment, planting, indoor / outdoor decorations, etc. Even when it is necessary to remove the gap member due to the use of a simple concavo-convex fitting and the gap member is not used at a later date, it is necessary to remove the gap member while maintaining the shape of the gap member. The present invention relates to a connection method and a configuration of a spacing member that can greatly improve the implementation efficiency of the spacing member without impairing the spacing member, and that can be applied more flexibly.
一般に、現在の関連業者は、通常、空胴レンガを建築の壁面に積み重ねるレンガまたは庭の芝地面に敷設されるレンガの代替物として取り替えるものの開発において、このような空胴レンガは、耐圧・抗重及び堅固・安定の特性を有するので、一般人も徐々にそれを壁積みための建築材料として選択されるようになったり、または室内隔壁、物置棚、戸棚の基台、高さ調整部品や庭園の地面への敷設等のような建築の外に用いる形態が多くなり、空胴レンガを積み重ねた後に、簡易花台または植栽のフェンスとすることもできる。しかし、前記のような空胴レンガを建築の壁面または室内隔壁の積み重ねに用いる場合には、コンクリートのようなもので互いに相隣する空胴レンガを方位固定する必要がある。また、空胴レンガを室内の物置棚、高さ調整部品、または庭の花台或いは地面への敷設に用いる場合では、所定造形の積み重ねまたは敷設だけの効果しかなく、部材の配置や芝生の植栽等の必要な別の用途として行うことができなかった。 In general, current contractors usually develop such bricks as pressure and resistance in the development of replacements for bricks that are stacked on the walls of buildings or bricks that are laid on the turf of the garden. Due to its heavy, firm and stable characteristics, the general public is gradually choosing it as a building material for wall mounting, or indoor bulkheads, storage racks, cupboard bases, height adjustment parts and gardens In many cases, it is used outside the building such as laying on the ground, and after stacking the hollow bricks, it can be used as a simple flower stand or a planting fence. However, when the above-described cavity bricks are used for stacking wall surfaces of buildings or indoor partition walls, it is necessary to fix the orientation of adjacent cavity bricks such as concrete. In addition, in the case where hollow bricks are used for indoor storage racks, height adjustment parts, garden flower beds or ground laying, there is only the effect of stacking or laying a predetermined shape, arrangement of members and lawn planting Etc. could not be performed as another necessary application.
上述したように、前記のような空胴レンガを壁面または室内隔壁に積み重ねて、後日不使用となった場合には、かなり大きい外力を費やさなければ、コンクリートで固定された空胴レンガを壁面または隔壁から取り除きすることができない。直接庭の所定花台への積み重ねまたは地面への敷設に対し、必要な造形を架設することができないため、空胴レンガの便利さで伝統的なレンガを代替することができるが、後日取り除きが困難になる問題、または庭に敷設する時には、造形できない不具合が存在する問題がある。 As described above, when the above-described cavity bricks are stacked on the wall surface or the interior partition wall and are not used at a later date, the cavity bricks fixed with concrete are not It cannot be removed from the bulkhead. It is possible to replace traditional bricks with the convenience of hollow bricks, because it is not possible to lay the necessary modeling directly on the garden in the garden or on the ground, but it is difficult to remove at a later date There is a problem that there is a problem that cannot be formed when laying in the garden.
ここで、本出願の考案者は、空胴レンガのような部材が使用上に存在する不具合に対し、具体的に改善すると共に、ペットマットの高さ調整、植栽、または室内・室外の置き飾り等の用途に広汎に応用される間隔部材で実施する時に、簡便な凹凸嵌合により、互いの方位による牽制作用が達成され、かつ間隔部材が後日不使用となって取り除く必要がある場合でも、便利な取り外しにより間隔部材の形態を保持したまま、間隔部材を損なうことなく、間隔部材の実施効率を大幅に向上させ、応用をより機動的に実行できる、間隔部材の連結方式及び構成を提供する。 Here, the inventor of the present application specifically improved the problem that a member such as a hollow brick exists in use, and adjusted the height of the pet mat, planted, or placed indoors / outdoors. Even when spacing members that are widely applied to decorations, etc. are used, even if it is necessary to remove the spacing members at a later date by using simple concave and convex fittings, and the spacing members are not used at a later date. Provided with a spacing member connection system and configuration that can greatly improve the efficiency of spacing members without damaging the spacing members while maintaining the shape of the spacing members by convenient removal, and that can be applied more flexibly. To do.
本考案は、建築の壁面に積み重ねる空胴レンガまたは庭の地面に敷設される空胴レンガの使用時の従来の問題を鑑みて、改善することができるので、ペットマットの高さ調整、植栽、または室内・室外の置き飾り等の用途に応用される前記した分野と同じ分野の間隔部材で、組み付けを実施する時に、簡便な凹凸嵌合により、互いの方位による牽制作用が達成され、かつ間隔部材が後日不使用となって取り除く必要がある場合でも、便利な取り外しにより間隔部材の形態を保持したまま、間隔部材を損なうことなく、間隔部材の実施効率を大幅に向上させ、応用をより機動的に実行できる、間隔部材の連結方式及び構成が提供される。 The present invention can be improved in view of the conventional problems when using hollow bricks stacked on the wall of a building or hollow bricks laid on the ground of a garden. In addition, when performing assembly with a spacing member in the same field as described above, which is applied to applications such as indoor / outdoor decorations, etc., a simple uneven fitting is used to achieve checking for each other's orientation, and Even if the spacing member is not used at a later date and needs to be removed, it is possible to significantly improve the efficiency of the spacing member without damaging the spacing member while maintaining the shape of the spacing member by convenient removal, and more applications. Provided is a spacing member coupling scheme and configuration that can be flexibly implemented.
本考案の主な目のは、建築物に対して区画壁面または敷設地面とする間隔部材は、所定幅を有する中空基礎構造体の外周辺における相隣する両側に、凹設された間隔を置いた少なくとも２箇所または２箇所以上の上狭下広な楔形空間と、中空基礎構造体の外周辺における他の相隣する両側に、凸設され、間隔を置いた少なくとも２本または２本以上の上広下狭な楔形肋部と、を備え、相隣する両側の前記楔形空間を内広外狭状に形成し、また他の相隣する両側の楔形肋部を内狭外広状に形成し、これにより、間隔部材に対して組み付けを実施する場合、連繋接続する予定の間隔部材は、表向き及び裏向きを呈し、表向きの間隔部材の外周辺の楔形空間に、相応する裏向きの間隔部材の外周辺の楔形肋部が食い込むのを許容して、間隔部材が簡便な凹凸嵌合により、互いの方位による牽制作用が達成され、かつ間隔部材が後日不使用となって取り除く必要がある場合でも、便利な取り外しにより間隔部材の形態を保持したまま、間隔部材の実施効率を大幅に向上させ、応用をより機動的に実行できるようにすることを特徴とする、間隔部材の連結方式を提供することである。 The main feature of the present invention is that the spacing member, which is the partition wall or laying ground for the building, has a recessed spacing on both sides adjacent to the outer periphery of the hollow foundation structure having a predetermined width. Further, at least two or two or more wedge-shaped spaces having a narrow and wide wedge-shaped space at least two or more places and other adjacent sides on the outer periphery of the hollow foundation structure are provided at intervals. A wedge-shaped ridge that is narrow on the upper and lower sides, and the wedge-shaped spaces on both sides adjacent to each other are formed in an inner and outer narrow shape, and the wedge-shaped ridges on the other adjacent sides are formed in an inner and outer wide shape. Thus, when assembling with respect to the spacing member, the spacing members to be connected to each other are face-up and face-down, and the corresponding back-facing spacing is provided in the wedge-shaped space around the outer face-facing spacing member. The gap member is simplified by allowing the wedge-shaped ridges on the outer periphery of the member to bite. Even if it is necessary to remove the gap member because it is not used at a later date, it is possible to carry out the gap member while keeping the shape of the gap member by convenient removal. It is to provide a connecting method of the spacing members, characterized in that the efficiency is greatly improved and the application can be executed more flexibly.
本考案の第２目のは、間隔部材の各周辺に位置する上下部位は、略凹面形状に形成されることを特徴とする、間隔部材の連結方式を提供することである。 A second aspect of the present invention is to provide a connection method of the spacing members, wherein the upper and lower portions located around each spacing member are formed in a substantially concave shape.
本考案の第３目のは、建築物に対して区画壁面または敷設地面とする間隔部材の構成は、複数本の間隔部材と、複数本の挟持ユニットと、から構成され、間隔部材は、所定幅を有する中空基礎構造体の外周辺における相隣する両側に、間隔を置いた少なくとも２箇所または２箇所以上の上狭下広な楔形空間が凹設され、中空基礎構造体の外周辺における他の相隣する両側に、間隔を置いた少なくとも２本または２本以上の上広下狭な楔形肋部が凸設され、相隣する両側の前記楔形空間が内広外狭状に形成され、また他の相隣する両側の楔形肋部が内狭外広状に形成され、間隔部材の各角隅の内周辺は、凹設領域に形成され、複数本の間隔部材として、必要な形態の間隔部材ユニットを構成するために、表向きと裏向きとの相互掛合により、表向きの間隔部材の外周辺の楔形空間に、相応する裏向きの間隔部材の外周辺の楔形肋部が食い込むのを許容して、挟持ユニットで間隔部材ユニットの中央部位の各凹設領域に対して正確な方位による牽制作用が行われることを特徴とする、間隔部材の構成を提供することである。 According to a third aspect of the present invention, the configuration of the spacing member which is a partition wall surface or laying ground for the building is composed of a plurality of spacing members and a plurality of clamping units. At least two or two or more spaced wedge-shaped spaces spaced apart are formed on both sides adjacent to each other in the outer periphery of the hollow foundation structure having a width. At least two or two or more wedge-shaped buttocks that are spaced apart from each other are protruded on both sides adjacent to each other, and the wedge-shaped spaces on both sides adjacent to each other are formed in an inner and outer narrow shape, In addition, the wedge-shaped flanges on both sides adjacent to each other are formed in an inner narrow and wide outer shape, and the inner periphery of each corner of the spacing member is formed in a recessed region, so that a plurality of spacing members are formed in a necessary form. In order to configure the spacing member unit, the front and back sides are engaged with each other. Allow the wedge-shaped collars on the outer periphery of the corresponding back-facing spacing member to bite into the wedge-shaped space on the outer periphery of the spacing member, It is another object of the present invention to provide a configuration of a spacing member, which is characterized in that checking is performed with an accurate orientation.
本考案の第４目のは、構成した間隔部材ユニットの中央部位に対応して結合される挟持ユニットは、上制限具と、下制限具と、から構成され、前記上制限具が外周辺に位置する下向きに延在する各凸部は、間隔部材ユニットの中央部位の各凹設領域に対応して嵌入され、また下制限具が外周辺に位置する上向きに延在する各凸部も、間隔部材ユニットの各凹設領域に対応して嵌入されると共に、下制限具の中央部位の一節のロッド段を上制限具の所定空間に対応して導入させることで、挟持ユニットにより、間隔部材ユニットに対してより好適な牽制作用が行われることを特徴とする、間隔部材の構成を提供することである。 According to a fourth aspect of the present invention, the clamping unit coupled to the central portion of the configured spacing member unit includes an upper limiter and a lower limiter, and the upper limiter is located on the outer periphery. Each projecting portion extending downward and positioned is inserted corresponding to each recessed region of the central portion of the spacing member unit, and each projecting portion extending downward and having the lower limiter located on the outer periphery is also The spacing member unit is inserted corresponding to each recessed region, and a rod step at a central portion of the lower limiter is introduced corresponding to the predetermined space of the upper limiter, so that the spacing member It is to provide a configuration of a spacing member, characterized in that a more suitable drafting is performed on the unit.
本考案が設計した間隔部材の連結方式及び構成（図１、図２、図３参照）は、建築物に対して区画壁面または敷設地面とする間隔部材１は、所定幅を有する中空基礎構造体の外周辺における相隣する両側に、凹設された間隔を置いた少なくとも２箇所または２箇所以上の上狭下広な楔形空間１１と、中空基礎構造体の外周辺における他の相隣する両側に、凸設され、間隔を置いた少なくとも２本または２本以上の上広下狭な楔形肋部１２と、を備え、相隣する両側の前記楔形空間１１を内広外狭状に形成し、また他の相隣する両側の楔形肋部１２を内狭外広状に形成し、間隔部材１の各角隅の内周辺を凹設領域１３に形成すると同時に、間隔部材１の各周辺に位置する上下部位は、略凹面形状に形成される（図３参照）。 The spacing member connecting method and configuration (see FIGS. 1, 2, and 3) designed by the present invention is a hollow foundation structure having a predetermined width as the spacing member 1 used as a partition wall surface or laying ground with respect to a building. On both sides adjacent to each other in the outer periphery of the outer space, at least two or two or more wedged spaces 11 having a narrow space, and other adjacent sides on the outer periphery of the hollow base structure. And at least two or two or more wedge-shaped flange portions 12 that are spaced apart and are spaced apart from each other, and the wedge-shaped spaces 11 on both sides adjacent to each other are formed in an inner and outer narrow shape. In addition, the wedge-shaped flanges 12 on both sides adjacent to each other are formed in a narrow and wide outer shape, and the inner periphery of each corner of the spacing member 1 is formed in the recessed region 13, and at the same time on each periphery of the spacing member 1. The upper and lower parts that are positioned are formed in a substantially concave shape (see FIG. 3).
上記した間隔部材１に対して組み付けを実施する場合（図４参照）には、連繋接続する予定の間隔部材１は、表向き及び裏向きを呈し（ここでは、上部近傍の前記間隔部材１が表向きを呈する一方、下部近傍の前記間隔部材１が裏向きを呈する）、表向きの間隔部材１の外周辺の楔形空間１１に、相応する裏向きの間隔部材１の外周辺の楔形肋部１２が食い込むの（図５参照）を許容して、連繋接続した２本の間隔部材１の一側を他の間隔部材１と組み付けしようとする場合には、連繋接続していない間隔部材１と組み合わせる予定の間隔部材１とも、裏向きを呈し、表向きの間隔部材１の外周辺の楔形肋部１２を、相応する裏向きの間隔部材１の外周辺の楔形空間１１に食い込ませる（図６参照）。その後、表向きの間隔部材１の相隣する両側の楔形空間１１に、相応の連繋接続が完成した前記間隔部材１の楔形肋部１２が食い込み（図７参照）ことで、所定形態の間隔部材１が構成される。このように、間隔部材１が簡便な凹凸嵌合により、互いの方位による牽制作用が達成され、かつ間隔部材１が後日不使用となって取り除く必要がある場合でも、便利な取り外しにより間隔部材１の形態を保持したまま、間隔部材１の実施効率を大幅に向上させ、応用をより機動的に実行できるようにする。 When assembling with respect to the spacing member 1 described above (see FIG. 4), the spacing member 1 that is to be connected and connected exhibits the front side and the back side (here, the spacing member 1 in the vicinity of the upper portion is face up). On the other hand, the spacing member 1 in the vicinity of the lower portion is facing down), and the wedge-shaped flange portion 12 on the outer periphery of the corresponding spacing member 1 on the outer side bites into the wedge-shaped space 11 on the outer periphery of the facing member 1 on the front side. (See FIG. 5), when one side of the two connected spacing members 1 is to be assembled with another spacing member 1, it will be combined with the spacing member 1 that is not linked and connected. Both the spacing members 1 are face-down, and the wedge-shaped flanges 12 on the outer periphery of the front-facing spacing member 1 are bitten into the corresponding wedge-shaped spaces 11 on the outer periphery of the facing-down spacing member 1 (see FIG. 6). After that, the wedge-shaped flange portion 12 of the spacing member 1 that has been connected to the wedge-shaped space 11 on both sides of the spacing member 1 facing the front side bites into the wedge-shaped space 11 (see FIG. 7). Is configured. As described above, even when the spacing member 1 is manufactured by simple concave and convex fitting, it is possible to make a check by mutual orientation, and even when the spacing member 1 is not used at a later date and needs to be removed, the spacing member 1 can be removed by convenient removal. While maintaining this form, the implementation efficiency of the spacing member 1 is greatly improved, and the application can be executed more flexibly.
また、建築物に対して区画壁面または敷設地面とする間隔部材の構成は、複数本の間隔部材１と、複数本の挟持ユニット２と、から構成され、前記複数本の間隔部材１は、所定幅を有する中空基礎構造体の外周辺における相隣する両側に、間隔を置いた少なくとも２箇所または２箇所以上の上狭下広な楔形空間１１が凹設され、中空基礎構造体の外周辺における他の相隣する両側に、間隔を置いた少なくとも２本または２本以上の上広下狭な楔形肋部１２が凸設され、相隣する両側の前記楔形空間１１が内広外狭状に形成され、また他の相隣する両側の楔形肋部１２が内狭外広状に形成され、前記複数本の間隔部材１の各角隅の内周辺は、凹設領域１３に形成される。 Moreover, the structure of the space | interval member used as a division wall surface or laying ground with respect to a building is comprised from the several space | interval member 1 and the several clamping unit 2, and the said some space | interval member 1 is predetermined. On both sides adjacent to each other in the outer periphery of the hollow basic structure having a width, at least two or two or more wedged spaces 11 that are narrower and wider at an interval are recessed, and in the outer periphery of the hollow basic structure. At least two or two or more wedged flanges 12 that are spaced apart from each other are protruded on both sides adjacent to each other, and the wedge-shaped spaces 11 on both sides adjacent to each other are narrowed inside and outside. The other adjacent wedge-shaped flanges 12 on both sides are formed to be narrow inside and outside, and the inner periphery of each corner of the plurality of spacing members 1 is formed in the recessed region 13.
複数本の間隔部材１を構成して実施する場合（図６、図７参照）には、複数本の間隔部材１は、表向きと裏向きとの相互掛合、及び表向きの間隔部材１の外周辺の楔形空間１１に、相応する裏向きの間隔部材１の外周辺の楔形肋部１２が食い込むのを許容することにより、必要な形態の間隔部材ユニット３（図７参照）が構成される。その後、挟持ユニット２で間隔部材ユニット３の中央部位の各凹設領域１３に対して正確な方位による牽制作用が行われ、そのうち、前記挟持ユニット２は、上制限具２１と、下制限具２２と、から構成され（図８参照）、前記上制限具２１が外周辺に位置する下向きに延在する各凸部２１１は、間隔部材ユニット３の中央部位の各凹設領域１３に対応して嵌入可能に構成され、また下制限具２２が外周辺に位置する上向きに延在する各凸部２２１も、間隔部材ユニット３の各凹設領域１３に対応して嵌入可能に構成されると共に、下制限具２２の中央部位の一節のロッド段２２２を上制限具２１の所定空間２１２に対応して導入させることで、構成した間隔部材ユニット３に対してより好適な牽制作用が行われる（図９参照）。 When a plurality of spacing members 1 are configured and implemented (see FIG. 6 and FIG. 7), the plurality of spacing members 1 are engaged with each other between the front side and the back side and the outer periphery of the front side spacing member 1. By allowing the wedge-shaped flange portion 12 on the outer periphery of the corresponding back-facing spacing member 1 to bite into the wedge-shaped space 11, the spacing member unit 3 (see FIG. 7) having the necessary form is configured. After that, the clamping unit 2 performs checking for each concave region 13 in the central portion of the spacing member unit 3 with an accurate orientation. Among these, the clamping unit 2 includes an upper limiter 21 and a lower limiter 22. (See FIG. 8), and each convex portion 211 extending downward in which the upper limiter 21 is located on the outer periphery corresponds to each concave region 13 in the central portion of the spacing member unit 3. Each of the convex portions 221 that are configured to be fitted and extend upward in which the lower limiter 22 is positioned on the outer periphery are also configured to be fitted in correspondence with the respective recessed regions 13 of the spacing member unit 3. By introducing the rod step 222 at a central portion of the lower limiter 22 in correspondence with the predetermined space 212 of the upper limiter 21, more suitable drafting is performed on the configured spacing member unit 3 (FIG. 9).
上記構成の間隔部材ユニット３に対しても、連繋接続する各間隔部材１が異なる色に成形されるため、連繋接続した間隔部材ユニット３は、所定の様々な色合いや必要な形態の用途別造形が得られ、間隔部材１をペットマットの高さ調整や植栽の造形するために架設する時、または室内・室外の置き飾りとする時、または敷設する時には、正確な方位による牽制作用を向上させることができ、かつ不使用となっても取り外しが非常に便利なので、間隔部材１の整合性を損なわないようにする。 Also for the spacing member unit 3 having the above-described configuration, the spacing members 1 that are connected and connected are formed in different colors, and thus the connected and connected spacing member units 3 are shaped according to use in predetermined various shades and necessary forms. And when the interval member 1 is installed to adjust the height of the pet mat or to form a planting, or when it is used as an indoor / outdoor decoration, or when it is laid, it improves the use for checking with accurate orientation. Since it can be removed and removal is very convenient even when it is not used, the alignment of the spacing member 1 is not impaired.
１：間隔部材
１１：楔形空間
１２：楔形肋部
１３：凹設領域
２：挟持ユニット
２１：上制限具
２１１，２２１：凸部
２１２：空間
２２：下制限具
２２２：ロッド段
３：間隔部材ユニット
1: spacing member 11: wedge-shaped space 12: wedge-shaped flange 13: recessed area 2: clamping unit 21: upper limiter 211, 221: convex portion 212: space 22: lower limiter 222: rod step 3: spacing member unit
Claims (4)
建築物に対して区画壁面または敷設地面とする間隔部材は、所定幅を有する中空基礎構造体の外周辺における相隣する両側に、凹設された間隔を置いた少なくとも２箇所または２箇所以上の上狭下広な楔形空間と、前記中空基礎構造体の外周辺における他の相隣する両側に、凸設され、間隔を置いた少なくとも２本または２本以上の上広下狭な楔形肋部と、を備え、
相隣する両側の前記楔形空間を内広外狭状に形成し、また他の相隣する両側の前記楔形肋部を内狭外広状に形成し、これにより、前記間隔部材に対して組み付けを実施する場合、連繋接続する予定の間隔部材は、表向き及び裏向きを呈し、表向きの間隔部材の外周辺の前記楔形空間に、相応する裏向きの間隔部材の外周辺の前記楔形肋部が食い込むのを許容して、前記間隔部材が簡便な凹凸嵌合により、互いの方位による牽制作用が達成され、かつ前記間隔部材が後日不使用となり、取り除く必要がある場合でも、便利な取り外しにより前記間隔部材の形態を保持したまま、間隔部材の実施効率を大幅に向上させ、応用をより機動的に実行できるようにすることを特徴とする、間隔部材の連結方式。 It is a connection method of spacing members,
Spacing members used as partition wall surfaces or laying ground for a building are at least two or two or more places spaced apart on both sides adjacent to each other in the outer periphery of a hollow foundation structure having a predetermined width. Wide and narrow wedge-shaped space, and at least two or two or more wide and narrow wedge-shaped ridges protruding on the other adjacent sides of the outer periphery of the hollow substructure. And comprising
The wedge-shaped spaces on both sides adjacent to each other are formed to be narrow inside and outside, and the wedge-shaped flanges on both sides adjacent to each other are formed to be wide inside and outside, thereby being assembled to the spacing member. In this case, the spacing members to be connected to each other are face-up and back-facing, and the wedge-shaped flanges on the outer periphery of the corresponding back-facing spacing members are located in the wedge-shaped spaces on the outer periphery of the front-facing spacing members. The gap member is allowed to bite in, and a simple concave-convex fitting allows the drafting to be performed in the direction of each other, and even when the gap member becomes unusable at a later date and needs to be removed, A spacing member coupling method characterized in that the implementation efficiency of the spacing member is greatly improved and the application can be executed more flexibly while maintaining the configuration of the spacing member.
建築物に対して区画壁面または敷設地面とする間隔部材の構成は、複数本の間隔部材と、複数本の挟持ユニットと、から構成され、
前記複数本の間隔部材は、所定幅を有する中空基礎構造体の外周辺における相隣する両側に、間隔を置いた少なくとも２箇所または２箇所以上の上狭下広な楔形空間が凹設され、前記中空基礎構造体の外周辺における他の相隣する両側に、間隔を置いた少なくとも２本または２本以上の上広下狭な楔形肋部が凸設され、
相隣する両側の前記楔形空間が内広外狭状に形成され、また他の相隣する両側の前記楔形肋部が内狭外広状に形成され、前記複数本の間隔部材の各角隅の内周辺は、凹設領域に形成され、
前記複数本の間隔部材として、必要な形態の間隔部材ユニットを構成するために、表向きと裏向きとの相互掛合により、表向きの間隔部材の外周辺の前記楔形空間に、相応する裏向きの間隔部材の外周辺の前記楔形肋部が食い込むのを許容して、前記複数本の挟持ユニットで前記間隔部材ユニットの中央部位の各凹設領域に対して正確な方位による牽制作用が行われることを特徴とする、間隔部材の構成。 A configuration of the spacing member,
The configuration of the spacing member as the partition wall or laying ground for the building is composed of a plurality of spacing members and a plurality of clamping units,
In the plurality of spacing members, at least two or two or more spaced wedge-shaped spaces spaced apart are provided on both sides adjacent to each other in the outer periphery of the hollow base structure having a predetermined width, On both sides adjacent to each other in the outer periphery of the hollow base structure, at least two or two or more wedge-shaped ridges having a wide and narrow upper and lower sides are provided so as to protrude,
The wedge-shaped spaces on both sides adjacent to each other are formed to be narrow inside and outside, and the wedge-shaped flanges on both sides adjacent to each other are formed to be wide inside and outside, each corner of each of the plurality of spacing members. The inner periphery of is formed in a recessed area,
In order to form a spacing member unit of a required form as the plurality of spacing members, a corresponding back-facing spacing is formed in the wedge-shaped space on the outer periphery of the facing-side spacing member by mutual engagement between the front facing and the back facing. Allowing the wedge-shaped ridges around the outer periphery of the member to bite in, and using the plurality of sandwiching units, it is possible to perform checking with an accurate orientation with respect to each recessed region in the central part of the spacing member unit. The structure of the spacing member as a feature.
上制限具と、下制限具と、から構成され、前記上制限具が外周辺に位置する下向きに延在する各凸部は、前記間隔部材ユニットの中央部位の各凹設領域に対応して嵌入され、また前記下制限具が外周辺に位置する上向きに延在する各凸部も、前記間隔部材ユニットの各凹設領域に対応して嵌入されると共に、前記下制限具の中央部位の一節のロッド段を前記上制限具の所定空間に対応して導入させることで、前記複数本の挟持ユニットにより、前記間隔部材ユニットに対してより好適な牽制作用が行われることを特徴とする、請求項３に記載の間隔部材の構成。 The plurality of sandwiching units coupled corresponding to the central portion of the configured spacing member unit,
The upper restrictor and the lower restrictor are each configured to have a downwardly extending convex portion in which the upper restrictor is located on the outer periphery, corresponding to each concave region of the central portion of the spacing member unit. The convex portions that are inserted and extend upward, in which the lower limiter is located on the outer periphery, are also inserted corresponding to the respective concave regions of the spacing member unit, and the central portion of the lower limiter By introducing the rod step of one section corresponding to the predetermined space of the upper limiter, the plurality of clamping units can perform more suitable checking for the spacing member unit, The structure of the spacing member according to claim 3.
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JP3191460U true JP3191460U (en) | 2014-06-26 |
Family
ID=
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| US9089096B1 (en) | Pre-formed landscape barrier | |
| KR20100010055A (en) | Prefabricated flower garden | |
| US9482002B2 (en) | Multi-use building block and methods | |
| KR101169351B1 (en) | Gardening planter | |
| EP2966976A1 (en) | Apparatus for maintaining plants on non-horizontal surfaces | |
| KR101807504B1 (en) | Retaining wall block assembly for plants with easy installation | |
| JP3191460U (en) | Spacing member connecting structure and spacing member unit | |
| KR101084011B1 (en) | A planter with pile joint | |
| KR101452408B1 (en) | Block fixing box possible draining and vegetation | |
| KR101910588B1 (en) | Prefabricated flowerbeds | |
| JP3166711U (en) | Three-dimensional plant cultivation shelf that can be stretched and bonded horizontally and vertically | |
| KR102157856B1 (en) | Prefabricated pots | |
| TWI513883B (en) | Connection and assembly of partitions | |
| KR102161270B1 (en) | Connecting structure of partition for making flowerpot | |
| JP3076058U (en) | Wood chip assembly using Kamaboko board | |
| KR20110017614A (en) | Method of construction the natural stone chirp stone in which the plant cultivating is possible acquires and retaining wall using the same | |
| JPS64746Y2 (en) | ||
| JP2980283B2 (en) | Expandable terraces | |
| CN103603592A (en) | Gate type flower frame | |
| JP5103576B1 (en) | Connected structure | |
| JPH0414993Y2 (en) | ||
| KR200230439Y1 (en) | Construction of a flower garden for landscape indoor | |
| KR100590422B1 (en) | Plant block for preservation of inclined plane | |
| CN208724480U (en) | Foldable flower nursery carrier base | |
| ITRE20090074A1 (en) | MODULAR FLOORING SYSTEM |