JP6761221B2 - Support using corrugated sheet - Google Patents

Support using corrugated sheet Download PDF

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JP6761221B2
JP6761221B2 JP2014260114A JP2014260114A JP6761221B2 JP 6761221 B2 JP6761221 B2 JP 6761221B2 JP 2014260114 A JP2014260114 A JP 2014260114A JP 2014260114 A JP2014260114 A JP 2014260114A JP 6761221 B2 JP6761221 B2 JP 6761221B2
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support
corrugated
support cylinder
corrugated plate
cylinder
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JP2016119937A (en
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柳一 金子
柳一 金子
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Description

本発明は、波板を利用した支持体、特に照明手段を組み込んだ、波板を利用した支持体に関する。 The present invention relates to a support using a corrugated sheet, particularly a support using a corrugated sheet incorporating lighting means.

この種の支持体として、中心軸から放射方向へ延びる複数の垂直な連結板で支持された波板を、中心軸の回りに略周壁状に配置したものが知られている(特許文献1)。 As a support of this type, a corrugated plate supported by a plurality of vertical connecting plates extending in the radial direction from the central axis is arranged around the central axis in a substantially peripheral wall shape (Patent Document 1). ..

また照明ライトの支持台として、2基の支持台を隣接して配置し、両支持台の隣接する側壁を稜線が水平方向にある波板として、波板が重なり合うようにしてデザイン性を向上したものが知られている(特許文献2)。 In addition, two support stands are arranged adjacent to each other as support bases for lighting lights, and the adjacent side walls of both support bases are used as corrugated plates with horizontal ridges, so that the corrugated plates overlap to improve the design. Is known (Patent Document 2).

特開2007−151928JP-A-2007-151928 特開平11−39905JP-A-11-39905

引用文献1の支持体は、構成が複雑であり、材料費がかかるとともに、製作に手間を要する。
引用文献2の照明ライトの支持台は、波板の形態を重ね合せの形態に利用しているだけであり、ある程度の装飾的効果はあるが、光を利用した装飾というアイディアはない。
The support of Cited Document 1 has a complicated structure, requires a large amount of material cost, and requires a lot of time and effort to manufacture.
The support base of the illumination light of the cited document 2 only uses the form of the corrugated sheet in the form of superimposition, and has a certain decorative effect, but there is no idea of decoration using light.

本発明の第1の目的は、可撓性を有する波板を利用して、稜線を縦にした波板の両側部を重ねて波板の曲げ状態を保持することで簡単で丈夫な支持体を提供することである。
本発明の第2の目的は、上記波板を透光材料で形成し、波板の内部に照明手段を組み込むことで装飾性の高い照明機能付きの支持体を提供することである。
A first object of the present invention is a simple and durable support by using a flexible corrugated plate and overlapping both sides of the corrugated plate with a vertical ridge to maintain the bent state of the corrugated plate. Is to provide.
A second object of the present invention is to provide a highly decorative support with a lighting function by forming the corrugated sheet from a translucent material and incorporating a lighting means inside the corrugated sheet.

第1の手段は、上面に載置面5を有する台座2と、
上記載置面5の上に下端部を載置するとともに、上端面で形成する支持面14を有する支持筒10と、
を具備し、
上記支持筒10は、稜線Rを縦向きとした可撓性を有する波板Cを曲げて、波板Cの両側部を、一方側部c1の稜線Rと他方側部c2の谷線Vとが一致するように重ね合せてなる筒壁12と、
波板Cの曲げ状態を保持するように波板Cを囲む保持手段16と、
で構成した、波板を利用した支持体において、
上記波板Cを透光材料で形成するとともに、上記隆起部6から発光する照明手段8を設けており、
上記台座2は、上面の中央部から隆起する隆起部6を有するとともに、隆起部6の周囲の環状の上面部分を載置面5とし、支持筒10の筒壁12下部が隆起部6を囲むようにし、
上記保持手段16は長さを調整可能な保持バンドとし、波板Cの両側部c1、c2の重なりを波形のピッチ単位で変更することで支持筒10の直径を変更可能とし、
上記載置面5の寸法は、少なくとも一ピッチ分の長さだけ支持筒10の直径を変更しても、支持筒10の筒壁12を載置面5上に載置させることができるように設定された
The first means is a pedestal 2 having a mounting surface 5 on the upper surface, and
A support cylinder 10 having a support surface 14 formed on the upper end surface while mounting the lower end portion on the above-mentioned mounting surface 5.
Equipped with
In the support cylinder 10, the flexible corrugated plate C with the ridge line R oriented vertically is bent so that both side portions of the corrugated plate C are formed with the ridge line R of the one side portion c1 and the valley line V of the other side portion c2. The cylinder wall 12 that is overlapped so that
A holding means 16 surrounding the corrugated plate C so as to maintain the bent state of the corrugated plate C,
In a support using a corrugated sheet composed of
The corrugated sheet C is made of a translucent material, and an illumination means 8 that emits light from the raised portion 6 is provided.
The pedestal 2 has a raised portion 6 that rises from the central portion of the upper surface, an annular upper surface portion around the raised portion 6 is used as a mounting surface 5, and the lower portion of the cylinder wall 12 of the support cylinder 10 surrounds the raised portion 6. So
The holding means 16 is a holding band whose length can be adjusted, and the diameter of the support cylinder 10 can be changed by changing the overlap of both side portions c1 and c2 of the corrugated plate C in units of corrugated pitch.
The dimensions of the mounting surface 5 described above are such that the cylinder wall 12 of the support cylinder 10 can be mounted on the mounting surface 5 even if the diameter of the support cylinder 10 is changed by at least one pitch. It was set .

本手段では、図1〜図3に示すように、稜線Rを縦向きにした状態で、可撓性を有する波板Cを曲げて波板Cの両側部を重ねて、支持筒10の筒壁12とし、波板Cの曲げ状態を保つように保持手段16を設けている。波板Cと保持手段16とで形成するから、低コストで製作することができ、製作の手間もかからない。本来支持力の強い波板を曲げて筒状にしているので、単なる円筒状の支持筒に比べて設置面が大きくなり、支持力を向上することができる。
また本手段では、図2に示すように、台座2の上面中央部から隆起する隆起部6を設け、この隆起部を支持筒10の下端部で囲むようにしている。
In this means, as shown in FIGS. 1 to 3, in a state where the ridge line R is oriented vertically, the flexible corrugated plate C is bent and both side portions of the corrugated plate C are overlapped to form a cylinder of the support cylinder 10. The wall 12 is provided, and the holding means 16 is provided so as to maintain the bent state of the corrugated plate C. Since it is formed by the corrugated plate C and the holding means 16, it can be manufactured at low cost and does not require much labor. Since the corrugated plate, which originally has a strong bearing capacity, is bent into a tubular shape, the installation surface becomes larger than that of a simple cylindrical support cylinder, and the bearing capacity can be improved.
Further, in this means, as shown in FIG. 2, a raised portion 6 that rises from the central portion of the upper surface of the pedestal 2 is provided, and the raised portion is surrounded by the lower end portion of the support cylinder 10.

また本手段では、保持手段16を、長さの調整可能な保持バンドとして、波板Cの両側部c1、c2の重なりを波形のピッチ単位で変更できるようにしている(図3、図5参照)。これにより支持される物のサイズに応じて、支持筒10の直径を変更できるようにしている。波板に代えて、通常の可撓性平板の両側部を重ねて、重なり幅を変化させても直径を変えることができるが、波板の構成では波形のピッチ単位で変えることができるので、波板の波形が位置決め手段となって、支持筒10の直径の調整が容易となる。
なお、上記載置面5の寸法は、少なくとも一ピッチ分の長さだけ支持筒10の直径を変更しても、支持筒10の筒壁12を載置面5上に載置させることができるように設定された。
Further, in this means, the holding means 16 is used as a holding band whose length can be adjusted so that the overlap of both side portions c1 and c2 of the corrugated plate C can be changed in units of waveform pitches (see FIGS. 3 and 5). ). As a result, the diameter of the support cylinder 10 can be changed according to the size of the object to be supported. Instead of the corrugated sheet, both sides of a normal flexible flat plate can be overlapped to change the diameter by changing the overlapping width, but in the corrugated sheet configuration, it can be changed in units of the pitch of the waveform. The waveform of the corrugated sheet serves as a positioning means, and the diameter of the support cylinder 10 can be easily adjusted.
As for the dimensions of the mounting surface 5 described above, the cylinder wall 12 of the support cylinder 10 can be mounted on the mounting surface 5 even if the diameter of the support cylinder 10 is changed by at least one pitch. Was set to.

さらにまた本手段では、図2に示す如く、隆起部6に組み込まれた照明手段8から発する光が透光性の波板(透明板の他、乳白色の板等を含む)を通って散乱するようにしている。 Furthermore, in this means, as shown in FIG. 2, the light emitted from the lighting means 8 incorporated in the raised portion 6 is scattered through a translucent corrugated plate (including a milky white plate as well as a transparent plate). I am doing it.

第1の手段に係る発明によれば、支持筒10は、稜線Rを縦向きとした可撓性を有する波板Cを曲げて、波板Cの両側部を重ね合せてなる筒壁12と、波板Cの曲げ状態を保持するように波板Cを囲む保持手段16とで構成したから、簡易に組み立てることができるとともに、支持筒10の支持力が高まる。
また第1の手段に係る発明によれば、支持筒10の筒壁12下部が台座2の隆起部6を囲むようにしたから、支持筒10が台座2の載置面5からずれることを防止できる。
さらにまた第1の手段に係る発明によれば、保持手段16は長さを調整可能な保持バンドとし、波板Cの両側部c1、c2の重なりを波形のピッチ単位で変更することで支持筒10の直径を変更可能としたから、使い勝手がよい。
また前記波板Cを透光材料で形成するとともに、上記隆起部6から発光する照明手段8を設けたから、波板Cの稜線及び谷線と平行な散乱光の帯が表れ、装飾的効果が高まる。
According to the invention according to the first means, the support cylinder 10 has a cylinder wall 12 formed by bending a flexible corrugated plate C having a ridge line R in the vertical direction and superimposing both side portions of the corrugated plate C. Since it is composed of the holding means 16 surrounding the corrugated plate C so as to hold the bent state of the corrugated plate C, it can be easily assembled and the supporting force of the support cylinder 10 is increased.
Further, according to the invention according to the first means, since the lower portion of the cylinder wall 12 of the support cylinder 10 surrounds the raised portion 6 of the pedestal 2, the support cylinder 10 is prevented from being displaced from the mounting surface 5 of the pedestal 2. it can.
Furthermore, according to the invention according to the first means, the holding means 16 is a holding band whose length can be adjusted, and the support cylinder is changed by changing the overlap of the side portions c1 and c2 of the corrugated plate C in units of the waveform pitch. Since the diameter of 10 can be changed, it is easy to use.
Further, since the corrugated sheet C is formed of a translucent material and the lighting means 8 that emits light from the raised portion 6 is provided, a band of scattered light parallel to the ridge and valley lines of the corrugated sheet C appears, and a decorative effect is obtained. Increase.

本発明の第1実施形態に係る波板を利用した支持体の正面図である。It is a front view of the support using the corrugated sheet which concerns on 1st Embodiment of this invention. 図1の支持体の下部の縦断面図である。It is a vertical sectional view of the lower part of the support of FIG. 図1の支持体の要部の斜視図である。It is a perspective view of the main part of the support of FIG. 図1の支持体の直径を変更した形態の断面図である。It is sectional drawing of the form which changed the diameter of the support of FIG. 図4の支持体の要部の斜視図である。It is a perspective view of the main part of the support of FIG. 本発明の第2実施形態に係る波板を利用した支持体の正面図である。It is a front view of the support using the corrugated sheet which concerns on 2nd Embodiment of this invention. 図6の支持体の分解図である。It is an exploded view of the support of FIG.

図1から図5は、本発明の第1の実施形態に係る波板を利用した支持体である。この支持体は、台座2と支持筒10とで構成されている。なお、100は、支持体により支持された植木鉢であり、その周壁102の上端に付設した鍔部104を支持体の上端面に載置している。 1 to 5 are supports using a corrugated sheet according to the first embodiment of the present invention. This support is composed of a pedestal 2 and a support cylinder 10. Reference numeral 100 denotes a flowerpot supported by a support, and a collar portion 104 attached to the upper end of the peripheral wall 102 thereof is placed on the upper end surface of the support.

台座2は、台板4の上面中央部から隆起部6を隆起させるとともに、隆起部6の回りの台板部分の上面を載置面5としている。また隆起部6内に照明手段8を組み込み、隆起部6から上方へ光を照射するように構成している。 In the pedestal 2, the raised portion 6 is raised from the central portion of the upper surface of the base plate 4, and the upper surface of the base plate portion around the raised portion 6 is used as the mounting surface 5. Further, the lighting means 8 is incorporated in the raised portion 6 so as to irradiate light upward from the raised portion 6.

支持筒10は、筒壁12と保持手段16とで構成される。 The support cylinder 10 is composed of a cylinder wall 12 and a holding means 16.

上記筒壁12は、可撓性を有する波板Cの稜線R及び谷線Vを縦向きにして、波板Cの一方側部c1と他方側部c2とを重ねるように波板Cを曲げて形成する。両側部は、その一方の稜線が他方の谷線に、また一方の谷線が他方の稜線にそれぞれ重なるように重ねる。また筒壁12の上端面は支持面14を形成する。 The tubular wall 12 bends the corrugated plate C so that the ridge line R and the valley line V of the flexible corrugated plate C are oriented vertically so that one side portion c1 and the other side portion c2 of the corrugated plate C overlap. To form. Both sides are overlapped so that one ridgeline overlaps the other valley line and one valley line overlaps the other ridgeline. Further, the upper end surface of the cylinder wall 12 forms a support surface 14.

本実施形態では、波板Cは透光材料で形成することができる。なお、本明細書において透光材料とは、透明材料の他、光を散乱して透過する材料(例えば乳白色の材料)を含むものとする。 In this embodiment, the corrugated sheet C can be formed of a translucent material. In addition to the transparent material, the translucent material in the present specification includes a material that scatters and transmits light (for example, a milky white material).

上記保持手段16は、波板Cの曲げ状態を保持するように波板Cを囲む機能を有する。本実施形態では、保持手段16は、波板Cを囲む周囲長を調整可能な保持ベルトで形成している。保持ベルトは、ベルト本体16aとベルト本体16aの基端部に付設した留め具16bとで形成し、ベルト本体16aの先端側を留め具に挿通させ、波形のピッチに対応した一定幅毎に留めることができるようにしている。 The holding means 16 has a function of surrounding the corrugated plate C so as to hold the bent state of the corrugated plate C. In the present embodiment, the holding means 16 is formed of a holding belt that surrounds the corrugated plate C and has an adjustable peripheral length. The holding belt is formed of a belt body 16a and a fastener 16b attached to the base end portion of the belt body 16a, and the tip end side of the belt body 16a is inserted into the fastener and fastened at regular widths corresponding to the pitch of the waveform. I am trying to be able to do it.

上記保持手段16を周囲に装着した状態で支持筒10の筒壁12の下部は隆起部6を囲んでいる。筒壁12の下部は隆起部6の周囲に嵌合させるようにしてもよいが、筒壁12の下部と隆起部6との間に間隙があっても構わない。 The lower portion of the cylinder wall 12 of the support cylinder 10 surrounds the raised portion 6 with the holding means 16 mounted around it. The lower part of the tubular wall 12 may be fitted around the raised portion 6, but there may be a gap between the lower portion of the tubular wall 12 and the raised portion 6.

上記構成において、支持筒10の筒壁12は、曲げた波板Cの両側部c1、c2を重ねて保持手段16で留めることで形成しているので、大きな支持力を得られる。 In the above configuration, the cylinder wall 12 of the support cylinder 10 is formed by stacking both side portions c1 and c2 of the bent corrugated plate C and fastening them with the holding means 16, so that a large supporting force can be obtained.

また照明手段8を図示しない電源に接続して、照明手段8をオンにすると、照明手段の光が透明な波板Cに入射し、波板Cの稜線R及び谷線Vで乱反射するので、縦方向の縞や輝線が出現し、支持筒10自体としても高い装飾効果が得られる。 Further, when the lighting means 8 is connected to a power source (not shown) and the lighting means 8 is turned on, the light of the lighting means is incident on the transparent corrugated plate C and diffusely reflected at the ridge line R and the valley line V of the corrugated plate C. Vertical stripes and bright lines appear, and a high decorative effect can be obtained even as the support cylinder 10 itself.

さらに支持体の上にフラワーアレンジメントを設置すると、そのフラワーアレンジメントを下から装飾光が照らすので、支持体の装飾効果と、フラワーアレンジメントなどの被支持物の装飾効果との相乗作用が得られるので、さらに装飾機能が高まる。また支持筒内に植物(生花や造花のいずれも含む)の幹や枝などを入れ、それを装飾物としてアレンジすることで装飾効果をもたせるようにしてもよい。 Furthermore, when a flower arrangement is installed on the support, the decorative light illuminates the flower arrangement from below, so that the decorative effect of the support and the decorative effect of the supported object such as the flower arrangement can be obtained. The decoration function is further enhanced. Further, the trunks and branches of plants (including both fresh flowers and artificial flowers) may be placed in the support cylinder and arranged as decorations to give a decorative effect.

図3の状態では、波板Cの両側部が波板の5ピッチ分だけ重なっているが、保持手段16を外して、図5に示すように両側部の重なりを減らすと、支持筒10の直径を、図3のD1から図5のD2へと拡大することができる。この場合、隆起部6と支持筒10との間に隙間が生じてしまうが、図示例のように隆起部6と支持筒10との隙間を埋める筒状スペーサ18を設置して、支持筒10のがたつきを防止するようにしてもよい。 In the state of FIG. 3, both side portions of the corrugated plate C overlap by 5 pitches of the corrugated plate, but when the holding means 16 is removed and the overlap of both side portions is reduced as shown in FIG. 5, the support cylinder 10 The diameter can be expanded from D1 in FIG. 3 to D2 in FIG. In this case, a gap is generated between the raised portion 6 and the support cylinder 10, but as shown in the illustrated example, a tubular spacer 18 is installed to fill the gap between the raised portion 6 and the support cylinder 10, and the support cylinder 10 is installed. You may try to prevent rattling.

植木鉢などのある種の物品には何号という大きさの規格がある。直径の被支持物には何ピッチ分の重なりとすればよいという対応関係が成立するように波板のピッチ数を設定しておくと、支持体の直径の変更がさらに容易となる。 Some items, such as flowerpots, have a standard of what size. If the number of pitches of the corrugated sheet is set so that a correspondence relationship of how many pitches should be overlapped on the supported object having a diameter is established, it becomes easier to change the diameter of the support.

図2は、本発明の第2の実施形態に係る波板を利用した支持台を示している。この支持体は、背の低い台(踏み台や腰掛用の座台など)として形成しており、支持筒10の上に載置する上蓋20を有する。上蓋20は、蓋板22の裏面から脚筒24を垂下しており、この脚筒24を支持筒10の筒壁12上端部内に挿入するようにしている。 FIG. 2 shows a support using a corrugated sheet according to a second embodiment of the present invention. This support is formed as a short platform (such as a step stool or a stool for sitting), and has an upper lid 20 to be placed on the support cylinder 10. The upper lid 20 hangs a leg cylinder 24 from the back surface of the lid plate 22, and the leg cylinder 24 is inserted into the upper end portion of the cylinder wall 12 of the support cylinder 10.

本実施形態の適用例としては、小物用の載置台としてもよい。さらに上記蓋板22の上面にブックスタンドを載せ、或いは蓋板22にスタンド手段を起立して、読書台としてもよい。図示例では、照明手段が記載されていないが、第1実施形態と同様に台座に照明手段を組み込んでもよい。 As an application example of this embodiment, it may be a mounting table for small items. Further, a book stand may be placed on the upper surface of the lid plate 22, or a stand means may be erected on the lid plate 22 to serve as a reading table. Although the lighting means is not described in the illustrated example, the lighting means may be incorporated in the pedestal as in the first embodiment.

2…台座 4…台板 5…載置面 6…隆起部 8…照明手段
10…支持筒 12…筒壁 14…支持面 16…保持手段 16a…ベルト本体
16b…留め具 18…スペーサ 20…上蓋 22…蓋板 24…脚筒
C…波板 c1…一方側部 c2…他方側部 R…稜線 V…谷線
2 ... Pedestal 4 ... Base plate 5 ... Mounting surface 6 ... Raised part 8 ... Lighting means
10 ... Support cylinder 12 ... Cylinder wall 14 ... Support surface 16 ... Holding means 16a ... Belt body 16b ... Fastener 18 ... Spacer 20 ... Top lid 22 ... Lid plate 24 ... Leg cylinder C ... Corrugated plate c1 ... One side c2 ... Other Side R ... Ridge line V ... Valley line

Claims (1)

上面に載置面(5)を有する台座(2)と、
上記載置面(5)の上に下端部を載置するとともに、上端面で形成する支持面(14)を有する支持筒(10)と、
を具備し、
上記支持筒(10)は、稜線(R)を縦向きとした可撓性を有する波板(C)を曲げて、波板(C)の両側部を、一方側部(c1)の稜線(R)と他方側部(c2)の谷線(V)とが一致するように重ね合せてなる筒壁(12)と、
波板(C)の曲げ状態を保持するように波板(C)を囲む保持手段(16)と、
で構成した、波板を利用した支持体において、
上記波板(C)を透光材料で形成するとともに、上記隆起部(6)から発光する照明手段(8)を設けており、
上記台座(2)は、上面の中央部から隆起する隆起部(6)を有するとともに、隆起部(6)の周囲の環状の上面部分を載置面(5)とし、支持筒(10)の筒壁(12)下部が隆起部(6)を囲むようにし、
上記保持手段(16)は長さを調整可能な保持バンドとし、波板(C)の両側部(c1、c2)の重なりを波形のピッチ単位で変更することで支持筒(10)の直径を変更可能とし、
上記載置面(5)の寸法は、少なくとも一ピッチ分の長さだけ支持筒(10)の直径を変更しても、支持筒(10)の筒壁(12)を載置面(5)上に載置させることができるように設定された
ことを特徴とする、波板を利用した支持体。
A pedestal (2) having a mounting surface (5) on the upper surface,
A support cylinder (10) having a support surface (14) formed on the upper end surface while placing the lower end portion on the above-mentioned mounting surface (5).
Equipped with
In the support cylinder (10), a flexible corrugated plate (C) with the ridge line (R) oriented vertically is bent, and both side portions of the corrugated plate (C) are formed on the ridge line (c1) of one side portion (c1). A tubular wall (12) formed by overlapping R) and the valley line (V) of the other side portion (c2) so as to coincide with each other.
A holding means (16) surrounding the corrugated plate (C) so as to maintain the bent state of the corrugated plate (C),
In a support using a corrugated sheet composed of
The corrugated sheet (C) is made of a translucent material, and an illumination means (8) that emits light from the raised portion (6) is provided.
The pedestal (2) has a raised portion (6) that rises from the central portion of the upper surface, and an annular upper surface portion around the raised portion (6) is used as a mounting surface (5) to form a support cylinder (10). Make sure that the lower part of the cylinder wall (12) surrounds the raised part (6).
The holding means (16) is a holding band whose length can be adjusted, and the diameter of the support cylinder (10) is changed by changing the overlap of both side portions (c1 and c2) of the corrugated plate (C) in units of corrugated pitch. Can be changed
As for the dimensions of the mounting surface (5) described above, even if the diameter of the support cylinder (10) is changed by at least one pitch length, the cylinder wall (12) of the support cylinder (10) is mounted on the mounting surface (5). A corrugated support that is characterized by being set up so that it can be placed on top.
JP2014260114A 2014-12-24 2014-12-24 Support using corrugated sheet Expired - Fee Related JP6761221B2 (en)

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