JP6006442B1 - tent - Google Patents

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JP6006442B1
JP6006442B1 JP2016005045A JP2016005045A JP6006442B1 JP 6006442 B1 JP6006442 B1 JP 6006442B1 JP 2016005045 A JP2016005045 A JP 2016005045A JP 2016005045 A JP2016005045 A JP 2016005045A JP 6006442 B1 JP6006442 B1 JP 6006442B1
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annular body
tent
annular
fluid
ring
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清 菊川
清 菊川
康介 菊川
康介 菊川
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清 菊川
清 菊川
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Abstract

【課題】催事などの際に設営されて日除けや雨除けとして、また災害時の避難用として用いられる組立式のテントを提供する。【解決手段】略円錐形状のテント膜体と、テント膜体の周縁に取り付けられ流体を圧入したリング状の第1環状体と、第1環状体と略同形状であって流体を圧入したリング状の第２環状体と、上端をテント膜体の頂部に固定して第１環状体を吊架し、下端を床面に固定した支柱と、第1環状体と第２環状体間に所定距離を存して夫々の環状体間を繋ぐ複数本の第１連結体と、第１環状体の周縁と前記支柱を繋ぐ複数本の第２連結体とから構成し、第１連結体は第１環状体の周縁と第２環状体の周縁を略均等に分割した個所同士を連結し、第２連結体のそれぞれが第１環状体と前記支柱と前記テント膜体により三角形が形成されるように第１環状体と支柱を連結するテント。【選択図】図１An assembling-type tent which is set up at an event or the like and is used as an awning or a rain shield or for evacuation in a disaster. A tent film body having a substantially conical shape, a ring-shaped first annular body that is attached to the periphery of the tent film body and press-fitted with a fluid, and a ring that is substantially the same shape as the first annular body and that is press-fitted with a fluid Second annular body, a column having a top end fixed to the top of the tent film body, the first annular body suspended, and a lower end fixed to the floor, and a predetermined space between the first annular body and the second annular body. A plurality of first linking bodies that connect the respective annular bodies at a distance, and a plurality of second linking bodies that connect the periphery of the first annular body and the support column, The portions where the peripheral edge of the first annular body and the peripheral edge of the second annular body are substantially equally divided are connected to each other, and each of the second connected bodies is formed into a triangle by the first annular body, the support column, and the tent film body. A tent that connects the first annular body and the column. [Selection] Figure 1

Description

本発明は、催事などの際に設営されて日除けや雨除けとして、また災害時の避難用として用いられる組立式のテントに関する。   The present invention relates to an assembling-type tent that is set up at an event or the like and used as an awning or a rain shield, or for evacuation in a disaster.

組立式のテントは、支柱と、この支柱間に渡された梁と、支柱から斜め上方に伸びる合掌と、合掌の頂点間に前後方向へ渡された棟とを備えた組立テントにおいて、下側パイプユニットと、上側パイプユニットとを備え、これらを組み立てて使用するもので、分解時には可搬性の向上が図られている。(例えば、特許文献１参照)   The assembly-type tent is an assembly tent comprising a column, a beam passed between the columns, a palm extending obliquely upward from the column, and a ridge passed in the front-rear direction between the apexes of the palm. A pipe unit and an upper pipe unit are provided and used by assembling them, and the portability is improved at the time of disassembly. (For example, see Patent Document 1)

特開２０１１−９９２７４号公報（図1参照）JP 2011-99274 A (see FIG. 1)

上記先行技術文献によれば、
パイプユニットに分けることにより、個々のユニットの重量が軽くなって、持ち運びが楽になり、折り畳みにより、撤収時の仕舞い寸法を小さくすることができ、取り扱いの便を向上したとされているが、
パイプユニットは硬構造材で重量があり、ヒンジ部は指等を挟むなどの危険
が内存し、組み立て解体時にはパイプユニットとテント膜との取り付け、取り外し等の取り扱いが面倒である。
更には、支柱の長さは固定であることから、テントの高さ調整はできず、下
地が凹凸のときは設置が困難であり、部品点数が多く、大型化が難しく、価格も高いことも問題である。
そこで、本発明はこのような従来技術が潜在的に抱えている課題を解決するためになされたものである。 According to the above prior art documents,
It is said that by dividing into pipe units, the weight of each unit becomes light and easy to carry, and by folding, the final dimensions at the time of withdrawal can be reduced and the convenience of handling is improved,
The pipe unit is a hard structure material and heavy, and the hinge part has a danger of pinching fingers and the like, and handling such as attaching and detaching the pipe unit and the tent film is troublesome at the time of assembly and disassembly.
Furthermore, since the length of the column is fixed, the height of the tent cannot be adjusted, it is difficult to install when the ground is uneven, the number of parts is large, the size is difficult, and the price is also high. It is a problem.
Therefore, the present invention has been made to solve the problems that the conventional technology potentially has.

上記目的を達成するために、本発明の第１の態様のテントは、略円錐形状のテント膜体と、前記テント膜体の周縁に取り付けられ流体を圧入したリング状の第1環状体と、前記第1環状体と略同形状であって流体を圧入したリング状の第２環状体と、上端を前記テント膜体の頂部に固定して前記第１環状体を吊架し、下端を床面に固定した支柱と、前記第1環状体と第２環状体間に所定距離を存して夫々の環状体間を繋ぐ複数本の第１連結体と、前記第１環状体の周縁と前記支柱を繋ぐ複数本の第２連結体とから構成し、前記第１連結体は第１環状体の周縁と第２環状体の周縁を略均等に分割した個所同士を連結し、第２連結体のそれぞれが第１環状体と前記支柱と前記テント膜体により三角形が形成されるように第１環状体と支柱を連結することを特徴とする。   In order to achieve the above object, a tent according to the first aspect of the present invention includes a substantially conical tent film body, a ring-shaped first annular body that is attached to the periphery of the tent film body and press-fits a fluid, A ring-shaped second annular body having substantially the same shape as the first annular body and press-fitted with fluid, an upper end fixed to the top of the tent film body, the first annular body suspended, and a lower end placed on the floor A column fixed to a surface, a plurality of first connecting bodies that connect each of the annular bodies with a predetermined distance between the first annular body and the second annular body, a peripheral edge of the first annular body, and the A plurality of second linking bodies that connect the support columns, and the first linking body is configured by linking the peripheries of the first annular body and the perimeter of the second annular body substantially equally to each other; Each of the first annular body and the column is connected so that a triangle is formed by the first annular body, the column and the tent film body. The features.

また、本発明の第２の態様のテントは、第１環状体及び第２環状体は、常態では折り曲げ自在な可撓性材料であり、流体の圧入時に環状を形成することを特徴とする。   The tent according to the second aspect of the present invention is characterized in that the first annular body and the second annular body are flexible materials that can be bent in a normal state, and form an annulus when fluid is injected.

また、本発明の第３の態様のテントは、第１環状体及び第２環状体は、略均等に分割した位置にマーキングしたことを特徴とする。   The tent according to the third aspect of the present invention is characterized in that the first annular body and the second annular body are marked at substantially equally divided positions.

また、本発明の第４の態様のテントは、第１連結体及び第２連結体は、ロープ又は棒状の支持材で構成したことを特徴とする。   The tent according to the fourth aspect of the present invention is characterized in that the first connecting body and the second connecting body are formed of a rope-like or rod-like support material.

また、本発明の第５の態様のテントは、第１環状体と第２環状体の夫々の周縁間の空間を包囲する透明または半透明材料により構成した横幕体を、開閉自在にして設けたことを特徴とする。   The tent of the fifth aspect of the present invention is provided with a side curtain body made of a transparent or translucent material surrounding the space between the peripheral edges of the first annular body and the second annular body so as to be freely opened and closed. It is characterized by that.

上述したように本発明のテントのテント膜体の展張は、テント膜体の周縁に取り付けられた第1環状体に流体を圧入してできることから、部品点数が少なく、使用される硬構造材としては支柱のみで軽量化が図れ、コンパクトに収納でき、更には組み立て、解体が安全で、簡単に短時間でできる。   As described above, the expansion of the tent film body of the tent of the present invention can be performed by press-fitting a fluid into the first annular body attached to the periphery of the tent film body. Can be reduced in weight with only the support, can be stored compactly, and can be assembled and disassembled safely and easily in a short time.

また、杭打・ロープ等での張設が不要につき、下地がコンクリートなど杭などで固定できない場所、狭い空間、軟弱地や凹凸がある場所であっても設置が可能である。   In addition, since it is not necessary to stretch with pile driving or rope, it can be installed even in places where the ground cannot be fixed with piles such as concrete, narrow spaces, soft ground and uneven places.

また、支柱長の変更に合わせて、ロープまたは支持材長を変えるだけでテントの高さを簡単に変更することも可能である。   It is also possible to easily change the height of the tent simply by changing the length of the rope or the support material in accordance with the change of the support length.

また、テントは垂直固定していない支柱と該支柱に結ばれて三角形を形成した張力等によって立直し、これにより構造的に柔軟性を有しているので、強風等で倒れ掛かるようなことがあっても復元力を有する。   Also, the tent is upright by a pillar that is not vertically fixed and a tension that is connected to the pillar to form a triangle, etc., so that it has structural flexibility, so it may fall down due to strong winds etc. It has resilience even if it exists.

また、側面に膜体を張れば、即防災・医療用のテントとして使用できる。   Moreover, if a film body is stretched on the side surface, it can be used as a tent for disaster prevention and medical treatment.

また、大型化が可能であり、また一般的な大型エアーテントと比しエアーチューブの柱がないことで室内空間を広く確保でき、かつ低価格化が図れる。   In addition, it is possible to increase the size, and since there is no column of the air tube as compared with a general large-sized air tent, it is possible to secure a wide indoor space and to reduce the price.

図１はこの発明のテントの説明に供する概略的斜視図である。FIG. 1 is a schematic perspective view for explaining the tent of the present invention. 図２はこの発明のテントの説明に供する概略的平面図である。FIG. 2 is a schematic plan view for explaining the tent of the present invention. 図３はこの発明のテントの説明に供する概略的側面図である。FIG. 3 is a schematic side view for explaining the tent of the present invention. 図４はこの発明のテントの図２のa―a'を切断した時の第１環状体３と、第２環状体４の周辺の説明に供する概略的側面断面図である。FIG. 4 is a schematic side sectional view for explaining the periphery of the first annular body 3 and the second annular body 4 when the aa ′ of FIG. 2 of the tent of the present invention is cut. 図５は先行事例１の組立テント図(図１)である。FIG. 5 is an assembly tent diagram (FIG. 1) of the preceding case 1.

以下、本発明の実施の形態を図１〜図４に基づいて説明する。
但し、以下に示す実施形態は本発明の技術思想を具体化するためのテントを例示するものであって、本発明をこれらに特定することを意図するものではなく、特許請求の範囲に含まれるその他の実施形態のものにも等しく適応し得るものである。 Hereinafter, embodiments of the present invention will be described with reference to FIGS.
However, the embodiments described below exemplify tents for embodying the technical idea of the present invention, and are not intended to specify the present invention, and are included in the scope of the claims. It is equally applicable to those of other embodiments.

図１〜図４は本発明の実施形態に係るテントの概略斜視図、平面図、 側面図で、テントの概要について順次説明する。
図１及び図４に於いて、テントの屋根部は略円錐形状のテント膜体２と該テント膜体２の外周縁にハトメ等の膜体留め具２１を取り付け、これに流体３８を圧入してリング状にした第１環状体３の連結フック３１とを引っ掛けて接続し、テント膜体２を展張させて、雨や日除けの機能を持たせている。 1 to 4 are a schematic perspective view, a plan view, and a side view of a tent according to an embodiment of the present invention, and an outline of the tent will be sequentially described.
In FIGS. 1 and 4, the tent roof has a substantially conical tent membrane body 2 and a membrane fastener 21 such as an eyelet attached to the outer peripheral edge of the tent membrane body 2, and a fluid 38 is press-fitted into the tent membrane body 2. The ring-shaped first annular body 3 is hooked and connected to the connection hook 31 to expand the tent film body 2 so as to have a function of rain and awning.

一般的なテント屋根の構造は、テント膜体とパイプユニットとを紐で結んでテント膜体を展張する方法によっているが、本発明では前記のように、使用時に第１環状体３に流体３８を圧入するだけでテント膜体２を展張でき、パイプユニット等の鋼構造体を使用しないので軽量・安全で組み立ても短時間に簡単にできる。
事例では、テント膜体２と第１環状体３が接続されている場合について説明しているが、それぞれを別々に保管し、テントを使用する現地に於いて、第１環状体３に流体３８を圧入してリング状にした後にテント膜体２を取り付けても良い。 The structure of a general tent roof is based on a method in which a tent film body and a pipe unit are connected with a string and the tent film body is expanded. In the present invention, as described above, the fluid 38 is applied to the first annular body 3 during use. The tent film body 2 can be expanded simply by press-fitting, and since it does not use a steel structure such as a pipe unit, it is lightweight, safe and easy to assemble in a short time.
In the example, the case where the tent film body 2 and the first annular body 3 are connected is described. However, each of the tent film body 2 and the first annular body 3 is stored separately, and the fluid 38 is added to the first annular body 3 at the site where the tent is used. The tent film body 2 may be attached after press-fitting into a ring shape.

また、テント膜体２と第１環状体３の他の接続方法として、略円錐状のテント膜体２の外周縁を折り返して袋状にし、該袋中に第１環状体３を組み込む方法もある。
更には、取り外しの利便性を考え、テント膜体２と第１環状体３側にファスナーや両面接着テープを用いる方法もある。(図示せず) As another connection method of the tent film body 2 and the first annular body 3, there is also a method of folding the outer peripheral edge of the substantially conical tent film body 2 into a bag shape and incorporating the first annular body 3 into the bag. is there.
Furthermore, there is a method of using a fastener or a double-sided adhesive tape on the tent film body 2 and the first annular body 3 side in consideration of the convenience of removal. (Not shown)

テント膜体２の素材は、柔軟性、耐候性、耐衝撃性に優れ、また、嵩少なに折畳める熱可塑性プラスチックフィルムや織布が適している。   The material of the tent film body 2 is excellent in flexibility, weather resistance, and impact resistance, and a thermoplastic film or woven fabric that can be folded in a small volume is suitable.

流体の圧入方法としては、通常はコンプレッサーで空気を圧入するが、テントの設置場所が風などの影響を受け不安定になるときは、第１環状体３および後述する第２環状体４に自重のある水道水を圧入してテント１を安定させることもできる。一般的な水道水圧は２〜３気圧前後であり、コンプレッサーを使用せずとも水道水を導入するだけでホースを展張させることもできる。
なお、学校などで水道水口とテント１の設営場所が離れているときは、水道水口の所で水を注入しテント１を設置する所まで運べば良い。 As a fluid press-fitting method, air is usually press-fitted by a compressor. However, when the place where the tent is installed becomes unstable due to the influence of wind or the like, the first annular member 3 and the second annular member 4 described later are self-weighted. It is also possible to stabilize the tent 1 by press-fitting some tap water. The general tap water pressure is around 2 to 3 atm, and the hose can be extended only by introducing tap water without using a compressor.
In addition, when the installation location of the tap water outlet and the tent 1 is far away at a school or the like, water may be injected at the tap water inlet and carried to the place where the tent 1 is installed.

第１環状体３および第２環状体４の素材は、使用状からは可撓性を有する材料で外面は耐候性、耐衝撃性に優れ、内面に気密性に優れたものが良いことから、気体密封処理を施した織布、ゴム又は合成樹脂等が適している。
また、常態では直線または環状のものを折り曲げて収納し、使用時には流体３８を圧入してリングを形成させる。
また、第１環状体３の長さ・太さや耐圧力は、テントの広さや使用環境等を勘案し決めることになる。 Since the material of the first annular body 3 and the second annular body 4 is a flexible material from the usage, the outer surface is excellent in weather resistance and impact resistance, and the inner surface is excellent in airtightness, A woven fabric, rubber, or synthetic resin that has been subjected to gas sealing treatment is suitable.
Further, in a normal state, a straight or annular thing is folded and stored, and in use, the fluid 38 is press-fitted to form a ring.
Further, the length, thickness and pressure resistance of the first annular body 3 are determined in consideration of the width of the tent, the use environment, and the like.

環状ホースは、ゴム材等を環状の型に嵌め込んで直接リング状にして製造する方法や、または、直線状のホースの両端を接続してリングにする方法があるが、後者の方が流体３８を圧入たときに直進力が強く働き、また、強い圧力をかけることが可能であるから、テントが大型のときなどテント膜体の展張に大きい張力を必要とするときに良い。
しかしながら、空気を高圧にすると破裂等のリスクもあり、安全面を考えると、
第１環状体３と略同形状の第１環状体補強用環状体を第１環状体３に併設あるいは重ね、全部または一部を固着させることで圧力を低くする方法により展張の強度を得るのが良い。(図示せず) Annular hoses can be manufactured by directly fitting a rubber material or the like into an annular mold to form a ring, or by connecting both ends of a linear hose into a ring. The latter is more fluid. Since the straight-forward force works strongly when press-fitting 38 and it is possible to apply a strong pressure, it is good when a large tension is required for the expansion of the tent film body such as when the tent is large.
However, there is a risk of bursting when the pressure of air is increased, and considering safety,
A first annular body reinforcing annular body having substantially the same shape as the first annular body 3 is provided side by side with or overlapped with the first annular body 3, and the strength of the stretch is obtained by a method of lowering the pressure by fixing all or a part thereof. Is good. (Not shown)

次に、床面８に設ける第２環状体４について説明する。
なお、ここで言う床面とは、地面、フロアー面、コンクリート面、砂利面等の平坦地、または傾斜地などである。
第１環状体３と略同形状の床面８に配された流体を圧入した第２環状体４は、支柱７で支えられた略円錐形状のテント膜体２が倒れることが無いように固定・安定させることを目的とするものであるから、第１環状体３に比して、形状は略同一か、あるいは円周長(直径)を長くし、太さも太く、重量も重い水道水等を圧入した方が安定して良い。
また、必要により土嚢などを第２環状体４に乗せるなどで重量を加えると良い。
また、円周長(直径)が短いと、風などの影響を受けた時は不安定になるので、テント膜体２の外側に、または少なくとも同一となるよう円周長を長くするのが良い。 Next, the second annular body 4 provided on the floor surface 8 will be described.
In addition, the floor surface said here is flat ground, such as the ground, a floor surface, a concrete surface, and a gravel surface, or an inclined ground.
The second annular body 4 press-fitted with a fluid disposed on the floor surface 8 having substantially the same shape as the first annular body 3 is fixed so that the substantially conical tent film body 2 supported by the support column 7 does not fall down.・ Since the purpose is to stabilize, tap water, etc. whose shape is almost the same as that of the first annular body 3 or whose circumferential length (diameter) is longer, thicker and heavier. It is better to press fit.
Moreover, it is good to add weight by putting a sandbag etc. on the 2nd annular body 4 as needed.
Further, if the circumference (diameter) is short, it becomes unstable when affected by wind or the like, so it is preferable to make the circumference long outside or at least the same as the tent film body 2. .

次に、図４により、第１環状体３および第２環状体４の接続の方法について説明する。
第１環状体３及び第２環状体４は、略均等に分割した位置にマーキングし、該マーキングの箇所それぞれに連結リング３２・４１を取付けし、該連結リング３２・４１に、所定の長さの取り外しが自由な第１連結体５の両端に設けられた連結フック５１を引っ掛けて連結する。
また、接続治具をフック等で説明しているが、機能が同じであれば他の汎用の接続治具でも良く、詳細な説明は省略する。
また、第１連結体５は、通常は取り扱いの容易なロープで良いが、ロープは展張が緩むと縮むリスクがあり、例えば、風が強くテントが不安定なときは対策として棒状の支持材を用いる方が安定して良い。 Next, referring to FIG. 4, a method of connecting the first annular body 3 and the second annular body 4 will be described.
The first annular body 3 and the second annular body 4 are marked at substantially evenly divided positions, and connecting rings 32 and 41 are attached to the marking portions, respectively. The connecting rings 32 and 41 have a predetermined length. The connection hooks 51 provided at both ends of the first connection body 5 that can be freely removed are hooked and connected.
Further, although the connection jig is described as a hook or the like, other general-purpose connection jigs may be used as long as their functions are the same, and detailed description thereof is omitted.
The first connecting body 5 is usually a rope that is easy to handle, but there is a risk that the rope will shrink if the extension is loosened. For example, when the wind is strong and the tent is unstable, a rod-shaped support material is used as a countermeasure. It is better to use it.

また、文化財の発掘現場等で床面８に凹凸があるときや、軟弱な場所においても安定したテント設営を可能にするため、第１連結体５に長さ調整機能を設けておくと良い。   In addition, when the floor 8 is uneven at a cultural property excavation site or the like, and to enable stable tent construction even in a soft place, it is preferable to provide a length adjustment function for the first connecting body 5. .

次に、テント１の中央にあってテント１を支える支柱７について説明する。
支柱７の組立(立ち上げ)は、まず、第１環状体３と第２環状体４を連結してテント１の外形を完成させ、略円錐形状のテント膜体２内側(下)の中央部に支柱７の先端部７１を嵌合させて支柱７を立直させるようにして支柱７の下部を床面８に設置された第２環状体４の中央部に固定し、テント１を設営する。
この時、第１連結体５が弛んだ状態、あるいは第２環状体４が床面から浮き上がる等不安定な時は支柱７の伸縮機能７３で調整し安定させる。
この伸縮機能７３は長さに応じて固定機能を持つ汎用的な方法で良い。 Next, the support column 7 that supports the tent 1 in the center of the tent 1 will be described.
Assembling (starting up) the support column 7, first, the first annular body 3 and the second annular body 4 are connected to complete the outer shape of the tent 1, and the central portion inside (lower) the substantially conical tent film body 2. The lower end of the support column 7 is fixed to the center portion of the second annular body 4 installed on the floor surface 8 so that the tip end portion 71 of the support column 7 is fitted to the column 7 and the tent 1 is set up.
At this time, when the first connecting body 5 is loose or when the second annular body 4 is unstable such as floating from the floor surface, it is adjusted and stabilized by the expansion / contraction function 73 of the support column 7.
The expansion / contraction function 73 may be a general-purpose method having a fixing function according to the length.

図示していないが、テント１の外形が略楕円錐形状で１本支柱では不安定なときは、テント膜体２の中心を起点に楕円方向２ヶ所に支柱との嵌合部を設け、支柱も２本使用する方法もある。   Although not shown in the figure, when the outer shape of the tent 1 is substantially elliptical cone shape and unstable with one support column, fitting portions with the support columns are provided at two locations in the elliptical direction starting from the center of the tent film body 2. There is also a method of using two.

次に図３の捕捉図について説明する。
テント１の安定をより強固にするため、第２連結体６のそれぞれが第１環状体３と支柱７、それとテント膜体２により、ａ・ｂ・ｃが三角形を形成するように第１環状体３と支柱７を連結する
このとき、連結する支柱７の連結位置７２は、三角形状を安定させるため、第１環状体３の床面８からの高さより低い位置が良く、更には、第２連結体６を棒状の支持材とする方が三角形を固定化でき、テントをより安定させる。 Next, the capture diagram of FIG. 3 will be described.
In order to strengthen the stability of the tent 1, each of the second coupling bodies 6 includes the first annular body 3 and the support column 7, and the tent film body 2, so that the a, b, and c form a triangle. At this time, the connecting position 72 of the connecting strut 7 is preferably lower than the height of the first annular body 3 from the floor surface 8 in order to stabilize the triangular shape. If the two-coupled body 6 is a rod-shaped support material, the triangle can be fixed, and the tent is more stable.

本発明のテント１は、通常は催事などの際に設営されて日除けや雨除けとして使用するが、テント膜体２の外周又は第１環状体３と、第２環状体４とを結ぶ外周側面の全面または一部にテント膜体Ｂを取り付けることで、災害時の避難用テントとして利用することもできる。(図示せず)   The tent 1 of the present invention is usually set up at an event or the like and is used as an awning or a rain shield. By attaching the tent film body B to the entire surface or a part of it, it can be used as an evacuation tent at the time of disaster. (Not shown)

１ テント
２ 円錐形状のテント膜体
２１ 膜体留め具(ハトメ等)
３ 第１環状体
３１ 連結フック(テント膜体との連結用)
３２ 連結リング(第２環状体との連結用)
３３ 連結リング(支柱との連結用)
３８ 流体
３９ 流体導入および排出口
４ 第２環状体
４１ 連結リング(第１環状体との連結用)
４９ 流体導入口および排出口
５ 第１連結体(ロープ又は棒状の支持材)
５１ 連結フック
６ 第２連結体(ロープ又は棒状の支持材)
６１ 連結フック
７ 支柱
７１ 先端部
７２ 連結位置(第１環状体との連結)
７２１ 連結リング(第１環状体との連結用)
７３ 伸縮機能
８ 床面 1 Tent 2 Conical Tent Membrane 21 Membrane Fastener (Eyepiece, etc.)
3 1st ring 31 Connection hook (For connection with tent film body)
32 Connecting ring (for connecting to the second annular body)
33 Connecting ring (for connecting with support)
38 Fluid 39 Fluid inlet and outlet 4 Second annular body 41 Connecting ring (for connection with the first annular body)
49 Fluid inlet and outlet 5 First connector (rope or rod-shaped support)
51 Connecting hook 6 Second connecting body (rope or rod-shaped support)
61 connecting hook 7 strut 71 tip 72 connecting position (connection with first annular body)
721 connecting ring (for connecting to the first ring)
73 Telescopic function 8 Floor surface

Claims (5)

略円錐形状のテント膜体と、
前記テント膜体の周縁に取り付けられ流体を圧入したリング状の第1環状体と、
前記第1環状体と略同形状であって流体を圧入したリング状の第２環状体と、
上端を前記テント膜体の頂部に固定して前記第１環状体を吊架し、下端を床面に固定した支柱と、
前記第1環状体と第２環状体間に所定距離を存して夫々の環状体間を繋ぐ複数本の第１連結体と、
前記第１環状体の周縁と前記支柱を繋ぐ複数本の第２連結体とから構成し、
前記第１連結体は第１環状体の周縁と第２環状体の周縁を略均等に分割した個所同士を連結し、第２連結体のそれぞれが第１環状体と前記支柱と前記テント膜体により三角形が形成されるように第１環状体と支柱を連結することを特徴とするテント。 A substantially conical tent membrane body;
A ring-shaped first annular body attached to the periphery of the tent film body and press-fitted with fluid;
A ring-shaped second annular body having substantially the same shape as the first annular body and press-fitting a fluid;
A column having an upper end fixed to the top of the tent film body, the first annular body suspended, and a lower end fixed to the floor surface;
A plurality of first coupling bodies that connect the respective annular bodies with a predetermined distance between the first annular body and the second annular body;
It comprises a plurality of second connecting bodies that connect the periphery of the first annular body and the support columns,
The first connecting body connects portions where the peripheral edge of the first annular body and the peripheral edge of the second annular body are substantially equally divided, and each of the second connecting bodies includes the first annular body, the support column, and the tent film body. The tent is characterized in that the first annular body and the support are connected so that a triangle is formed. 前記第１環状体及び第２環状体は、常態では折り曲げ自在な可撓性材料であり、流体の圧入時に環状を形成することを特徴とする請求項１に記載のテント。 2. The tent according to claim 1, wherein the first annular body and the second annular body are a flexible material that is foldable in a normal state, and forms a ring when a fluid is injected. 前記第１環状体及び第２環状体は、略均等に分割した位置にマーキングしたことを特徴とする請求項１に記載のテント。 2. The tent according to claim 1, wherein the first annular body and the second annular body are marked at substantially equally divided positions. 前記第１連結体及び第２連結体は、ロープ又は棒状の支持材で構成したことを特徴とする請求項１に記載のテント。 2. The tent according to claim 1, wherein the first connection body and the second connection body are formed of a rope or a rod-shaped support material. 前記第１環状体と第２環状体の夫々の周縁間の空間を包囲する透明または半透明材料により構成した横幕体を、開閉自在にして設けたことを特徴とする請求項１に記載のテント。 The side curtain body made of a transparent or translucent material surrounding a space between the respective peripheral edges of the first annular body and the second annular body is provided so as to be freely opened and closed. tent.
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Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5047432A (en) * 1972-11-15 1975-04-26
JPS5030803Y1 (en) * 1969-09-24 1975-09-09
JPS5034672Y1 (en) * 1969-08-29 1975-10-08
JPS6120654U (en) * 1984-07-02 1986-02-06 裕 小林 Installing the seat wall of the beach changing room and fixing the protrusion cover

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5034672Y1 (en) * 1969-08-29 1975-10-08
JPS5030803Y1 (en) * 1969-09-24 1975-09-09
JPS5047432A (en) * 1972-11-15 1975-04-26
JPS6120654U (en) * 1984-07-02 1986-02-06 裕 小林 Installing the seat wall of the beach changing room and fixing the protrusion cover

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