JP2021154091A - Exercise line engaging system - Google Patents

Exercise line engaging system Download PDF

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JP2021154091A
JP2021154091A JP2020070431A JP2020070431A JP2021154091A JP 2021154091 A JP2021154091 A JP 2021154091A JP 2020070431 A JP2020070431 A JP 2020070431A JP 2020070431 A JP2020070431 A JP 2020070431A JP 2021154091 A JP2021154091 A JP 2021154091A
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rod
shaped member
locking
exercise
fixing
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JP6931436B1 (en
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健 武用
Takeshi Buyo
健 武用
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Bizen Medianet KK
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Abstract

To address the desire of laterally stretching a plurality of exercise lines made of various types, with their heights changed respectively, however, rod members for stabilizing them even when a load applied thereto and detachably fixing the plurality of exercise lines, and poles capable of changing the fitting angle and heights are not prepared.SOLUTION: An exercise line engaging system: comprises engagement parts capable of simultaneously engaging a plurality of exercise lines and extending in a lateral direction, provided on a rod-like member 3, two or more poles 10 including height adjustment fixing parts capable of adjusting the height of the rod-like member 3 and defined as one unit, and an obliquely installation function capable of obliquely installing the rod-like member 3, such as horizontally or obliquely, and formed into a column; and can engage various exercise lines to the plurality of rod-like members between the units by using connectors, etc. Alternatively, the system can be expanded by combining the units and can be attached to volley poles, tennis poles, etc. standing upright on an installation surface to increase the stability.SELECTED DRAWING: Figure 11

Description

本発明は、ラインスポーツ用の運動用ラインを係止する運動用ライン係止システムに関する。 The present invention relates to an exercise line locking system that locks an exercise line for line sports.

ラインスポーツとは、本発明者による造語であり、1本以上で構成される、ゴム状の柔らかい低引張力ラインや幅2cm前後の薄いベルト状になったナイロン等の化学繊維のライン、もしくは車の牽引ロープのように引張力の強いライン、輪状の線の他、アルミ等のポール状のラインや、赤外線をも含めた線状体となるレーザー光線ラインを、少なくとも長さ100cm以上ある棒状部材に平面視で横方向もしくは縦方向に複数本を組み合わせ行うものである。ラインは、横方向に延びる棒状部材と、棒状部材を設置面上方に支える支柱で構成される運動用ライン係止ユニットを2体向かい合わせに並列となるよう基本配置して、横方向にのびる棒状部材に複数本、運動用ラインを取り換え自由に取り付け、高さ0cmから約300cm前後の範囲で、運動用ラインをユニット間で張り合わせ、その張られた運動用ラインを利用して行う、今までにない新しいスポーツやトレーニングである。また、状況に合わせ、ユニットを組み合わせる事により、運動用ラインを横四方方向、そして上方の縦方向と、あらゆる方向から3次元に運動用ラインを張り合わせる事が可能の従来には存在しない運動用ライン係止システムである。 Line sports is a term coined by the present inventor, and is composed of one or more soft rubber-like low tensile force lines, thin belt-shaped lines of chemical fibers such as nylon with a width of about 2 cm, or cars. In addition to lines with strong tensile force such as tow ropes and ring-shaped lines, pole-shaped lines such as aluminum and laser beam lines that form a linear body including infrared rays are made into rod-shaped members with a length of at least 100 cm. In a plan view, a plurality of lines are combined in the horizontal direction or the vertical direction. The line is basically a rod-shaped member that extends in the lateral direction and a rod-shaped member that extends in the lateral direction by basically arranging two exercise line locking units that consist of columns that support the rod-shaped member above the installation surface so that they face each other in parallel. Multiple exercise lines can be freely attached to the members by exchanging them, and the exercise lines are attached between the units within a height range of 0 cm to about 300 cm, and the exercise lines are used to perform the exercise so far. There are no new sports or training. In addition, by combining the units according to the situation, it is possible to attach the exercise line in three dimensions from all directions, such as the horizontal four directions and the upper vertical direction, for exercise that does not exist in the past. It is a line locking system.

特表2019−508215Special table 2019-508215 特開2019−097905JP-A-2019-097905

本発明は、間隔を開けて対峙する並列となった運動用ライン係止ユニットを使用し、ゴム状で伸縮性のあるライン、薄いベルト状のライン、ロープ、格子状ロープ、金属やプラスチック製のポール、レーザーや赤外線等の光線及びセンサーを含むラインを使用し、一本又は複数本のラインを体育館やスポーツジム、屋外グラウンド等の設置面に、これら様々な種類の運動用ラインを平面視で横方向に、もしくは上下縦方向に渡り、高さ、幅を自由に、そして水平、直立、斜設、懸架を含め、複数段、複数列にも固定し、運動用ラインを面もしくは立体的に組み合わせ係止、配設し、それらのラインを飛び越える、下を潜る、つま先や膝、腿、肘、手等でタッチする、上を歩く、ステップする、ぶら下がる、引っ張る等、様々な運動を行う新しいスポーツであるが、設置面にこれらの様々なラインを交換可能に取り付け、高さや間隔を変えて立体的に係止する機材が必要となるが、そのような機材は見当たらない。
特許文献1のトランポリン器具においても、略水平に四方から1段、運動用ラインを張る事は可能ではあると思われるが、様々な種類のラインを用途に応じて交換、他、複数のラインを上下に数段に渡り任意の高さでの設定、及び、任意の幅又は任意の傾斜角度の設定に垂直方向のライン設定等は行えず、また使用範囲もトランポリン枠内に限られ、1列のみでしか運動用ラインを配設できない器具である。
特許文献2のスラックライン用支柱も、スラックライン固定用に代用されているバレーボール用支柱と同じ1本の直立した支柱単体の構成で、あくまでもスラックライン1本の1種類のみのラインを高さ1m未満の範囲で略水平に対峙する支柱間で配設するのみの支柱であり、様々な種類の運動用ライン複数本を同時に、平面視で横方向に、略水平もしくは斜度を有した斜設、又は垂直方向へ、様々に高さ、様々な間隔で、固定位置の変更調整、面もしくは立体的に組み合わせ係止し配設することは想定していない器具である。
その為、様々な種類の運動用ラインを同時に複数本、平面視で横方向に、さらに垂直方向をも含めて立体的に係止し配設可能にする器材及び手段が必要となる。
The present invention uses parallel exercise line locking units that face each other at intervals, made of rubber-like elastic lines, thin belt-like lines, ropes, grid-like ropes, metal or plastic. Using lines containing poles, rays such as lasers and infrared rays, and sensors, one or more lines can be used on the installation surface of gymnasiums, sports gyms, outdoor grounds, etc., and these various types of exercise lines can be viewed in a plan view. The height and width can be freely adjusted in the horizontal direction or in the vertical and vertical directions, and the exercise line can be fixed in multiple stages or rows, including horizontal, upright, slanted, and suspended, to make the exercise line plane or three-dimensional. New to perform various exercises such as combination locking, arranging, jumping over those lines, diving underneath, touching with toes, knees, thighs, elbows, hands, etc., walking on, stepping, hanging, pulling, etc. Although it is a sport, equipment that replaces these various lines on the installation surface and locks them three-dimensionally at different heights and intervals is required, but such equipment is not found.
Even in the trampoline device of Patent Document 1, it seems possible to stretch the exercise line from four sides to one step almost horizontally, but various types of lines can be exchanged according to the application, and a plurality of other lines can be used. It is not possible to set any height in several steps up and down, and to set a line in the vertical direction to set any width or any inclination angle, and the range of use is limited to the trampoline frame, one row. It is an instrument that can arrange exercise lines only by itself.
The slack line strut of Patent Document 2 is also composed of one upright strut, which is the same as the volleyball strut used for fixing the slack line, and the height of only one type of slack line is 1 m. It is a strut that is only arranged between the strut that faces almost horizontally in the range of less than, and multiple lines for exercise of various types are installed at the same time in the horizontal direction in a plan view with a substantially horizontal or slant. Or, it is an instrument that is not supposed to be arranged by changing and adjusting the fixed position, or by combining and locking in a plane or three-dimensionally at various heights and various intervals in the vertical direction.
Therefore, it is necessary to have equipment and means for simultaneously locking and arranging a plurality of various types of exercise lines in a three-dimensional manner including the horizontal direction and the vertical direction in a plan view.

これらのラインスポーツを、体育館やスポーツジム、屋外グラウンド等で行う場合、ラインを支持、固定、係止する用具としての棒状部材や留め具及び支柱は、バレーボールやバトミントン、テニスのポールしかなく、高さを変えながらラインを横方向に複数本張る留め具も現存しない為、引張力の弱いゴム状のラインもしくは、化学繊維等のベルト状のラインを一本程度であれば張ることはできるが、これらのラインを2本以上、さらに10本以上を横幅約50cmの等間隔で、平面視で横方向に張る場合、さらにそれらの高さを自由に変えて張ること自体が、留め具もラインを複数本以上張る為の横方向に延び、ラインを係止する係止手段を有する棒状部材がスポーツ用の器具として存在しない為、目的とするラインを張ったラインスポーツを行う事はできない。仮に、長さ5m以上の横棒の両端に土台となる足のある、いわゆる平均台のような形状の台座を横に2本置き、そこに等間隔でラインを張る方法が考えられるが、一定の高さでライン複数を結んで張ることは可能であるが、係止手段が結ぶ以外にない為、様々な種類、引張力を有するラインとなるラインを係止、固定、交換、高さや角度を自在に変え固定することは難しく、これらの目的を果たす為には新たな機材が必要となるがそのような手段は見当たらない。
これから高齢化時代となり、高齢者もバランストレーニングが必要となるが、引張力の強いゴムや紐、ロープの場合、引っかかりつまずき転ぶ可能性もある。引っかかっても転ばない引張力の弱いゴム紐であると空中に持ち上げるとたるんでしまい固定することも難しい。引っかかることなく転倒する可能性のない運動用ラインも必要となる。
例えば運動用ライン係止システムでは次のようなラインスポーツが可能となりそれぞれを組み合わせすることも可能となる。
(1)高さ0cmから30cmほどで水平に張られた、複数のラインの上を飛び越えたり、ラインより高く足を振り上げたりと、ダンスのようなステップを踏みながらのラインダンストレーニング。
(2)1mほどの高さに並行に張られた複数のラインの下を、身体を縮めてくぐり、反対方向に身体を伸ばしながら、左右、前後と身体を移動していく、ラインスクワットトレーニング。
(3)5本以上の複数のラインを使用し前後左右の50cmほどの間隔の格子状にして床の表面略0cmの高さに固定し、その格子状になったスペースを前後、左右、斜め方向と、様々なステップを踏むことで、現在様々なスポーツ分野で取り入れられているラダートレーニングより、さらに複雑で、バランス感覚や体幹能力、イメージ能力を鍛えることのできる、スクエアブロックトレーニング。
(4)前記床の表面略0cm〜10cmの高さで5本以上の複数のラインを使用し前後左右の格子状に張られた運動用ラインと同時に高さ150cm前後の高さで50cm間隔の直線状のライン5本以上を平行にして直線に張られたラインの列の中を、脚部は左右にステップを踏み、上半身は左右のラインに触れないように上方のライン方向に前に進んでいく、ラインの高さが2段以上に張り巡らされた中を進むスラロームトレーニング。
(5)世界的に大人気となりつつある、幅約2.5から5cmで、長さ16m前後の強くテンションの張られた、1000kg以上の引張力強度のあるベルト状の平面のラインの上で、歩いたり、飛んだり、宙返りなどを行う綱渡りスポーツのラインを張ると同時に、両サイドもしくは片側にバランス維持用ラインも張り巡らすことが可能なバランス維持補助付き綱渡りトレーニング。
(6)上方から下に、縦方向に運動用ラインを複数本張り、その張られたラインをスキーのようにジグザグに走りぬけるトレーニング。
(7)水平方向、垂直方向に運動用ライン係止ユニットによって拡張されたスペースの中で、四方より、様々な高さ、角度でラインが張り巡らせ、更に頭上よりも垂直下方向、あるいは斜角度を有した縦線の中を、ラインに触れないようにくぐり抜けていくトレーニング。
(8)運動用ラインとして、レーザー光を使用した運動用ラインを用いる事により、引っ掛かり転倒することを無くす事が可能となる。
これらが全て可能であり、様々なラインを使用し、様々な組み合わせにより行うことのできるラインスポーツであり、子供から高齢者、そして競技者も安全に楽しめる新しいスポーツであり、トレーニングであり、そしてレクリエーション可能、そして運搬可能な運動用ライン係止システムである。
従来、例えば、複数のラインを平面視で横方向に固定したスポーツ器具では、フィールドアスレチックに常設してある、1m前後の高さで固定された木材の枠の中に網目状のロープを水平に張り、その上を渡って楽しむネット渡り(斜面を登るネットクライミング)や、水平に張られた2本のロープの上を両手両足で渡っていくロープ渡りがあるが、全てネットやロープは一つの木枠に固定されており、簡単に他のロープやラインに交換し、用途や遊戯種目を変えられるスポーツ器具ではない。
前述の特許文献1のトランポリン器具においても、略水平に四方から、ラインを張る事は可能ではあると思われるが、様々な種類のラインを用途に応じて交換行う他、ラインの任意の高さ、任意の幅又は任意の角度に設定も出来ず、また使用範囲もトランポリン枠内のみでしか行えない器具である。
前述のように、トランポリン器具においても、トランポリンネットを外し、略水平に四方から、略一定の高さで複数本を四方から運動用ラインを張る事は可能ではあると思われるが、縦方向に複数段に分けて四方から運動用ラインを取り付ける事は出来ない。また様々な種類のラインを用途に応じて、複数の係止方法を備えておらず、ラインの着脱、交換、ラインの任意の高さ、任意の幅又は任意の角度に設定も出来ず、また根ラインを配設可能の範囲もトランポリン枠内のみで、拡張できない器具である。
前述の特許文献2のスラックライン用支柱も、スラックライン固定用に代用されているバレーボール用支柱と同じ1本の直立した支柱単体の構成で、あくまでもスラックライン1本の1種類のみのラインを高さ1m未満の範囲で略水平に対峙する支柱間で配設するのみ支柱である。
When these line sports are performed in gymnasiums, sports gyms, outdoor grounds, etc., the rod-shaped members, fasteners, and struts as tools for supporting, fixing, and locking the line are only volleyball, badminton, and tennis poles, and are high. Since there is no existing fastener that stretches multiple lines in the horizontal direction while changing the speed, it is possible to stretch a rubber-like line with weak tensile force or a belt-like line such as chemical fiber if it is about one line. When two or more of these lines, and ten or more of them are stretched at equal intervals with a width of about 50 cm in the horizontal direction in a plan view, the height of these lines can be freely changed, and the fasteners themselves are also lines. Since there is no rod-shaped member as a sports equipment that extends laterally to stretch a plurality of lines and has a locking means for locking the line, it is not possible to perform line sports with the target line stretched. Assuming that two pedestals shaped like a so-called balance beam, which have legs as bases at both ends of a horizontal bar with a length of 5 m or more, are placed side by side, and lines are laid at equal intervals on the pedestals, but it is constant. It is possible to connect and stretch multiple lines at the height of It is difficult to change and fix it freely, and new equipment is required to achieve these purposes, but no such means can be found.
In the aging era, elderly people will also need balance training, but in the case of rubber, strings, and ropes with strong tensile force, they may get caught and trip over. If it is a rubber cord with a weak tensile force that does not fall even if it gets caught, it will sag when lifted in the air and it will be difficult to fix it. You also need an exercise line that won't get caught and fall.
For example, the exercise line locking system enables the following line sports, and it is also possible to combine them.
(1) Line dance training while taking steps like dance, such as jumping over multiple lines stretched horizontally at a height of 0 cm to 30 cm, or swinging your legs higher than the lines.
(2) Line squat training in which the body is shrunk and passed under multiple lines stretched in parallel at a height of about 1 m, and while stretching the body in the opposite direction, the body moves from side to side, back and forth.
(3) Using multiple lines of 5 or more, make a grid with an interval of about 50 cm in the front, back, left and right, and fix it at a height of about 0 cm on the surface of the floor. Square block training that is more complicated than the ladder training currently adopted in various sports fields by taking various steps in the direction and can train the sense of balance, core ability, and image ability.
(4) The surface of the floor is approximately 0 cm to 10 cm in height, and five or more lines are used, and at the same time as the exercise lines stretched in a grid pattern on the front, back, left and right, the height is about 150 cm and the intervals are 50 cm. In a row of straight lines with five or more straight lines parallel, the legs step left and right, and the upper body moves forward in the direction of the upper line so as not to touch the left and right lines. Slalom training that goes through the line where the height of the line is stretched over two steps.
(5) On a belt-shaped flat line with a width of about 2.5 to 5 cm, a length of about 16 m, and a strong tension of 1000 kg or more, which is becoming very popular all over the world. Tightrope walking training with balance maintenance assistance that allows you to set up a tightrope walking sports line for walking, flying, somersaults, etc., and at the same time, set up a balance maintenance line on both sides or one side.
(6) Training that stretches multiple exercise lines in the vertical direction from top to bottom and runs through the stretched lines in a zigzag manner like skiing.
(7) In the space expanded by the exercise line locking unit in the horizontal and vertical directions, the lines are stretched at various heights and angles from all sides, and further vertically downward or at an oblique angle from overhead. Training to go through the vertical line with the line without touching the line.
(8) By using an exercise line that uses laser light as the exercise line, it is possible to prevent the person from getting caught and falling.
All of this is possible, a line sport that can be performed using different lines and in different combinations, a new sport that children, the elderly and athletes can safely enjoy, training and recreation. A possible and transportable exercise line locking system.
Conventionally, for example, in sports equipment in which a plurality of lines are fixed in a horizontal direction in a plan view, a mesh-like rope is horizontally placed in a wood frame fixed at a height of about 1 m, which is permanently installed in field athletics. There is a net crossing (net climbing that climbs a slope) that you can enjoy by stretching and crossing over it, and a rope crossing that crosses over two horizontally stretched ropes with both hands and feet, but all the nets and ropes are one. It is not a sports equipment that is fixed to a wooden frame and can be easily replaced with other ropes or lines to change the purpose or play item.
Even with the trampoline device of Patent Document 1 described above, it seems possible to stretch lines from all directions substantially horizontally, but in addition to exchanging various types of lines according to the application, any height of the lines can be used. , It is an instrument that cannot be set to any width or any angle, and can be used only within the trampoline frame.
As mentioned above, even with trampoline equipment, it seems possible to remove the trampoline net and stretch multiple exercise lines from all sides at a substantially constant height, but in the vertical direction. It is not possible to install exercise lines from all sides in multiple stages. In addition, it does not have multiple locking methods for various types of lines depending on the application, and it is not possible to attach / detach or replace the line, set any height, any width or any angle of the line, and The range in which the root line can be arranged is only within the trampoline frame, and it is an instrument that cannot be expanded.
The slack line strut of Patent Document 2 described above is also composed of one upright strut, which is the same as the volleyball strut used for fixing the slack line. The columns are only arranged between the columns facing each other in a range of less than 1 m.

ラインを係止する部位と本体となる棒状部材が、それぞれを個別に交換可能とする手段と、同時に、係止する部分を棒状体以外にも個別に使用可能とする手段を備える事が必要である。 It is necessary to provide a means for individually exchanging the part for locking the line and the rod-shaped member to be the main body, and at the same time, providing a means for individually using the locking part other than the rod-shaped body. be.

支柱にも複数本の運動用ラインを係止し、さらに多くのラインが係止可能となる手段を備える事が必要である。 It is necessary to lock a plurality of exercise lines on the support column and to provide a means for locking more lines.

支柱に支えられた棒状部材が1本で運動用ライン複数本を平面視で横方向に1列状に係止、配設するのみではなく、2本以上棒状部材を支柱に固定する事で運動用ラインをさらに上下に高さを変え、それを水平視で複数段となるように係止し、対峙する支柱の棒状部材に複数段となるよう配設可能とする手段を備える事が必要である。 One rod-shaped member supported by the support column locks and arranges multiple exercise lines in a horizontal direction in a row in a plan view, and also exercises by fixing two or more rod-shaped members to the support column. It is necessary to further change the height of the line up and down, lock it so that it has multiple stages in horizontal view, and provide means so that it can be arranged in multiple stages on the rod-shaped members of the opposing columns. be.

複数本の運動用ラインを対峙する方向である横方向に配設するだけではなく、垂直方向もしくは縦方向にも配設することが可能となる手段を備える必要がある。 It is necessary to provide a means capable of arranging a plurality of exercise lines not only in the horizontal direction, which is the direction facing each other, but also in the vertical direction or the vertical direction.

運動用ラインの係止、配設される高さを希望する高さに変更したい時に、運動用ラインが係止される棒状部材の高さ調整が可能となる手段を支柱に備える事が必要である。 When you want to lock the exercise line and change the height to be arranged to the desired height, it is necessary to provide a means for adjusting the height of the rod-shaped member to which the exercise line is locked in the support column. be.

高さ調整が可能となる部位と本体となる支柱がそれぞれを交換が必要な場合に可能とする手段と、同時に、高さ調整が可能となる部位を支柱以外にも、個別に使用可能とする手段を備える事が必要である。 A means that enables the height-adjustable part and the main body support when they need to be replaced, and at the same time, the height-adjustable part can be used individually in addition to the support. It is necessary to have means.

複数本の棒状部材が、支えられる2本以上の支柱間で水平固定と斜設固定の、それぞれを同時に行う必要性が生じた場合、それぞれ固定される部分の長さが異なる為、直立する支柱間でそれぞれを固定するには斜設を行う為の機能が必要となり、この斜設を可能とする手段を備える事が必要である。 When it becomes necessary to perform horizontal fixing and diagonal fixing of multiple rod-shaped members at the same time between two or more supported columns, the lengths of the fixed parts are different, so the columns stand upright. In order to fix each of them, a function for slanting is required, and it is necessary to provide means for enabling this slanting.

支柱間に複数の棒状部材が固定され一体化している場合、製造、形成も含め、運搬にも設置にも不便であり、また、それぞれを個別に追加し使用する必要性が生じた場合、これらを解決する手段を備える事が必要である。 When multiple rod-shaped members are fixed and integrated between the columns, it is inconvenient for transportation and installation, including manufacturing and formation, and when it becomes necessary to add and use each individually, these It is necessary to have a means to solve the problem.

運動用ライン係止ユニットへの支柱又は棒状部材の拡充、新たな運動用ライン係止ユニットの追加又はユニットを組み合わせて水平方向に連結を行う時、又は単体となる棒状部材と支柱を使用する必要が生じた時に、それぞれを個別に使用可能とする手段を備える事が必要である。 It is necessary to expand the support or rod-shaped member to the exercise line locking unit, add a new exercise line locking unit or combine the units to connect horizontally, or use a single rod-shaped member and support. It is necessary to provide means to enable each of them individually when the above occurs.

ラインに負荷のかからない状況で行うラインスポーツであれば、安定した土台と柱と横の棒状部材のみで構成された運動用ライン係止ユニットを配置し行うことが可能であるが、運動用ラインに大きな負荷がかかるラインスポーツを行う場合、運動用ラインを係止する棒状部材と支柱の安定性をさらに高める為の手段を備える事が必要である。 In line sports where the line is not loaded, it is possible to place an exercise line locking unit consisting of only a stable base, pillars, and horizontal rod-shaped members, but the exercise line can be used. When performing line sports where a large load is applied, it is necessary to provide a rod-shaped member for locking the exercise line and a means for further improving the stability of the support column.

広いグラウンド、体育館でラインスポーツを行う場合は運動用ライン係止ユニットを対で使用しても設置スペースが確保できるが、広さの限られる室内等では土台を伴う運動用ライン係止ユニットでは競技スペースが限られてしまう問題が生じる。 When performing line sports in a large ground or gymnasium, the installation space can be secured even if the exercise line locking unit is used in pairs, but in a room where the space is limited, the exercise line locking unit with a base is used for competition. There is a problem that space is limited.

請求項1の発明は、平面視で横長に延びる少なくとも2つの運動用ライン係止ユニットを列として設置面に配置させて運動用ラインを係止する運動用ライン係止システムであって、前記運動用ライン係止ユニットは、係止手段を用いて着脱自在となる前記運動用ラインを複数箇所に係止可能の係止部が前記横長の方向へ設けられた棒状部材と前記棒状部材の略両側より前記設置面上に支持する2本以上の支柱を備え、前記棒状部材と前記支柱は固定され、列となった前記運動用ライン係止ユニットの前記棒状部材の側面同士が略対峙するように間隔を開けて前記設置面に配置され、前記列となった運動用ライン係止ユニット間に前記係止部を介して前記運動用ラインを配設可能であることを特徴とする運動用ライン係止システムに関するものである。 The invention of claim 1 is an exercise line locking system in which at least two exercise line locking units extending horizontally in a plan view are arranged in a row on an installation surface to lock an exercise line, and the exercise line locking system is described. The line locking unit is a rod-shaped member provided with locking portions capable of locking the exercise line at a plurality of locations, which can be attached and detached by using a locking means, and substantially both sides of the rod-shaped member. The rod-shaped member and the support column are fixed so as to have two or more columns supported on the installation surface so that the side surfaces of the rod-shaped members of the exercise line locking unit in a row face each other substantially. An exercise line clerk characterized in that the exercise lines are arranged on the installation surface at intervals and the exercise lines can be arranged between the exercise line locking units in the row via the locking portions. It is about the stop system.

請求項2の発明は、前記棒状部材は、前記係止部を含まない棒状部材体と前記係止部を有する係止部体とに分離できるよう形成され、固定具で着脱可能に固定されており、それぞれを個別でも使用可能であることを特徴とする請求項1に記載の支柱運動用ライン係止システムに関するものである。 According to the second aspect of the present invention, the rod-shaped member is formed so as to be separable into a rod-shaped member body not including the locking portion and a locking portion having the locking portion, and is detachably fixed by a fixture. The present invention relates to the line locking system for strut movement according to claim 1, wherein each of them can be used individually.

請求項3の発明は、前記支柱は前記係止手段を用いて着脱自在となる前記運動用ラインを複数箇所で係止可能の支柱側係止部を前記支柱の有する立体面の上端から下端にわたり一つ以上備えることを特徴とする請求項1又は2に記載の運動用ライン係止システムに関するものである。 According to the third aspect of the present invention, the support column is detachable by using the locking means, and the support column side locking portion capable of locking the exercise line at a plurality of places extends from the upper end to the lower end of the three-dimensional surface of the support column. The present invention relates to the exercise line locking system according to claim 1 or 2, wherein one or more of them are provided.

請求項4の発明は、前記運動用ライン係止ユニットは少なくとも2本の前記棒状部材が固定されていることを特徴とする請求項1から3のいずれか1項に記載の運動用ライン係止システムに関するものである。 The exercise line locking unit according to claim 4, wherein at least two rod-shaped members are fixed to the exercise line locking unit. It is about the system.

請求項5の発明は、前記運動用ライン係止ユニットに固定された少なくとも2本の前記棒状部材に備えられた係止部との間で、前記係止手段を用いて垂直方向に運動用ラインを少なくとも1つを係止可能であることを特徴とする請求項4に記載の運動用ライン係止システムに関するものである。 The invention of claim 5 is an exercise line in a vertical direction using the locking means with a locking portion provided on at least two rod-shaped members fixed to the exercise line locking unit. The present invention relates to the exercise line locking system according to claim 4, wherein at least one of the two can be locked.

請求項6の発明は、前記棒状部材の高さを、高さ調整固定手段を用いて自在に調整可能の、高さ調整固定部を前記支柱に備えることを特徴とする請求項1から5のいずれか1項に記載の運動用ライン係止システムに関するものである。 The invention of claim 6 is characterized in that the height of the rod-shaped member is provided in the support column so that the height of the rod-shaped member can be freely adjusted by using the height adjusting and fixing means. It relates to the exercise line locking system according to any one item.

請求項7の発明は、前記支柱は前記高さ調整固定部を含まない支柱体と前記高さ調整固定部を有する高さ調整固定部体とに分離できるよう形成され、前記固定具で着脱可能に固定されており、それぞれを個別でも使用可能であることを特徴とする請求項6に記載の運動用ライン係止システムに関するものである。 According to the invention of claim 7, the support column is formed so as to be separable into a support body not including the height adjustment fixing portion and a height adjustment fixing portion having the height adjustment fixing portion, and can be attached and detached by the fixture. The present invention relates to the exercise line locking system according to claim 6, wherein the exercise line locking system is fixed to the above and can be used individually.

請求項8の発明は、前記運動用ライン係止ユニットは、固定される2本以上の棒状部材を水平固定又は斜設固定の少なくとも一方が可能となる斜設機能を備えていることを特徴とする請求項6又は7に記載の運動用ライン係止システムに関するものである。 The invention of claim 8 is characterized in that the exercise line locking unit has an oblique function capable of horizontally fixing or obliquely fixing two or more rod-shaped members to be fixed. The present invention relates to the exercise line locking system according to claim 6 or 7.

請求項9の発明は、前記個別に形成された棒状部材と前記支柱とは着脱可能に固定されており、それぞれを分離し個別でも使用可能であることを特徴とする請求項1から8のいずれか1項に記載の運動用ライン係止システムに関するものである。 The invention of claim 9 is any of claims 1 to 8, wherein the individually formed rod-shaped member and the support column are detachably fixed, and each of them can be separated and used individually. The present invention relates to the exercise line locking system according to claim 1.

請求項10の発明は、前記運動用ライン係止ユニットは連結手段を用い水平方向に、前記個別で使用可能の棒状部材、前記個別で使用可能の支柱又は前記運動用ライン係止ユニットの少なくとも一つを連結できることを特徴とする請求項9に記載の運動用ライン係止システムに関するものである。 According to a tenth aspect of the present invention, the exercise line locking unit is a rod-shaped member that can be individually used, a strut that can be used individually, or at least one of the exercise line locking units in a horizontal direction using a connecting means. The present invention relates to the exercise line locking system according to claim 9, wherein the two can be connected.

請求項11の発明は、前記運動用ライン係止ユニットは、設置面に設けられたポール受入れ口に挿入され直立する管状筒体を把持固定する把持固定手段を備え、前記把持固定手段の有する把持部で前記管状筒体を把持できることを特徴とする請求項1から10のいずれか1項に記載の運動用ライン係止システムに関するものである。 According to an eleventh aspect of the present invention, the exercise line locking unit includes a gripping and fixing means for gripping and fixing an upright tubular cylinder inserted into a pole receiving port provided on an installation surface, and the gripping and fixing means has a grip. The present invention relates to the exercise line locking system according to any one of claims 1 to 10, wherein the tubular body can be gripped by the portion.

請求項12の発明は、前記個別で使用可能の支柱又は前記個別で使用可能の高さ調整固定部体の少なくとも一方は、前記設置面に近接した直立面に第2固定手段により固定可能であることを特徴とする請求項7に記載の運動用ライン係止システムに関するものである。 According to a twelfth aspect of the present invention, at least one of the individually usable columns or the individually usable height adjusting fixing body can be fixed to an upright surface close to the installation surface by a second fixing means. The present invention relates to the exercise line locking system according to claim 7.

請求項1の本発明によれば、平面視で横長に延びる少なくとも2つの運動用ライン係止ユニットを列として設置面に配置させて運動用ラインを係止する運動用ライン係止システムであり、平面視で横長に延びる棒状部材には、係止手段を用いて着脱自在となる複数の種類を具備する運動用ラインを、複数箇所で係止することを目的とした係止部を備え、棒状部材を両側より設置面上に支持する2本以上の支柱とを備えた運動用ライン係止ユニットが一つのユニット単位となり、体育館やトレーニングジム等の屋内施設、屋外運動グラウンドの他、スポーツジムや省スペースの部屋や移動可能のコンテナをも含む設置面で、少なくとも2つの運動用ライン係止ユニットを列として、棒状部材の側面を向かい合わせ、間隔を開けて対峙するよう対向に配置し、互いの係止部を介してその間に、様々な材質、形状、種類からなる複数種類を準備する運動用ラインの中から、少なくとも1種類以上の運動用ラインもしくは複数種類の運動用ラインの複数本を、複数箇所に備えられた係止部の中より、用途に応じた間隔で、ライン留め具や固定具等の係止手段を用いて複数箇所に係止し、係止された全ての運動用ラインを対峙する運動用ライン係止ユニットの係止部に張り渡すように配設することにより、運動用ライン係止システムは設置面上に平面視で横長方向に複数本の運動用ラインが張られるように並び、これらの運動用ラインを使用して用途に応じた様々な運動を行う事が可能となる効果がある。 According to the present invention of claim 1, it is an exercise line locking system in which at least two exercise line locking units extending horizontally in a plan view are arranged as a row on an installation surface to lock an exercise line. The rod-shaped member extending horizontally in a plan view is provided with a rod-shaped locking portion for the purpose of locking a plurality of types of exercise lines that can be attached and detached by using a locking means at a plurality of locations. An exercise line locking unit equipped with two or more columns that support members from both sides on the installation surface becomes one unit unit, and is used for indoor facilities such as gymnasiums and training gyms, outdoor exercise grounds, sports gyms, etc. On installation surfaces, including space-saving rooms and movable containers, at least two exercise line locking units are lined up, with the sides of the rod-shaped members facing each other and facing each other at intervals. At least one type of exercise line or a plurality of types of exercise lines are selected from among the exercise lines for preparing multiple types of various materials, shapes, and types between the locking portions of the above. , From the locking parts provided at multiple locations, lock at multiple locations using locking means such as line fasteners and fixtures at intervals according to the application, and for all locked exercises. By arranging the lines so as to stretch over the locking portion of the exercise line locking unit facing each other, the exercise line locking system has a plurality of exercise lines stretched in the horizontal direction on the installation surface in a plan view. There is an effect that it is possible to perform various exercises according to the purpose by using these exercise lines.

請求項2の本発明によれば、前記係止部を含まない棒状部材体と前記係止部を有する係止部体とを分離できるよう形成し、固定具で着脱可能に固定されており、それぞれを個別で使用可能とすることにより、棒状部材体に固定された係止部体が破損した場合でも、係止部体のみを交換することが可能となる他、運動用ライン係止システムは係止部体を棒状部材体以外にも取り付け可能となる効果がある。 According to the present invention of claim 2, the rod-shaped member body not including the locking portion and the locking portion having the locking portion are formed so as to be separable, and are detachably fixed by a fixture. By making each of them individually usable, even if the locking part fixed to the rod-shaped member is damaged, only the locking part can be replaced, and the exercise line locking system can be used. There is an effect that the locking portion can be attached to other than the rod-shaped member.

請求項3の本発明によれば、前記支柱は係止手段を用いて着脱自在となる前記運動用ラインを係止可能の支柱側係止部を前記支柱の有する立体面の上端から下端にわたり一つ以上備える事により、運動用ライン係止システムは支柱にも複数の運動用ラインが係止可能となる効果がある。 According to the third aspect of the present invention, the strut is detachable by using a locking means, and a strut-side locking portion capable of locking the exercise line is provided from the upper end to the lower end of the three-dimensional surface of the strut. By providing one or more, the exercise line locking system has an effect that a plurality of exercise lines can be locked on the support column.

請求項4の本発明によれば、前記運動用ライン係止ユニットは棒状部材を少なくとも2本を固定することにより、対峙する前記運動用ライン係止ユニットにも有する2本以上の棒状部材との間で、複数の様々な運動用ラインを、平面視で横方向に平行状に係止、配設するのみではなく、運動用ラインをさらに対峙する上下それぞれの棒状部材間で高さを変え、それを水平視で複数段となるように平行に係止、配設が可能となるほか、片側のユニットの固定された上側の棒状部材と、対峙するユニットに固定された下側の棒状部材間で運動用ラインを水平視で斜めに落差を伴う配設を行うことにより、運動用ライン係止システムは傾斜角度を有する傾斜配設が可能となる効果がある。 According to the present invention of claim 4, the exercise line locking unit has at least two rod-shaped members fixed to the two or more rod-shaped members which are also included in the facing exercise line locking units. In addition to locking and arranging a plurality of various exercise lines in parallel in the horizontal direction in a plan view, the height is changed between the upper and lower rod-shaped members that further face the exercise lines. It can be locked and arranged in parallel so that there are multiple stages in horizontal view, and between the upper rod-shaped member fixed to the unit on one side and the lower rod-shaped member fixed to the facing unit. By arranging the exercise line diagonally with a head in a horizontal view, the exercise line locking system has an effect of enabling an inclined arrangement having an inclination angle.

請求項5の本発明によれば、前記運動用ライン係止ユニットに固定された少なくとも2本の前記棒状部材に備えられた同ユニットの係止部間で、前記係止手段を用いて垂直方向に運動用ラインを少なくとも1つを係止可能とすることで、運動用ライン係止システムは、一つのユニットの上下に固定された2つの棒状部材の係止部間で運動用ラインを係止出来るようになり、縦方向、垂直方向に運動用ラインを立てるように直立するよう立設する、ぶら下げるように懸架する、上部と下部を固定し垂設することが可能となる効果がある。 According to the present invention of claim 5, the locking means of the unit provided in at least two rod-shaped members fixed to the exercise line locking unit is used in the vertical direction. By allowing at least one exercise line to be locked, the exercise line locking system locks the exercise line between the locking portions of two rod-shaped members fixed above and below one unit. This has the effect of making it possible to stand upright so that the exercise line stands upright in the vertical and vertical directions, suspend it so that it hangs, and fix the upper and lower parts.

請求項6の本発明によれば、前記棒状部材の高さを、高さ調整固定手段を用いて自在に調整可能の、高さ調整固定部を前記支柱に有することにより、前記棒状部材の高さが自在に変えられることで、係止部に係止された運動用ラインも共に高さ調整可能となり、運動用ライン係止システムは、高さ調整固定部の設けられた範囲の中で、複数の様々な運動用ラインを横長方向に希望する高さでの配設が可能となる効果がある。 According to the sixth aspect of the present invention, the height of the rod-shaped member can be freely adjusted by using the height adjusting and fixing means, and the height of the rod-shaped member is increased by having the height adjusting and fixing portion on the support column. By freely changing the height, the height of the exercise line locked to the locking portion can also be adjusted, and the exercise line locking system can be installed within the range provided by the height adjustment fixing portion. There is an effect that a plurality of various exercise lines can be arranged in the horizontally long direction at a desired height.

請求項7の本発明によれば、前記高さ調整固定部を含まない支柱体と前記高さ調整固定部を有する高さ調整固定部体とに分離できるよう形成し、着脱可能に前記固定具で固定することにより、それぞれが個別で使用可能となることにより、運動用ライン係止システムは支柱体に固定された高さ調整固定部体が破損した場合でも、高さ調整固定部体のみを交換することが可能となる他、高さ調整固定部体を支柱以外にも取り付ける事が可能となる効果がある。 According to the present invention of claim 7, the strut body not including the height adjusting fixing portion and the height adjusting fixing portion having the height adjusting fixing portion are formed so as to be separable, and the fixture can be attached and detached. By fixing with, each can be used individually, so even if the height adjustment fixing part fixed to the strut body is damaged, the exercise line locking system can only use the height adjustment fixing part. In addition to being able to be replaced, there is the effect that the height adjustment fixing body can be attached to other than the columns.

請求項8の本発明によれば、前記運動用ライン係止ユニットは、固定される2本以上の棒状部材を水平固定又は斜設固定の少なくとも一方が可能となる斜設機能を前記運動用ライン係止ユニットが備えることにより、運動用ライン係止システムは、設置面に対して略水平に固定された棒状部材に係止された水平面状で略同一の高さに複数配設された運動用ラインの水平配設と、設置面に対して斜角度を有した斜設固定された棒状部材により高さが異なる運動用ラインの斜設配設が、前記運動用ライン係止ユニットの配置位置を動かすことなく同時に可能となる効果がある。 According to the present invention of claim 8, the exercise line locking unit has an oblique function capable of horizontally fixing or obliquely fixing two or more rod-shaped members to be fixed. By providing the locking unit, the exercise line locking system is provided with a plurality of exercise line locking systems arranged at substantially the same height in a horizontal plane locked to a rod-shaped member fixed substantially horizontally to the installation surface. The horizontal arrangement of the lines and the oblique arrangement of the exercise lines, which have different heights depending on the rod-shaped members fixed at an oblique angle with respect to the installation surface, determine the arrangement position of the exercise line locking unit. There is an effect that can be done at the same time without moving.

請求項9の本発明によれば、前記個別に形成された棒状部材と前記支柱とは着脱可能に固定されており、それぞれを分離し個別でも使用可能とすることで、運動用ライン係止システムは運動用ライン係止ユニットへの支柱又は棒状部材の拡充、新たな運動用ライン係止ユニットの構築、単体となる棒状部材と支柱を使用する必要が生じた時に、それぞれを使用可能となる効果がある。 According to the present invention of claim 9, the individually formed rod-shaped member and the support column are detachably fixed, and by separating each of them so that they can be used individually, a line locking system for exercise can be used. Is the effect of expanding the support or rod-shaped member to the exercise line locking unit, constructing a new exercise line locking unit, and making each of them usable when it becomes necessary to use a single rod-shaped member and support. There is.

請求項10の本発明によれば、前記運動用ライン係止ユニットは連結手段を用い水平方向に、前記個別で使用可能の棒状部材、前記個別で使用可能の支柱又は前記運動用ライン係止ユニットの少なくとも一つを連結できることとすることにより、水平方向に棒状部材、支柱、前記運動用ライン係止ユニットを連結してゆき、運動用ラインを配設可能となるスペースを拡張することが可能となる効果がある。 According to the tenth aspect of the present invention, the exercise line locking unit is a rod-shaped member that can be used individually, a strut that can be used individually, or the exercise line locking unit in a horizontal direction using a connecting means. By making it possible to connect at least one of the above, it is possible to connect the rod-shaped member, the support column, and the exercise line locking unit in the horizontal direction, and expand the space in which the exercise line can be arranged. There is an effect.

請求項11の本発明によれば、前記運動用ライン係止ユニットは、設置面に設けられたポール受入れ口に挿入され直立する管状筒体を把持固定する把持固定手段を備え、前記把持固定手段の有する把持部で前記管状筒体を把持できることにより、運動用ライン係止ユニットは設置面に設けられたポール受入れ口に挿入され直立する管状筒体が固定可能となることにより、運動用ライン係止システムは運動用ライン係止ユニットの移動、ズレが抑えられ、安定度も向上する効果がある。 According to the present invention of claim 11, the exercise line locking unit includes a gripping and fixing means for gripping and fixing a tubular cylinder that is inserted into a pole receiving port provided on an installation surface and stands upright, and the gripping and fixing means. Since the tubular cylinder can be gripped by the grip portion of the body, the exercise line locking unit is inserted into the pole receiving port provided on the installation surface, and the upright tubular cylinder can be fixed, so that the exercise line engagement unit can be fixed. The stopping system has the effect of suppressing the movement and displacement of the exercise line locking unit and improving the stability.

請求項12の本発明によれば、前記個別で使用可能の支柱、前記個別で使用可能の高さ調整固定部体は、前記設置面に近接した直立面に第2固定手段により固定可能であることにより、運動用ライン係止システムは運動スペースが限られる室内、体育館等の直立面となる壁に前記高さ調整固定部体を取り付けることで、土台に必要なスペースも省くことができ、直立面に高さ調整固定部を介して棒状部材を固定可能となる効果がある。 According to the twelfth aspect of the present invention, the individually usable columns and the individually usable height adjusting fixing portions can be fixed to an upright surface close to the installation surface by a second fixing means. As a result, the exercise line locking system can save the space required for the base by attaching the height adjustment fixing body to the wall that becomes the upright surface of the room where the exercise space is limited, the gymnasium, etc., and is upright. There is an effect that the rod-shaped member can be fixed to the surface via the height adjustment fixing portion.

横方向に1種以上の運動用ラインが複数配設された運動用ライン係止システム全体図である。It is an overall view of the exercise line locking system in which a plurality of exercise lines of one or more types are arranged in the lateral direction. 2つに分類される運動用ライン係止ユニットの棒状部材支柱挟み込み型ユニット(a)正面図と、棒状部材支柱交差型ユニット(b)正面図である。It is a front view of a rod-shaped member strut sandwiching type unit (a) of the exercise line locking unit classified into two, and the front view of a rod-shaped member strut crossing type unit (b). 様々な種類の棒状部材の断面図と形状を表す説明図である。It is explanatory drawing which shows the cross-sectional view and the shape of the rod-shaped member of various kinds. 各種構造の係止部を備えた棒状部材と係止具を示す斜視図であり、(a)は丸凹型係止部と適応する係止部接続具、(b)は凹型レール係止部と適応するスライドレール及び係止部接続具、(c)は凸型レール係止部適応するスライドレール及び係止部接続具の説明図である。It is a perspective view which shows the rod-shaped member provided with the locking part of various structures and the locking tool, (a) is the locking part connector which is adapted to the round concave locking part, and (b) is the concave rail locking part. The applicable slide rail and locking portion connector, (c) is an explanatory view of the convex rail locking portion applicable slide rail and locking portion connector. 支柱の形状を説明した概略図である。It is the schematic explaining the shape of the support column. 支柱用の土台の形状を説明した概略図である。It is the schematic explaining the shape of the base for a support. 各種運動用ラインの概略図である。It is a schematic diagram of various exercise lines. (a)は棒状部材の上部、正面、下部に各種の運動用ラインが配設された運動用ライン係止システム全体図、(b)は3つの運動用ライン係止ユニットを並列配置し全ての棒状部材の側面同士が全て対峙するように配置され運動用ラインが配設された全体図である。(A) is an overall view of the exercise line locking system in which various exercise lines are arranged on the upper, front, and lower parts of the rod-shaped member, and (b) is all three exercise line locking units arranged in parallel. It is an overall view which arranged the side surfaces of the rod-shaped member so that they face each other, and arranged the exercise line. 棒状部材が各構成材料に分離された状態を表す概略図であり、(a)、(b)、(c)は異なる構造の係止部体を表す概略図である。(d)は係止部を含まない棒状部材体を表す概略図である。It is the schematic which shows the state which the rod-shaped member was separated into each constituent material, and (a), (b), (c) is the schematic diagram which shows the locking part of a different structure. (D) is a schematic view showing a rod-shaped member body which does not include a locking portion. 支柱側係止部を設けた支柱を使用した運動用ライン係止ユニットの概略図であり、(a)は支柱側丸凹型係止部を設けた支柱、(b)は支柱側凹型レール係止部を設けた支柱の使用例である。また、(c)は巻き付け係止用の弾性材料係止部接続具を例示した概略図である。It is a schematic diagram of an exercise line locking unit using a strut provided with a strut side locking portion, (a) is a strut provided with a strut side round concave locking portion, and (b) is a strut side concave rail locking. This is an example of using a support column provided with a part. Further, (c) is a schematic view illustrating an elastic material locking portion connector for winding and locking. 上下に2本以上の棒状部材を有した運動用ライン係止ユニットに、それぞれに異なる運動用ラインを配設した運動用ライン係止システム全体図である。It is an overall view of the exercise line locking system in which different exercise lines are arranged in the exercise line locking unit having two or more rod-shaped members at the top and bottom. 上下に2本の棒状部材を有した運動用ライン係止ユニットを表す概略図であり、(a)は棒状部材支柱挟み込み型ユニット、(b)は棒状部材支柱交差型ユニットの使用例である。It is a schematic diagram which shows the exercise line locking unit which has two rod-shaped members in the upper and lower sides, (a) is the use example of the rod-shaped member strut sandwiching type unit, and (b) is the use example of the rod-shaped member strut crossing type unit. 運動用ライン係止ユニットの有する2本の棒状部材の間に運動用ラインを縦方向配設された概略図である。FIG. 5 is a schematic view in which an exercise line is vertically arranged between two rod-shaped members of the exercise line locking unit. 支柱に設けられた棒状部材の高さ調整固定手段により、棒状部材が任意の高さに固定され運動用ラインが配設された状態を表す運動用ライン係止システムの概略図であり、(a)は床面の高さに、(b)は支柱の上部に配設された状態を表す。It is a schematic diagram of the exercise line locking system which shows the state which shows the state which the rod-shaped member is fixed to arbitrary height by the height adjustment fixing means of the rod-shaped member provided in the column, and the exercise line is arranged. ) Indicates the height of the floor surface, and (b) indicates the state of being arranged on the upper part of the column. 各種の高さ調整固定部体が設けられた支柱の概略図であり、(a)は丸凹複型、(b)は長方凹複型、(c)はレール型、(d)は延長固定型支柱丸凹複型固定部体を表す。It is a schematic view of a support column provided with various height adjustment fixing parts, (a) is a round concave double type, (b) is a rectangular concave double type, (c) is a rail type, and (d) is an extension. Fixed type pillar Represents a round concave compound type fixed part body. (a)は高さ調整固定部を有する棒状部材支柱挟み込み型ユニット正面図と(b)は上面図である。(A) is a front view of a rod-shaped member support holding type unit having a height adjustment fixing portion, and (b) is a top view. 高さ調整固定部を有する棒状部材支柱挟み込み型ユニットの支柱に適合する、棒状部材の固定具の各種斜視図でり、(a)はボルト型固定具、(b)はT字直交型クランプ型ユニット固定具、(c)は高さ調整スライド部、(c−1)はレールスライド用ストッパー(7e)及びロック式高さ調整スライド部(17c)、(d)は単型クランプ型ユニット固定具、(e)はT字直交型クランプ型ユニット固定具、(f)は凹固定部用ボルト型固定具、(g)は支柱側棒状部材丸凹固定部用鎖型固定具、各斜視図である。Various perspective views of rod-shaped member fixtures that are compatible with the pillars of the rod-shaped member strut sandwiching type unit having a height adjustment fixing portion, (a) is a bolt-type fixture, and (b) is a T-shaped orthogonal clamp type. Unit fixture, (c) is height adjustment slide, (c-1) is rail slide stopper (7e) and lock type height adjustment slide (17c), (d) is single clamp type unit fixture. , (E) is a T-shaped orthogonal clamp type unit fixture, (f) is a bolt type fixture for a concave fixing portion, and (g) is a chain type fixture for a round concave fixing portion of a rod-shaped member on the support column side. be. (a)は高さ調整固定部を有する棒状部材支柱交差型ユニット正面図、(b)は側面図、(c)は上面図である。(A) is a front view of a rod-shaped member strut crossing type unit having a height adjusting fixing portion, (b) is a side view, and (c) is a top view. 高さ調整固定部を有する棒状部材支柱交差型ユニットの支柱と棒状部材の固定方法および適合する棒状部材の各種固定具を示す概略図であり、(a)はボルト型固定具の使用例、(b)はスライドレールとボルト型固定具の使用例、(c)は直交型クランプ型ユニット固定具の使用例、(d)は高さ調整スライドボルトを示す。It is a schematic diagram which shows the support of the rod-shaped member strut crossing type unit having a height adjustment fixing part, the fixing method of a rod-shaped member, and various fixtures of a compatible rod-shaped member, and (a) is an example of use of a bolt type fixture, (a). b) shows an example of using a slide rail and a bolt type fixture, (c) shows an example of using an orthogonal clamp type unit fixture, and (d) shows a height adjusting slide bolt. 支柱が各構成材料に分離された状態を表す説明図であり、(a)は分離された支柱、(b)は支柱側係止部、(c)は丸凹高さ調整固定部体、(d)はレール高さ調整固定部体、(e)は強化高さ調整固定部体を表す設明図である。It is explanatory drawing which shows the state which the column is separated into each constituent material, (a) is a separated column, (b) is a column side locking part, (c) is a round concave height adjustment fixed body, ( d) is a rail height adjustment fixed body, and (e) is a clear drawing showing a reinforced height adjustment fixed body. 斜設機能を有した棒状部材支柱挟み込み型ユニットの上下に2本の棒状部材をそれぞれ異なる角度で固定し、それぞれに異なる運動用ラインを配設した運動用ライン係止システム全体図である。It is an overall view of the exercise line locking system in which two rod-shaped members are fixed at different angles on the upper and lower sides of a rod-shaped member strut sandwiching type unit having an oblique function, and different exercise lines are arranged for each. 棒状部材支柱挟み込み型ユニットにおいて斜設に必要となる上下に取り付け角度の異なる2本の延長固定型棒状部材を固定した正面図である。It is a front view which fixed two extension fixed type rod-shaped members with different mounting angles up and down required for oblique installation in a rod-shaped member strut sandwiching type unit. 棒状部材支柱挟み込み型ユニットの高さ調整固定部に棒状部材の斜設機能を有した高さ調整スライドレール固定具が取り付けられた状態を示す概略図であり、(a)は連結部分の状態を示し、(b)は連結状態及び使用部材を示す。It is a schematic view which shows the state which the height adjustment slide rail fixture which has the slanting function of a rod-shaped member is attached to the height adjustment fixing part of the rod-shaped member support pinch type unit, and (a) shows the state of the connecting part. (B) shows the connected state and the members used. 斜設を行う為の延長固定型棒状部材(4)の実施形態を表わす図であって、(a)は延長固定型棒状部材(4)の側面図で、(b)は延長固定型棒状部材の延長自在に固定する為の締め具となる。It is a figure which shows the embodiment of the extension fixed type rod-shaped member (4) for slanting, (a) is the side view of the extended fixed type rod-shaped member (4), and (b) is the extended fixed type rod-shaped member. It becomes a fastener for fixing the extension freely. 斜設棒状部材と水平配設棒状部材とが配設された運動用ライン係止ユニットを表す概略図であり、(a)は棒状部材支柱交差型ユニットを示し、(b)は前記ユニットに使用の丸凹複固定部を有する棒状部材を示し、(c)は長方凹複固定部の部分拡大図を示す。It is a schematic diagram which shows the exercise line locking unit which arranged the oblique rod-shaped member and the horizontally arranged rod-shaped member, (a) shows the rod-shaped member strut crossing type unit, and (b) is used for the unit. A rod-shaped member having a round concave double fixing portion is shown, and (c) shows a partially enlarged view of the rectangular concave double fixing portion. 棒状部材支柱交差型ユニットの支柱と棒状部材が自在型クランプ型ユニット固定具により固定された状態を表す概略図である。It is the schematic which shows the state which the support | support of the bar-shaped member support column cross type unit and the bar-shaped member are fixed by the universal clamp type unit fixture. (a)は棒状部材の棒状部材側支柱用固定部にレール固定部を使用した時に用いられるレール係止部、(b)はレール係止部、(c)は丸凹型係止部を併せて使用と支柱との接続具を表した概略図である。(A) is a rail locking portion used when a rail fixing portion is used for the rod-shaped member side strut fixing portion of the rod-shaped member, (b) is a rail locking portion, and (c) is a round concave locking portion. It is the schematic which showed the connection tool between use and support. (a)は上下・左右直角スライド部、(b)は上下・左右スライドレール回動固定具を表した概略図である。(A) is a schematic view showing a vertical / horizontal right-angled slide portion, and (b) is a schematic view showing a vertical / left / right slide rail rotation fixture. 棒状部材支柱交差型ユニットにおいて、支柱側に高さ調整レール固定部、棒状部材に棒状部材側支柱用レール固定部を用いスライドレール自体を上下・左右スライドレール回動固定具で接続固定した状態を表す概略図である。In the rod-shaped member strut crossing type unit, the height adjustment rail fixing part is used on the strut side, and the rod-shaped member side strut rail fixing part is used on the rod-shaped member, and the slide rail itself is connected and fixed by the vertical / horizontal slide rail rotation fixtures. It is a schematic diagram which shows. 個別でも使用可能である棒状部材となる共通棒状部材の斜視図(a)と共通支柱の斜視図(b)、及び共通棒状部材と共通支柱で構成された第2運動用係止ユニット正面図(c)である。A perspective view (a) of a common rod-shaped member which is a rod-shaped member that can be used individually, a perspective view (b) of a common strut, and a front view of a second exercise locking unit composed of the common rod-shaped member and the common strut ( c). 運動用ライン係止ユニットが連結手段により拡張形成された各種形状の運動用ライン係止ユニットを表す概略図である。It is the schematic which shows the exercise line locking unit of various shapes which the exercise line locking unit was expanded and formed by the connecting means. 運動用ライン係止ユニットを連結手段により四角形状に拡張形成し配置された運動用ライン係止システムを表す概略図である。It is a schematic diagram which shows the exercise line locking system which expanded formed and arranged the exercise line locking unit in a quadrangular shape by the connecting means. 運動用ライン係止ユニットを連結手段により四角形状に形成配置され、4面の棒状部材間にラインが配設された運動用ライン係止システムの概略図である。FIG. 5 is a schematic view of an exercise line locking system in which an exercise line locking unit is formed and arranged in a square shape by a connecting means, and lines are arranged between four rod-shaped members. 運動用ライン係止ユニットの棒状部材に、個別で使用可能の棒状部材もしくは第2運動用ライン係止ユニットの棒状部材を、連結手段を用い、直角方向に上下に交差させ、連結される状態を示す斜視図である。A state in which individually usable rod-shaped members or rod-shaped members of the second exercise line locking unit are vertically crossed and connected in a right-angled direction by using a connecting means to the rod-shaped member of the exercise line locking unit. It is a perspective view which shows. 棒状部材を下から支える延長固定型支柱の正面図である。It is a front view of the extension fixed type support which supports a rod-shaped member from below. 列となった運動ライン係止ユニット間を棒状部材により橋渡連結し、橋渡し棒状部材に垂下されたポール状ラインを用いる別の実施形態である運動用ライン係止システムの概略図である。(a)はポール状運動用ラインを垂直下に吊下げるように懸架配設された全体図、(b)は設置面に強化係止部体と棒状部材を固定した上面図、(c)はトラスシステム部材を使用した支柱体及び棒状部材体を連結した全体図の実施形態を表わす図である。It is a schematic diagram of the exercise line locking system which is another embodiment which bridge-connects between the exercise line locking units in a row by a rod-shaped member, and uses the pole-shaped line hung down on the bridging rod-shaped member. (A) is an overall view in which the pole-shaped movement line is suspended so as to be suspended vertically, (b) is a top view in which the reinforced locking body and the rod-shaped member are fixed to the installation surface, and (c) is a top view. It is a figure which shows the embodiment of the whole view which connected the support column body and the rod-shaped member body which used the truss system member. 設置面に設けられたポール受入れ口に挿入され直立する管状筒体を把持固定する手段を備えた把持部により、保持された運動用ライン係止システムの運動用ライン係止ユニットの正面図である。It is a front view of the exercise line locking unit of the exercise line locking system held by the grip portion provided with the means for gripping and fixing the upright tubular cylinder inserted into the pole receiving port provided on the installation surface. .. 直立する管状筒体を把持固定する手段を説明する概略図であり、(a)はU字把持具、(b)はステンレスバンド型把持具を使用する手段を示す。It is the schematic explaining the means for grasping and fixing an upright tubular cylinder, (a) shows the means which uses the U-shaped gripper, and (b) shows the means which uses the stainless band type gripper. 管状筒体を把持固定した運動用ライン係止ユニットの棒状部材に、ポール型ラインを固定した概略図である。It is the schematic which fixed the pole type line to the rod-shaped member of the exercise line locking unit which held and fixed the tubular body. 管状筒体を把持固定、保持した運動用ライン係止ユニットの管状筒体の下部に綱渡りスポーツ用ラインを配設し、運動用ライン係止ユニットの棒状部材には綱渡りバランス維持の補助となるポール型ラインを綱渡りスポーツ用ラインの両横に配設した全体図(a)と、ポール型ラインを支える延長固定型支柱の正面図(b)である。A tightrope walking sports line is arranged under the tubular cylinder of the exercise line locking unit that grips, fixes, and holds the tubular cylinder, and a pole that assists in maintaining the tightrope balance on the rod-shaped member of the exercise line locking unit. It is an overall view (a) in which the mold line is arranged on both sides of a tightrope walking sports line, and is a front view (b) of an extended fixed type strut that supports a pole type line. (a)は直立面となる壁面に第2固定手段によって固定された高さ調整固定部体(15)を用いた棒状部材支柱挟み込み型ユニットを設置した正面図、(b)は直立面に高さ調整固定部体(15)を用いた棒状部材支柱交差型ユニットを設置した正面図の実施形態を表わす図である。(A) is a front view in which a rod-shaped member support sandwiching type unit using a height adjusting fixing body (15) fixed by a second fixing means is installed on a wall surface to be an upright surface, and (b) is a height on an upright surface. It is a figure which shows the embodiment of the front view which installed the bar-shaped member strut crossing type unit which used the height adjustment fixed part body (15). (a)は設置面に係止部体が固定された上面図、(b)は移動コンテナの直立面、設置面、天井面に係止部体を固定した図、(c)は移動コンテナの直立面、設置面、天井面に高さ調整固定部体と係止部体を固定した図の実施形態を表わす図である。(A) is a top view in which the locking part is fixed to the installation surface, (b) is a view in which the locking part is fixed to the upright surface, the installation surface, and the ceiling surface of the moving container, and (c) is a view of the moving container. It is a figure which shows the embodiment of the figure which fixed the height adjustment fixing part body and the locking part body to the upright surface, the installation surface, and the ceiling surface.

以下、本発明を図面に従って説明する。但し、本発明はこれに限定されるものではない。なお、以下の説明で用いる図面は模式的なものであり、あくまでも図面の長さ、幅、及び厚みの比率、角度等は一例であって、実際のものと同一とは限らず、凹部と凸部および雌ネジと雄ネジの相関関係も適宜変更することができ、凹部と凸部および雌ネジと雄ネジによる嵌合は、ネジ山による嵌合だけではなく粗面による接合や突起物、スライドレール及び固定レール、レール状凹部とレール状凸部等による嵌合も含まれる。説明に表記の幅、厚さ、全長、直径等のサイズもあくまでも1例で表記している。土台の図示を省いた図面も含まれる。 Hereinafter, the present invention will be described with reference to the drawings. However, the present invention is not limited to this. The drawings used in the following description are schematic, and the length, width, thickness ratio, angle, etc. of the drawings are only examples, and are not necessarily the same as the actual ones, and are concave and convex. The correlation between the part and the female screw and the male screw can be changed as appropriate. Fitting by rails and fixed rails, rail-shaped concave portions and rail-shaped convex portions, etc. is also included. In the explanation, the sizes such as width, thickness, total length, and diameter are also shown as an example. Drawings without the illustration of the base are also included.

段落〔0043〕では運動用ライン係止システムを大きく説明し、詳細は次項以降で説明する。
図1は、請求項1に記載の運動用ライン係止システム(1)の実施形態を表わす図であって、基本構造となる運動用ライン係止ユニット(2)は、平面視で横長の方向へ延びる少なくとも1本以上の棒状部材(3)と設置面(25)より上に棒状部材を支持することが可能である少なくとも2本以上の支柱(10)とが備えられた運動用ライン係止ユニットが、一つの基本単位でもある1ユニットとなり、棒状部材(3)には、複数本の運動用ライン(21)が同時に係止手段を用いて係止可能の係止部(6)を、平面視で横長の方向へ延びる棒状部材(3)の横長方向の両端を左右とすると、この左右に沿って略両側に渡り連なるように係止部が備えられている。
この左右に渡り位置する係止部の中より、それぞれの任意の位置に係止手段を用いて運動用ライン(21)を複数同時に係止可能となる。
この棒状部材の左右両側それぞれには、棒状部材を支持することが可能である支柱(10)により、設置面と棒状部材との間には少なくとも水が通る高さ以上の上方に、棒状部材は固定され支持されている。
支柱は棒状部材の左右両側の2本のみではなく、その棒状部材の中間付近にも更に1本以上の支柱が備えられる場合もある。
また図示はしないが棒状部材の左右に渡り一連に列となるよう備えられた係止部は、1本の棒状部材に対して、1連の列のみではなく複数の列となるよう棒状部材の表面に左右に渡り備えられている場合もある。棒状部材に係止部が設けられている部分を垂直断面で表すと、1箇所のみではなく棒状部材の垂直断面の全周あらゆる方向に棒状部材の左右に向けて係止部が備えられている状態となる。
この運動用ライン係止ユニットを、少なくとも2つのユニットを並列に配置し、互いの係止部が備えられた棒状部材の側面同士が、略対峙するよう向かい合うように、対向に間隔を開けて前記設置面に配置し、複数の運動用ライン(21)の片端を、棒状部材の左右に渡り一連に備えられた複数の係止部(6)の中より、それぞれ希望する位置にある係止部に係止手段を用いて係止し、対峙する略同一形状の別ユニットの棒状部材の係止部を介して、前記の複数の運動用ライン(21)の反対側の片端を係止することで、設置面上の左右方向に複数の運動用ライン(21)を希望する位置に配設可能とすることを特徴とした運動用ライン係止システム(1)である。
3つ以上の運動用ライン係止ユニットを並列に並べ、それぞれのユニット間に運動用ラインを配設することも可能である。
設置面(25)とは、屋外スポーツグラウンド、体育館やスポーツ用ルーム、バレーボールコートや、テニス、バトミントンコート等の競技場等の略水平の地面、床面である。他、略6畳程度の広さを有する狭空間室内やプレハブ、倉庫、輸送コンテナ等(29)の床面も設置面として使用可能で、運動用ライン係止システムを配置しラインスポーツを行う事が可能である。略平面となった床面も設置面となる。ただし設置面は完全に水平である必要はなく、水平線に対し±5度程度傾斜していても良い。また、スキーバランストレーニングにおいては、10度程度の斜度のある平面で運動用ライン係止システムを使用することも考えられる。
これらの設置面に、並列となった運動用ライン係止ユニット(2)を2つ以上配置し、ユニット同士の間隔は、少なくとも2m以上設けて設置することが望ましく、公式バレーボールコート、テニスコート等を使用する場合は、コート両サイドの幅を利用することも可能であり、ユニット間の間隔を10m以上設けても運動用ラインを配設可能の運動用ライン係止システム(1)である。
棒状部材は、運動用ライン(21)を少なくとも2箇所以上の複数箇所で同時に係止することを目的とした係止部(6)が棒状部材(3)の長方である左右両端に渡って直線状に全面に少なくとも1連、1列以上に設けられ、その他、棒状部材の左右両端近傍の2箇所、そしてその中間近傍も含め少なくとも2本以上の支柱が固定されるよう設けられた部位である棒状部材側支柱用固定部(9)が備えられている。
係止部は、希望する5箇所以上の係止部に運動用ラインを5本以上が同時に係止可能な係止部を備えることが望ましく、棒状部材の1つの立体面のみに1列に係止部が設けられたもの、複数の面に複数列にわたって係止部が設けられたものと係止部の数は限ったものではない。棒状部材側支柱用固定部(9)も少なくとも2箇所以上設けられており、3本以上の支柱に支えられる運動用ライン係止ユニット(2)もある。
運動用ライン係止ユニット(2)を構成する支柱(10)は、複数の運動用ライン(21)が複数箇所で係止された棒状部材(3)を、2箇所以上で少なくとも設置面(25)の上方に支持する役割を持ち、支柱側棒状部材固定部(13)に棒状部材側支柱用固定部(9)を接合するように合わせ固定されている。
支柱及び棒状部材は、共に鉄、ステンレス等の金属、アルミニウム等の軽金属もしくは強化合成樹脂、又は強固に強化加工された木材等の強固素材で個別に立体形成されており、固定される各固定部は、溶接固定、もしくは1個以上の固定具で棒状部材が水平となるよう固定される。固定される高さは限られたものではない。
棒状部材と支柱が固定された接点もしくは部位面全体は固定部となり、棒状部材側の支柱との固定部は、棒状部材側支柱用固定部(9)となり、支柱側の棒状部材との固定部は支柱側棒状部材固定部(13)である。
この運動用ライン係止ユニット(2)を少なくとも2体である2ユニットを用い、この2体に備わる棒状部材(3)の横長の側面同士が、略対峙するように向かい合わせて間隔を開けて前記設置面に配置され、棒状部材に備えられた係止部に1種類以上の運動用ライン(21)、平面視で横長の方向へ複数箇所に、少なくとも2本以上の運動用ラインが同時に係止手段を用い2ユニット間で配設可能であり、ユニットの拡張及び運動用ラインの拡充や交換をする手段をも含めたシステムが運動用ライン係止システム(1)となる。係止部は支柱に設けられる場合もある。
平面視で横長に延びる棒状部材(3)の長さは、少なくとも2箇所以上に運動用ライン(21)複数を同時に希望する位置と間隔で係止することを目的としている係止部(6)が備えられる為、少なくとも平面視で横長に1m以上の長さが必要となるが、様々な種目のラインスポーツを行うには、あくまでも1例であるが、平面視で横長に3m前後の長さを有することが望ましく、運動用ラインを同時に複数箇所に係止可能の凹もしくは凸型又はレール型等の係止部(6)が棒状部材の左右両端近傍の略全面に渡り略直線状に設けられており、棒状部材の垂直断面の直径もしくは上下幅は略4cm以上を有した立体形で、パイプ型の棒状部材が、強度的にも望ましい。
棒状部材は運動用ラインを左右に複数を同時に係止する係止部を備えると共に、ラインスポーツを行うことで係止部(6)が受ける力を吸収し補強すると同時に係止部(6)が破損することを防ぐことをも目的とする部材でもある。この棒状部材は様々な形状をした部材が考えられ、それぞれに係止部(6)が備えられる。
また棒状部材の材質は鉄、ステンレス等の金属、アルミニウム等の軽金属製、プラスチックや強化合成樹脂製等で、厚さは、少なくとも1.5mm以上を有したパイプ型の空洞状が強度、形成、運搬等でも望ましく、棒状部材の両端はプラスチック、ゴム等の棒状部材端面キャップ(9d)で塞がれる、もしくは鉄、ステンレス等の金属、アルミニウム等の軽金属等で、焼き付け溶接、接着等により塞がれている場合もある。
棒状部材の両端は、垂直面となるよう設けられ、直角に直径略5〜略10mm前後、深さは3mm前後の棒状部材端面ボルト用ネジ穴(9e)を端面の略中心付近に1箇所もしくは2箇所有することが望ましい。もしくは直径略5〜略10mm前後、長さ5mm前後の凸型ボルトが突出している場合もある。
平面視で横長に延びる棒状部材(3)の形状は、直線の他、曲線の形状で形成された棒状部材も考えられる。
棒状部材(3)には、複数箇所に1種以上の運動用ライン(21)を係止する事を目的とした係止部(6)が備えられており、直接棒状部材に運動用ラインを結び付けて固定するのみではなく、様々な係止部接続具(8)を用いて運動用ラインを接続する、係止することが可能の係止部(6)である。なお係止部接続具(8)は単独体のみではなく、運動用ラインに最初から取り付けられているものもある。
係止部(6)とは、前記横長の方向へ延びる棒状部材、支柱に運動用ラインを少なくとも1箇所以上で係止する為の部位であり、複数本の運動用ラインを同時に、任意の位置に、係止手段を用いて係止可能となるよう係止部は連続して連なる部分である。ただし棒状部材の表面から裏面まで、貫通した貫通孔の場合は、表面のみではなく貫通孔も係止部の一部となる。
棒状部材(3)の上面、前面、下面、背面等の立体面の一面を含む略全面の立体面の、左右両端近傍に渡り運動用ラインを係止する為に設けられた複数の凹部もしくは凸部、又は凹状又は凸状(以降は凹凸と表記する)のレール状となるレール部、それぞれの全体が係止部となる。また、それら凹凸部と凹凸部との中間、レール部の周辺も、弾性材料の係止手段を用いることでも運動用ラインの略静止状態が可能であり、これら静止が可能である棒状部材の部分も係止部となる。
また、他に係止部が、棒状部材から個別に分けられ、固定具で着脱可能に固定されており、それぞれを個別でも使用可能であり、交換可能に取り付けることが可能となった係止部を有する係止部体もある。
係止部(6)の種類は複数考えられ、略水平に横設された棒状部材の立体面に対し、略水平になるように、左右両端に渡り直線状に略全体に設けられている。
係止部(6)としては、直径略5〜略10mm前後の丸凹のネジ、ボルトもしくは貫通孔を含むネジ穴等が直線状に連続する丸凹型係止部(6a)。一本の溝状のレールとなった固定側凹型レール係止部(6b)。平らな面に設けた突起部分であるリブ状の凸型レール係止部(6c)等の線状体を含む係止部が考えられる。
略直径略5〜略10mm前後の丸凹ではなく、略縦30mm横10mm程度の角型の角凹型係止部(6d)も考えられる。これら丸凹もしくは角凹の凹の大きさはあくまでも1例である。
またネジまたはボルトと係合する部分を長くることにより安定度を高める為に丸凹部分の周辺が棒状部材表面より2〜5mm程度突出または内側に突出させ係合部分を長くとることも考えられる。
支柱(10)においては、係止部(6)が備えられた棒状部材(3)と係止部(6)に係止された運動用ライン(21)を設置面(25)上方に支える目的も含まれている為、強度が必要であり、下端から上端までの高さもあくまでも1例であるが30cm以上有することが必要となるが、様々な種目のラインスポーツを行う為には全長1m以上もしくは2m以上備え、競技内容によっては3m以上の高さまで棒状部材を固定し、運動用ライン(21)を係止、配設する事が必要となる場合もあり備える。
支柱の上端および下端は、鉄、ステンレス等の金属、アルミニウム等の軽金属の厚さ略3〜5mm前後の蓋状の板が焼き付けで塞がれており、略直径略5〜略12mm前後の凹部となるボルト穴が設けられていることが望ましい。
尚、ボルト穴、ネジ穴は深さが蓋状板の厚さより深くなるよう、ボルト穴の周辺は略5mm以上となるように表面もしくは内側又は両方の厚さを増してボルト穴を蓋の厚さより深くすることも可能となる。運動用ライン係止システムに用いられる中空の支柱や棒状部材等の丸凹型係止部(6a)や共通ネジ穴(8h)等のネジ穴、ボルト穴等も同様に、周辺を厚くする事でネジやボルト等に強い力がかかっても、ネジやボルトが抜ける、曲がる、ぐらつきが出る等の問題を減少することが可能となる。
支柱(10)は、多種の支柱用土台(19)が取り付け可能であり、支柱用土台(19)の横幅及び縦幅は少なくとも差し込まれる支柱(10)の横幅及び縦幅を上回る大きさで略垂直に支柱(10)及び運動用ライン係止ユニット(2)を支持可能の機能を有しているものである。棒状部材と支柱の固定は、焼き付けや接着による完全固定の他、ボルト、ネジやビス止め等の固定具による固定、クランプ金具接続、ベルト等による締め付け固定も考えられる。
支柱の上端、下端は金属製の蓋がされている。この上下の蓋の中央には略直径略5〜略12mm前後の凹部となる土台等が取り付け可能となる共通ボルト穴が設けられている。支柱の両端近傍の側面側にも設けられる場合もある。この部分は大きな力が掛かる為、ネジやボルトの径も対応して太くし、直径30mm以上となる場合もある。
なお、この運動用ライン係止システム(1)及び運動用ライン係止ユニット(2)で用いられる係止の意味する内容とは、単体の運動用ライン係止ユニットの係止部において、複数箇所で1種もしくは複数種の運動用ラインを、棒状部材と支柱に設けられた係止部(6)、他、係止部体(6e)もしくは棒状部材(3)に、係止手段を用いて、運動用ライン(21)が、静止する、留める、仮止めする、置く、引っかける、懸架する、結びとめる、接続する、差し込む、巻き付ける、固定する、張架する、橋架する、軸架する、連架する、遊架する、横架する、装架する、周回する、緊結する、継合する、螺合する、懸架する、垂設する、立設する等これら全ての、静止状態となる意味を持ち、運動用ライン係止ユニット正面から見て、棒状部材(3)の上面、前面、下面、もしくは背面を含む略全面で、「運動用ラインが略静止している状態」が係止である。係止手段を用いて略静止している状態も含まれる。
係止手段とは、状部材の係止部に運動用ラインを係止する為の固定金具や接続具や手段であり、係止部接続具(8)である直径5〜10mm前後共通ビス・ネジ(8i)や直径12mm以上の共通ボルト(8j)と係合する共通ナット(8jk)等の共通固定具の使用。L字型固定具(8a)、コの字型固定具(8b)、U字型固定具(8c)、開閉式丸カン、リング等の取り付け金具や接続する為の固定具を使用し運動用ラインを係止する。(図3で詳細説明)その他、直接棒状部材の係止部の上から棒状部材を巻くようゴムやプラスチック製の弾性材料係止部接続具(8l)を固定し、その上から運動用ラインを結ぶ、巻き付ける、ベルト止め可能である係止手段も含まれる。運動用ラインの種類により、その両端にフック、リング、バックル、ネジ等の接続具が既に設けられている場合もある。図示した係止手段は運動用ラインを係止部に係止する為の手段であり、図示されたものは代表的な一部であり、全ての係止手段ではない。
配設とは運動用ラインが張られ、ラインスポーツが行える状態である。棒状部材、支柱もしくは係止部体の係止部に運動用ラインの片端が係止され、運動用ラインの反対側が対峙し対向するもう1つのユニットの係止部に係止された状態である。
もしくは運動用ラインの片端が係止され、中間部分を、対向するユニットの有する係止部に係止され、再びラインを折り返し元のユニットに戻ってくるような配設。もしくは同じユニットの上下の棒状部材間で係止し配設する方法もある。他にもユニット以外であっても壁や設置面、天井面近辺に取り付けられた係止部体につなげて対峙、対向する係止部を介して運動用ラインの両端または中間も含め係止部間同士に互いに繋げる配設することも考えられる。
主には、対峙する運動用ライン係止ユニット(2)同士に備えられた係止部間同士を介して、又は係止部と別の係止部体間同士を介して、運動用ライン(21)を留める、仮止めする、置く、引っかける、懸架する、結びとめる、接続する、差し込む、巻き付ける、動かないように接続具等を使用して、止める、仮止めする、固定する、張架する、橋架する、軸架する、連架する、遊架する、横架する、装架する、周回する、緊結する、継合する、螺合する、懸架する、垂設等を含む状態が配設となる。
他、ラインスポーツの種類によっては、運動用ラインの片側のみを取り付けて、ぶら下げる、他、綱引きのように片側は競技者が引っ張る、もしく設置面から上方に立てるというようなラインスポーツも存在する。このように種目によっては運動用ラインの片側のみを取り付ける配設もあり、これらの状態においても目的とするラインスポーツを行える状態も含まれる。
運動用ラインの係止位置により、ユニットの任意の位置に係止された複数の運動用ラインはユニット間同士で配設された場合は、その配設された運動用ラインは、それぞれのラインが平行、それぞれが平面視で角度を伴う配設、クロスするように交差する配設、水平方向の配設、縦方向の配設も可能である。
運動用ライン(21)とは、ラインスポーツに用いられる様々な材質、形状、強度、大きさ等からなる、様々なラインを備え、直径略1〜5mm前後のゴム状の収縮性のある細ゴム紐(21a)、厚さ略1〜3mm幅1〜3cm前後のゴムベルト(21b)、直径略1〜5mm前後の収縮性の無い低伸縮性細ライン(21c)、直径略10mm前後の細紐(21d)、直径略2〜5cmのロープ状太紐(21e)、網目状となった網目型ベルトライン(21h)、レーザー光線発振機と受振・受光機間でのレーザー光運動用ライン(21j)、手摺状体のポール型ライン(21i)等、様々な形態、太さ、長さのラインを係止可能となっている。
これらの運動用ライン(21)を、複数種類あるいは複数本、希望する本数、組み合わせも含め使用し、向かい合った運動用ライン係止ユニット(2)同士の係止部(6)の複数箇所に、係止する希望の位置を決め、係止部接続具(8)で係止、もしくは棒状部材(3)に結び付ける方法等で係止し、運動用ライン係止ユニット間に運動用ラインを様々な手法で配設する。
向かい合った運動用ライン係止ユニット(2)以外の別の第2運動用ライン係止ユニット(2c)係止部(6)同士やユニット以外に取り付けられた係止部体(6e)同士に配設する等様々な組み合わせによる配設を行う場合もある。
又、あくまでも1例ではあるが、複数本の運動用ラインではなく、1本の数十メートルほどある運動用ラインを使用し、2つの対峙する幅5m程のユニット間を交互に往復しながらフック等で係止していき、配設する方法もある。
係止、配設される複数の運動用ラインは、平行に配設、斜めやクロスして配設等、希望する角度、間隔で係止、配設可能である。他、略真下にぶら下げるように、上方のみ係止し、宙づり状態で懸架するよう係止、又は設置面か立てるように配設することも可能である。
運動用ラインが係止、配設される高さは、略棒状部材が支柱に固定された高さと略等しくなるが、配設された中央部辺りは重力により運動用ラインが垂れ下がるように低くなる場合もある。また同一のユニットを使用するシステムとなるので、請求項1のユニットでは、運動用ラインは略水平に配設されることとなる。水平以外にも傾斜した配設、垂直方向の配設もある。
運動用ライン係止ユニット(2)の互いの棒状部材の側面同士を対峙し、略平行にして、動くことがないよう支柱は支柱用土台(19)等を用いて設置面に設置する。ただし完全に平行である必要はなく、運動用ライン係止ユニット(2)は並列となる運動用ライン係止ユニット(2)に対し±5度程度平行角が前後していても良い
様々なラインスポーツを行う為、適応する運動用ライン(21)にかかる力も変化する。体育館やグラウンドのポール差し込み穴(23)に差し込まれ固定されたバレーやテニスのスポーツポール(22a)を利用し、運動用ライン係止ユニット(2)を固定する場合もある。ポール差し込み穴に運動用ライン係止ユニットの支柱を差し込み固定する場合もある。
運動用ライン係止システム(1)は、設置面(25)となる屋外のグラウンドや屋内の体育館、スポーツジム等の室内に、運動用ライン係止ユニットを並列するように列にして、少なくとも2ユニットを向かい合わせ、ユニットの1本の棒状部材に備えられた係止部のそれぞれの任意の位置に、ラインスポーツを行う為の複数の様々な運動用ラインを係止し、向かい合うユニット間でラインの配設するシステムのみではなく、棒状部材を増やすことで、複数の段で同時に運動用ラインを係止し配設すると共に、個別で使用可能の共通棒状部材(3h)、同じく共通支柱(10g)、そしてこれらで構成された第2運動用ライン係止ユニット(2c)により、配置されたユニットの拡充と拡張を行い、ラインスポーツの行えるスペースを水平方向の横四方のみではなく、垂直方向からとなる上下、傾斜も含めた、様々な角度と様々な高さで三次元的にラインの配設を可能としたシステムとし、その為の棒状部材と支柱とを固定する為の固定手段や固定具、ユニット、棒状部材、支柱を連結し拡張するための連結手段となる連結具、様々な種類からなる運動用ラインを、様々な本数と種類が交換可能に、棒状部材、支柱に備えられた係止部に運動用ラインを係止する為の係止手段となる様々な係止部接続具(8)、支柱に固定された棒状部材の高さを調整手段により任意の高さに調整する為の支柱に設けられた高さ調整固定部(14)、高さ調整固定部材に棒状部材を連結するだけではなく、棒状部材の固定角度を変化させる為の機能を有する様々な固定具や部材、ユニットを安定に保つ為の支柱用土台(19)等の器材、これらのラインスポーツを行うスペースに配置された器材や、既存の設備等も利用可能とする部材、これらを含めて、様々に運動用ラインを交換可能に係止、配設可能とする運動用ライン係止システムであり、さらに、分離され個別で取り付け使用可能となる棒状部材体(5)、係止部体(6e)、支柱体(10f)、高さ調整固定部体(15)を用いることにより、スポーツジム等の室内スペースよりも更に狭い輸送コンテナ(28)のようなスペースが少ない場所でもラインスポーツを行えるスペースとして有効利用できる運動用ライン係止システム(1)でもあり、これらを含めたシステム構成とすることにより、この配設された運動用ラインを利用し、ゲームをも含む様々なトレーニング、スポーツ等を行うことが可能となる運動用ライン係止システムとなっている。
詳しくはそれぞれ後述で説明する。
なお、図1で係止、配設された運動用ラインは、右側から細ゴム紐(21a)、細紐(21d)レーザー光運動用ライン(21j)、網目型ベルトライン(21h)が係止部接続具(8)により係止されている。このように1つの運動用ラインを用いるのみではなく、用途に応じ、様々な運動用ラインを同時に組み合わせ使用可能となる特徴をも有する運動用ライン係止システムである。
この配設された様々なスポーツ用途を含む運動ラインを、複数を利用して、ラインの上を飛び越えたり、下を潜ったり、前後、左右、斜め、上下と様々な動きのステップを踏んだり、様々な体位でラインにタッチを行う、綱渡り、レーザー光を利用したセンサー音での運動、ダンス等を行う事により、バランス能力や筋力、反射神経等の運動能力を向上することが可能となる、今までにない運動が可能となる運動用ライン係止システムである。
Paragraph [0043] describes the exercise line locking system in detail, and the details will be described in the following sections.
FIG. 1 is a diagram showing an embodiment of the exercise line locking system (1) according to claim 1, wherein the exercise line locking unit (2) as a basic structure is in a horizontally long direction in a plan view. Exercise line locking with at least one rod-shaped member (3) extending to and at least two or more struts (10) capable of supporting the rod-shaped member above the installation surface (25). The unit becomes one unit, which is also one basic unit, and the rod-shaped member (3) is provided with a locking portion (6) in which a plurality of exercise lines (21) can be locked at the same time by using a locking means. Assuming that both ends in the horizontally long direction of the rod-shaped member (3) extending in the horizontally long direction in a plan view are left and right, locking portions are provided so as to be connected substantially on both sides along the left and right sides.
A plurality of exercise lines (21) can be simultaneously locked at arbitrary positions from the locking portions located on the left and right sides by using locking means.
On each of the left and right sides of the rod-shaped member, a support column (10) capable of supporting the rod-shaped member allows the rod-shaped member to be located at least above a height at which water can pass between the installation surface and the rod-shaped member. It is fixed and supported.
Not only two struts on the left and right sides of the rod-shaped member, but also one or more struts may be provided near the middle of the rod-shaped member.
Further, although not shown, the locking portions provided in a series on the left and right sides of the rod-shaped member are formed on the rod-shaped member so as to form not only one row but a plurality of rows for one rod-shaped member. It may be provided on the surface from side to side. When the portion where the rod-shaped member is provided with the locking portion is represented by a vertical cross section, the locking portion is provided not only at one place but all around the vertical cross section of the rod-shaped member in all directions toward the left and right of the rod-shaped member. It becomes a state.
In this exercise line locking unit, at least two units are arranged in parallel, and the side surfaces of the rod-shaped members provided with the locking portions are opposed to each other so as to face each other. A locking portion arranged on the installation surface and having one end of the plurality of exercise lines (21) at a desired position from among a plurality of locking portions (6) provided in a series on the left and right sides of the rod-shaped member. To lock one end of the plurality of exercise lines (21) on the opposite side via a locking portion of a rod-shaped member of another unit having substantially the same shape facing each other. The exercise line locking system (1) is characterized in that a plurality of exercise lines (21) can be arranged at desired positions in the left-right direction on the installation surface.
It is also possible to arrange three or more exercise line locking units in parallel and arrange an exercise line between the units.
The installation surface (25) is a substantially horizontal ground or floor surface such as an outdoor sports ground, a gymnasium or a sports room, a volleyball court, or a stadium such as tennis or badminton court. In addition, the floor of a narrow space room with an area of about 6 tatami mats, a prefab, a warehouse, a transportation container, etc. (29) can also be used as an installation surface, and a line locking system for exercise should be installed to perform line sports. Is possible. The floor surface, which is a substantially flat surface, is also the installation surface. However, the installation surface does not have to be completely horizontal and may be inclined by about ± 5 degrees with respect to the horizon. Further, in ski balance training, it is conceivable to use an exercise line locking system on a plane having an inclination of about 10 degrees.
It is desirable to arrange two or more parallel exercise line locking units (2) on these installation surfaces, and to install them with a distance of at least 2 m between the units, such as official volleyball courts and tennis courts. When using, it is also possible to utilize the width of both sides of the court, and it is an exercise line locking system (1) in which an exercise line can be arranged even if a distance of 10 m or more is provided between the units.
In the rod-shaped member, locking portions (6) for the purpose of simultaneously locking the exercise line (21) at a plurality of locations of at least two or more locations extend over the left and right ends of the rod-shaped member (3). At least one in a straight line on the entire surface, in one or more rows, and in addition, at least two columns near the left and right ends of the rod-shaped member, and at least two columns including the middle of the rod are fixed. A fixing portion (9) for a certain rod-shaped member side support is provided.
It is desirable that the locking portions are provided with locking portions capable of simultaneously locking five or more exercise lines at the desired five or more locking portions, and are engaged in one row only on one three-dimensional surface of the rod-shaped member. The number of locking portions is not limited to those provided with stopping portions, those provided with locking portions over a plurality of rows on a plurality of surfaces, and those provided with locking portions. At least two fixing portions (9) for rod-shaped member side columns are also provided, and there is also an exercise line locking unit (2) supported by three or more columns.
The support column (10) constituting the exercise line locking unit (2) has a rod-shaped member (3) in which a plurality of exercise lines (21) are locked at a plurality of locations, and at least an installation surface (25) at two or more locations. ), And is fixed so as to join the rod-shaped member-side strut fixing portion (9) to the strut-side rod-shaped member fixing portion (13).
Both the columns and rod-shaped members are individually three-dimensionally formed of a metal such as iron or stainless steel, a light metal such as aluminum or a reinforced synthetic resin, or a strong material such as strongly reinforced wood, and each fixing portion to be fixed. Is fixed by welding or by one or more fixtures so that the rod-shaped member is horizontal. The fixed height is not limited.
The contact point where the rod-shaped member and the strut are fixed or the entire part surface becomes a fixing portion, and the fixing portion with the strut on the rod-shaped member side becomes the fixing portion (9) for the strut on the rod-shaped member side, and the fixing portion with the rod-shaped member on the strut side. Is a support column side rod-shaped member fixing portion (13).
Using two units, which are at least two of the exercise line locking units (2), the horizontally long sides of the rod-shaped members (3) provided in the two bodies face each other so as to face each other with a gap. One or more types of exercise lines (21) are engaged at the locking portion provided on the installation surface and at least two or more exercise lines are simultaneously engaged at a plurality of locations in the horizontally long direction in a plan view. The exercise line locking system (1) is a system that can be arranged between two units by using a stopping means and includes means for expanding the unit and expanding or exchanging the exercise line. The locking portion may be provided on the support column.
The length of the rod-shaped member (3) extending horizontally in a plan view is such that a plurality of exercise lines (21) are simultaneously locked at a desired position and interval at at least two locations (6). It is necessary to have a length of at least 1 m horizontally in plan view, but it is only one example to perform line sports of various events, but it is about 3 m horizontally long in plan view. (6), which is a concave or convex type or a rail type, which can lock an exercise line at a plurality of places at the same time, is provided in a substantially linear shape over substantially the entire surface near both left and right ends of the rod-shaped member. The vertical cross-sectional diameter or vertical width of the rod-shaped member is approximately 4 cm or more, and a pipe-shaped rod-shaped member is desirable in terms of strength.
The rod-shaped member is provided with a locking portion that simultaneously locks a plurality of exercise lines to the left and right, and at the same time, the locking portion (6) absorbs and reinforces the force received by the locking portion (6) by performing line sports. It is also a member whose purpose is to prevent damage. The rod-shaped member may have various shapes, and each of them is provided with a locking portion (6).
The material of the rod-shaped member is metal such as iron and stainless steel, light metal such as aluminum, plastic and reinforced synthetic resin, etc., and the strength and formation of a pipe-shaped cavity having a thickness of at least 1.5 mm. It is also desirable for transportation, and both ends of the rod-shaped member are closed with a rod-shaped member end face cap (9d) such as plastic or rubber, or with a metal such as iron or stainless steel or a light metal such as aluminum, which is closed by baking welding or adhesion. It may be.
Both ends of the rod-shaped member are provided so as to be vertical surfaces, and one screw hole (9e) for a rod-shaped member end face bolt having a diameter of about 5 to about 10 mm and a depth of about 3 mm is provided at a right angle near the center of the end face. It is desirable to have two locations. Alternatively, a convex bolt having a diameter of about 5 to about 10 mm and a length of about 5 mm may be projected.
The shape of the rod-shaped member (3) extending horizontally in a plan view may be a rod-shaped member formed in a curved shape as well as a straight line.
The rod-shaped member (3) is provided with a locking portion (6) for the purpose of locking one or more types of exercise lines (21) at a plurality of locations, and the exercise line is directly attached to the rod-shaped member. It is a locking portion (6) that can be locked by connecting the exercise line using various locking portion connectors (8) as well as connecting and fixing. The locking portion connector (8) is not limited to a single body, but may be attached to an exercise line from the beginning.
The locking portion (6) is a portion for locking the exercise line to the rod-shaped member extending in the horizontally long direction and the support column at at least one place, and a plurality of exercise lines can be simultaneously placed at arbitrary positions. In addition, the locking portion is a continuous portion so that the locking portion can be locked by using the locking means. However, in the case of a through hole penetrating from the front surface to the back surface of the rod-shaped member, not only the front surface but also the through hole becomes a part of the locking portion.
A plurality of recesses or protrusions provided for locking movement lines near both left and right ends of a substantially entire three-dimensional surface including one surface of the three-dimensional surface such as the upper surface, front surface, lower surface, and back surface of the rod-shaped member (3). The entire portion, or the rail portion that has a concave or convex shape (hereinafter referred to as unevenness), is a locking portion. Further, in the middle of the uneven portion and the peripheral portion of the rail portion, the movement line can be substantially stationary by using the locking means of the elastic material, and the portion of the rod-shaped member capable of being stationary. Is also a locking part.
In addition, the locking part is individually separated from the rod-shaped member and is detachably fixed with a fixture, and each can be used individually, and the locking part can be attached interchangeably. There is also a locking body having.
There are a plurality of types of locking portions (6), and the locking portions (6) are provided substantially horizontally across the left and right ends so as to be substantially horizontal to the three-dimensional surface of the rod-shaped member laid horizontally.
The locking portion (6) is a round concave locking portion (6a) in which a round concave screw having a diameter of about 5 to about 10 mm, a bolt, a screw hole including a through hole, or the like is continuously connected in a straight line. Fixed side concave rail locking portion (6b) that is a single groove-shaped rail. A locking portion including a linear body such as a rib-shaped convex rail locking portion (6c) which is a protruding portion provided on a flat surface can be considered.
A square concave locking portion (6d) having a diameter of about 30 mm and a width of about 10 mm can be considered instead of a round concave having a diameter of about 5 to about 10 mm. The size of these rounded or angular concaves is just an example.
In addition, in order to improve stability by lengthening the part that engages with the screw or bolt, it is conceivable that the periphery of the round recess protrudes about 2 to 5 mm from the surface of the rod-shaped member or protrudes inward to lengthen the engaging part. ..
The purpose of the support column (10) is to support the rod-shaped member (3) provided with the locking portion (6) and the exercise line (21) locked to the locking portion (6) above the installation surface (25). Since it also includes, strength is required, and the height from the lower end to the upper end is also an example, but it is necessary to have 30 cm or more, but in order to perform line sports of various events, the total length is 1 m or more. Alternatively, it may be necessary to provide 2 m or more, fix the rod-shaped member to a height of 3 m or more, and lock and dispose of the exercise line (21) depending on the content of the competition.
At the upper and lower ends of the columns, a lid-like plate with a thickness of about 3 to 5 mm made of metal such as iron and stainless steel and light metal such as aluminum is closed by baking, and recesses with a diameter of about 5 to about 12 mm. It is desirable that a bolt hole is provided.
The thickness of the bolt hole and screw hole should be deeper than the thickness of the lid-like plate, and the thickness of the bolt hole should be increased so that the circumference of the bolt hole is approximately 5 mm or more. It is also possible to make it deeper. Similarly, by thickening the periphery of hollow columns and rod-shaped members used in the exercise line locking system, such as round concave locking portions (6a), common screw holes (8h), and other screw holes and bolt holes. Even if a strong force is applied to a screw or bolt, problems such as the screw or bolt coming off, bending, or wobbling can be reduced.
Various types of support bases (19) can be attached to the support columns (10), and the width and vertical width of the support column bases (19) are substantially larger than the width and vertical width of the support columns (10) to be inserted. It has a function of being able to vertically support the support column (10) and the exercise line locking unit (2). For fixing the rod-shaped member and the support column, in addition to complete fixing by baking or adhesion, fixing with fixing tools such as bolts, screws and screws, clamp metal fitting connection, tightening and fixing with a belt or the like can be considered.
The upper and lower ends of the columns are covered with metal lids. At the center of the upper and lower lids, a common bolt hole is provided to which a base or the like, which is a recess having a diameter of about 5 to about 12 mm, can be attached. It may also be provided on the side surface near both ends of the column. Since a large force is applied to this part, the diameter of the screw or bolt is also increased correspondingly, and the diameter may be 30 mm or more.
The meaning of the locking used in the exercise line locking system (1) and the exercise line locking unit (2) is a plurality of locations in the locking portion of the single exercise line locking unit. One or more types of exercise lines are applied to the rod-shaped member and the locking portion (6) provided on the support column, and the locking portion body (6e) or the rod-shaped member (3) using the locking means. , Exercise line (21) is stationary, fastened, temporarily fixed, placed, hooked, suspended, tied, connected, plugged in, wrapped, fixed, stretched, bridged, shafted, connected The meaning of being stationary, such as hanging, playing, hanging, hanging, orbiting, binding, joining, screwing, hanging, hanging, standing, etc. When viewed from the front of the exercise line locking unit, the rod-shaped member (3) is locked in a "state in which the exercise line is substantially stationary" on substantially the entire surface including the upper surface, the front surface, the lower surface, or the back surface. .. It also includes a state in which the vehicle is substantially stationary using the locking means.
The locking means is a fixing bracket, a connecting tool, or a means for locking the exercise line to the locking portion of the shaped member, and is a locking portion connecting tool (8) having a common screw having a diameter of about 5 to 10 mm. Use of common fixtures such as screws (8i) and common nuts (8jk) that engage with common bolts (8j) with a diameter of 12 mm or more. For exercise using mounting brackets such as L-shaped fixtures (8a), U-shaped fixtures (8b), U-shaped fixtures (8c), openable round cans, rings, and fixtures for connection. Lock the line. (Detailed explanation in FIG. 3) In addition, a rubber or plastic elastic material locking part connector (8l) is fixed so as to wind the rod-shaped member directly from above the locking part of the rod-shaped member, and an exercise line is laid from above. It also includes locking means that can be tied, wrapped and belted. Depending on the type of exercise line, connections such as hooks, rings, buckles, and screws may already be provided at both ends. The illustrated locking means is a means for locking the exercise line to the locking portion, and the illustrated one is a typical part, not all the locking means.
Arrangement is a state in which an exercise line is stretched and line sports can be performed. One end of the exercise line is locked to the locking portion of the rod-shaped member, the strut, or the locking portion, and the opposite side of the exercise line is locked to the locking portion of the other unit facing each other. ..
Alternatively, one end of the exercise line is locked, the intermediate portion is locked to the locking portion of the opposing unit, and the line is folded back to the original unit. Alternatively, there is also a method of locking and arranging between the upper and lower rod-shaped members of the same unit. In addition to the unit, the locking part including both ends or the middle of the exercise line is connected to the locking part attached to the wall, installation surface, or ceiling surface to face each other, and through the opposing locking part. It is also conceivable to arrange them so that they are connected to each other.
Mainly, the exercise line (mainly, through the locking portions provided between the opposing exercise line locking units (2), or between the locking portion and another locking portion body, the exercise line ( 21) Fasten, temporarily fix, put, hook, suspend, tie, connect, insert, wrap, use fittings to prevent movement, stop, temporarily fix, fix, stretch , Bridged, shafted, connected, idle, horizontal, mounted, orbiting, tightly connected, spliced, screwed, suspended, suspended, etc. It becomes.
In addition, depending on the type of line sport, there are line sports in which only one side of the exercise line is attached and hung, and the other side is pulled by the athlete like a tug of war, or stands above the installation surface. .. As described above, depending on the event, there is an arrangement in which only one side of the exercise line is attached, and even in these states, a state in which the desired line sport can be performed is also included.
When a plurality of exercise lines locked at arbitrary positions of the units are arranged between the units depending on the locking position of the exercise lines, the arranged exercise lines are each line. It is also possible to arrange them in parallel, at an angle in a plan view, at crossing each other, in a horizontal direction, and in a vertical direction.
The exercise line (21) includes various lines made of various materials, shapes, strengths, sizes, etc. used for line sports, and is a rubber-like shrinkable thin rubber having a diameter of about 1 to 5 mm. String (21a), rubber belt (21b) with a thickness of about 1 to 3 mm and a width of about 1 to 3 cm, a low elasticity thin line (21c) with a diameter of about 1 to 5 mm and no shrinkage, and a thin string with a diameter of about 10 mm (21c). 21d), a rope-shaped thick string (21e) with a diameter of about 2 to 5 cm, a mesh-shaped belt line (21h), a line for laser light motion between a laser beam oscillator and a vibration receiver / receiver (21j), It is possible to lock lines of various shapes, thicknesses, and lengths such as a pole-shaped line (21i) of a handrail.
These exercise lines (21) are used in a plurality of types or a plurality of lines, including the desired number and combination, and are used at a plurality of locations of the locking portions (6) between the exercise line locking units (2) facing each other. Determine the desired position to lock, lock with the locking part connector (8), or lock by connecting to the rod-shaped member (3), etc., and various exercise lines are provided between the exercise line locking units. Arrange by method.
Arranged between the second exercise line locking units (2c) locking portions (6) other than the facing exercise line locking units (2) and between the locking portions (6e) attached to other than the unit. In some cases, arrangements may be made in various combinations such as installation.
Also, although this is just an example, instead of using multiple exercise lines, one exercise line of several tens of meters is used, and hooks are made while alternately reciprocating between two opposing units with a width of about 5 m. There is also a method of arranging by locking with or the like.
The plurality of exercise lines to be locked and arranged can be locked and arranged at a desired angle and interval, such as being arranged in parallel, arranged diagonally or crossing. In addition, it is also possible to lock only the upper part so as to hang substantially directly below, and to suspend it in a suspended state, or to arrange it so as to stand on the installation surface.
The height at which the exercise line is locked and arranged is approximately equal to the height at which the rod-shaped member is fixed to the support column, but the height around the central portion where the exercise line is arranged is lowered so that the exercise line hangs down due to gravity. In some cases. Further, since the system uses the same unit, in the unit of claim 1, the exercise lines are arranged substantially horizontally. In addition to horizontal arrangements, there are also inclined arrangements and vertical arrangements.
The side surfaces of the rod-shaped members of the exercise line locking unit (2) face each other and are substantially parallel to each other, and the support columns are installed on the installation surface using a support base (19) or the like so as not to move. However, it does not have to be completely parallel, and the exercise line locking unit (2) may have a parallel angle of about ± 5 degrees with respect to the exercise line locking unit (2) that is in parallel. Since sports are performed, the force applied to the adapted exercise line (21) also changes. In some cases, the exercise line locking unit (2) is fixed by using a volleyball or tennis sports pole (22a) that is inserted and fixed in the pole insertion hole (23) of the gymnasium or the ground. In some cases, the support of the exercise line locking unit is inserted into the pole insertion hole and fixed.
The exercise line locking system (1) has at least two exercise line locking units arranged side by side in an outdoor ground, an indoor gymnasium, a sports gym, or the like, which is the installation surface (25). The units are faced to each other, and a plurality of various exercise lines for performing line sports are locked at arbitrary positions of the locking portions provided on one rod-shaped member of the unit, and the lines are lined between the facing units. By increasing the number of rod-shaped members as well as the system to be arranged, the exercise lines can be locked and arranged at the same time in multiple stages, and the common rod-shaped members (3h) that can be used individually and the common columns (10 g) are also used. ), And the second exercise line locking unit (2c) composed of these expands and expands the arranged units, and the space where line sports can be performed is not only from the horizontal four sides in the horizontal direction but also from the vertical direction. A system that enables three-dimensional arrangement of lines at various angles and heights, including up and down and inclination, and fixing means and fixing for fixing rod-shaped members and columns for that purpose. Various numbers and types of exercise lines, including tools, units, rod-shaped members, connecting tools that serve as connecting means for connecting and expanding columns, and various types of exercise lines, are provided on the rod-shaped members and columns so that they can be exchanged in various numbers and types. Various locking portion connectors (8) that serve as locking means for locking the exercise line to the locking portion, and the height of the rod-shaped member fixed to the support column is adjusted to an arbitrary height by the adjusting means. Various fixtures and members that not only connect the rod-shaped member to the height-adjusting fixing portion (14) and the height-adjusting fixing member provided on the support column, but also have a function of changing the fixing angle of the rod-shaped member. , Equipment such as the base for columns (19) to keep the unit stable, equipment placed in the space where these line sports are performed, members that make existing equipment available, etc. An exercise line locking system that allows the exercise lines to be interchangeably locked and arranged, and further, a rod-shaped member body (5), a locking portion (6e), which can be separated and individually attached and used. By using the strut body (10f) and the height adjustment fixed part body (15), it is effective as a space where line sports can be performed even in a place where there is little space such as a transportation container (28) which is narrower than the indoor space such as a sports gym. It is also an exercise line locking system (1) that can be used, and by configuring the system including these, various training and sports including games can be used by using this arranged exercise line. It is an exercise line locking system that enables you to do things such as sports.
Details will be described later.
In the exercise line locked and arranged in FIG. 1, a fine rubber cord (21a), a fine cord (21d), a laser light exercise line (21j), and a mesh belt line (21h) are locked from the right side. It is locked by the part connector (8). As described above, the exercise line locking system has a feature that not only one exercise line is used but also various exercise lines can be combined and used at the same time depending on the application.
By using multiple exercise lines including various sports applications, you can jump over or under the line, take various movement steps such as front and back, left and right, diagonally, and up and down. By touching the line in various positions, walking a rope, exercising with a sensor sound using laser light, dancing, etc., it is possible to improve the balance ability, muscle strength, motor ability such as reflexes, etc. It is an exercise line locking system that enables unprecedented exercise.

図2は、大きく2つに分けられる運動用ライン係止ユニットの形状を表している。(a)は棒状部材支柱挟み込み型ユニットの正面図、(b)は棒状部材支柱交差型ユニットの正面図である。
図2(a)は、1本の棒状部材(3)の両端面が2本の支柱(10)により挟み込まれるように固定された運動用ライン係止ユニット(2)の実施形態を表わす正面図であって、棒状部材(3)の両端面を2本の支柱(10)により左右から挟み込むように略水平に固定されている。
この支柱に両端から挟み込まれるように棒状部材が固定されているユニットが棒状部材支柱挟み込み型ユニット(2a)となる。
本来であれば、支柱と棒状部材の固定は、両端は共に同じ固定手段が望ましいが、図2(a)では、左右2本以上となる支柱の両端の固定の手段は、説明の為、二通りの固定手段が用いられており、左右を別にして表している。
左はボルトによる固定具での固定で、右はラーメン構造となる溶接による固定である。
支柱に棒状部材が固定される部位を支柱側棒状部材固定部(13)とし、逆に棒状部材に支柱が固定される部位を棒状部材側支柱固定部(9)となる。
支柱と棒状部材を固定する固定具は支柱側棒状部材固定部用固定具(16)である。
棒状部材支柱挟み込み型ユニット(2a)の場合、棒状部材を挟み込む部位が支柱の支柱側棒状部材固定部(13)となり、両側より支柱に挟み込まれ、支柱に接する部位である棒状部材の両端面が棒状部材側支柱用固定部(9)となる。
棒状部材支柱挟み込み型ユニット(2a)の場合、2本の支柱が棒状部材の両端面より固定され支持される。
左側のボルト固定具はあくまでも一例であるが略5〜略10mm前後、長さは少なくとも8cm以上を有する直径支柱側棒状部材丸凹固定部用ボルト型固定具(16a)を使用したもので、支柱が、棒状部材の両端が共に支柱に挟み込まれた状態で、前記ボルトが支柱に設けられた1個以上の略水平に設けられた貫通孔の外側から棒状部材側に貫通し、棒状部材が支柱に対して直角に取り付けられ、水平を保つように設けられている。ただし設置面の角度も水平でない場合もある。完全に水平である必要はなく、水平線に対し±5度程度傾斜していても良い。
ボルト固定具が係合する1個以上の深さ3cm前後の凹部となる棒状部材端面ボルト用穴(9e)を棒状部材の端面の中央に有し、螺合し、前記ユニットの支柱に直角に固定している。
一方の右側は、棒状部材は支柱との取り付け角度が直角となるよう、支柱及び棒状部材の固定部を、焼き付けて溶接固定した焼き付け溶接固定部(13c)である。
焼き付け溶接固定部(13c)は、ラーメン構造となり頑丈ではあるが、棒状部材の取り外しや高さの変化、角度変化が行えない。運搬においても不便というデメリットがある。
棒状部材には支柱が固定される部位である棒状部材側支柱用固定部(9)として、棒状部材側支柱用丸凹単固定部(9a)が棒状部材の両端面に1箇所ずつ設けられている。
棒状部材の正面側の係止部(6)には、運動用ラインを係止する為の丸凹型係止部(6a)となる丸凹が両端に渡り略直線状に連続に連なるように設けられており、重心線に対して直角に直径略5〜略10mmのネジ溝を有するネジ穴、もしくは貫通孔が、あくまでも1例の間隔であるが、略3〜5cmの等間隔で設けられている。ネジ溝を有しない貫通孔も考えられる。棒状部材の強度を増す為、もしくは競技内容により略3〜5cmの等間隔を約10〜30cm、もしくはそれ以上の間隔で複数の丸凹が設けられる場合もある。
また係止部(6)は、固定された棒状部材の側面の、対峙する運動用ライン係止ユニット側となる正面側ではなく、上面側もしくは下面側等、様々な面に設けられ、運動用ラインを様々な方向より係止する場合もある。
この図では、支柱は両端に2本であるが、支柱と支柱の中間近傍にさらに1本以上の支柱が備えられる場合もある。
FIG. 2 shows the shape of the exercise line locking unit which can be roughly divided into two. (A) is a front view of a rod-shaped member support sandwich type unit, and (b) is a front view of a rod-shaped member support cross type unit.
FIG. 2A is a front view showing an embodiment of an exercise line locking unit (2) in which both end faces of one rod-shaped member (3) are fixed so as to be sandwiched by two columns (10). Therefore, both end faces of the rod-shaped member (3) are fixed substantially horizontally so as to be sandwiched from the left and right by two columns (10).
The unit in which the rod-shaped member is fixed so as to be sandwiched between the columns from both ends is the rod-shaped member column sandwiching type unit (2a).
Originally, for fixing the support column and the rod-shaped member, it is desirable that both ends have the same fixing means, but in FIG. Street fixing means are used, and the left and right sides are shown separately.
The left is fixing with bolts, and the right is fixing with welding, which has a rigid frame structure.
The portion where the rod-shaped member is fixed to the strut is the strut-side rod-shaped member fixing portion (13), and conversely, the portion where the strut is fixed to the rod-shaped member is the rod-shaped member-side strut fixing portion (9).
The fixture for fixing the strut and the rod-shaped member is the strut-side rod-shaped member fixing portion fixture (16).
In the case of the rod-shaped member strut sandwiching type unit (2a), the portion where the rod-shaped member is sandwiched becomes the strut-side rod-shaped member fixing portion (13) of the strut, and both end faces of the rod-shaped member which are sandwiched between the strut from both sides and are in contact with the strut It becomes a fixing portion (9) for a rod-shaped member side support.
In the case of the rod-shaped member support holding type unit (2a), the two columns are fixed and supported from both end faces of the rod-shaped member.
The bolt fixture on the left side is just an example, but it uses a bolt-type fixture (16a) for a rod-shaped member with a diameter strut side rod-shaped member round concave fixing part having a diameter of about 5 to about 10 mm and a length of at least 8 cm. However, with both ends of the rod-shaped member sandwiched between the columns, the bolt penetrates from the outside of one or more substantially horizontally provided through holes provided in the column to the rod-shaped member side, and the rod-shaped member penetrates the column. It is installed at a right angle to the object and is provided to keep it horizontal. However, the angle of the installation surface may not be horizontal. It does not have to be completely horizontal and may be tilted by about ± 5 degrees with respect to the horizon.
One or more rod-shaped member end face bolt holes (9e), which are recesses with a depth of about 3 cm with which the bolt fixtures are engaged, are provided in the center of the end face of the rod-shaped member, and are screwed together at right angles to the columns of the unit. It is fixed.
On the right side, the rod-shaped member is a burn-welded fixing portion (13c) in which the support and the fixing portion of the rod-shaped member are baked and welded and fixed so that the attachment angle with the support is perpendicular to the support.
The baking weld fixing portion (13c) has a rigid frame structure and is sturdy, but the rod-shaped member cannot be removed, the height can be changed, or the angle cannot be changed. There is also the disadvantage of inconvenience in transportation.
The rod-shaped member is provided with one round concave single fixing portion (9a) for the rod-shaped member side support as a fixing portion (9) for the rod-shaped member side support, which is a portion where the support is fixed, on both end surfaces of the rod-shaped member. There is.
The locking portion (6) on the front side of the rod-shaped member is provided with a round recess that serves as a round concave locking portion (6a) for locking the exercise line so as to be continuously connected to both ends in a substantially straight line. Screw holes or through holes having screw grooves with a diameter of about 5 to about 10 mm at right angles to the center of gravity line are provided at equal intervals of about 3 to 5 cm, although the interval is only one example. There is. Through holes that do not have thread grooves are also conceivable. In order to increase the strength of the rod-shaped member, or depending on the content of the competition, a plurality of round recesses may be provided at equal intervals of about 3 to 5 cm at intervals of about 10 to 30 cm or more.
Further, the locking portion (6) is provided on various surfaces such as the upper surface side or the lower surface side of the side surface of the fixed rod-shaped member, not the front side which is the side of the facing exercise line locking unit, and is used for exercise. The line may be locked from various directions.
In this figure, there are two columns at both ends, but one or more columns may be provided near the middle of the columns.

図2(b)は、2本以上の支柱(10)が固定具によって棒状部材(3)に固定された運動用ライン係止ユニット(2)の実施形態を表わす正面図であって、棒状部材(3)の略両端面近傍の正面もしくは背面側と2本の支柱(10)がそれぞれ交差し、支柱側棒状部材丸凹固定部用ボルト型固定具(16a)により略水平に固定されている。
この横設される棒状部材の前面もしくは背面となる側面より支柱が交差するように、略水平に棒状部材が固定されているユニットが棒状部材支柱交差型ユニット(2b)である。
この場合、棒状部材側支柱用固定部(9)は、棒状部材の側面の両端近傍にそれぞれ1個もしくは2個以上のネジ溝を有する3cm前後のネジ穴もしくは貫通孔となる棒状部材側支柱用丸凹単固定部(9a)が、支柱の支柱側棒状部材丸凹単固定部(13a)から支柱側棒状部材丸凹固定部用ボルト型固定具(16a)が係合するよう設けられている。
両端近傍とは、棒状部材の片側端面より全長の15%前後以内が、請求項8の斜設機能を有する場合、両端近傍とすることが望ましいが、斜設機能を有しない場合は、15パーセントに限ったものではなく、棒状部材の片側端面と支柱の外側側面と略同一位置にした固定もある。
この図では、支柱は両端近傍の2本であるが、支柱の中間等も含め2本以上の支柱を備えた場合もある。
棒状部材支柱交差型ユニット(2b)の場合、棒状部材の両端より中央内側に支柱が固定される形状になる。
後述となるが、棒状部材は、水平固定のほか斜設固定も必要となる。角度を持った斜設固定の場合、略垂直に支持する支柱の中での上下可動範囲が高さとなり、両端に配置された支柱間の距離は底辺となり、棒状部材は略直角三角形の斜辺に相当する。この斜辺の長さを求めるのは、
底辺の距離×底辺の距離+高さ×高さ=斜辺の長さ×斜辺の長さ、である。
底辺(両端の支柱間の距離)×底辺+高さ(支柱での可動範囲)×高さ=斜辺(棒状部材の最低必要長)×斜辺となる。
近傍の必要長は、(斜辺の長さ−支柱間の距離)÷2<近傍の必要長であり、棒状部材の端からの支柱の取り付け位置、となる。
一例であるが、両端の支柱間の距離が3m。支柱の高さが2m。この支柱間で、支柱の高さを全て棒状部材の可動範囲とした場合、棒状部材が斜めに取り付けられた場合は支柱の最低必要長は、3.61m以上の全長が必要となる計算である。この棒状部材を支柱に取り付けた場合、棒状部材を両端の近傍とは少なくとも31cm以上必要となる。単純計算で棒状部材の8.6パーセントとなる。少なくともこの数値の場合、少なくとも棒状部材の全長の10パーセントの長さ以上が棒状部材を両端の近傍の必要長となる。
棒状部材支柱交差型ユニット(2b)の使用される支柱間の望ましい距離は5m前後、支柱の主に使用される高さは最も高くて3m前後と考えられる。棒状部材を仮に1本使用した場合、棒状部材の最低必要長は5.84mとなる。取り付け位置等を考慮し、棒状部材の長さを6.5m、支柱間は5m。よって両端の近傍は、片側で約75cm前後となり、棒状部材の約11.5パーセントとなる。ここから余裕をもった数値として15パーセントが適していると考えられる。あくまで1例の値である。
棒状部材支柱挟み込み型ユニット(2a)において、棒状部材を斜設する場合は、棒状部材の全長の変動が少なくとも水平固定時より12パーセント以上の延長機能が必要となる。一例として棒状部材が市販ののぼり旗棒のように全長が変動可能となる構造を用いることも可能である。
また、支柱は直立面に第2固定手段で固定されない状態では、支柱中心線が垂直となるよう設置面に配置されている。ただし完全に垂直である必要はなく、設置面に対し前後左右±3度程度傾斜していても良い。
FIG. 2B is a front view showing an embodiment of an exercise line locking unit (2) in which two or more columns (10) are fixed to a rod-shaped member (3) by a fixture, and is a rod-shaped member. The two columns (10) intersect with the front or back side in the vicinity of substantially both end faces of (3), and are fixed substantially horizontally by a bolt-type fixing tool (16a) for a rod-shaped member round concave fixing portion on the column side. ..
A unit in which the rod-shaped members are fixed substantially horizontally so that the columns intersect from the front or back side surfaces of the horizontally installed rod-shaped members is the rod-shaped member support column crossing type unit (2b).
In this case, the rod-shaped member side strut fixing portion (9) is for a rod-shaped member side strut that serves as a screw hole or a through hole of about 3 cm having one or two or more screw grooves near both ends of the side surface of the rod-shaped member. The round concave single fixing portion (9a) is provided so that the column-side rod-shaped member round concave single fixing portion (13a) of the support column engages with the bolt-type fixing tool (16a) for the support column side rod-shaped member round concave fixing portion. ..
The term "near both ends" means that within about 15% of the total length from one end face of the rod-shaped member is near both ends when the slanting function of claim 8 is provided, but 15% when the rod-shaped member does not have the slanting function. There is also a case where one end surface of the rod-shaped member and the outer side surface of the column are fixed at substantially the same position.
In this figure, there are two columns near both ends, but there are cases where two or more columns are provided, including the middle of the columns.
In the case of the rod-shaped member strut crossing type unit (2b), the strut is fixed inside the center from both ends of the rod-shaped member.
As will be described later, the rod-shaped member needs to be fixed diagonally in addition to being fixed horizontally. In the case of oblique fixing at an angle, the vertical movable range in the columns supported almost vertically is the height, the distance between the columns arranged at both ends is the base, and the rod-shaped member is on the hypotenuse of a right triangle. Equivalent to. The length of this hypotenuse is calculated
The distance of the base x the distance of the base + the height x the height = the length of the hypotenuse x the length of the hypotenuse.
Base (distance between columns at both ends) x bottom + height (movable range of columns) x height = hypotenuse (minimum required length of rod-shaped member) x hypotenuse.
The required length in the vicinity is (the length of the hypotenuse-the distance between the columns) ÷ 2 <the required length in the vicinity, which is the attachment position of the column from the end of the rod-shaped member.
As an example, the distance between the columns at both ends is 3m. The height of the pillar is 2m. Assuming that the height of all the columns is the movable range of the rod-shaped members between the columns, the minimum required length of the columns is calculated to be 3.61 m or more when the rod-shaped members are attached diagonally. .. When this rod-shaped member is attached to a support column, the rod-shaped member needs to be at least 31 cm or more from the vicinity of both ends. It is 8.6% of the rod-shaped member by simple calculation. At least in the case of this numerical value, at least a length of 10% or more of the total length of the rod-shaped member is the required length in the vicinity of both ends of the rod-shaped member.
It is considered that the desirable distance between the columns used in the rod-shaped member column crossing type unit (2b) is about 5 m, and the height mainly used for the columns is about 3 m at the highest. If one rod-shaped member is used, the minimum required length of the rod-shaped member is 5.84 m. Considering the mounting position, the length of the rod-shaped member is 6.5 m, and the distance between the columns is 5 m. Therefore, the vicinity of both ends is about 75 cm on one side, which is about 11.5% of the rod-shaped member. From this, it is considered that 15% is suitable as a numerical value with a margin. It is a value of only one example.
In the rod-shaped member strut sandwiching type unit (2a), when the rod-shaped member is slanted, the variation of the total length of the rod-shaped member needs to be extended by at least 12% or more from the time of horizontal fixing. As an example, it is also possible to use a structure in which the total length of the rod-shaped member can be changed, such as a commercially available banner bar.
Further, the columns are arranged on the installation surface so that the center line of the columns is vertical when the columns are not fixed to the upright surface by the second fixing means. However, it does not have to be completely vertical, and may be tilted about ± 3 degrees in the front-back and left-right directions with respect to the installation surface.

図3は、様々な種類の棒状部材の断面図と形状を表す説明図である。
棒状部材(3)は、軽金属、金属、強化繊維樹脂、強化木材、プラスチック等で形成され、あくまでも1例であるが、少なくとも1m以上の全長と4cm以上の直径もしくは幅を有すことが望ましい。様々なラインスポーツを行う事が求められる場合は全長3m以上有し、直径もしくは幅が100mm以上の棒状部材(3)が必要となることも考えられる。
棒状部材の直径もしくは縦幅が少なくとも1cm以上となるが、強度的に略4cm以上の直径もしくは幅を有した立体形の棒状部材が望ましい。また、軽金属、金属製、強化繊維樹脂製であれば、厚さは1.5mm以上を有したパイプ型の空洞状が望ましく、両端近傍には棒状部材側支柱用固定部(9)が設けられる。
棒状部材の両端はプラスチック、ゴム等の棒状部材端面キャップ(9d)で塞がれる、もしくは棒状部材側支柱用固定部(9)とする場合は、鉄、ステンレス等の金属、アルミニウム等の軽金属等で、焼き付けにより塞がれている場合もある。焼き付けにより塞がれている場合、蓋の厚さは少なくとも3mm以上が相応しく、直径略5〜略10mm前後の凹凸部となる棒状部材端面ボルト用ネジ穴(9e)を端面の略中心に1箇所もしくは2箇所有することが望ましい。
棒状部材端面ボルト用ネジ穴(9e)周辺は、厚さを増すことでネジ山となる凹凸部が5mm以上に増すように施されているものが望ましい。凹凸係止部も同様に、周辺は、厚さを増すことでネジ山となる凹凸部分が略3mm以上となるように施されているものが望ましい。
また、棒状部材の側面にも、両端近傍に棒状部材側支柱用固定部(9)が設けられ、支柱(10)と固定される部分となる場合もある。支柱の中央近辺等にも棒状部材側支柱用固定部(9)を有する場合もある。
棒状部材形状は、
垂直断面が円形もしくは楕円形の直線の円筒形棒状部材(3a)、
同じく垂直断面が四角形の直線の四角形棒状部材(3b)、
垂直断面が五角形の五角形棒状部材(3c)、垂直断面が六角形の六角形棒状部材(3d)、垂直断面が八角形の直線の八角形棒状部材(3e)等がある。これらは垂直断面に直線を有する形状である。図示はしていないが、垂直断面が三角形他、八角形以上の棒状部材も含まれているものもある。
垂直断面が円形と直線からなる蒲鉾形の直線の蒲鉾形棒状部材(3f)も含まれる。
なお、この垂直断面には係止部の断面部分は含まれておらず、棒状部材の断面のみを図示している。
また、全ての棒状部材は、側面前面が覆われている必要はなく、システムトラス部材のように強度上、もしくはデザインの関係で空間が設けられても良い。
強化木材、プラスチック等の場合は、内側がパイプ状の空洞ではない空洞無し棒状部材(3g)も考えられる。
名称は棒状部材であるが、用途により平板状の棒状部材も考えられる。
平板状の形状の平板型棒状部材(3i)の場合は、軽量化の為、厚さは10〜20mm前後で幅を略200〜250mm前後とした板型の棒状部材も考えられる。係止部も上下に少なくとも3列以上、略平行に設ける事も可能となる。図では凹凸となる係止部であるが、レール状の係止部も考えられる。レール係止部(6b)の場合、全てが水平に複数列に設ける。又は斜設で複数列が平行となるよう設けることも考えられる。
図示はしないが、運動用ラインで布状のラインを縦になるように張る場合も考えられ、その場合は平板型棒状部材(3i)の幅が300mmを越える場合も考えられる。
棒状部材は、係止される運動用ラインの係止部を横方向に設ける為の部材であり、ラインスポーツの内容により、強度、直径もしくは縦幅、厚さが強化され変更となる場合もある。
伸縮性のある細ゴム、細い紐のみをラインとして使用する場合は、支柱も含み棒状部材も強度的には直径1cm前後のアルミパイプ状の素材を用いる事が可能であるが、係止する運動用ラインに一例ではあるが競技者が綱渡りのようにラインの上で、ジャンプする場合は、少なくとも3トン以上の衝撃に耐える棒状部材、支柱、支柱を支える土台が必要となる。
その衝撃以上の衝撃を支える為、鉄等の金属製で強度を備え、少なくとも直径もしくは縦幅、は4cm以上、断面厚さも少なくとも5mm以上の略円形、楕円形もしくは角型の管状筒体の棒状部材、支柱が必要となる場合もある。
垂直断面が円形もしくは楕円形の直線の円筒形棒状部材(3a)が、平面視で横長に弧を描くように延びる弧型に湾曲した湾曲棒状部材(3j)も考えられる。
あくまでも1例であるが、直径略3〜6m前後の円形型のトランポリンのような平面視で円形枠を6〜12分割にしたような弧を描く弧型の湾曲棒状部材(3j)を用いた運動用ライン係止ユニットも考えられる。図示はしないが、直線の棒状部材と組み合わせる事で、楕円形の外枠を組む事も可能となる。
棒状部材は複数の棒状体を組み合わせるよう形成してもよい。
ステンレス、アルミニウム合金等の材質の直径約30mm前後のメインとなる2本の管状棒状体とその間に直径約10〜20mm前後の棒状体がトラス構造となるように形成され、係止部(6)を有する幅約30cmで平型のシステムトラス棒状部材(3k)もある。用いるのは平型状態でも、平型を立体的に三角型、四角形等のように複数角形となるように平型1つを複数用いて固定具で分解可能に組んでも、溶接固定でもよい。運動用ラインに高荷重、曲げモーメントが大きくかかるラインスポーツを行う時に用いるのに適している。なお、この図(3k)では構造を説明する為、係止部は外して図示している。係止部は、2本の平行となるメインの管状棒状体自体に共に設けられたもの、トラス構造をなす斜めとなった棒状体部分に略水平となるように直線的に図示された係止部を取り付けられるように設けられたもの、上下2本のメインとなる管状棒状体に略垂直もしくは斜めとなるように略5cm〜20cm間隔で全てが平行となるよう、2本の管状棒状体の取り付け位置の長さに調整された図示された係止部が複数設けられたものとある。
これらの棒状部材(3)には、係止部が棒状部材の両端にわたり側面の略一面に備えられている。係止部(6)には運動用ライン(21)を係止する為の、立体面に対して略直角に設けられた、直径略5〜略10mmのネジやボルト用の丸凹型係止部(6a)、運動用ラインを取り付け可能の係止用金具を角凹部に引掛けて固定する角凹型係止部(6d)、ほか、レール型の凹型もしくは凸型のレール型係止部(6b、6c)、U字型の鋼材が焼き付け溶接された係止部等が備えられる。丸凹型係止部(6a)は穴底の有するもの、又は筒型となった棒状部材(3)の前面のみを貫通する貫通孔、前面から裏面まで貫通する貫通孔もある。またネジ山を有する孔、ネジ山はない孔とある。
これらの係止部に、係止手段が用いられ複数の運動用ラインが同時に係止され、対峙する運動用ライン係止ユニットの係止部を介して配設される。
棒状部材(3)には、支柱(10)を固定具によって固定する為の、立体面に対して略直角に設けられた棒状部材側支柱用固定部(9)が棒状部材(3)の両端面、もしくは左右両端側面近傍に1箇所の計2箇所が、溶接固定以外の場合具備される。
左右両片側に略垂直位置に2個以上の棒状部材側支柱用丸凹単固定部(a)となる直径略5〜略10mm前後の丸凹を設け、同位置に係合する支柱側棒状部材丸凹単固定部(13a)を略垂直位置に2個以上設けることにより、水平に保たれた棒状部材(3)に対する角度変化を防ぐ事が可能となることも考えられる。
なお、支柱側棒状部材単固定部(13)は、棒状部材を固定する固定部が支柱に一箇所のみ有する場合の名称で、固定部の形状が丸凹型の場合は支柱側棒状部材丸凹単固定部(13a)、固定部が幅30mm前後で縦10mm前後の角型凹の穴となる支柱側棒状部材角凹単固定部(13b)となる。
棒状部材側支柱用固定部(9)には、一箇所以上設けられた直径略5〜略10mmのネジやナット等付きボルト用の棒状部材側支柱用丸凹単固定部(9a)、棒状部材側支柱用角凹単固定部(9b)で固定される。
棒状部材側支柱用固定部とは、棒状部材に支柱が固定される部位を意味し、支柱側棒状部材固定部とは支柱に棒状部材が固定される部位を意味する。
丸凹型固定部とは、略円形の底のあるネジ穴、ネジ山のある貫通孔、ネジ山の無い貫通孔、もしくは楕円形のネジ山の無い貫通孔が含まれる。
角凹型固定部とは、三角形、四角形、五角形、六角形、八角形のように断面図に直線と角を有するネジ山の無い貫通孔で、差し込まれる固定具の形状も、三角形、四角形、五角形、六角形、八角形等それぞれの貫通孔の断面と略同型の固定具となり、共に直線と角を有することで固定具が貫通口の中で回動しない利点がある。
FIG. 3 is an explanatory view showing a cross-sectional view and a shape of various types of rod-shaped members.
The rod-shaped member (3) is made of light metal, metal, reinforced fiber resin, reinforced wood, plastic, etc., and is only an example, but it is desirable that the rod-shaped member (3) has a total length of at least 1 m or more and a diameter or width of 4 cm or more. When it is required to perform various line sports, it is conceivable that a rod-shaped member (3) having a total length of 3 m or more and a diameter or width of 100 mm or more is required.
The diameter or vertical width of the rod-shaped member is at least 1 cm or more, but a three-dimensional rod-shaped member having a diameter or width of about 4 cm or more is desirable in terms of strength. Further, if it is made of light metal, metal, or reinforced fiber resin, it is desirable that it has a pipe-shaped cavity having a thickness of 1.5 mm or more, and fixing portions (9) for rod-shaped member side columns are provided near both ends. ..
Both ends of the rod-shaped member are closed with a rod-shaped member end face cap (9d) such as plastic or rubber, or when the rod-shaped member side strut fixing portion (9) is used, a metal such as iron or stainless steel, a light metal such as aluminum, etc. And it may be blocked by burning. When the lid is closed by baking, the thickness of the lid should be at least 3 mm or more, and one screw hole (9e) for the end face bolt of the rod-shaped member, which is an uneven portion with a diameter of about 5 to about 10 mm, is provided at approximately the center of the end face. Alternatively, it is desirable to have two locations.
It is desirable that the periphery of the screw hole (9e) for the end face bolt of the rod-shaped member is provided so that the uneven portion that becomes the screw thread is increased to 5 mm or more by increasing the thickness. Similarly, it is desirable that the concavo-convex locking portion is provided so that the concavo-convex portion that becomes a screw thread becomes approximately 3 mm or more by increasing the thickness.
Further, on the side surface of the rod-shaped member, fixing portions (9) for the support columns on the rod-shaped member side may be provided near both ends to form a portion to be fixed to the support columns (10). A rod-shaped member side strut fixing portion (9) may also be provided near the center of the strut.
The shape of the rod-shaped member is
A straight cylindrical rod-shaped member (3a) having a circular or elliptical vertical cross section,
Similarly, a straight quadrangular rod-shaped member (3b) having a quadrangular vertical cross section,
There are a pentagonal rod-shaped member (3c) having a pentagonal vertical cross section, a hexagonal rod-shaped member (3d) having a hexagonal vertical cross section, a straight octagonal rod-shaped member (3e) having an octagonal vertical cross section, and the like. These are shapes having a straight line in the vertical cross section. Although not shown, some rod-shaped members having a vertical cross section of a triangle or more are included.
A straight semi-cylindrical semi-cylindrical member (3f) having a circular and straight vertical cross section is also included.
The vertical cross section does not include the cross section of the locking portion, and only the cross section of the rod-shaped member is shown.
Further, all the rod-shaped members do not need to be covered on the front surface of the side surface, and a space may be provided in terms of strength or design as in the system truss member.
In the case of reinforced wood, plastic, etc., a hollow rod-shaped member (3 g) whose inside is not a pipe-shaped cavity is also conceivable.
The name is a rod-shaped member, but a flat plate-shaped rod-shaped member can be considered depending on the application.
In the case of the flat plate-shaped rod-shaped member (3i), a plate-shaped rod-shaped member having a thickness of about 10 to 20 mm and a width of about 200 to 250 mm can be considered in order to reduce the weight. It is also possible to provide the locking portions in at least three rows vertically in parallel. In the figure, the locking portion is uneven, but a rail-shaped locking portion is also conceivable. In the case of the rail locking portions (6b), all of them are horizontally provided in a plurality of rows. Alternatively, it is conceivable that a plurality of rows are provided in parallel by diagonal installation.
Although not shown, it is conceivable that the cloth-like line is stretched vertically on the exercise line, and in that case, the width of the flat plate type rod-shaped member (3i) may exceed 300 mm.
The rod-shaped member is a member for providing a locking portion of the exercise line to be locked in the lateral direction, and the strength, diameter or vertical width, and thickness may be strengthened and changed depending on the content of the line sport. ..
When using only elastic thin rubber and thin string as a line, it is possible to use an aluminum pipe-like material with a diameter of about 1 cm for the rod-shaped member including the support, but the locking movement. As an example of a line, when a player jumps on a line like a tightrope walker, a rod-shaped member, a support, and a base for supporting the support that can withstand an impact of at least 3 tons are required.
In order to support the impact more than that impact, it is made of metal such as iron and has strength, at least the diameter or vertical width is 4 cm or more, and the cross-sectional thickness is at least 5 mm or more. Members and columns may be required.
A curved rod-shaped member (3j) in which a straight cylindrical rod-shaped member (3a) having a circular or elliptical vertical cross section extends in a horizontally long arc in a plan view is also conceivable.
Although it is only an example, an arc-shaped curved rod-shaped member (3j) that draws an arc in which a circular frame is divided into 6 to 12 in a plan view such as a circular trampoline having a diameter of about 3 to 6 m is used. An exercise line locking unit is also conceivable. Although not shown, it is possible to assemble an elliptical outer frame by combining it with a straight rod-shaped member.
The rod-shaped member may be formed by combining a plurality of rod-shaped bodies.
Two main tubular rod-shaped bodies having a diameter of about 30 mm and a rod-shaped body having a diameter of about 10 to 20 mm are formed between them so as to form a truss structure, and the locking portion (6). There is also a flat system truss rod-shaped member (3k) having a width of about 30 cm. It may be used in a flat state, a flat type may be disassembled with a fixture by using a plurality of flat types so as to have a plurality of square shapes such as a triangular shape and a quadrangle, or may be welded and fixed. It is suitable for use when performing line sports where a high load and a large bending moment are applied to the exercise line. In this figure (3k), the locking portion is removed in order to explain the structure. The locking portion is provided together with the two parallel main tubular rod-shaped bodies themselves, and is linearly illustrated so as to be substantially horizontal to the slanted rod-shaped body portion forming the truss structure. Two tubular rods that are provided so that the parts can be attached, so that they are all parallel at intervals of approximately 5 cm to 20 cm so that they are approximately vertical or diagonal to the upper and lower two main tubular rods. It is said that a plurality of illustrated locking portions adjusted to the length of the mounting position are provided.
These rod-shaped members (3) are provided with locking portions on substantially one side surface across both ends of the rod-shaped member. The locking portion (6) is provided at a substantially right angle to the three-dimensional surface for locking the exercise line (21), and is a round concave locking portion for screws and bolts having a diameter of about 5 to about 10 mm. (6a), a square concave locking portion (6d) for hooking and fixing a locking metal fitting to which an exercise line can be attached to a square concave portion, and a rail type concave or convex rail type locking portion (6b). , 6c), a locking portion or the like in which a U-shaped steel material is baked and welded is provided. The round concave locking portion (6a) has a hole bottom, a through hole penetrating only the front surface of the tubular member (3), and a through hole penetrating from the front surface to the back surface. There are holes with threads and holes without threads.
A plurality of exercise lines are simultaneously locked to these locking portions by using locking means, and are arranged via the locking portions of the opposing exercise line locking units.
The rod-shaped member (3) has rod-shaped member side support fixing portions (9) provided at substantially right angles to the three-dimensional surface for fixing the support column (10) with a fixture at both ends of the rod-shaped member (3). A total of two locations, one on the surface or near the side surfaces on both the left and right ends, are provided in cases other than welding fixing.
Two or more round recesses for rod-shaped member side columns are provided on both the left and right sides in a substantially vertical position, and round recesses with a diameter of approximately 5 to approximately 10 mm are provided, and the column-shaped member engages at the same position. It is also conceivable that by providing two or more round concave single fixing portions (13a) at substantially vertical positions, it is possible to prevent an angle change with respect to the rod-shaped member (3) kept horizontally.
The column-side rod-shaped member single fixing portion (13) is a name when the support has only one fixing portion for fixing the rod-shaped member, and when the shape of the fixing portion is a round concave type, the column-side rod-shaped member single fixing portion (13) is a single concave member. The fixing portion (13a) is a column-side rod-shaped member square concave single fixing portion (13b) in which the fixing portion is a square concave hole having a width of about 30 mm and a length of about 10 mm.
The rod-shaped member side strut fixing portion (9) includes a round concave single fixing portion (9a) for a rod-shaped member side strut for bolts with screws, nuts, etc. having a diameter of about 5 to about 10 mm provided at one or more places, and a rod-shaped member. It is fixed by the square concave single fixing portion (9b) for the side support.
The rod-shaped member side strut fixing portion means a portion where the strut is fixed to the rod-shaped member, and the strut-side rod-shaped member fixing portion means a portion where the rod-shaped member is fixed to the strut.
The round concave fixing portion includes a screw hole having a substantially circular bottom, a through hole with a screw thread, a through hole without a screw thread, or an elliptical through hole without a screw thread.
The concave fixing part is a through hole without threads that has straight lines and corners in the cross section such as triangle, quadrangle, pentagon, hexagon, and octagon, and the shape of the fixture to be inserted is also triangle, quadrangle, and pentagon. , Hexagonal, octagonal, etc., which have substantially the same type of fixture as the cross-section of each through hole, and both have straight lines and angles, which has the advantage that the fixture does not rotate in the through hole.

図4は、各種構造の係止部を備えた棒状部材と係止具を示す斜視図であり、(a)は丸凹係止部と適応する係止部接続具、(b)は凹型レール係止部と適応するスライドレール及び係止部接続具、(c)は凸型レール係止部と適応するスライドレール及び係止部接続具の説明図である。
図4(a)は、棒状部材(3)に設けられた丸凹型係止部(6a)と係止部の形状に適応し用いられる係止部接続具(8)を使用し運動用ラインを係止する為の係止手段の実施形態を表わす図であって、係止部(6)はネジ式の丸凹型係止部(6a)とその直径に係合する凸部を有した様々な形態のカン式ネジ式係止部接続具(8f)等である。
平面視で横長の方向とは、この図(a)(b)(c)においては全て、棒状部材の右端から左端へと向かう横長の方向、もしくは棒状部材の左端から右端へと向かう横長の方向が、平面視で横長の方向となる。
ネジ穴型となる丸凹型係止部(6a)は、あくまでも1例であるが、直径略5〜略10mm前後、立体面より、垂直線に対し直角で深さ略10mm前後のネジ穴もしくは棒状部材(3)の背面側まで、立体面より、垂直線に対し直角に貫通する貫通孔が考えられる。間隔は直径略5〜略10mm前後の丸凹の中心点を起点として、略30mm〜略100mmの間隔で、水平に横設された棒状部材の右端より略50mmから左端手前50mmに渡って略水平に1列に設けられている。ただしこの凹部の間隔はあくまでも1例であり、この間隔に限ったものではない。
この棒状部材のあくまでも1例であるが、右端より略50mmの位置からから左端手前50mmに渡って丸凹が略水平に1列に設けられた部位が丸凹型係止部(6a)となる。係止部は棒状部材の上面、正面、下面等に1列となる1箇所、もしくは複数箇所、それぞれの面に設けられる。裏側に設けられる事もある。
なお、この図では丸凹型係止部(6a)は1列であるが、ほぼ平行に2列、3列と複数列を有する平板型棒状部材(3j)もある。
係止部接続具(8)は、共通ビス・ネジ(8i)や共通ボルト(8j)の他、運動ライン(21)を引掛け留めるフック型ネジ式係止部接続具(8e)、リングや内開きカンを用いるカン式ネジ式係止部接続具(8f)、運動用ラインを棒状のポール型ライン(21i)とした場合、ポールが可動するよう静置し係止するL字ネジ止め係止部接続具(8a、)コ字ネジ止め係止部接続具(8b)、動くことが無いよう完全に固定可能のリングネジ係止部接続具(8d)、など、ラインスポーツの種目と運動用ライン(21)により使用する係止部接続具(8)も異なってくる。
係止部接続具(8)に、厚さ約5mm〜10mm程度の薄板状でゴムやプラスチック等の弾性材料係止部接続具(8l)を棒状部材(3)に巻き付け固定し、その上から運動用ライン(21)を巻き付け、もしくは、結びつけ、移動することがないように固定することも可能である。バックル等が付いたバックル式ベルト型係止部接続具(8g)で運動用ライン(21)を係止することも可能である。
係止する運動用ラインの角度を、固定部分をネジ等で緩めて締めることにより、角度の変化を可能とし固定可能の角度可変係止部接続具(8h)もある。ポール型ライン(21i)、レーザー光運動用ライン(21j)の発振器、受信器及び反射板等にも使用可能である。
運動用ライン(21)は、競技内容により棒状部材(3)の上部、正面、下部とあらゆる面から係止する。その為、係止部(6)は棒状部材(3)の上部、正面、下部、裏側の全てに設けられることが望ましい。
また、後方もしくは正面から支柱(10)を固定可能となるよう、棒状部材側支柱用固定部(9)も設けられる。棒状部材側支柱用固定部(9)は、凹型係止部と供用できるよう同一サイズとすることが望ましい。
また、図示はしないが、係止部接続具(8)として面ファスナーや磁石、クリップを用いることも可能である。
例えば、運動用ライン(21)の略両端に鉄材もしくは磁石を取り付け、係止部に係止部接続具(8)として磁石をネジ止めもしくは両面テープや接着剤で固定もしくは係止部が鉄等であれば、運動用ライン(21)の先端に取り付けられた鉄材もしくは磁石がくっつくようにし、ラインに競技者が触れても、磁石が外れる事で躓く、転ぶ等の危険性を低下させた係止部接続具(8)及び運動用ライン(21)も設けることが可能である。
そして、市販のドア防犯アラームのように係止部接続具(8)に設けられた磁石と運動用ライン(21)に設けられた鉄板が離れた時にセンサーが感知し音が鳴るようにする事も可能である。係止部接続具もしくは棒状部材が鉄等であれば、運動用ラインの両端に磁石とすることも考えられる。鉄板類、磁石は怪我を防ぐ為の磁力を損なわないクッション等で覆うことが望ましい。
丸凹型係止部(6a)は、丸型の、あくまで1例であるが、直径略5〜略10mm前後のネジ用の溝あり、溝なしのネジ穴もしくは貫通孔が間隔を開け略直線状に連なっているが、丸型ではなく角型の穴もしくは貫通孔も考えられるが、種類の多い接続具の使用を考慮すると、角型よりも円形、丸型のネジ穴もしくは貫通孔のほうが理想的である。他、凹部の下側に約1cm前後のU字型の窪みが設けられ、引掛りができるもの、また1列の直線状に丸凹型係止部が連なるだけではなく、2列以上の丸凹型係止部が連なるようにネジ穴もしくは貫通孔が設けられる、もしくは直線状の他、曲線状もしくは直線が折り返すギザギザ状または略半円形が連なる波線状に設けられる等も考えられる。
また、係止部の穴もしくは孔の角度は棒状部材の表面に対して略90度の角度で設けるが、この角度に限ったものではない。
そして図示はしないが、係止部(6)が凹型ではなく、逆に棒状部材の表面より側面の凹凸がある無しにかかわらずボルトの先端が飛び出したような凸型状の係止部、もしくは凸型に飛びだしたボルトの先端にリング状のライン固定器具が備えられた係止部。またはトランポリンのばねの引掛け部分のようにU字型もしくはV字型となった長さ3〜8cm、直径3〜8mm前後の鉄等の鋼材が略5〜10cm程度の間隔で複数が焼き付けられ溶接され、引掛り部分となった凸型の係止部も考えられる。
4A and 4B are perspective views showing a rod-shaped member and a locking tool having locking portions having various structures. FIG. 4A is a locking portion connector compatible with a round concave locking portion, and FIG. 4B is a concave rail. FIG. 3C is an explanatory view of a slide rail and a locking portion connector compatible with the locking portion, and FIG. 3C is an explanatory diagram of a slide rail and the locking portion connecting tool compatible with the convex rail locking portion.
FIG. 4A shows an exercise line using a round concave locking portion (6a) provided on the rod-shaped member (3) and a locking portion connector (8) used by adapting to the shape of the locking portion. It is a figure which shows the embodiment of the locking means for locking, and the locking portion (6) has a screw type round concave locking portion (6a) and various convex portions engaging with the diameter thereof. It is a can type screw type locking part connector (8f) or the like.
In the plan view, the horizontally long direction is the horizontally long direction from the right end to the left end of the rod-shaped member, or the horizontally long direction from the left end to the right end of the rod-shaped member in all of the figures (a), (b), and (c). However, it is in the horizontally long direction in a plan view.
The round concave locking portion (6a), which is a screw hole type, is just an example, but is a screw hole or rod shape having a diameter of about 5 to about 10 mm, a right angle to a vertical line from a three-dimensional surface, and a depth of about 10 mm. From the three-dimensional surface to the back surface side of the member (3), a through hole penetrating at a right angle to the vertical line can be considered. The interval is approximately 30 mm to approximately 100 mm, starting from the center point of the round recess with a diameter of approximately 5 to approximately 10 mm, and is approximately horizontal from approximately 50 mm to 50 mm in front of the left end of the horizontally laid rod-shaped member. It is provided in one row. However, the distance between the recesses is only one example, and is not limited to this distance.
This rod-shaped member is merely an example, but a portion in which round recesses are provided in a row substantially horizontally from a position approximately 50 mm from the right end to 50 mm in front of the left end is a round concave locking portion (6a). The locking portions are provided on the upper surface, the front surface, the lower surface, etc. of the rod-shaped member at one location in a row or at a plurality of locations on each surface. It may be provided on the back side.
In this figure, the round concave locking portions (6a) are in one row, but there is also a flat plate type rod-shaped member (3j) having two rows, three rows, and a plurality of rows substantially in parallel.
The locking portion connector (8) includes a common screw screw (8i), a common bolt (8j), a hook type screw type locking portion connector (8e) for hooking and fastening the movement line (21), a ring, and the like. When a can-type screw-type locking part connector (8f) that uses an inward opening can and a rod-shaped pole-shaped line (21i) are used as the exercise line, an L-shaped screw stopper that holds and locks the pole so that it can move. For line sports events and exercise, such as the stop connector (8a,) U-shaped screw lock lock (8b), and the ring screw lock connector (8d) that can be completely fixed so that it does not move. The locking portion connector (8) used also differs depending on the line (21).
An elastic material such as rubber or plastic, which is a thin plate with a thickness of about 5 mm to 10 mm, is wound around the locking portion connector (8) and fixed to the rod-shaped member (3). It is also possible to wind or tie the exercise line (21) and fix it so that it does not move. It is also possible to lock the exercise line (21) with a buckle type belt type locking portion connector (8 g) equipped with a buckle or the like.
There is also an angle-variable locking portion connector (8h) that allows the angle of the exercise line to be locked to be changed by loosening and tightening the fixing portion with a screw or the like. It can also be used for an oscillator, a receiver, a reflector, and the like of a pole type line (21i) and a line for laser light motion (21j).
The exercise line (21) is locked from all surfaces such as the upper part, the front side, and the lower part of the rod-shaped member (3) depending on the content of the competition. Therefore, it is desirable that the locking portion (6) is provided on all of the upper portion, the front surface, the lower portion, and the back side of the rod-shaped member (3).
Further, a rod-shaped member side strut fixing portion (9) is also provided so that the strut (10) can be fixed from the rear or the front. It is desirable that the rod-shaped member side strut fixing portion (9) has the same size so that it can be used as a concave locking portion.
Further, although not shown, it is also possible to use a hook-and-loop fastener, a magnet, or a clip as the locking portion connector (8).
For example, iron materials or magnets are attached to substantially both ends of the exercise line (21), and the magnet is screwed to the locking portion as a locking portion connector (8) or fixed with double-sided tape or adhesive, or the locking portion is iron or the like. If so, the iron material or magnet attached to the tip of the exercise line (21) is made to stick, and even if the athlete touches the line, the magnet comes off and the risk of stumbling or falling is reduced. It is also possible to provide a stop connector (8) and an exercise line (21).
Then, like a commercially available door security alarm, when the magnet provided in the locking part connector (8) and the iron plate provided in the exercise line (21) are separated, the sensor detects and makes a sound. Is also possible. If the locking part connector or the rod-shaped member is iron or the like, magnets may be used at both ends of the exercise line. It is desirable to cover iron plates and magnets with cushions that do not impair the magnetic force to prevent injury.
The round concave locking portion (6a) is a round shape, but it is only an example, but it has a groove for a screw having a diameter of about 5 to about 10 mm, and a screw hole or a through hole without a groove is spaced and is substantially linear. Although it is possible to have a square hole or through hole instead of a round shape, considering the use of many types of connectors, a round or round screw hole or through hole is more ideal than a square shape. Is the target. In addition, a U-shaped recess of about 1 cm is provided on the lower side of the recess so that it can be hooked. It is also conceivable that a screw hole or a through hole is provided so that the locking portions are continuous, or a straight line, a curved line, a jagged shape in which the straight line is folded back, or a wavy line in which substantially semicircles are connected is provided.
Further, the angle of the hole or the hole of the locking portion is provided at an angle of approximately 90 degrees with respect to the surface of the rod-shaped member, but the angle is not limited to this angle.
And although not shown, the locking portion (6) is not concave, but conversely a convex locking portion in which the tip of the bolt protrudes regardless of whether or not there is unevenness on the side surface from the surface of the rod-shaped member, or A locking part equipped with a ring-shaped line fixing device at the tip of a bolt that protrudes in a convex shape. Alternatively, a U-shaped or V-shaped steel material such as iron with a length of 3 to 8 cm and a diameter of about 3 to 8 mm, such as the hooked part of a trampoline spring, is baked at intervals of about 5 to 10 cm. A convex locking portion that has been welded and has become a hooking portion is also conceivable.

図4(b)は、棒状部材(3)に設けられた係止部(6)に凹状レール溝型の固定側凹型レール係止部(6b)を備え、適合、係合するスライド係止部(7)に凹型スライド係止部(7a)を使用した実施形態を表わす図であって、2体から成るスライドレールは第1のレール及び第2のレールのいずれか一方の棒状部材の表面より内側に具備されるレールを固定側凹型レール係止部(6b)とし、他方の移動される一方を凹型スライド係止部(7a)となる。
固定側凹型レール係止部(6b)および凹型スライド係止部(7a)のレール幅はあくまでも1例ではあるが、略10mm〜略40mm前後である。この固定側凹型レール係止部(6b)に係合する凹型スライド係止部(7a)には様々な係止部接続具(8)を固定する為のスライド係止部接続孔(7c)を凹型スライド係止部(7a)の中央に1つ以上設けている。
レール係止部等の凹型レール部分の端には、スライド係止部を差し込むことの可能なで受け入れ口であるスライド係止部受入口(6i)を端面より、略50mm、略幅10mmを設け、ゴム等のキャップで塞ぎ、差し込む時に外せるようにしておくと、ラインスポーツ使用中でもスライド係止部を増やして挿入しレール中を移動することが可能となる。
尚、図示はしないが凸型レールのスライド係止部受入口(6i)は凸型の突出したレール部分の端から50mmの範囲で凸部が幅10mm前後カットされた状態の受入口となる。
ただし、スライド係止部受入口(6i)の大きさはあくまでも1例の大きさであり限られた大きさではない。後述の高さ調整レール固定部(14c)も同様にレール用スライド部(17)の受入口を備えている。
棒状部材側支柱用固定部(9)を2箇所以上備え、図では、両端面の中央近傍に直径略5〜略10mmネジ式である丸凹型、略20mm以上の深さを有し、略水平に設けられた棒状部材端面ボルト用穴(9e)を2個ずつ備えている。両端面ではなく、側面の中央に略同サイズの棒状部材側支柱用丸凹単固定部(9a)等の凹部が、両端近傍の2箇所以上に1個以上設けられる場合もある。また、丸凹型係止部(6a)等と直径サイズを同じにし、棒状部材側支柱用固定部(9)と係止部(6)とを供用する方法もある。
運動用ライン(21)を引掛け留めるフック型ネジ式係止部接続具(8e)、リングや内開きカンを用いるカン式ネジ式係止部接続具(8f)、ポール型ライン(21i)等が動くことが無いよう、完全に固定可能のU字ネジ止め係止部接続具(8c)、逆にポール型ライン(21i)等が可動するよう静置するL字ネジ止め係止部接続具(8a)など、ラインスポーツの種目と運動用ライン(21)により使用する係止部接続具(8)も異なってくる。
運動用ライン(21)は、係止部接続具(8)を使用せず棒状部材(3)に巻き付ける、結ぶ等も可能であるが弾性材料係止部接続具(8l)を使用することでラインのズレ防止となる。
バックル等が付いたベルト(8g)で運動用ライン(21)を係止することも可能である。凹型スライド係止部(7a)は固定側凹型レール係止部(6b)の端側から差し込めるようになっている。また、ストッパー機能を有したロック式スライド係止部(7d)と、固定用の凹凸を有したレールスライド用ストッパー(7e)他、スライド部がレール型ではなくスライドボルト型となる凹凸各レール係止部に係合するスライドボルト係止部(7f)も考えられる。
また、図4(a)の略5〜略10mmネジ式である丸凹型係止部(6a)に、個別形成された単体固定側凹型レール係止部(6b)を共通ビス・ネジ(8i)で取り付ける方法もある。運動用ライン(21)は棒状部材(3)の上部、正面、下部、背面とあらゆる面から係止する。その為、係止部(6)も棒状部材(3)の上部、正面、下部、背面の全てに設けられるのが望ましい。また、後方もしくは正面から支柱(10)を固定する可能となるよう、支柱固定用の棒状部材側支柱用固定部(9)も設けられる。
なお、図面では凹型スライド係止部(7a)は、棒状部材(3)のそれぞれの面に1本の直線状レールとなっているが、複数の本数のレール係止部、曲線上下に連なるレール係止部、円形等の穴が連なるレール係止部、ジグザグ状の直線が連なるレール係止部等も考えられる。またレール幅サイズや丸凹型係止部も競技の種類により異なる場合もある。
FIG. 4B shows a slide locking portion in which the locking portion (6) provided on the rod-shaped member (3) is provided with a concave rail groove type fixed side concave rail locking portion (6b) to be fitted and engaged. It is a figure which shows the embodiment which used the concave slide locking part (7a) in (7), and the slide rail which consists of two bodies is from the surface of the rod-shaped member of either 1st rail and 2nd rail. The rail provided on the inside serves as a fixed-side concave rail locking portion (6b), and the other moved one serves as a concave slide locking portion (7a).
The rail widths of the fixed-side concave rail locking portion (6b) and the concave slide locking portion (7a) are merely examples, but are approximately 10 mm to approximately 40 mm. The concave slide locking portion (7a) that engages with the fixed side concave rail locking portion (6b) is provided with a slide locking portion connecting hole (7c) for fixing various locking portion connectors (8). One or more are provided in the center of the concave slide locking portion (7a).
At the end of the concave rail portion such as the rail locking portion, a slide locking portion receiving port (6i), which is a receiving port into which the slide locking portion can be inserted, is provided with a slide locking portion receiving port (6i) of approximately 50 mm and a substantially width of 10 mm from the end surface. , If it is closed with a cap such as rubber so that it can be removed when it is inserted, it is possible to increase the slide locking portion and insert it to move in the rail even while using line sports.
Although not shown, the slide locking portion receiving port (6i) of the convex rail is a receiving port in a state where the convex portion is cut by about 10 mm in width within a range of 50 mm from the end of the convex protruding rail portion.
However, the size of the slide locking portion receiving port (6i) is only the size of one example and is not a limited size. The height adjusting rail fixing portion (14c), which will be described later, also has a receiving port for the rail sliding portion (17).
It is provided with two or more fixing portions (9) for rod-shaped member side columns. It is provided with two holes (9e) for end face bolts of rod-shaped members provided in the above. In some cases, one or more recesses such as a round concave single fixing portion (9a) for a rod-shaped member side strut of substantially the same size may be provided at two or more locations near both ends instead of both end faces. Further, there is also a method in which the diameter size is the same as that of the round concave locking portion (6a) or the like, and the rod-shaped member side strut fixing portion (9) and the locking portion (6) are used.
Hook-type screw-type locking part connector (8e) for hooking and fastening the exercise line (21), can-type screw-type locking part connector (8f) using a ring or inward opening can, pole-type line (21i), etc. U-shaped screwed locking part connector (8c) that can be completely fixed so that it does not move, and conversely, L-shaped screwed locking part connector that stands still so that the pole type line (21i) etc. can move. The locking portion connector (8) used differs depending on the line sports event such as (8a) and the exercise line (21).
The exercise line (21) can be wound or tied around the rod-shaped member (3) without using the locking portion connecting tool (8), but by using the elastic material locking portion connecting tool (8l). Prevents line misalignment.
It is also possible to lock the exercise line (21) with a belt (8 g) with a buckle or the like. The concave slide locking portion (7a) can be inserted from the end side of the fixed side concave rail locking portion (6b). In addition, a lock-type slide locking portion (7d) having a stopper function, a rail slide stopper (7e) having irregularities for fixing, and other concave-convex rails in which the slide portion is a slide bolt type instead of a rail type. A slide bolt locking portion (7f) that engages with the stop portion is also conceivable.
Further, a single fixed side concave rail locking portion (6b) individually formed is connected to the round concave locking portion (6a) which is a screw type of approximately 5 to approximately 10 mm in FIG. 4 (a) with a common screw screw (8i). There is also a method of attaching with. The exercise line (21) is locked from all surfaces such as the upper part, the front surface, the lower part, and the back surface of the rod-shaped member (3). Therefore, it is desirable that the locking portion (6) is also provided on all of the upper portion, the front surface, the lower portion, and the back surface of the rod-shaped member (3). Further, a rod-shaped member side support fixing portion (9) for fixing the support is also provided so that the support (10) can be fixed from the rear or the front.
In the drawing, the concave slide locking portion (7a) is one straight rail on each surface of the rod-shaped member (3), but a plurality of rail locking portions and rails connected to the top and bottom of the curve. A locking portion, a rail locking portion in which circular holes are connected, a rail locking portion in which zigzag straight lines are connected, and the like are also conceivable. In addition, the rail width size and the round concave locking part may differ depending on the type of competition.

図4(c)は、凸状レール溝型の固定側凸型レール係止部(6c)を備え、適応するスライド係止部(7)に凸型スライド係止部(7b)を使用した実施形態を表わす図であって、この固定側凸型レール係止部(6c)に係合する凸型スライド係止部(7b)には様々な係止部接続具(8)を固定する為の、直径略5〜略10mmネジ式であるスライド係止部接続孔(7c)を凸型スライド係止部(7b)の中央に1つ以上設けている。この接続孔に係止部接続具が取り付け可能となっている。固定側凸型レール係止部(6c)のレール幅は略10mm以上、凸部の高さは略5mm以上となる。棒状部材側支柱用固定部(9)を2箇所以上備えるが、図では、両端面の中央近傍に棒状部材端面ボルト用穴(9e)を1個ずつ備えている。 FIG. 4 (c) shows an embodiment in which a convex rail groove type fixed side convex rail locking portion (6c) is provided, and a convex slide locking portion (7b) is used for the applicable slide locking portion (7). It is a figure which shows the form, and is for fixing various locking part fittings (8) to the convex slide locking part (7b) which engages with this fixed side convex rail locking part (6c). , One or more slide locking portion connection holes (7c) having a diameter of about 5 to about 10 mm are provided in the center of the convex slide locking portion (7b). A locking part connector can be attached to this connection hole. The rail width of the fixed-side convex rail locking portion (6c) is approximately 10 mm or more, and the height of the convex portion is approximately 5 mm or more. Two or more fixing portions (9) for the rod-shaped member side columns are provided, but in the figure, one rod-shaped member end face bolt hole (9e) is provided near the center of both end faces.

図5は、個別で形成された支柱(10)の形状を説明した概略図である。支柱の直径もしくは幅は少なくとも略2cm以上の立体形である。
あくまでもサイズは1例ではあるが、厚さは少なくとも1.5mm以上のパイプ型であることが強度的にも望ましい。上端および下端は、鉄、ステンレス等の金属、アルミニウム等の軽金属を焼き付けで塞がれており、直径略5〜略12mm前後の凹部となるネジ穴が中央に設けられている。支柱(10)は支柱用土台(19)が取り付け可能である。請求項1の支柱も同様である。
競技により支柱の直径もしくは幅は10cm以上の支柱も考えられる。支柱側棒状部材固定部(13)が支柱側面に1箇所設けられており、直径略5〜略10mm前後の凹部となる丸型ネジ穴が固定部となる支柱側棒状部材丸凹単固定部(13a)。他、幅30mm前後で縦10mm前後の角型の穴となる支柱側棒状部材角凹単固定部(13b)等である。
この支柱の固定部と棒状部材の支柱側棒状部材単固定部(13)と合わせ、係合するボルト及びナット等の固定具で固定する。ボルトやネジには係合する部位もしくはナット等の固定具がセットとなる。
支柱の高さとなる全長は、ラインスポーツ種目により少なくとも運動用ラインの高さが略床面0cmの他、30cm以上必要となり運動用ラインの高さを保持する為、支柱の全長は50cm、100cm、150cm、200cm、もしくは300cm等と様々な高さの支柱を競技により用意する。
支柱を固定し配置する方法は、支柱をそのまま設置面に立てて配置する以外にも、支柱用土台に支柱を挿入し設置面上で移動可能に配置する方法、支柱用土台を設置面に固定具もしくは固定剤等で固定し支柱を挿入する方法、支柱を設置面に近接する直立面に第2固定具で固定し配置する方法、設置面に配置されているスポーツポール差し込み穴に挿入し固定し配置する方法。設置面に埋め込み周囲をコンクリート等で完全固定し配置する方法等がある。
(a)の円筒型支柱(10a)は、支柱の形状は、水平断面が略円形もしくは楕円形であり、直径略4cm以上、全長略30cm以上の円筒型支柱(10a)が様々なラインスポーツを行う為には理想的であるが、これより細いもしくは短い支柱があっても構わない。
(b)の多角型支柱(10b)は、少なくとも直径略2cm以上、全長略30cm以上であり、水平断面が四角形、五角形、六角形、八角形のように断面に直線を有する。
(c)の蒲鉾型支柱(10c)は、水平断面が略半円形と直線からなる蒲鉾型である。
(d)の脚立型支柱(10d)は、梯子型をした支柱であり、支柱に折りたたみ機能を備え、さらに梯子型の4本脚もしくは3本脚のとすることも可能である。
(e)のシステムトラス支柱(10h)は、ステンレス、アルミニウム合金等の材質の直径約30mm前後の鋼管材で形成され、トラス構造を用いた幅約30cm前後の平型システムトラス部材を三角形もしくは四角形等となるよう立体的に組んだ支柱である。最初から三角又は四角形に溶接固定されたものもある。長さは約30cm〜360cm前後の間、約60cm、約90cmのように様々な長さを揃える。水平方向、垂直方向に連結可能である。ユニットの2本以上のシステムトラス部材の支柱同士を上端付近で、図示はしないが専用ジョイント具材、ボルトやピン固定具を用いて架橋するよう棒状部材としてシステムトラス部材を運動用ライン係止ユニットとなるよう連結してもよい。希望する高さまで連結して高くしてもよい。直線のみではなくアーチを描いた湾曲したシステムトラス部材も棒状部材として使用可能である。競技者の体重前後、もしくはそれ以上の負荷のかかるラインスポーツに適した支柱及び棒状部材の部材となる。なお、あくまでもこれらのサイズは1例である。
全ての支柱は、側面前面が覆われている必要はなく、システムトラス部材のように強度上、もしくはデザインの関係で空間が設けられても良い。
それぞれの支柱には係合する支柱用土台(19)も取り付け可能である。安定度を増す為に、3本以上の支柱を取り付けることも考えられる。また、3本以上となる内側に取り付けられる共通支柱(10g)は棒状部材(3)背面からの取り付けだけではなく、前面に取り付ける、下から支えるように取り付けることも可能である。
なお、システムトラス部材による支柱もしくは棒状部材には、連結方法として、立方体の専用ジョイント部材が用いられる。この立方体の専用ジョイント部材が連結された場合は、支柱の垂直上部もしくは垂直下部に取り付けられた場合は支柱体(10f)とする。支柱の左右、前後方向である水平横方向に取り付けられ、支柱体となる専用ジョイント部材と略同形状であっても棒状部材の専用ジョイント部材として用いられる場合は棒状部材体(5)として区別する。
円筒型支柱(10a)もしくは三角形、4角形の多角型支柱(10b)が実用的な形状であり、3本目の支柱として考慮すると、体育館やスポーツグラウンドに設置されているテニス用のネットポールもしくはバレーボール用のネットポール等のスポーツポール(22a)を差し込み固定するスポーツポール差し込み穴(23)もしくはバトミントン用のスポーツポール差し込み穴(23)にも挿入し差し込み可能の共有の直径である円筒型支柱(10a)もしくは円筒型の延長固定型支柱(11)を備えることも可能である。
直径サイズは、
水平断面の直径略76mm±2mmの円筒型支柱。
直径略50mm±2mmの円筒型支柱。
直径略40mm±2mmの円筒型支柱。
少なくともこの3種類の直径を有する支柱を備えることにより、それぞれのスポーツポール差し込み穴(23)となるバレーボール、テニスバトミントン等の公式サイズのスポーツポール差し込み穴(23)に挿入し固定可能となる。
断面は略円形の中空の管状体で、全長は少なくとも100cm以上を備え、厚さは少なくとも1.5mm以上が必要となるが、運動用ラインに100kg以上の負荷がかかるラインスポーツには厚さ4mm以上の、鉄、ステンレス等の金属製もしくはアルミニウム等の軽金属製の筒状体支柱を備える事が望ましい。
スポーツポール差し込み穴(23)にも挿入し、差し込み可能の強化樹脂製による円筒型支柱も考えられるが、厚さは少なくとも5mm以上であり、前述の3種類の円筒型支柱も含め、挿入したポールが抜ける事が起こらない様、少なくとも重量を15kg以上備えることによりスポーツポール差し込み穴(23)より衝撃で抜けないよう、更に、少なくとも5kg以上の重量を有し、底部の設置面積も少なくとも200平方センチメートル以上を備えた支柱用土台も、同時に使用し固定することが理想的である。
FIG. 5 is a schematic view illustrating the shape of the individually formed columns (10). The diameter or width of the columns is at least about 2 cm or more in three-dimensional shape.
Although the size is only one example, it is desirable from the viewpoint of strength that the thickness is at least 1.5 mm or more. The upper and lower ends are closed by baking a metal such as iron or stainless steel or a light metal such as aluminum, and a screw hole having a diameter of about 5 to about 12 mm is provided in the center. A support base (19) can be attached to the support (10). The same applies to the support column of claim 1.
Depending on the competition, a strut with a diameter or width of 10 cm or more is also conceivable. A column-side rod-shaped member fixing portion (13) is provided at one location on the column side surface, and a column-side rod-shaped member round concave single fixing portion (a strut-side rod-shaped member round concave single fixing portion) having a round screw hole that is a recess with a diameter of about 5 to about 10 mm as a fixing portion. 13a). In addition, there is a support column side rod-shaped member square concave single fixing portion (13b) or the like which is a square hole having a width of about 30 mm and a length of about 10 mm.
The fixing portion of the support column is combined with the support column side rod-shaped member single fixing portion (13) of the rod-shaped member, and fixed with a fixing tool such as an engaging bolt and nut. Bolts and screws come with a set of engaging parts or fixtures such as nuts.
The total length of the support is 50 cm, 100 cm, because the height of the exercise line is approximately 0 cm on the floor and 30 cm or more is required depending on the line sports event to maintain the height of the exercise line. Supports of various heights such as 150 cm, 200 cm, or 300 cm will be prepared by competition.
The method of fixing and arranging the stanchions is not only to place the stanchions upright on the installation surface, but also to insert the stanchions into the stanchion base and arrange them so that they can be moved on the installation surface. A method of fixing with a tool or a fixing agent and inserting a support, a method of fixing the support with a second fixture on an upright surface close to the installation surface, and inserting and fixing it in the sports pole insertion hole arranged on the installation surface. How to place it. There is a method of embedding it in the installation surface and completely fixing the surrounding area with concrete or the like.
The cylindrical strut (10a) of (a) has a horizontal cross section of approximately circular or elliptical shape, and the cylindrical strut (10a) having a diameter of approximately 4 cm or more and a total length of approximately 30 cm or more is used for various line sports. Ideal for doing this, but may have thinner or shorter stanchions.
The polygonal support (10b) of (b) has a diameter of at least about 2 cm and a total length of about 30 cm or more, and has a straight cross section such as a quadrangle, a pentagon, a hexagon, or an octagon.
The Kamaboko-shaped strut (10c) of (c) is a Kamaboko-shaped column having a substantially semicircular and straight horizontal cross section.
The stepladder-type strut (10d) of (d) is a ladder-shaped strut, and the strut has a folding function, and can be further made into a ladder-shaped four-legged or three-legged strut.
The system truss column (10h) of (e) is made of a steel pipe material having a diameter of about 30 mm, such as stainless steel or aluminum alloy, and is a triangular or square flat system truss member having a width of about 30 cm using a truss structure. It is a pillar that is three-dimensionally assembled so that it becomes the same. Some are welded and fixed in a triangular or quadrangular shape from the beginning. The length is between about 30 cm and 360 cm, and various lengths such as about 60 cm and about 90 cm are arranged. It can be connected horizontally and vertically. A line locking unit for exercising the system truss member as a rod-shaped member so that the columns of two or more system truss members of the unit are cross-linked near the upper end using a dedicated joint material, bolt or pin fixture (not shown). It may be connected so as to be. It may be connected and raised to a desired height. Not only straight lines but also curved system truss members with arches can be used as rod-shaped members. It is a member of a strut and a rod-shaped member suitable for line sports where a load of around the weight of an athlete or more is applied. Note that these sizes are just examples.
It is not necessary for all the columns to be covered with the front surface of the side surface, and a space may be provided in terms of strength or design as in the system truss member.
An engaging strut base (19) can also be attached to each strut. It is also possible to install three or more struts to increase stability. Further, the three or more common columns (10 g) to be attached to the inside can be attached not only from the back surface of the rod-shaped member (3) but also to the front surface and to be supported from below.
A special cubic joint member is used as a connecting method for the support or rod-shaped member made of the system truss member. When the dedicated joint member of this cube is connected, it is a support body (10f) when it is attached to the vertical upper part or the vertical lower part of the support column. When it is attached to the left and right of the support and in the horizontal and horizontal directions, which is the front-back direction, and is used as the dedicated joint member of the rod-shaped member even if it has substantially the same shape as the dedicated joint member to be the support body, it is distinguished as the rod-shaped member body (5). ..
Cylindrical stanchions (10a) or triangular, quadrilateral polygonal stanchions (10b) are practical shapes, and when considered as the third stanchion, tennis net poles or volleyball installed in gymnasiums and sports grounds. Cylindrical support (10a) with a common diameter that can be inserted and inserted into the sports pole insertion hole (23) for inserting and fixing a sports pole (22a) such as a net pole for badminton or the sports pole insertion hole (23) for badminton. ) Or a cylindrical extension fixed support (11) can be provided.
Diameter size is
A cylindrical strut with a horizontal cross section of approximately 76 mm ± 2 mm in diameter.
Cylindrical column with a diameter of approximately 50 mm ± 2 mm.
Cylindrical column with a diameter of approximately 40 mm ± 2 mm.
By providing columns having at least these three types of diameters, it is possible to insert and fix the sports pole insertion holes (23) of the official size of volleyball, tennis badminton, etc., which are the respective sports pole insertion holes (23).
It is a hollow tubular body with a substantially circular cross section, has a total length of at least 100 cm and a thickness of at least 1.5 mm, but is 4 mm thick for line sports where a load of 100 kg or more is applied to an exercise line. It is desirable to provide the above-mentioned tubular body columns made of metal such as iron and stainless steel or light metal such as aluminum.
A cylindrical strut made of reinforced resin that can be inserted into the sports pole insertion hole (23) is also conceivable, but the thickness is at least 5 mm or more, and the inserted pole including the above-mentioned three types of cylindrical strut. It has a weight of at least 15 kg so that it will not come off due to impact from the sports pole insertion hole (23), and it has a weight of at least 5 kg and the installation area at the bottom is at least 200 square centimeters or more. Ideally, the base for the support column provided with the above should also be used and fixed at the same time.

図6は、支柱(10)に取り付けが可能の支柱用土台(19)の形状を説明した概略図である。
平板型土台(19a)は鉄等の金属製が望ましく、あくまでサイズは1例であるが、縦30cm×横30cm、厚さ10mmの鉄製の中央付近に高さ約30cmの支柱差し込み用の筒状体が設けられており、支柱受け入れ口より支柱を差し込み固定する。平板が円形や楕円形の場合もある。アルミニウムもしくはステンレス製、又は強化プラスチック製でも可能である。
棒状板型土台(19b)は鉄等の金属製が望ましく、長さ50cm横×幅10cm×厚さ5cmの中央には支柱が入る窪みが設けられた鉄製の直線棒形。直径略5〜略10mmのボルトネジで支柱の側面もしくは端面に設けられた土台・上部連結兼用共通ボルト穴(19f)を用意し固定するのが適している。アルミニウムもしくはステンレス製、又は強化プラスチック製でも可能である。
軽金属製三点支持型支柱用土台(19c)は1本の支持脚は縦5cm×横5cm×長さ40cm前後であり、3本の支持脚で固定するアルミニウムもしくはステンレス製、又は強化プラスチック製が望ましい。
四点支持土台(19d)は、同じく1本の支持脚が縦5cm×横5cm×長さ40cm前後であり、4本脚により固定するアルミニウムもしくはステンレス製、又は強化プラスチック製が望ましい。
アンカー型土台(19e)は、略中心に支柱(10)の断面形状に適した高さ30cm以上の差し込み穴が上部より設けられており、支柱(10)の底部を最込み穴上方より、差し込み固定する。土台の横幅及び縦幅は少なくとも30cm以上、土台の厚さも5cm以上が望ましくで略垂直に支柱(10)を安定した状態でラインスポーツが行えることが可能である少なくとも10kgの重量を有し底部にはゴム製のクッション材を有している。コンクリート製、鉄製が望ましい。プラスチック製等で、中の空洞部分に水を入れる事によりアンカー型土台とする事も考えられる。
L字型土台(19g)は、図示のとおり側面からみて直角であるL型になった支柱用土台である。直角に立ちあ上がる壁等の直立面に支柱(10)を押し付けるように固定する土台である。L字型土台(19g)の上部の支柱受け入れ口から支柱を差し込み、支柱も直立面に固定用ビスや金具もしくは接着剤等で固定すると同時に、L字型土台(19g)の設置面に同様にも固定用ビスや金具もしくは接着剤等で固定することで、支柱を直立面に押し付ける力が生じ、体育館やスポーツジム等の直立面、もしくは移動用貨物室、コンテナ等の直立面に、土台設置面を省スペースにして支柱を固定可能となる。土台の設置面は少なくとも、直立面と設置面の交わる直角部分から設置面に向かって20cm以上有する事が望ましく、土台の形状は平面視で、直立面である壁から設置面に向かって長方形の形状、半円形の扇形、三角など様々な形状が考えられる。アルミニウム製、ステンレス製、又は強化プラスチック製が望ましい。
また全ての土台には、支柱(10)及び棒状部材(3)に共通のサイズである略直径略5〜略10mmの丸凹を、それぞれの立体面表面に設け、同サイズの丸凹を有する棒状部材を固定することが可能となる。丸凹は貫通しない凹もしくは貫通する凹も含み、丸凹にネジ用凹凸を設ける場合は、共通のネジ用凹凸とすることが望ましい。ただし、土台及び支柱を連結する凹部の直径は10mm以上が望ましく、固定具のその直径及びネジ山に係合するボルトとなる場合も考えられる。
一例であるが、平板型土台(19a)の設置部分は完全な全面での設置ではなく、平板の略中心部分がアーチ状浮き上がり、土台の中心付近に設置面との間に空間が生じ、土台の両端近傍が設置する構造のほうが安定度を増すことが可能となる。
ポール差し込み穴係合土台(19h)は、体育館等に設置されているバレーボール、テニス、バトミントン等のスポーツポール差し込み穴(23)に係合するポール差し込み穴係合部(19i)を有した土台である。支柱の下端面に備えられた土台・上部連結兼用共通ボルト穴(19f)に係合する共通ボルト(8j)をポール差し込み穴係合部(19i)の上部端面の略中央部に設けており、着脱可能に支柱の下部に、サイズの異なるスポーツポール差し込み穴に係合するポール差し込み穴係合土台(19h)取り付け可能となる。重量のある鉄等の金属製が望ましい。
テニス、バレーボール、バトミントン等のポール差し込み穴の円形口径の直径は主に3サイズであり、直径略42mm前後、直径略52mm前後、または直径略79mm前後のポール差し込み穴(23)である。安定度を高める為、これらの差し込み穴を使用し、これらの差し込み穴の直径と深さに係合する直径略40mm、略50mm、略76mmのポール差し込み穴係合部(19i)を備えるポール差し込み穴係合土台(19h)を具備することにより、これらの差し込み穴に挿入可能とすることで、直径の異なる支柱でもポール差し込み穴係合土台(19h)を取り付ける事により、支柱の直径が異なっていてもポール差し込み穴に挿入し固定する事が可能となる。ポール差し込み穴は20cm〜50cmと差し込み穴の深さによって異なる為、ポール差し込み穴係合部(19i)の長さも応じて異なる。
なお、ポール差し込み穴係合部の直径及び長さは、あくまで1例でありこの限りではない。
図示はしないが、別のポール差し込み穴への係合挿入方法として、ポール差し込み穴の直径が支柱(10)の直径より大きい場合は、外径がポール差し込み穴の直径に略等しく、内径が支柱の外径と略等しく差し込み穴の深さよりより長い全長を有する鉄製、アルミ製、合成繊維樹脂、あるいはプラスチック製の筒状体をポール差し込み穴に差し込み、その筒状体の孔の上部より支柱(10)を差し込む事で安定した固定が可能となると考えられる。
土台にも棒状部材を取り付け可能とすることで、設置面上の高さ略5cm以下でも運動用ラインの配設が可能となるとも考えられる。
なお、土台の形状、大きさは様々なものが考えられ、ここに図示されたものが全てではない。
また、図示はしないが、土台ではなく運動グラウンド等の屋外での設置面に縦略50cm、横略50cm、深さ略50cmほどの穴を設け、コンクリートを流し込み、その中心に支柱の上部が設置面より少なくとも80cm以上高さが保てるように垂設、固定することも考えられる。固定される支柱は4本で、内角が全て90度の四角形を描くよう各四角形の角に4本の支柱を固定し、それぞれ支柱の間隔は縦横共に少なくとも1m以上となるよう固定する方法も考えられる。
FIG. 6 is a schematic view illustrating the shape of the support base (19) that can be attached to the support (10).
The flat plate base (19a) is preferably made of metal such as iron, and the size is just an example. The body is provided, and the support is inserted and fixed from the support opening. The flat plate may be circular or oval. It can be made of aluminum, stainless steel, or reinforced plastic.
The rod-shaped plate base (19b) is preferably made of metal such as iron, and is a straight iron rod having a length of 50 cm, a width of 10 cm, a width of 10 cm, and a thickness of 5 cm, and a recess for a support column in the center. It is suitable to prepare and fix a common bolt hole (19f) for both base and upper connection provided on the side surface or end face of the column with bolts and screws having a diameter of about 5 to about 10 mm. It can be made of aluminum, stainless steel, or reinforced plastic.
The base (19c) for a three-point support type support made of light metal has one support leg of about 5 cm in length × 5 cm in width × 40 cm in length, and is made of aluminum, stainless steel, or reinforced plastic that is fixed by three support legs. desirable.
The four-point support base (19d) also has one support leg having a length of about 5 cm, a width of 5 cm, and a length of about 40 cm, and is preferably made of aluminum, stainless steel, or reinforced plastic to be fixed by the four legs.
The anchor type base (19e) is provided with an insertion hole having a height of 30 cm or more suitable for the cross-sectional shape of the support column (10) from the top, and the bottom of the support column (10) is inserted from above the innermost hole. Fix it. It is desirable that the width and height of the base are at least 30 cm or more, and the thickness of the base is also 5 cm or more. Has a rubber cushioning material. Concrete and iron are preferable. It is also conceivable that it is made of plastic or the like and is used as an anchor type base by pouring water into the hollow part inside.
As shown in the figure, the L-shaped base (19 g) is an L-shaped base for columns that is perpendicular to the side surface. It is a base for fixing a support (10) so as to press it against an upright surface such as a wall that rises at a right angle. Insert the support from the support port on the top of the L-shaped base (19g), and fix the support to the upright surface with fixing screws, metal fittings, adhesive, etc., and at the same time, similarly to the installation surface of the L-shaped base (19g). By fixing with fixing screws, metal fittings, adhesives, etc., a force is generated to press the columns against the upright surface, and the base is installed on the upright surface of the gymnasium, sports gym, etc., or on the upright surface of the moving cargo compartment, container, etc. The surface can be saved and the columns can be fixed. It is desirable that the installation surface of the base has at least 20 cm from the right-angled portion where the upright surface and the installation surface intersect toward the installation surface, and the shape of the base is rectangular in a plan view from the wall which is the upright surface toward the installation surface. Various shapes such as a shape, a semicircular fan shape, and a triangle shape can be considered. Aluminum, stainless steel, or reinforced plastic is preferred.
Further, all the bases are provided with round recesses having a diameter of about 5 to about 10 mm, which is a common size for the support column (10) and the rod-shaped member (3), on the surface of each three-dimensional surface, and have round recesses of the same size. It is possible to fix the rod-shaped member. The round concave includes a concave that does not penetrate or a concave that penetrates, and when the round concave is provided with unevenness for screws, it is desirable to use a common unevenness for screws. However, the diameter of the recess connecting the base and the support column is preferably 10 mm or more, and it is conceivable that the bolt may be engaged with the diameter and the thread of the fixture.
As an example, the installation part of the flat plate type base (19a) is not completely installed on the entire surface, but the substantially central part of the flat plate rises in an arch shape, and a space is created between the installation surface and the base near the center of the base. It is possible to increase the stability by installing the structure near both ends of the.
The pole insertion hole engaging base (19h) is a base having a pole insertion hole engaging portion (19i) that engages with a sports pole insertion hole (23) for volleyball, tennis, badminton, etc. installed in a gymnasium or the like. be. A common bolt (8j) that engages with the common bolt hole (19f) for both base and upper connection provided on the lower end surface of the column is provided at substantially the center of the upper end surface of the pole insertion hole engaging portion (19i). Detachable pole insertion hole engagement base (19h) that engages with sports pole insertion holes of different sizes can be attached to the bottom of the column. It is preferably made of heavy metal such as iron.
The diameters of the circular diameters of the pole insertion holes for tennis, volleyball, badminton, etc. are mainly three sizes, and are the pole insertion holes (23) having a diameter of about 42 mm, a diameter of about 52 mm, or a diameter of about 79 mm. To increase stability, these insertion holes are used and pole insertions with pole insertion hole engagement portions (19i) with diameters of approximately 40 mm, approximately 50 mm, and approximately 76 mm that engage the diameter and depth of these insertion holes. By providing a hole engaging base (19h) so that it can be inserted into these insertion holes, even if the columns have different diameters, by attaching the pole insertion hole engaging base (19h), the diameter of the columns will be different. However, it can be inserted into the pole insertion hole and fixed. Since the pole insertion hole varies from 20 cm to 50 cm depending on the depth of the insertion hole, the length of the pole insertion hole engaging portion (19i) also differs depending on the depth of the insertion hole.
The diameter and length of the pole insertion hole engaging portion are merely examples and are not limited to this.
Although not shown, as an engagement insertion method for another pole insertion hole, when the diameter of the pole insertion hole is larger than the diameter of the support column (10), the outer diameter is substantially equal to the diameter of the pole insertion hole and the inner diameter is the support column. Insert an iron, aluminum, synthetic resin, or plastic tubular body with a total length that is approximately equal to the outer diameter of the rod and longer than the depth of the insertion hole into the pole insertion hole, and support from the top of the hole in the tubular body. It is considered that stable fixing is possible by inserting 10).
By making it possible to attach the rod-shaped member to the base, it is considered that the exercise line can be arranged even if the height on the installation surface is about 5 cm or less.
The shape and size of the base can be various, and the ones shown here are not all.
In addition, although not shown, holes of about 50 cm in length, 50 cm in width, and 50 cm in depth are provided on the outdoor installation surface such as an exercise ground instead of the base, concrete is poured, and the upper part of the support is installed in the center. It is also conceivable to hang and fix it so that the height of the surface can be maintained at least 80 cm or more. There are four columns to be fixed, and four columns are fixed at the corners of each quadrangle so that all the internal angles draw a quadrangle, and a method of fixing each column so that the distance between the columns is at least 1 m in both vertical and horizontal directions is also considered. Be done.

図7は、各種運動用ラインの概略図である。
運動用ライン係止システムに使用される運動用ラインである。並列となった運動用ライン係止ユニットの間隔以上の長さを運動用ラインは有する。
最上部の低引張力ライン(21a)は、直径略1〜5mm長さは略2m以上のゴム状の収縮性のあるラインであり、飛び越えたりした時に脚が引っ掛かっても転倒の危険性が少なくなる。
ゴムベルト(21b)は、厚さ略1〜5mm、幅略5〜30mm長さは略2m以上のゴム状の収縮性のあるラインである。
低伸縮性細ライン(21c)は、直径略1〜5mm長さは略2m以上の収縮性はない化学繊維又は天然繊維のラインである。
細紐(21d)は、直径略5〜20mm、長さは略2m以上の化学繊維又は天然繊維のラインである。
ロープ状太紐(21e)は、直径略20mm以上、長さは略2m以上の化学繊維又は天然繊維のラインである。
綱渡りライン(21f)は、幅略2.5〜6cm、厚さ略1〜4mm長さ長さは略2m以上の合成繊維ベルトである。
梯子型ベルトライン(21g)は、厚さ略1〜5mm、幅略5〜30mmの綱渡りライン(21f)が、幅略40cm前後×縦略40cm前後、長さは少なくとも2m以上の梯子型に形成された天然繊維もしくは合成繊維ベルトで、前後に様々なステップを踏むラダートレーニングに使われる。ベルトの端にバックルを付けることで繋ぎ合せ延長可能となる。
網目型ベルトライン(21h)は、厚さ略1〜5mm程度、幅略2cm前後のベルト状で、網目が縦略40cm×横略40cm前後、長さは少なくとも2m以上、横幅も少なくとも5列以上に、ゴム、天然繊維もしくは合成繊維ベルトを網目型に形成された運動用ラインで、ラダートレーニングをさらに複雑に前後左右斜めとステップを踏みバランストレーニングと同時に動きをイメージすることでバランス能力向上だけではなく、複雑な動きをイメージすることにより、頭の中で考えてその動きを身体で表現するトレーニングとなる。体育館やジム等の床面置くようにして配設する場合、ゴム製の場合競技者が網目型ベルトライン、梯子型ラインを踏んで滑ることが減少し安全であり望ましい。
ポール型ライン(21i)は、直径略30〜50mm長さは略2m以上のアルミ等の軽金属又は強化合成繊維樹脂製のポールであり、ポール型ラインをコ字ネジ止め係止部接続具(8b)を使用し、棒状部材の下面に、金具に乗せ静置された高跳びのポールのように使用することにより、仮に飛び越えようとして引っかかってもポールが外れる落ちることにより怪我の危険性も無くなる効果がある。他、図示はしないが、競技者の上方に固定された棒状部材の係止部のみで、ポール状の運動用ラインを複数箇所に間隔を開けぶら下げるように真下に懸架することも可能となる。
レーザー光運動用ライン(21j)は、幼児や高齢者は伸縮性のある柔らかいゴム状のラインスポーツ用低引張力ライン(a)であっても、身体をラインに引っかけて転倒する危険もある為、電磁波の線となるレーザー光線に類する光ラインをラインスポーツ用の光線として使用することで転倒の危険性を少なくすることが可能となる。
ラインスポーツ用の光線(21j)は電磁波の線であり、目視可能の可視光線又は、赤外線、電波およびレーザー(出力電力最大1mW以下が目の損傷を防ぐ為望ましい)、もしくは音となり、これらのレーザー光運動用ライン(21j)を発振するレーザー発振装置(21k)と受信、受光機(反射板を含む)(21l)を使用し、目視可能の光線の位置を確認し、又は、目視出来ない光線や赤外線等であっても光線に触れる、もしくは遮ると受振、受光機が感知、反応し、様々な音が鳴る、あるいは、可視光線が発せられる等の機能を有する受信センサー装置などを使用することも考えられる。発せられる信号となる合図は音や可視光線に限らず、また発せられる音や可視光線の種類にも限りはない。
様々な高さや位置にレーザー光線発振、受信装置を棒状部材に係止固定することにより、レーザー光線運動用ラインに触れても引っ掛かりがなくなり転倒防止の安全性を高めると同時に、娯楽性を高めたスポーツゲームおよび新たなスポーツトレーニング法とすることも可能である。
電源は電池、バッテリー、発電機等の電源使用、もしくは電源コード(21m)を使用し、一般電源コンセントに接続し確保する。レーザー光線発振、受信装置の容量により、3相200ボルトのような大型電源を使用する場合もある。電源の種類に限りはない。
網膜に光線による損傷の無いよう網膜保護ゴーグル等を装着し競技することも考えられる。光線や赤外線に触れる、もしくは遮ると、音階を持つ音等を発する器具とし、それぞれの光線に特定音もしくは音階を設定し、複数の音の発せられるラインスポーツ用となるレーザー光運動用ライン(21j)を使用し、音を確認しながら競技することも考えられる。レーザー光運動用ライン(21j)以外の運動用ラインでも、センサー機能を設け音や光を発することも可能である。
真っ暗にした室内や移動可能のコンテナハウス等に、数十本の目視可能のレーザー光運動用ライン(21j)を希望する様々な角度や向きに設定、変更可能に配設し、そのレーザー光運動用ライン(21j)に触れることにより遮断音を鳴らさないように通り抜けるラインスポーツを行う事も可能である。
また、またビデオカメラ等の映像記憶装置と併用して、データとしてコンピュータ等の電子記憶装置に電子データとして記録、解析する事も可能である。
光線を対象物に当てて反射する時間差や照射角度を解析して3次元形状を3Dデータとして取得可能の非接触式3Dスキャナーの発する光線もレーザー光線運動用ラインに含まれる。市販のハンディタイプ、もしくは同じく市販の小型で据え置きタイプの非接触式3Dスキャナーを係止部の適所に固定具で係止可能である。「光(格子パターン)投影法」や「レーザー光切断方式」など、いくつかのスキャニングの方式があるが、一般的な原理としては、光線を対象物に当てて反射する時間差や照射角度を解析して3次元形状を取得。この3Dデータをもとに競技者の運動動作の特徴を専用の市販3Dデータ解析ソフトを備えたパーソナルコンピュータ等で分析可能となる。明るい場所で使用できるのでレーザー光切断方式の非接触式3Dスキャナーが望ましい。対向するユニットに受信、受光機(反射板を含む)を係止する必要が無い場合もある。
ラインスポーツに使用される運動用ラインとは、ラインスポーツを行うに可能な様々な線状となる材の総称であって、運動用ライン(21)は前記の光線をも含み、記載される運動用ラインの幅、厚さ、太さ、間隔、長さ、本数、材質、伸縮性、種類や形状に限ったものではない。新しいスポーツであり、ここに図示していない運動用ラインを係止、配設しても良い。
また、一例として、20m以上の長さを有する1本のラインを運動用ライン係止システムの並列となった運動用ライン係止ユニット間の複数箇所の係止部に係止部接続具等を使用し、ユニット間に張り巡らせる事により、複数本の運動用ラインを配設する状態と同様(図25 21d)となる。
運動用ライン係止システムは、これらの運動用ラインより希望するラインを複合的に、様々な位置や角度でも係止、配設、交換可能のシステムである。
FIG. 7 is a schematic view of various exercise lines.
Exercise line An exercise line used in a locking system. The exercise line has a length longer than the interval between the parallel exercise line locking units.
The low tensile force line (21a) at the top is a rubber-like shrinkable line with a diameter of about 1 to 5 mm and a length of about 2 m or more, and there is little risk of falling even if the leg is caught when jumping over. Become.
The rubber belt (21b) is a rubber-like shrinkable line having a thickness of about 1 to 5 mm, a width of about 5 to 30 mm, and a length of about 2 m or more.
The low elasticity thin line (21c) is a line of chemical fibers or natural fibers having a diameter of about 1 to 5 mm and a length of about 2 m or more and no shrinkage.
The fine string (21d) is a line of chemical fibers or natural fibers having a diameter of about 5 to 20 mm and a length of about 2 m or more.
The rope-shaped thick string (21e) is a line of chemical fibers or natural fibers having a diameter of about 20 mm or more and a length of about 2 m or more.
The tightrope walking line (21f) is a synthetic fiber belt having a width of about 2.5 to 6 cm, a thickness of about 1 to 4 mm, and a length of about 2 m or more.
The ladder type belt line (21 g) is formed by forming a rope crossing line (21f) having a thickness of about 1 to 5 mm and a width of about 5 to 30 mm into a ladder type having a width of about 40 cm × a length of about 40 cm and a length of at least 2 m or more. It is a natural fiber or synthetic fiber belt that is used for ladder training that takes various steps back and forth. By attaching a buckle to the end of the belt, it can be connected and extended.
The mesh type belt line (21h) has a belt shape with a thickness of about 1 to 5 mm and a width of about 2 cm. In addition, with an exercise line formed of rubber, natural fiber or synthetic fiber belts in a mesh shape, rudder training is made more complicated by stepping forward, backward, left, right and diagonally and stepping at the same time as balance training to improve balance ability. Instead, by imagining complex movements, it becomes a training to think in the mind and express the movements with the body. When arranging it so that it is placed on the floor of a gymnasium, gym, etc., if it is made of rubber, it is safe and desirable because it reduces the possibility that the athlete steps on the mesh belt line and the ladder line.
The pole type line (21i) is a pole made of a light metal such as aluminum or a reinforced synthetic fiber resin having a diameter of about 30 to 50 mm and a length of about 2 m or more. ), And by using it like a high-jump pole placed on a metal fitting on the underside of a rod-shaped member, even if it is caught trying to jump over, the pole will come off and the risk of injury will be eliminated. There is. In addition, although not shown, it is possible to suspend pole-shaped exercise lines directly underneath at a plurality of locations with only a locking portion of a rod-shaped member fixed above the athlete.
The line for laser light exercise (21j) is a soft rubber-like line with elasticity for infants and the elderly. Even if it is a low tensile force line for sports (a), there is a risk that the body may get caught in the line and fall. By using an optical line similar to a laser beam, which is a line of electromagnetic waves, as a ray for line sports, it is possible to reduce the risk of falling.
The ray (21j) for line sports is a ray of electromagnetic waves, which can be visible light, infrared rays, radio waves and lasers (a maximum output power of 1 mW or less is desirable to prevent eye damage), or sound, and these lasers. Using a laser oscillator (21k) that oscillates the optical motion line (21j) and a receiver (including a reflector) (21l), the position of visible light rays can be confirmed, or invisible light rays. Use a receiving sensor device that has functions such as receiving vibration when it touches or blocks light rays, such as infrared rays, or the receiver senses and reacts, makes various sounds, or emits visible light rays. Is also possible. The signal that becomes the signal to be emitted is not limited to sound and visible light, and the type of sound and visible light emitted is not limited.
By oscillating the laser beam at various heights and positions and locking and fixing the receiver to the rod-shaped member, even if you touch the line for moving the laser beam, it will not get caught and the safety of fall prevention will be improved, and at the same time, the sports game will be more entertaining. And it is also possible to make a new sports training method.
As the power source, use a power source such as a battery, a battery, or a generator, or use a power cord (21 m) and connect it to a general power outlet to secure it. Depending on the laser beam oscillation and the capacity of the receiving device, a large power supply such as a three-phase 200 volt may be used. There is no limit to the type of power supply.
It is also conceivable to wear retinal protective goggles or the like to prevent damage to the retina due to light rays. A line for laser light motion (21j) that is used as a device that emits sounds with a scale when it touches or blocks light rays or infrared rays, sets a specific sound or scale for each light beam, and emits multiple sounds. ) Can be used to check the sound while competing. It is also possible to provide a sensor function to emit sound or light even in an exercise line other than the laser light exercise line (21j).
Dozens of visible laser light motion lines (21j) can be set and changed in various desired angles and directions in a pitch-black room or a movable container house, and the laser light motion can be changed. It is also possible to perform line sports that pass through without making a blocking sound by touching the line (21j).
Further, it is also possible to record and analyze the data as electronic data in an electronic storage device such as a computer in combination with a video storage device such as a video camera.
The laser beam motion line also includes the light beam emitted by the non-contact 3D scanner, which can acquire the three-dimensional shape as 3D data by analyzing the time difference and the irradiation angle when the light beam is applied to the object and reflected. A commercially available handy type or a commercially available small and stationary type non-contact type 3D scanner can be locked at an appropriate position in the locking portion with a fixture. There are several scanning methods such as "optical (lattice pattern) projection method" and "laser light cutting method", but the general principle is to analyze the time difference and irradiation angle at which light rays are reflected by hitting an object. And get the three-dimensional shape. Based on this 3D data, the characteristics of the athlete's motor movements can be analyzed by a personal computer or the like equipped with dedicated commercially available 3D data analysis software. A non-contact 3D scanner that cuts laser light is desirable because it can be used in bright places. In some cases, it may not be necessary to lock the receiver and receiver (including the reflector) to the opposing unit.
The exercise line used for line sports is a general term for various linear materials that can be used for line sports, and the exercise line (21) includes the above-mentioned light rays and is described as an exercise. It is not limited to the width, thickness, thickness, spacing, length, number, material, elasticity, type and shape of the line. It is a new sport, and exercise lines (not shown here) may be locked and arranged.
Further, as an example, one line having a length of 20 m or more is connected to a plurality of locking portions between the exercise line locking units in parallel with the exercise line locking system, such as a locking portion connector. By using it and stretching it between the units, it becomes the same as the state where a plurality of exercise lines are arranged (FIG. 25 21d).
The exercise line locking system is a system that can lock, arrange, and replace lines desired from these exercise lines in a complex manner at various positions and angles.

図8の、(a)は様々な種類の運動用ラインが棒状部材の上面、正面、下面、背面に様々な係止部接続具により配設された運動用ライン係止システム全体図、(b)は3つの運動用ライン係止ユニットの記棒状部材の側面同士が全て対峙するように配置された全体図である。
図8(a)は、様々な種類の運動用ラインが棒状部材の上面、正面、下面、背面に様々な係止部接続具により配設され、設置面に対峙するよう正対面に向かい合った運動用ライン係止システムの係止部に図面右から、
細ゴム紐(21a)がカン式ネジ式係止部接続具(8f)により棒状部材の正面の係止部に係止固定されている。
一本の細紐(21d)が、フック型ネジ式係止部接続具(8e)で運動用ライン係止ユニットの棒状部材の正面の係止部間を折り返しながら係止固定されている。
ロープ状太紐(21e)が棒状部材の周囲に巻き付け結ばれ係止固定されている。ずれる事がないよう弾性材料係止部接続具(8j)を棒状部材の係止部の上より巻き付け、その上から係止固定するのが望ましい。
レーザー光運動用ライン(21j)が、レーザー発振装置(21k)と受信機(反射板含む)(21l)の間に配設されている。
対面の棒状部材の上部の係止部にL字ネジ止め係止部接続具(8a)により電源コード(21m)に接続されたレーザー発振装置(21k)よりレーザー光が発振され、正対面の棒状部材の上面に受信機(反射板含む)(21l)が受信できるよう、L字ネジ止め係止部接続具(8a)により固定されており、その間でレーザー光運動用ライン(21j)が配設されている。センサー機能や音響装置を併せて使用することで、レーザー光運動用ラインに身体が触れると様々な音や可視光を発することが可能となる。音は音階もしくは音楽とすることも考えられる。
ポール型ライン(21i)を棒状部材の上部の係止部にU字ネジ止め係止部接続具(8c)により、動かないように固定されている。上方や下方もしくは側方より、ポール型ラインに力が加わった場合でも、ポールが動くことがなくなる。
ポール型ライン(21i)が棒状部材の下部の係止部にコ字ネジ止め係止部接続具(8b)の金具に乗せられ静置している。棒高跳びのポールのように抵抗が加わった時に落下可能となる。
網目型ベルトライン(21h)が棒状部材の正面の係止部にカン式ネジ式係止部接続具(8f)により係止されている。他の運動用ラインと比較すると、重量も増加する為、安定した土台、及び網目型ベルトライン(21h)の重さと、ラインスポーツ使用中に加わる衝撃に耐える支柱、棒状部材、接続具の強さが求められる。
また、図面上では、それぞれの運動用ライン同士の間隔は、略等しく描かれているが、係止する位置を変えることにより、ライン同士の間隔変更も可能である。なお、これらの運動用ラインを、ラインスポーツの種目、トレーニング内容に応じて図面のように同時に複数を組み合わせて使用する事も可能であり、このような様々なラインを配設可能となることも運動用ライン係止システムの特徴でもある。
図8(b)は、運動用ライン係止ユニット3ユニットを並列となるよう列にして、それぞれの棒状部材の側面同士が対峙するように間隔を開けて前記設置面に配置され、運動用ラインを3ユニットの間で配設された全体図である。それぞれのユニットの間隔は、少なくとも1m以上設け、棒状部材の側面同士が対峙するように平行に配置されている。必ずしも完全な平行である必要はなく±5度の違いが生じても構わない。
中心に位置するユニットの棒状部材の側面には、左右の両面もしくは上下となる側面に、2つの平面視で横に延びる列となった係止部が、棒状部材の左右に渡り設けられている。
図示されたユニットは3つであるが、運動用ライン係止システムは設置面の範囲に応じ運動用ライン係止ユニットの数を増加し、それぞれの棒状部材の側面同士が対峙するように間隔を開けて設置面に配置し、それぞれに運動用ラインを配設することが可能である。なお、列は並列のみではない。また、向き合うように並列となった2つのユニットと、同じく向き合うように並列となった別の2つのユニット同士を使用して、十字を描くように交差して配置しても良い。
8 (a) is an overall view of an exercise line locking system in which various types of exercise lines are arranged on the upper surface, front surface, lower surface, and back surface of a rod-shaped member by various locking portion connectors, (b). ) Is an overall view in which the side surfaces of the rod-shaped members of the three exercise line locking units are arranged so as to face each other.
In FIG. 8A, various types of exercise lines are arranged on the upper surface, front surface, lower surface, and back surface of the rod-shaped member by various locking portion connectors, and the exercise lines face each other so as to face the installation surface. From the right side of the drawing to the locking part of the line locking system for
The thin rubber cord (21a) is locked and fixed to the locking portion on the front surface of the rod-shaped member by the can-type screw-type locking portion connector (8f).
One thin string (21d) is locked and fixed by a hook type screw type locking portion connector (8e) while folding back between the locking portions on the front surface of the rod-shaped member of the exercise line locking unit.
A rope-shaped thick string (21e) is wound and tied around the rod-shaped member to be locked and fixed. It is desirable to wind the elastic material locking portion connector (8j) from above the locking portion of the rod-shaped member and lock and fix it from above so as not to shift.
A laser light motion line (21j) is arranged between the laser oscillator (21k) and the receiver (including the reflector) (21l).
Laser light is oscillated from a laser oscillator (21k) connected to a power cord (21m) by an L-shaped screwed locking part connector (8a) to the locking part on the upper part of the facing rod-shaped member, and the laser beam is oscillated from the facing rod-shaped member. The receiver (including the reflector) (21l) is fixed to the upper surface of the member by the L-shaped screw locking part connector (8a) so that the receiver (including the reflector) (21l) can be received, and the laser light motion line (21j) is arranged between them. Has been done. By using the sensor function and the sound device together, it is possible to emit various sounds and visible light when the body touches the laser light movement line. The sound may be a scale or music.
The pole type line (21i) is fixed to the locking portion on the upper part of the rod-shaped member by a U-shaped screwed locking portion connector (8c) so as not to move. Even if a force is applied to the pole type line from above, below or from the side, the pole will not move.
The pole type line (21i) is placed on the metal fitting of the U-shaped screwed locking portion connector (8b) on the locking portion at the lower part of the rod-shaped member and is allowed to stand still. It can fall when resistance is applied like a pole vault pole.
The mesh-type belt line (21h) is locked to the locking portion on the front surface of the rod-shaped member by a can-type screw-type locking portion connector (8f). Compared to other exercise lines, it also weighs more, so it has a stable base, the weight of the mesh belt line (21h), and the strength of the columns, rod-shaped members, and connectors that can withstand the impact applied while using line sports. Is required.
Further, in the drawing, the intervals between the exercise lines are drawn substantially equal, but the intervals between the lines can be changed by changing the locking position. In addition, it is possible to use a plurality of these exercise lines at the same time as shown in the drawing according to the type of line sports and the training content, and it is also possible to arrange such various lines. It is also a feature of the exercise line locking system.
FIG. 8B shows an exercise line in which three exercise line locking units are arranged in parallel and arranged on the installation surface at intervals so that the side surfaces of the rod-shaped members face each other. Is an overall view arranged between the three units. The distance between the units is at least 1 m or more, and the side surfaces of the rod-shaped members are arranged in parallel so as to face each other. It does not necessarily have to be perfectly parallel, and a difference of ± 5 degrees may occur.
On the side surface of the rod-shaped member of the unit located at the center, locking portions in a row extending horizontally in two plan views are provided on both the left and right sides or the upper and lower side surfaces on the left and right sides of the rod-shaped member. ..
Although the number of units shown is three, the exercise line locking system increases the number of exercise line locking units according to the range of the installation surface, and the side surfaces of the rod-shaped members are spaced so as to face each other. It can be opened and placed on the installation surface, and exercise lines can be placed on each. The columns are not limited to parallel. Further, two units arranged in parallel so as to face each other and another two units arranged in parallel so as to face each other may be used and arranged so as to cross each other in a cross shape.

図9は請求項2に記載の、棒状部材が各構成材料に分離された状態を表す概略図であり、(a)、(b)、(c)は異なる構造の係止部体を表す概略図である。(d)は係止部を含まない棒状部材体を表す概略図である。
棒状部材(3)が係止部を含まない棒状部材体(5)と係止部を有する係止部体(6e)とに分離できるよう形成、固定具で着脱可能に固定される。
係止部体(6e)は、サイズはあくまでも1例であるが、厚さは略2〜略5mm、幅は棒状部材の幅と同じ幅以下のサイズのアルミニウムやステンレス等の軽金属、鉄等の金属製、もしくは強化樹脂製で形成されており、棒状部材体(5)と材質が異なる場合もある。
競技内容により使用する運動用ラインも異なる為、係止部体の厚さも強度を増す為30mm以上となる場合もある。
棒状部材体(5)と係止部体(6e)は固定具で着脱可能に固定されている。この固定具は直径略5〜10mmの共通ネジ穴(8h)に係合する共通ビス・ネジ(8i)もしくはボルトを使用する。長さは略20mmであるが、これらの長さ、直径はあくまでも望ましい1例である。
図9(a)は、幅と長さは棒状部材と略等しく、厚さ略2〜5mm前後の薄板の板状体により一体成形され、直径略5〜略10mm前後の丸凹を直線状に略3〜5cmの等間隔に係止部を有する丸凹型係止部体(6f)である。厚さ、間隔はあくまでも1例である。
棒状部材体との固定は直径略5〜略10mm前後の丸凹が図示の如く両脇に略20〜30cm間隔で、直線型の全ての棒状部材体、全ての係止部体(6e)共に全て共通凹直径サイズ、共通間隔で係合するよう設けられていることが望ましい。ただし円筒形棒状部材(3a)、湾曲棒状部材(3j)のように曲線形の棒状部材体、係止部体は、それぞれの棒状部材が棒状部材体と係止部体とに分離し、それぞれの形状に合わせた形状となる場合もある。図示はしないが丸凹が角凹の形状もしくは凸型、レール型となる場合もある。
図9(b)は、幅と長さは棒状部材と略等しく、厚さ略2〜5mm前後の薄板の板状体により一体成形され、レール幅略10〜略30mm前後の凸型、凹型を含むレール係止部体(6g)である。尚、この図で図示されているレールの形状は全て凹型と説明することとする。
図9(c)は、上記の厚さ略2〜5mm前後の薄板の板状体ではなく、厚さ10mm以上の厚板に係止部が設けられた強化係止部体(6h)である。図では直径略5〜略10mm前後の丸凹であるが、他にも凹型もしくは凸型のレール係止部を有するものの他、競技により厚さ略30mm以上の板状体に直径略10mm以上の丸凹もしくは略30mm以上の丸凹が略50mmの等間隔で設けられている丸凹型係止部体(6f)、又は凹型、凸型の幅40m以上のレールが設けられている強化係止部体(6h)も競技により用意する。
運動ラインによるトレーニングには直径50mm以上の綱ロープを強く引っ張るトレーニングや、全体重をかけてぶら下がる、もしくはそれに遠心力も加わる運動等も含まれる為、棒状部材、支柱、高さ調整固定部体の他、支柱体、係止部体、棒状部材体にも加わる力に対する抗力が必要となり、厚さや幅等も全てに応じて変わる場合もある。
また、競技に使用する運動用ラインの種類により、直径サイズの異なる丸凹を有する丸凹型係止部体(6f)、幅サイズの異なるレール係止部体(6g)も設ける場合もある。
棒状部材体(5)と係止部体(6e)の固定はシステムの共通サイズである直径略5〜略10mmの共通ネジ穴(8h)と共通ビス・ネジ(8i)もしくは共通サイズのボルト等を使用するのが望ましい。係止部体(6e)が破損又は、競技内容により交換できる利点がある。
また、棒状部材体(5)以外にも係止部体(6e)を直立面や天井面や設置面となる床面に、共通ビス・ネジ(8i)、接着等により固定し、係止部接続具(8)により運動用ライン(21)を係止、配設が可能となる。表面にそのまま固定、又は埋め込むように固定する。
なお、図示はしないが、設置面に係止部体(6e)を取り付ける場合は、埋め込む又は全体を覆いかぶせるような方法を採用し、係止部接続具が突出せず床面が略平面を保つ係止部体(6e)とすることも考えられる。
ほか、レーザー光運動用ラインを使用する場合は、受信機(反射板含む)(21l)が設置面から突出しないよう、設置面の平面を保つよう、反射可能な材質を埋め込む形状の平面となった係止部体(6e)も考えられる。
スキー等のポール競技のように。ポール型ライン(21i)を設置面に立ち上げる場合は、設置面に設けた係止部体(6e)にポール差し込み穴となる床上高さ略20〜30cmの筒状体を設置面上の係止部体(6e)に取り付ける場合もある。
図9(d)は、係止部体と分かれた棒状部材体(5)である。棒状部材体にも共通ネジ穴(8h)が設けられている。使用する棒状部材(3)や棒状部材体(5)の補強として取り付けることで強度を増すことも考えられる。
FIG. 9 is a schematic view showing a state in which the rod-shaped member is separated into each constituent material according to claim 2, and (a), (b), and (c) are schematic views showing a locking unit having a different structure. It is a figure. (D) is a schematic view showing a rod-shaped member body which does not include a locking portion.
The rod-shaped member (3) is formed so as to be separated into a rod-shaped member body (5) that does not include a locking portion and a locking portion body (6e) that has a locking portion, and is detachably fixed by a fixture.
The size of the locking part (6e) is only an example, but the thickness is about 2 to about 5 mm, and the width is equal to or less than the width of the rod-shaped member, such as light metal such as aluminum or stainless steel, iron, etc. It is made of metal or reinforced resin, and may be made of a different material from the rod-shaped member (5).
Since the exercise line used differs depending on the content of the competition, the thickness of the locking part may be 30 mm or more in order to increase the strength.
The rod-shaped member body (5) and the locking portion body (6e) are detachably fixed with a fixture. This fixture uses common screws (8i) or bolts that engage common screw holes (8h) with a diameter of approximately 5-10 mm. The length is about 20 mm, but these lengths and diameters are just desirable examples.
In FIG. 9A, the width and length are substantially the same as those of the rod-shaped member, and the plate-like body of a thin plate having a thickness of about 2 to 5 mm is integrally molded, and a round concave portion having a diameter of about 5 to about 10 mm is linearized. It is a round concave locking portion (6f) having locking portions at equal intervals of about 3 to 5 cm. The thickness and spacing are just examples.
For fixing to the rod-shaped member body, round recesses having a diameter of about 5 to about 10 mm are formed on both sides at intervals of about 20 to 30 cm as shown in the figure, and both the linear rod-shaped member body and all the locking parts (6e) are fixed. It is desirable that all of them have a common concave diameter size and are provided so as to engage at a common interval. However, in the curved rod-shaped member body and the locking portion such as the cylindrical rod-shaped member (3a) and the curved rod-shaped member (3j), each rod-shaped member is separated into a rod-shaped member body and a locking portion, respectively. In some cases, the shape matches the shape of. Although not shown, the round concave shape may have a concave shape, a convex shape, or a rail shape.
FIG. 9B shows a convex or concave shape having a rail width of about 10 to about 30 mm, which is integrally formed of a thin plate having a thickness of about 2 to 5 mm and a width and a length substantially equal to those of a rod-shaped member. It is a rail locking part body (6 g) including. It should be noted that all the shapes of the rails shown in this figure will be described as concave.
FIG. 9C is a reinforced locking portion (6h) in which a locking portion is provided on a thick plate having a thickness of 10 mm or more, instead of the thin plate-like body having a thickness of about 2 to 5 mm. .. In the figure, it is a round concave with a diameter of about 5 to about 10 mm, but in addition to those having a concave or convex rail locking part, a plate-like body with a thickness of about 30 mm or more is formed with a diameter of about 10 mm or more depending on the competition. A round concave locking part (6f) in which round concaves or round concaves of about 30 mm or more are provided at equal intervals of about 50 mm, or a reinforced locking part in which a concave or convex rail having a width of 40 m or more is provided. The body (6h) will also be prepared by the competition.
Training by the exercise line includes training to pull a rope with a diameter of 50 mm or more strongly, and exercise to hang with the whole weight or apply centrifugal force to it, so other than rod-shaped members, struts, height adjustment fixed parts , A drag force against a force applied to the strut body, the locking portion body, and the rod-shaped member body is required, and the thickness, width, and the like may change depending on all of them.
Further, depending on the type of exercise line used in the competition, a round concave locking portion (6f) having round concaves having different diameter sizes and a rail locking portion (6 g) having different width sizes may be provided.
The rod-shaped member body (5) and the locking part body (6e) are fixed to a common screw hole (8h) with a diameter of about 5 to about 10 mm and a common screw / screw (8i) or a common size bolt, etc., which are the common size of the system. It is desirable to use. There is an advantage that the locking part (6e) is damaged or can be replaced depending on the content of the competition.
In addition to the rod-shaped member body (5), the locking part body (6e) is fixed to an upright surface, a ceiling surface, or a floor surface serving as an installation surface with common screws / screws (8i), adhesives, etc. The exercise line (21) can be locked and arranged by the connector (8). Fix it as it is on the surface, or fix it so that it is embedded.
Although not shown, when the locking portion (6e) is attached to the installation surface, a method of embedding or covering the entire surface is adopted so that the locking portion connector does not protrude and the floor surface is substantially flat. It is also conceivable to use a locking part (6e) to be maintained.
In addition, when using a laser light motion line, the flat surface is shaped so that a reflective material is embedded so that the receiver (including the reflector) (21 liters) does not protrude from the installation surface and keeps the flat surface of the installation surface. A locking part (6e) is also conceivable.
Like pole competitions such as skiing. When the pole type line (21i) is set up on the installation surface, a cylindrical body having a height of about 20 to 30 cm above the floor, which serves as a pole insertion hole, is attached to the locking portion (6e) provided on the installation surface. It may be attached to the stop body (6e).
FIG. 9D is a rod-shaped member body (5) separated from the locking portion body. A common screw hole (8h) is also provided in the rod-shaped member body. It is also conceivable to increase the strength by attaching it as a reinforcement of the rod-shaped member (3) or the rod-shaped member body (5) to be used.

図10は請求項3に記載の、支柱に運動用ラインを係止可能の支柱側係止部(12)を前記支柱の有する立体面の上端から下端にわたり一つ以上備えた運動用ライン係止ユニットの概略図であり、(a)は支柱側丸凹係止部を設けた支柱、(b)は支柱側凹型レール係止部を設けた支柱の使用例である。また、(c)は巻き付け係止用の弾性材料係止部接続具、(d)は支柱側筒型スライド係止部をを設けた支柱を例示した概略図である。
支柱に支柱側係止部(12)を設ける事により、支柱にも運動用ラインが係止可能となり、支柱と他の支柱間に運動用ラインが配設可能となる。棒状部材の備える係止部(6)と支柱間にも運動用ラインが配設可能となる。
図10(a)の棒状部材支柱交差型ユニット(2b)の両支柱の側面に、あくまでサイズは1例であるが、直径略5〜略10mm前後の丸凹のビスもしくは貫通孔を含むネジ穴である支柱側丸凹型係止部(12a)が、支柱の上端より5cmから下部に向けて略垂直下に約50mm間隔で下端手前5cmまで一つ以上設けられている。棒状部材の係止部と共通サイズが望ましい。
図示されている支柱側係止部(12)の位置は、共に外側に向いているが、内側や前面又は裏面に設けられている場合もある。
図10(b)の棒状部材支柱挟み込み型ユニット(2a)の両支柱の前面には、あくまでも1例ではあるが、レール幅は略10mm〜略40mm前後で、支柱の上端より垂直上方に向けて開口し下端手前5cmまで垂直下に支柱側凹型レール係止部(12b)が設けられている。図示はしないが凸型のレール係止部も考えられる。
ただし垂直は完全な垂直でなくてもよく、±5度程度は傾斜してもよい。
支柱側丸凹型係止部(12a)、支柱側凹型レール係止部(12b)等の支柱側係止部(12)が設けられることにより、支柱(10)にも、複数の運動用ライン(21)を係止、配設可能となる。
支柱側係止部(12)は棒状部材の有する係止部と略同サイズの凹部やレールサイズとすることが望ましい。上部に設けられた開口部より、係止部接続具(8)が共通して固定、取り付けが可能となる。他係止部体(6e)も支柱に共通ネジ穴(8h)を支柱の側面に設ける事で取り付け可能となる。
図10(c)は巻き付け係止用の弾性材料係止部接続具(8l)を表した図である。支柱側係止部(12)には張引力のより大きい綱渡りライン(21f)、ロープ状太紐(21e)等の運動用ラインを支柱全周より巻き付けもしくは結び付けるように係止する使用度が多くなると考えられる。
これらのラインや太紐を直に支柱や棒状部材の上から巻き付け係止した場合、ラインがずれて移動することが考えられる。この移動を防止する為に、ゴム、プラスチック等の弾性材料製の弾性平板で、支柱(10)もしくは棒状部材(3)を係止部上の表面を巻きつけるように覆い、平ネジ等の固定具で係止部に固定可能の弾性材料係止部接続具(8l)を使用することにより、巻きつけ係止されたラインが移動又はずれることを防止することが可能となる。弾性材料係止部接続具(8l)の幅は略100mm、厚さは5〜10mm。全長は、支柱もしくは棒状部材の表面を1周し、左右に設けられた孔を重ね、その上より固定具を通すことの可能な長さを備え、巻き付け固定された弾性材料係止部接続具(8l)の上から運動用ラインを巻き付け、もしくは縛り係止する。なおレール型の係止部用の固定具は高さ調整スライドボルト(17m)を使用し固定する。
図10(d)は、支柱側筒型スライド係止部(12c)である。ステンレス、鉄等の金属製、もしくは強化合成樹脂製が望ましい。あくまでもサイズは1例であるが、厚さ略5mm〜10mm前後、縦略略10cm〜15cm前後で支柱の周りを隙間が略1mm〜5mm程度を保ち、支柱の外周全て、もしくは外周の少なくとも半周以上を覆う状態で備えられ、土台・上部連結兼用共通ボルト穴(19f)と共通孔が設けられており、係合するロックピン、ボルト等の固定具で、支柱側面に略垂直に設けられた複数の土台・上部連結兼用共通ボルト穴(19f)に通し、支柱を上下にスライド可能の支柱側筒型スライド係止部(12c)の高さを調整する。支柱側筒型スライド係止部(12c)の数は1つもしくは複数を備える事が可能である。支柱の上端近辺、下端近辺には支柱側筒型スライド係止部(12c)が外れないように凸部を設けることもできる。支柱側筒型スライド係止部(12c)の外周に運動用ラインを巻き付け係止、または支柱側筒型スライド係止部(12c)に設けられたボルト穴に係合する接続具で係止する。引張力の大きな綱渡りライン等の運動用ラインを使用するのに適している。支柱の形状は図示のように三角形であるのが、曲げモーメントに対する抗力も大きくなり望ましい。円柱状の形状も望ましい。図示はしないが他の形状の支柱やシステムトラス支柱にも形状を合わせ使用可能である。また、スポーツポール差し込み穴に挿入する場合は、スポーツポール差し込み穴に係合するアンカー型土台(19e)を取り付けることで、凸部を下端近辺に設けられていても挿入可能となる。
図示はしないが、支柱側筒型スライド係止部(12c)は、係合するようサイズを変えて、棒状部材側の係止部としても使用可能である。設ける凹部はネジ山が設けられ係止部接続具が取付可能であり棒状部材に設けられた凹部まで貫通することでラインの移動がなくなる。棒状部材の両側に凸部が必要となる場合もある。
なお、図示はしないが、支柱の側面が円形であり、その湾曲部分に係止部を設ける場合、係止部が設けられる部分を平面に削るもしくは側面より突出するよう平面部を設け、その平面部分の略中心近傍に係止部を設けてもよい。棒状部材も同じく、係止部が設けられる部分を平面に削る、もしくは側面より突出するよう平面部を設け、その平面部分の略中心近傍に係止部を設けてもよい。平面は直線状に連なるようなったもの。もしくは連なっていないものとある。平面の幅は、係止部の形状によりそれぞれ異なる。
FIG. 10 shows the exercise line locking portion (12) according to claim 3, which is provided with one or more support column side locking portions (12) capable of locking the exercise line on the support column from the upper end to the lower end of the three-dimensional surface of the support column. It is a schematic view of a unit, (a) is a support column provided with a column side round concave locking portion, and (b) is an example of use of a column provided with a column side concave rail locking portion. Further, (c) is a schematic view illustrating an elastic material locking portion connector for winding locking, and (d) is a schematic view illustrating a strut provided with a strut-side tubular slide locking portion.
By providing the strut-side locking portion (12) on the strut, the exercise line can be locked on the strut, and the exercise line can be arranged between the strut and the other strut. An exercise line can also be arranged between the locking portion (6) provided by the rod-shaped member and the support column.
A screw hole including a round concave screw or a through hole having a diameter of about 5 to about 10 mm is provided on the side surface of both columns of the rod-shaped member support column crossing type unit (2b) shown in FIG. 10 (a). One or more of the column-side round concave locking portions (12a) are provided from 5 cm from the upper end of the column to 5 cm in front of the lower end at intervals of about 50 mm substantially vertically downward from the upper end of the column. A size common to the locking portion of the rod-shaped member is desirable.
The positions of the support column side locking portions (12) shown in the figure are both facing outward, but may be provided on the inside, the front surface, or the back surface.
Although it is only an example, the rail width is about 10 mm to about 40 mm on the front surface of both columns of the rod-shaped member support column sandwiching type unit (2a) shown in FIG. A column-side concave rail locking portion (12b) is provided vertically below the opening up to 5 cm in front of the lower end. Although not shown, a convex rail locking portion is also conceivable.
However, the vertical does not have to be completely vertical, and may be tilted by about ± 5 degrees.
By providing the strut-side locking portions (12) such as the strut-side round concave locking portion (12a) and the strut-side concave rail locking portion (12b), the strut (10) also has a plurality of exercise lines ( 21) can be locked and arranged.
It is desirable that the strut-side locking portion (12) has a recess or rail size that is substantially the same size as the locking portion of the rod-shaped member. From the opening provided in the upper part, the locking portion connector (8) can be fixed and attached in common. The other locking part (6e) can also be attached by providing a common screw hole (8h) on the support column on the side surface of the support column.
FIG. 10 (c) is a diagram showing an elastic material locking portion connector (8 l) for winding and locking. The strut side locking portion (12) is often used to wrap or connect exercise lines such as a tightrope walking line (21f) and a rope-shaped thick string (21e), which have a larger tension and pulling force, from the entire circumference of the strut. It is considered to be.
When these lines and thick strings are wound and locked directly on the columns and rod-shaped members, it is conceivable that the lines will shift and move. In order to prevent this movement, the support (10) or rod-shaped member (3) is covered with an elastic flat plate made of an elastic material such as rubber or plastic so as to wrap around the surface on the locking portion, and a flat screw or the like is fixed. By using the elastic material locking portion connector (8l) that can be fixed to the locking portion with the tool, it is possible to prevent the wound and locked line from moving or shifting. The width of the elastic material locking portion connector (8 liters) is approximately 100 mm, and the thickness is 5 to 10 mm. The total length is such that the holes provided on the left and right are overlapped around the surface of the support or rod-shaped member, and the length is provided so that the fixture can be passed from above. The exercise line is wound or tied and locked from the top of (8l). The rail-type locking part fixture is fixed using a height adjustment slide bolt (17 m).
FIG. 10D is a column-side tubular slide locking portion (12c). It is preferably made of metal such as stainless steel or iron, or made of reinforced synthetic resin. The size is just one example, but the thickness is about 5 mm to 10 mm, the vertical is about 10 cm to 15 cm, and the gap around the support is about 1 mm to 5 mm, and the entire outer circumference of the support, or at least half the circumference of the outer circumference or more is covered. It is provided in a covered state, and is provided with a common bolt hole (19f) for both base and upper connection and a common hole. Adjust the height of the column-side tubular slide locking portion (12c) that allows the column to slide up and down through the common bolt hole (19f) for both base and upper connection. The number of the column-side tubular slide locking portions (12c) may be one or more. Convex portions may be provided near the upper end and the lower end of the support column so that the support column side tubular slide locking portion (12c) does not come off. An exercise line is wound around the outer circumference of the column-side tubular slide locking portion (12c) to lock it, or it is locked with a connector that engages with a bolt hole provided in the column-side tubular slide locking portion (12c). .. Suitable for using exercise lines such as tightrope walking lines with large tensile force. It is desirable that the shape of the strut is triangular as shown in the figure because the drag against the bending moment is large. A columnar shape is also desirable. Although not shown, it can be used with other shapes of columns and system truss columns. Further, when inserting into the sports pole insertion hole, by attaching an anchor type base (19e) that engages with the sports pole insertion hole, it is possible to insert even if the convex portion is provided near the lower end.
Although not shown, the column-side tubular slide locking portion (12c) can also be used as a locking portion on the rod-shaped member side by changing the size so as to engage. The recess to be provided is provided with a screw thread so that the locking portion connector can be attached, and the line does not move by penetrating to the recess provided in the rod-shaped member. Convex parts may be required on both sides of the rod-shaped member.
Although not shown, when the side surface of the column is circular and a locking portion is provided on the curved portion, the portion where the locking portion is provided is cut into a flat surface or a flat surface portion is provided so as to protrude from the side surface. A locking portion may be provided near the substantially center of the portion. Similarly, for the rod-shaped member, a portion where the locking portion is provided may be cut into a flat surface, or a flat surface portion may be provided so as to protrude from the side surface, and the locking portion may be provided near the substantially center of the flat surface portion. The plane is a straight line. Or there are things that are not connected. The width of the plane varies depending on the shape of the locking portion.

図11は請求項4に記載の、運動用ライン係止ユニットの支柱に少なくとも2本以上の棒状部材(3)が固定されていることによって、2段以上に渡って運動用ラインが配設可能となった運動用ライン係止システムの実施形態を表わす図である。
棒状部材支柱挟み込み型ユニット(2a)の支柱に、2本以上の棒状部材(3)が上下に間隔を開けて固定され、上下それぞれの棒状部材が、対峙する運動用ライン係止ユニットと略平行に同じ高さとなるように設けられている。2段となった棒状部材の有する係止部(6)に様々な運動用ライン(図では21d、21h)を2段2列以上に係止が可能となり、競技内容に合わせて2本以上の棒状部材に運動用ライン複数を同時に、そして種類をも変えた配設が可能となるものである。
また、対峙する前記運動用ライン係止ユニットにも有する2本以上の棒状部材との間で、複数の様々な運動用ラインを、水平視で水平に係止、配設するのみではなく、運動用ラインをユニットの上側棒状部材から、向かい合うユニットの下側棒状部材へと高さを変え、それを水平視で斜度を有する傾斜角度を有する係止、配設となる傾斜配設(30)を行うことも可能となる。
あくまでも一例であるが、競技者が下側に係止された、運動用ラインを飛び越える、左右、前後、斜め方向にステップを踏む。上側に係止された運動ラインは、さらに高く飛び越える、潜り抜ける、高さにより膝や腕でラインをタッチする。上側に水平に約50cm前後に係止されたライン間に上半身もしくは頭部を入れ、両側のラインに上半身もしくは頭部が触れないように、下半身のみ左右、前後、斜め方向にステップを踏みながら、上側のライン間を前後に進む等様々な運動が可能となる。レーザー光運動用ラインを使用すれば、安全性も高まる。
希望する複数段の高さに分かれ、それぞれのラインの種類、数を交換可能に配設された運動用ライン係止システムの使用は、例えば、頭部や肩、上半身を静止した状態、もしくは左右、前後に一定リズムで揺らす状態で、その下方である下半身、腰、脚等の回旋運動、前後左右のステップや、膝やつま先の上下運動等のそれぞれの動作を、それぞれの高さに配設された運動用ラインを使用し、ラインに触れる等の感覚や視覚で確認しながら等の運動は、一例であるがサッカーやスキー、ダンス等の様々な運動の基本動作の習得にも繋がる。
対峙する同じ高さの棒状部材間でのラインの水平配設と、対峙する高さの異なる棒状部材間による水平視で斜角度を有するラインの傾斜配設が可能となる。
ただしラインの水平配設とは完全な水平である必要はなく、運動用ラインも中央部は自重で撓む為、±5度程度の範囲で傾斜していてもよい。また平行に配置される運動用ライン係止ユニットは、完全に平行な設置である必要はなく、±5度程度の範囲で傾斜していてもよく、対峙する運動用ライン係止ユニットも少なくとも2本の運動用ラインが配設可能であれば、左右にずれるように配置されてもよい。
FIG. 11 shows that the exercise line can be arranged in two or more stages by fixing at least two or more rod-shaped members (3) to the support column of the exercise line locking unit according to claim 4. It is a figure which shows the embodiment of the line locking system for exercise.
Two or more rod-shaped members (3) are fixed to the columns of the rod-shaped member support sandwiching type unit (2a) at intervals in the vertical direction, and the upper and lower rod-shaped members are substantially parallel to the opposing exercise line locking units. It is provided so that it has the same height. Various exercise lines (21d, 21h in the figure) can be locked in two or more rows in two stages on the locking portion (6) of the two-stage rod-shaped member, and two or more lines can be locked according to the content of the competition. It is possible to arrange a plurality of exercise lines on the rod-shaped member at the same time and in different types.
Further, not only the plurality of various exercise lines are horizontally locked and arranged in a horizontal view with the two or more rod-shaped members also included in the exercise line locking unit facing each other, but also the exercise is performed. The height of the line is changed from the upper rod-shaped member of the unit to the lower rod-shaped member of the facing unit, and the line is locked and arranged with an inclination angle having an inclination in horizontal view (30). It is also possible to do.
As an example, the athlete steps on the lower side, jumps over the exercise line, and steps in the left-right, front-back, and diagonal directions. The exercise line locked on the upper side jumps higher, goes through, and touches the line with the knee or arm depending on the height. Insert the upper body or head between the lines that are horizontally locked about 50 cm on the upper side, and step on the lower body only in the left, right, front, back, and diagonal directions so that the upper body or head does not touch the lines on both sides. Various exercises such as moving back and forth between the upper lines are possible. Safety is also increased by using a laser light motion line.
The use of the exercise line locking system, which is divided into the desired multiple heights and is arranged so that the type and number of each line can be exchanged, is, for example, the head, shoulders, upper body stationary, or left and right. , In a state of swinging back and forth with a constant rhythm, each movement such as the lower body, waist, leg rotation movement, front and back and left and right steps, and knee and toe up and down movements are arranged at each height. Exercise such as touching the line and visually confirming it using the exercise line is an example, but it also leads to the acquisition of basic movements of various exercises such as soccer, skiing, and dancing.
It is possible to horizontally arrange the lines between the rod-shaped members having the same height facing each other and to arrange the lines having an oblique angle in the horizontal view between the rod-shaped members having different heights facing each other.
However, the horizontal arrangement of the line does not have to be completely horizontal, and the exercise line also bends under its own weight at the center, so it may be inclined within a range of about ± 5 degrees. Further, the exercise line locking units arranged in parallel do not have to be installed completely parallel, and may be inclined within a range of about ± 5 degrees, and at least two exercise line locking units facing each other may be inclined. If the exercise lines of the book can be arranged, they may be arranged so as to be displaced from side to side.

図12は、上下に2本の棒状部材を有した運動用ライン係止ユニットを表す概略図であり、(a)は棒状部材支柱挟み込み型ユニット、(b)は棒状部材支柱交差型ユニットの使用例である。
共に2本の棒状部材それぞれは水平、そして一定の間隔を開け2箇所の定設位置で平行になるように支柱(10)に固定されており、棒状部材は2本以上固定することも可能である。
図12(a)の棒状部材支柱挟み込み型ユニットは、両端2本の支柱間の距離、間隔は棒状部材の両端面の2箇所の定設位置で固定されている為、常に一定に保たれている。
棒状部材は略水平に、そして、固定位置が一定間隔に決まっている為、棒状部材自体の略水平からの固定角度の角度変化及び棒状部材の上下となる上下間隔の変化、上下移動を行うことはできない。なお、設置面の角度、状況(グラウンドの盛り上がり)等で棒状部材は完全な水平にならない場合もある。
図12(b)の棒状部材支柱交差型ユニットも、両端2本の支柱間の距離、間隔は2本以上の棒状部材の両端の2箇所の定設位置で固定されている為、常に一定に保たれている。この両端の位置は、両端面より完全に決まった数値を設ける必要はなく、棒状部材の側面に少なくとも2本以上となる支柱が両端近傍に取り付けられる。ただし安定性を備える為に、両端共に棒状部材の長さの15パーセント以内となる位置に支柱が固定されるのが望ましい。あくまでも1例ではあるが、仮に1mの棒状部材であれば両端の約15cm以内に支柱が固定されることとなる。
図示されている棒状部材は、支柱の同一面となる正面に固定されているが、2本以上となる棒状部材のいずれかが支柱の同一面の正面のみではなく逆側の裏面にも固定可能でもあるとする。
12A and 12B are schematic views showing an exercise line locking unit having two rod-shaped members at the top and bottom. FIG. 12A is a rod-shaped member strut sandwiching type unit, and FIG. 12B is a rod-shaped member strut crossing type unit. This is an example.
Both of the two rod-shaped members are fixed to the columns (10) so that they are horizontal and parallel at two fixed positions at regular intervals, and it is possible to fix two or more rod-shaped members. be.
In the rod-shaped member support column sandwiching type unit shown in FIG. 12A, the distance and the distance between the two columns at both ends are fixed at two fixed positions on both end faces of the rod-shaped member, so that the unit is always kept constant. There is.
Since the rod-shaped member is substantially horizontal and the fixed position is fixed at regular intervals, the rod-shaped member itself should be changed in the fixed angle from the substantially horizontal position, the vertical interval between the rod-shaped member and the vertical member should be changed, and the rod-shaped member should be moved up and down. Can't. The rod-shaped member may not be completely horizontal depending on the angle of the installation surface, the situation (the swelling of the ground), and the like.
The rod-shaped member strut crossing type unit shown in FIG. 12B is also fixed at two fixed positions at both ends of the two or more rod-shaped members, so that the distance and the distance between the two strut ends are always constant. It is kept. The positions of both ends need not be set to a value completely determined from both end faces, and at least two or more columns are attached to the side surfaces of the rod-shaped member in the vicinity of both ends. However, in order to provide stability, it is desirable that the columns are fixed at positions within 15% of the length of the rod-shaped member at both ends. Although this is just an example, if it is a 1 m rod-shaped member, the columns will be fixed within about 15 cm at both ends.
The rod-shaped member shown in the figure is fixed to the front surface on the same surface of the column, but any one of the two or more rod-shaped members can be fixed not only to the front surface on the same surface of the column but also to the back surface on the opposite side. But also.

図13は請求項5に記載の、前記運動用ライン係止ユニットに固定された少なくとも2本の前記棒状部材に備えられた係止部間で、前記係止手段を用いて垂直方向に運動用ラインを少なくとも1つを係止可能となった運動用ライン係止システムの運動用ライン係止ユニットの正面図である。
棒状部材に備えられた係止部(6)に係止手段により係止された運動用ラインが、水平方向のみではなく垂直方向にも係止可能とり、一つの運動用ライン係止ユニット内で上下に取り付けられた棒状部材のそれぞれの係止部(6)に係止されることで、垂直方向となる縦方向に運動用ラインが垂設された状態である縦方向配設が可能となる。
又、上部の係止部(6)のみに係止された運動用ラインを重力によって吊下げるように係止され懸架された状態、もしくは、係止部より上方に向かうように機能する係止手段となる係止部接続具(8)により係止されることで、上部は固定されていないポール等の運動用ラインを設置面に立てるような状態となる立設を行う事も可能となる。また上下の係止位置を変える事によって、垂直のみではなく斜めの配設となる傾斜配設も同ユニット中で行えるようになる。
運動用ライン係止システムは横方向のみではなく、同ユニット内で縦方向にも運動用ラインを係止可能となることで、種類、数を含む所望する複数の運動用ラインを同ユニット内において所望する間隔で同時に配設することが可能となる。
なおこの運動用ライン係止システムにおいては、垂設とは、運動用ラインの上方と下方を共に略垂直に近い状態となるよう2つの係止部に係止された状態をさし、懸架とは吊下げるように運動用ラインの上部のみを1つの係止部に下方に向けて係止した状態をさし、立設とは、運動用ラインの下方のみを上方に向かって立てるような状態で1つの係止部のみで係止された状態をさすものとして区別する。
FIG. 13 shows the movement in the vertical direction using the locking means between the locking portions provided on at least two rod-shaped members fixed to the exercise line locking unit according to claim 5. It is a front view of the exercise line locking unit of the exercise line locking system which can lock at least one line.
The exercise line locked to the locking portion (6) provided on the rod-shaped member by the locking means can be locked not only in the horizontal direction but also in the vertical direction within one exercise line locking unit. By being locked to each of the locking portions (6) of the rod-shaped members attached to the top and bottom, it is possible to arrange in the vertical direction in which the exercise line is vertically laid in the vertical direction. ..
Further, a locking means that functions to suspend the exercise line locked only to the upper locking portion (6) so as to be suspended by gravity, or to move upward from the locking portion. By being locked by the locking portion connector (8), the upper part can be erected so as to stand an exercise line such as a pole which is not fixed on the installation surface. Further, by changing the upper and lower locking positions, not only vertical but also oblique arrangement can be performed in the same unit.
The exercise line locking system can lock the exercise line not only in the horizontal direction but also in the vertical direction within the unit, so that a plurality of desired exercise lines including the type and number can be locked in the unit. It is possible to dispose of them at desired intervals at the same time.
In this exercise line locking system, hanging refers to a state in which both the upper part and the lower part of the exercise line are locked to two locking portions so as to be substantially vertical. Refers to a state in which only the upper part of the exercise line is locked downward to one locking portion so as to hang, and standing is a state in which only the lower part of the exercise line stands upward. It is distinguished as referring to the state of being locked by only one locking portion.

図14は請求項6に記載の、前記棒状部材の高さを、高さ調整固定手段を用いて自在に任意の高さに調整可能である高さ調整固定部(14)を有した支柱である運動用ライン係止システムの概略図であり、(a)は任意の高さである床面の高さに、(b)は任意の高さである支柱の上部に配設された状態を表す。
この図では、高さの変化を説明する為、運動用ライン係止ユニットに固定された棒状部材は同一の棒状部材1本で説明する。
図14(a)は、支柱(10)の略上端から略下端にかけて様々な高さで棒状部材(3)を略水平を維持した状態で固定可能とする高さ調整固定部(14)が設けられた運動用ライン係止システムの全体図であって、支柱に設けられた高さ調整固定部(14)の最下部位置に棒状部材(3)を固定し、複数の運動用ラインを略床面上0cmに配設した図となる。
図14(b)は、支柱に設けられた高さ調整固定部(14)の上部位置に棒状部材(3)を固定し、複数の運動用ラインを上部に配設した図である。
棒状部材(3)の固定位置を変えることが可能の高さ調整固定部(14)を支柱に有することで、配設された運動用ラインも図13(a)と(b)のように好みの高さに高さ調整可能となる運動用ライン係止システムとなる。
なお、請求項1では、運動用ラインが係止、配設される高さは、一定で変化せず、棒状部材が支柱に固定された高さと略等しくなる。配設された中央部辺りは重力により運動用ラインが垂れ下がるように低くなる場合もある。また対峙に配置されるユニットは同一のユニットを使用するシステムとなるので、請求項1のユニットでは、運動用ラインは略水平に配設されることとなるが、高さ調整固定部(14)が設けられた運動用ライン係止システムは、棒状部材の固定する高さを、対面のユニットと異なる任意の高さに固定することも可能である。配設される運動用ラインは略水平ではなく、運動用ラインを水平視で斜めに希望する角度を付けた傾斜配設も可能となる。
この高さ調整固定部(14)による、任意の水平配設、任意の傾斜角度を有する傾斜配設が可能となる傾斜配設機能も動用ライン係止システムの特徴の一つとなる。
尚、棒状部材の略両端側に固定される2本の支柱間の間隔は、棒状部材略両端の2箇所の間隔となり、棒状部材側支柱用固定部間は常に一定の間隔である。この2箇所の固定部(9a、9b、もしくは9e)に固定される、支柱挟み込み型(2a)もしくは支柱交差型(2b)の両運動用ライン係止ユニットは、2本以上の棒状部材を上下に移動したとしても、略水平に固定されている棒状部材は水平を保ち続け、設置面に配置された支柱間の間隔の変化は生じないこととなる。
FIG. 14 is a support column having a height adjusting fixing portion (14) according to claim 6, wherein the height of the rod-shaped member can be freely adjusted to an arbitrary height by using the height adjusting fixing means. It is a schematic diagram of a certain exercise line locking system, in which (a) is arranged at an arbitrary height of the floor surface, and (b) is arranged on the upper part of a column having an arbitrary height. show.
In this figure, in order to explain the change in height, the rod-shaped member fixed to the exercise line locking unit will be described by the same rod-shaped member.
FIG. 14A is provided with a height adjusting fixing portion (14) capable of fixing the rod-shaped member (3) at various heights from the substantially upper end to the substantially lower end of the support column (10) while maintaining substantially horizontal. It is an overall view of the exercise line locking system, and the rod-shaped member (3) is fixed at the lowermost position of the height adjustment fixing portion (14) provided on the support column, and a plurality of exercise lines are substantially floored. It is a figure arranged at 0 cm above the surface.
FIG. 14B is a view in which the rod-shaped member (3) is fixed at the upper position of the height adjustment fixing portion (14) provided on the support column, and a plurality of exercise lines are arranged on the upper part.
By having the height adjustment fixing portion (14) capable of changing the fixing position of the rod-shaped member (3) on the support column, the arranged exercise lines are also preferred as shown in FIGS. 13 (a) and 13 (b). It is a line locking system for exercise that can be adjusted to the height of.
In claim 1, the height at which the exercise line is locked and arranged is constant and does not change, and is substantially equal to the height at which the rod-shaped member is fixed to the support column. The area around the central part of the arrangement may be lowered so that the movement line hangs down due to gravity. Further, since the units arranged facing each other are systems that use the same unit, in the unit of claim 1, the exercise lines are arranged substantially horizontally, but the height adjustment fixing portion (14) The exercise line locking system provided with the above can also fix the fixing height of the rod-shaped member to an arbitrary height different from that of the facing unit. The exercise line to be arranged is not substantially horizontal, and the exercise line can be obliquely arranged at a desired angle in a horizontal view.
One of the features of the dynamic line locking system is the tilting arrangement function that enables the tilting arrangement having an arbitrary horizontal arrangement and an arbitrary inclination angle by the height adjusting fixing portion (14).
The distance between the two struts fixed to substantially both ends of the rod-shaped member is the distance between the two struts fixed to the substantially both ends of the rod-shaped member, and the distance between the fixing portions for the rod-shaped member side struts is always constant. The support line sandwiching type (2a) or support crossing type (2b) line locking unit for both movements, which is fixed to these two fixing portions (9a, 9b, or 9e), moves two or more rod-shaped members up and down. Even if it moves to, the rod-shaped member fixed substantially horizontally keeps horizontal, and the distance between the columns arranged on the installation surface does not change.

図15は、各種の高さ調整固定部体が設けられた支柱の概略図であり、(a)は丸凹複型、(b)長方凹複型、(c)はレール型、(d)延長固定型支柱丸凹複型固定部体を表す。
支柱(10)および共通支柱(10h)の略上端から略下端にかけて様々な形状の高さ調整固定部(14)が設けられた支柱の実施形態を表わす図であって、様々な形状の支柱(10)の側面の上部より下部にかけて略垂直に高さ調整固定部(14)が設けられ、高さ調整固定部(14)には、設置面に棒状部材の底面が略接した状態の高さから、支柱(10)の略上端まで複数箇所で棒状部材(3)が固定可能となっている。
高さ調整固定部(14)は、固定部の形状がいくつか挙げられる。サイズはあくまでも1例である。
高さ調整固定部(14)が支柱に設けられる位置も、支柱の用途が、支柱用土台(19)に差し込む、もしくはスポーツポール差し込み穴(23)に差し込む等の用途が生じる場合は、それぞれに支柱が差し込まれる部分には高さ調整固定部(14)を設けなくてもよい。
図15(a)は、直径略5〜略10mm前後の円形のボルト用ネジ穴もしくは略突起の無い貫通孔で、略5cm前後の間隔で支柱の側面に垂直に上下に向けて直列している貫通孔の略円形型の高さ調整丸凹複固定部(14a)。高さ調整丸凹複固定部(14a)の各凹部は、棒状部材(3)に設けられた丸凹型係止部(6a)と略同じ直径で、係止部接続具(8)が、支柱(10)にも取り付け可能であることが望ましい。同様に、高さ調整固定部(14)と係止部(6)は、共に共通した直径、もしくは幅とし、係止部接続具(8)が、棒状部材及び支柱に取り付け可能とする事で、運動用ラインが係止可能の部位が多くなり、様々な運動用ラインの係止する組み合わせが増える効果がある。
図15(b)は、高さ調整複角凹複固定部(14b)は、略四角形の凹部で1例ではあるが幅30mm前後、縦10mm前後で略5cm前後の間隔で支柱の側面の上部から下部に向けて垂直に向けて直列している。
図15(c)は、1例ではあるが、横幅略10mm〜略40mm前後の凹型もしくは凸型のレールが支柱の側面の最上部から略最下部に向けて垂直に向けて設けられている高さ調整レール固定部(14c)である。
支柱は必要な高さを有していない場合は、個別に使用できる共通支柱(10g)が土台・上部連結兼用共通ボルト穴(19f)によりボルト接続具等で連結可能である。
図15(d)は、2つの支柱からなる、延長固定型支柱(11)に設けられた高さ調整丸凹複固定部(14a)である。延長固定型支柱(11)は外側の外側支柱(11a)と外側支柱(11a)の内径と略等しい外径を有する内側支柱(11b)からなり、外側支柱(11a)の中に内側支柱(11b)が内蔵され、外側支柱(11a)の上端より突出した内側支柱上部を任意の高さまで引き出し、一般のバレーボール用ポールと同じく、外側支柱(11a)と内側支柱(11b)の側面同士に複数設けられた貫通孔に金属製のボルトビス兼用でも使用可能の共通ボルト(8j)を差し込み外側と内側の両支柱を貫通させることにより支柱の高さを伸縮し固定する。金属製で重量のある支柱は、一般のバレーボール用ポールと同じく、設けられた貫通口にボルトビスを貫通させ高さを調整する方法が望ましい。
軽量の合成樹脂製やプラスチック製の延長固定型支柱(11)の場合は、外側支柱(11a)の上端口径外側近傍に取り付けられている支柱ネジ式締付具(11c)で、延長固定型支柱(11)の長さを調整する方法も考えられる。
支柱(10)及び延長固定型支柱(11)の外側支柱(11a)と内側支柱(11b)それぞれの表面にも、高さ調整固定部(14)が備えられている。
延長固定型支柱(11)にも高さ調整丸凹複固定部(14a)の他、高さ調整レール固定部(14c)等も備える事ができる。
これら全ての支柱の上下の両端面は同素材の焼き付き溶接蓋、もしくは、別素材も含め着脱可能の蓋で塞がれていることが望ましい。
また、この高さ調整固定部(14)は、1本の支柱の有する複数の側面に対して複数設けることも可能である。前述の形状の異なる高さ調整固定部(14)を組み合わせて、それぞれの面に設けることも可能である。
前記の蓋の中央には、あくまで1例であるが直径略5〜略10mm前後の土台・上部連結兼用共通ボルト穴(19f)が略垂直もしくは支柱と同軸方向に設けられており、支柱用土台(19)の取り付け又は別の支柱(10)の連結、あるいは運動用ライン(21)の固定もしくは支持する為の係止部接続具(8)が取り付け可能となっている。
衝撃、加圧等々、外力が掛かる場所でもあるので、直径略5〜略10mm前後のボルト穴としているが、必要なものは外力に十分耐える為に必要な安定した力と抗力となるので、ネジ穴の大きさ、深さ、向き、他、支柱、棒状部材、運動用ライン、接続具等の長さ、太さ、種類、素材、形状も含め、あくまでも一例として挙げているものである。
安定した土台機能を伴う脚立型支柱(10d)も、各支柱となる脚部分に高さ調整固定部(14)が設けられ、それぞれの脚の内側に内蔵されている引き出し型の高さ調整固定部(14)を有する延長固定型支柱脚をそれぞれの脚立支柱下部もしくは中間より引き出し、高さを延長することも可能となる。
なお、高さ調整固定部(14)は、固定手段を用いて自在に支柱の上端から略設置面に接する範囲で棒状部材の高さ調整可能の部位をさす。
支柱(10、10h)に設けられた支柱側係止部である凹部もしくは凸部又はレールも、高さ調整固定部(14)、及び棒状部材の係止部(6)側である凹部もしくは凸部又はレール部を、全てを共通サイズにする事により、高さ調整固定部(14)及び支柱の立体面に設けられた凹部もしくは凸部又はレールに係合する係止部接続具(8)複数が取り付け可能となり、少なくとも1種類以上、1本以上の運動用ライン(21)が、高さ調整固定部(14)及び、支柱に設けられた前記凹部もしくは凸部又はレール部に係止可能となる効果がある。
他、固定手段となるクランプ型の金具(18)等を用い棒状部材を支柱(10)の希望する高さに取り付け可能であり、高さ調整固定部(14)の代用ともなる。
なお、図示はしないが、支柱の側面が円形であり、その湾曲部分に高さ調整固定部(14)を設ける場合、高さ調整固定部(14)が設けられる部分を平面に削る、もしくは側面より突出するよう平面部を設け、その平面部分の略中心近傍に高さ調整固定部(14)を設けてもよい。平面は直線状に連なるようなったもの。もしくは連なっていないものとある。平面の幅は、高さ調整固定部の形状によりそれぞれ異なる。
支柱側面に設けられるの土台・上部連結兼用共通ボルト穴(19f)は共通ビス・ネジ(8i)でも良い。その場合は、当然であるが用いられる接続具等も共通ビス・ネジ(8i)に係合するものとなる。
FIG. 15 is a schematic view of a support column provided with various height adjustment fixing parts, in which (a) is a round concave compound type, (b) a rectangular concave compound type, and (c) is a rail type, (d). ) Extension fixed type support Represents a round concave double type fixed part body.
It is a figure which shows the embodiment of the support which provided the height adjustment fixing part (14) of various shapes from the substantially upper end to the substantially lower end of a support (10) and a common support (10h), and is a diagram showing a support of various shapes ( A height adjustment fixing portion (14) is provided substantially vertically from the upper part to the lower part of the side surface of 10), and the height of the height adjustment fixing portion (14) is in a state where the bottom surface of the rod-shaped member is substantially in contact with the installation surface. The rod-shaped member (3) can be fixed at a plurality of places from the to the substantially upper end of the support column (10).
The height adjustment fixing portion (14) includes several shapes of the fixing portion. The size is just an example.
The position where the height adjustment fixing part (14) is provided on the support column is also different when the support column is used for inserting into the support column base (19) or the sports pole insertion hole (23). It is not necessary to provide the height adjustment fixing portion (14) in the portion where the support column is inserted.
FIG. 15A shows a circular screw hole for bolts having a diameter of about 5 to about 10 mm or a through hole having no substantially protrusions, which are vertically connected to the side surface of the column at intervals of about 5 cm in series. A substantially circular height-adjusting round concave double fixing portion (14a) for the through hole. Each recess of the height-adjusting round concave double fixing portion (14a) has substantially the same diameter as the round concave locking portion (6a) provided on the rod-shaped member (3), and the locking portion connector (8) is provided with a support. It is desirable that it can also be attached to (10). Similarly, the height adjusting fixing portion (14) and the locking portion (6) have the same diameter or width, and the locking portion connector (8) can be attached to the rod-shaped member and the support column. , There are many parts where the exercise line can be locked, and there is an effect that the number of combinations of various exercise lines to be locked increases.
In FIG. 15B, the height-adjusting double-angle concave double fixing portion (14b) is an example of a substantially quadrangular concave portion, but the upper part of the side surface of the support column is about 30 mm wide and about 10 mm long at intervals of about 5 cm. It is in series vertically from to the bottom.
FIG. 15C shows, although it is an example, a height in which concave or convex rails having a width of about 10 mm to about 40 mm are provided vertically from the uppermost part of the side surface of the column toward the lowermost part. The adjustment rail fixing portion (14c).
If the columns do not have the required height, the common columns (10 g) that can be used individually can be connected with bolt connectors or the like through the common bolt holes (19f) for both base and upper connection.
FIG. 15D is a height-adjustable round concave double fixing portion (14a) provided on the extension fixed type support column (11), which is composed of two columns. The extension fixed type strut (11) is composed of an outer strut (11a) and an inner strut (11b) having an outer diameter substantially equal to the inner diameter of the outer strut (11a), and the inner strut (11b) is contained in the outer strut (11a). ) Is built in, and the upper part of the inner strut protruding from the upper end of the outer strut (11a) is pulled out to an arbitrary height, and a plurality of sides of the outer strut (11a) and the inner strut (11b) are provided like a general volleyball pole. A common bolt (8j) that can also be used as a metal bolt and screw is inserted into the through hole, and the height of the column is expanded and contracted and fixed by penetrating both the outer and inner columns. As with general volleyball poles, it is desirable to adjust the height of metal and heavy columns by penetrating bolts and screws through the provided through holes.
In the case of a lightweight synthetic resin or plastic extension fixed support (11), the extension fixed support is a support screw type fastener (11c) attached near the outer end diameter of the outer support (11a). A method of adjusting the length of (11) is also conceivable.
A height adjusting fixing portion (14) is also provided on the surfaces of the outer support (11a) and the inner support (11b) of the support (10) and the extension fixed type support (11).
The extension fixed type support column (11) can also be provided with a height adjusting round concave double fixing portion (14a), a height adjusting rail fixing portion (14c), and the like.
It is desirable that the upper and lower end surfaces of all these columns are covered with a burn-in welded lid made of the same material or a removable lid including another material.
Further, it is possible to provide a plurality of the height adjusting fixing portions (14) on a plurality of side surfaces of one support column. It is also possible to combine the height adjustment fixing portions (14) having different shapes as described above and provide them on each surface.
In the center of the lid, although it is only an example, a common bolt hole (19f) for both base and upper connection having a diameter of about 5 to about 10 mm is provided substantially vertically or coaxially with the support, and the base for the support is provided. (19) can be attached, another support column (10) can be connected, or a locking portion connector (8) for fixing or supporting the exercise line (21) can be attached.
Since it is also a place where external force is applied such as impact and pressurization, bolt holes with a diameter of about 5 to about 10 mm are used, but what is required is the stable force and drag required to withstand the external force, so screws. The hole size, depth, orientation, etc., as well as the length, thickness, type, material, and shape of columns, rod-shaped members, exercise lines, connectors, etc., are given as examples.
The stepladder type support (10d) with a stable base function is also provided with a height adjustment fixing part (14) on the leg part that becomes each support, and the height adjustment and fixing of the drawer type built in the inside of each leg. It is also possible to extend the height by pulling out the extension fixed type strut leg having the portion (14) from the lower part or the middle of each stepladder strut.
The height adjustment fixing portion (14) refers to a portion where the height of the rod-shaped member can be adjusted within a range from the upper end of the column to the substantially installation surface using fixing means.
The concave or convex portion or rail that is the strut-side locking portion provided on the strut (10, 10h) is also the concave or convex portion on the height adjusting fixing portion (14) and the locking portion (6) side of the rod-shaped member. By making all the portions or rail portions of the same size, the height adjusting fixing portion (14) and the locking portion connector (8) that engages with the concave or convex portion or the rail provided on the three-dimensional surface of the column. A plurality of lines can be attached, and at least one type or more of one or more exercise lines (21) can be locked to the height adjustment fixing portion (14) and the concave or convex portion or rail portion provided on the support column. It has the effect of becoming.
In addition, the rod-shaped member can be attached to the desired height of the support column (10) by using a clamp-type metal fitting (18) or the like as a fixing means, and can be used as a substitute for the height adjusting fixing portion (14).
Although not shown, when the side surface of the column is circular and the height adjusting fixing portion (14) is provided on the curved portion, the portion where the height adjusting fixing portion (14) is provided is cut into a flat surface or the side surface is provided. A flat surface portion may be provided so as to protrude more, and a height adjusting fixing portion (14) may be provided in the vicinity of the substantially center of the flat surface portion. The plane is a straight line. Or there are things that are not connected. The width of the plane differs depending on the shape of the height adjustment fixing portion.
The common bolt hole (19f) provided on the side surface of the column for both base and upper connection may be a common screw or screw (8i). In that case, as a matter of course, the fittings and the like used are also engaged with the common screws and screws (8i).

図16は、高さ調整固定部を有する棒状部材支柱挟み込み型ユニット正面図(a)と上面図(b)である。
図16(a)は、2本の棒状部材(3)の左右両端面を、2本の支柱の高さ調整固定部(14)で挟み込む形態で固定し、2本以上の棒状部材(3)がそれぞれの高さ調整が可能となる棒状部材支柱挟み込み型ユニット(2a)の正面図であって、2本の同じ長さの棒状部材(3)は、略水平状態を保ち、それぞれ上下に高さ調整可能であり、上下となった棒状部材の上面、正面、下面の係止部に、様々な運動用ラインを係止し、配設することが可能である。
左右の支柱の有する高さ調整固定部(14)は、高さ調整固定手段となる支柱側棒状部材固定部用固定具(16)によって、共に内側となる棒状部材の棒状部材端面ボルト用穴(9e)と連結されている。
図示された方法はあくまでも1例であり、固定する方法は様々な方法があり、様々な高さ調整固定手段となる固定具がある。
図16(b)は、棒状部材支柱挟み込み型ユニット(2a)の上面図となる。
FIG. 16 is a front view (a) and a top view (b) of a rod-shaped member support column sandwiching type unit having a height adjustment fixing portion.
In FIG. 16A, the left and right end faces of the two rod-shaped members (3) are fixed by being sandwiched between the height adjusting fixing portions (14) of the two columns, and the two or more rod-shaped members (3) are fixed. Is a front view of the rod-shaped member strut sandwiching type unit (2a) whose height can be adjusted, and the two rod-shaped members (3) having the same length maintain a substantially horizontal state and are vertically high. The height is adjustable, and various exercise lines can be locked and arranged at the locking portions on the upper surface, the front surface, and the lower surface of the upper and lower rod-shaped members.
The height adjusting and fixing portions (14) of the left and right columns are provided with holes (16) for rod-shaped member end face bolts of the rod-shaped members, both of which are inside by means of a column-side rod-shaped member fixing portion fixing tool (16) that serves as a height adjusting and fixing means. It is connected with 9e).
The illustrated method is only an example, there are various fixing methods, and there are fixing tools that serve as various height adjustment fixing means.
FIG. 16B is a top view of the rod-shaped member support support sandwiching type unit (2a).

図17は、高さ調整固定部を有する棒状部材支柱挟み込み型ユニットの支柱に適合する、棒状部材の固定具の各種斜視図でり、(a)はボルト型固定具、(b)はT字直交型クランプ型ユニット固定具、(c)は高さ調整スライド部、(c−1)はレールスライド用ストッパー、(d)は単型クランプ型ユニット固定具、(e)はT字直交型クランプ型ユニット固定具、(f)は凹固定部用ボルト型固定具、(g)は支柱側棒状部材丸凹固定部用鎖型固定具の各斜視図である。
17(a)は、棒状部材の端面に設けられた棒状部材端面ボルト用穴(9e)に直通するように全てが設けられた、貫通孔である高さ調整丸凹複固定部(14a)の支柱(10)の棒状部材取り付け面の裏面より、高さ調整固定手段となる支柱側棒状部材丸凹固定部用ボルト型固定具(16a)を差し込み、棒状部材(3)の両端面に設けられているボルト型固定具に係合する棒状部材端面ボルト用穴(9e)に螺合し略水平を維持した状態で固定する。棒状部材(3)の反対側も、同様にして同じ高さで同様に反対側の支柱(10)に固定する。この固定手段が高さ調整固定手段の一つとなる。
図17(b)は、T字直交型丸凹固定部用固定具(16c)を棒状部材(3)の両端にネジ等の接続具で取り付け、支柱(10)上部よりT字直交型クランプ型ユニット固定具(18b)の筒状部を通し、貫通孔となっている高さ調整丸凹複固定部(14a)の任意の高さで、固定具のロックピン用孔から高さ調整丸凹複固定部の丸凹、反対側の抜け防止ロックピン用孔へと略同径のボルトを通し、軸止しロックする。T字直交型クランプ型ユニット固定具は棒状部材(3)と支柱(10)の交差角度を90度に保持可能の機能を有する。棒状部材(3)の反対側も同じ高さで同様に支柱(10)固定することで略水平を維持した状態で上下の高さ調整可能となる。この固定手段が高さ調整固定手段の一つとなる。
図17(c)は、支柱(10)の有する高さ調整固定部(14)として高さ調整レール固定部(14c)を使用した図である。
あくまでも一例であるが、高さ調整レール固定部(14c)の凹状レール又は凸状レールの長さは、設けられている支柱の全高と略同じ、もしくは短く、横幅略10mm〜略40mm前後の、高さ調整レール固定部(14c)として、支柱を略垂直に直立させた時の垂直表面の上下両端の垂線に沿って、もしくは中心垂線に略平行に、支柱の上下両端に向けて、略垂直下に向けられた凹状レールもしくは凸状レールとなるよう支柱の表面に設けられているものが望ましい。
レールの片端もしくは両端は、開口部として残し、係合する高さ調整スライドボルト(17m)等の受け入れ口として開けられる。開口部は着脱可能のキャップで塞がれる場合もある。垂直となったレール形状は直線のみではなく波線形、連続する左右斜線係のギザギザ状のレールも考えられる。
高さ調整レール固定部(14c)は、高さ調整スライドボルト(17m)の他、上下にスライド可能のスライドレールとなる高さ調整スライド部(17b)を用いることも可能である。
2体から成るスライドレールは第1のレール及び第2のレールのいずれか一方の支柱側のレールが高さ調整レール固定部(14c)とし、他方の上下に移動されるレールを高さ調整スライド部(17b)とし、高さ調整スライド部(17b)には棒状部材(3)が、固定具であるボルト固定具(16a)等によって取り付けられる。
図17(c−1)は、レールスライド用ストッパー(7e)及びロック式高さ調整スライド部(17c)である。
レールスライド用ストッパーを先にレールに入れた後、棒状部材が取り付けられた高さ調整スライド部(17b)を高さ調整レール固定部(14c)に支柱上部よりスライドし係合させて、任意の高さで固定機能を働かせて固定もできるが、高さ調整スライド部(17b)自体に固定機能の付いたロック式高さ調整スライド部(17c)を用いるのが望ましい。
レールスライド用ストッパー(7e)及びロック式高さ調整スライド部(17c)は、レールの備える凹部に係合する凸部をそれぞれ備え、ネジを回すことでストッパーから凸部が突出し、レールの凹部に入り込む状態でストッパー機能を果たす。
レールの凹部はレールの側面もしくは中央に凹部が連続して直列する形状である。凹型レールで中央に凹部が直列する場合はレールの底部、凸型レールでは凹部は凸部の上部となる。以降に記載のレールのストッパー機能も同じとなる。
高さ調整レール固定部(14c)には、棒状部材に取り付けられた高さ調整スライドボルト(17m)又は高さ調整スライド部(17b)がレールを上下し、レールスライド用ストッパー(7e)又はロック式高さ調整スライド部(17c)で、高さを任意の高さで固定する。この固定手段が高さ調整固定手段の一つとなる。
図17(d)は、ボルト付単型クランプ型ユニット固定具(18a)の台座軸となる固定用ボルトを、係合する棒状部材端面ボルト用穴(9e)に螺合し固定し、ボルト付単型クランプ型ユニット固定具(18a)のクランプで支柱を挟み込み、付属の締めつけネジを締めて支柱に固定する。ボルト付単型クランプ型ユニット固定具(18a)による固定手段も高さ調整固定手段の一つの固定方法である。
この場合は、高さ調整丸凹複固定部(14a)の凹凸等が無い位置でも略水平を維持した状態で固定可能の利点がある。棒状部材(3)の反対側も同じ高さで同様に支柱(10)固定することで略水平を維持した状態で上下の高さ調整可能となる。
図17(e)は、締めつけネジ付きはめ込み式T字直交型クランプ型ユニット固定具(18b)で、締めつけネジで締めるように固定する為、高さ調整丸凹複固定部(14a)の凹凸等が無い位置でも略水平を維持した状態で固定可能の利点がある。
図17(f)は、固定部に角型コノ字金具を用いた支柱側棒状部材角凹固定部用ボルト型固定具(16b)である。棒状部材側支柱用角凹単固定部(9b)及び、高さ調整複角凹複固定部(14b)に係合するコノ字型をする鍵状の留め具となっている。この固定手段が高さ調整固定手段の一つとなる。
固定具となっているが、実際には引掛けることによって棒状部材を支柱に留めることとなり固定するには不安定になる可能性がある。固定部に角凹型もしくは角凸型は、これ以降は明細から省略する。また係止部としT角凹型もしくは角凸型は軸の回動が起こらない利点はあり、固定ビスや自働フック、強力磁石等を使用することによる固定等、様々が考えられる。
図17(g)は、高さ調整丸凹複固定部(14a)の直径略3cm前後の丸凹の下部に幅1cm前後で長さ3cm程度の溝が設けられたもので、支柱側棒状部材丸凹固定部用鎖型固定具(16d)のように窪みに引っ掛かることで固定可能になっている。丸凹の下側には固定具が引っ掛かることができるよう設けられた溝に支柱側棒状部材丸凹固定部用鎖型固定具(16d)の片側に付いたストッパーを差し込む。ドア等についているチェーンロックのような鎖と略同じ構造であり、支柱側棒状部材丸凹固定部用鎖型固定具(16d)により棒状部材はぶら下がるように固定される。支柱側棒状部材丸凹固定部用鎖型固定具(16d)は鎖の形状ではなくワイヤーのような形状でも良い。引張力の弱い、ゴム状のラインや細紐の運動用ラインの係止に適しており、固定する時間も短時間で手軽となる。長さは10〜30cm程度が望ましい。材質は金属等の鎖が望ましいが、鉄等の材質、鎖型、ワイヤー型等の形状は様々であり決まったものではない。棒状部材支柱交差型ユニット(2b)及び係止部に用いる事も可能である。
17A and 17B are various perspective views of a rod-shaped member fixture suitable for a rod-shaped member strut sandwiching type unit having a height-adjusting fixing portion, where FIG. 17A is a bolt-shaped fixture and FIG. 17B is a T-shape. Orthogonal clamp type unit fixture, (c) is height adjustment slide, (c-1) is rail slide stopper, (d) is single clamp type unit fixture, (e) is T-shaped orthogonal clamp A mold unit fixture, (f) is a bolt-type fixture for a concave fixing portion, and (g) is a perspective view of a chain-type fixture for a round concave fixing portion of a rod-shaped member on the support column side.
17 (a) is a height-adjusting round concave double fixing portion (14a) which is a through hole provided so as to directly pass through the rod-shaped member end face bolt hole (9e) provided on the end face of the rod-shaped member. From the back surface of the rod-shaped member mounting surface of the support column (10), a bolt-type fixture (16a) for the support column-side rod-shaped member round concave fixing portion, which serves as a height adjusting and fixing means, is inserted and provided on both end surfaces of the rod-shaped member (3). It is screwed into the bolt hole (9e) on the end face of the rod-shaped member that engages with the bolt-type fixture, and is fixed in a substantially horizontal state. The opposite side of the rod-shaped member (3) is also fixed to the opposite column (10) at the same height in the same manner. This fixing means is one of the height adjusting fixing means.
In FIG. 17B, a T-shaped orthogonal type round concave fixing part fixing tool (16c) is attached to both ends of the rod-shaped member (3) with a connecting tool such as a screw, and a T-shaped orthogonal type clamp type is attached from the upper part of the support column (10). Through the cylindrical portion of the unit fixture (18b), the height adjustment round recess that is a through hole at any height of the height adjustment round concave double fixing portion (14a) from the lock pin hole of the fixture. Pass a bolt of approximately the same diameter through the round recess of the double fixing part and the hole for the lock pin on the opposite side to prevent it from coming off, and lock it by fixing the shaft. The T-shaped orthogonal clamp type unit fixture has a function of being able to hold the intersection angle of the rod-shaped member (3) and the support column (10) at 90 degrees. By fixing the support column (10) at the same height on the opposite side of the rod-shaped member (3), the height can be adjusted up and down while maintaining substantially horizontal. This fixing means is one of the height adjusting fixing means.
FIG. 17C is a diagram in which the height adjusting rail fixing portion (14c) is used as the height adjusting fixing portion (14) of the support column (10).
As an example only, the length of the concave rail or the convex rail of the height adjusting rail fixing portion (14c) is substantially the same as or shorter than the total height of the provided columns, and the width is about 10 mm to about 40 mm. As the height adjustment rail fixing part (14c), it is substantially vertical toward the upper and lower ends of the support along the vertical lines at the upper and lower ends of the vertical surface when the support is upright, or substantially parallel to the central vertical line. It is desirable that the surface of the column is provided so as to be a concave rail or a convex rail facing downward.
One end or both ends of the rail is left as an opening and opened as a receiving port for an engaging height adjustment slide bolt (17 m) or the like. The opening may be closed with a removable cap. The vertical rail shape is not limited to a straight line, but a wavy line, and a continuous jagged rail with left and right diagonal lines can be considered.
As the height adjusting rail fixing portion (14c), in addition to the height adjusting slide bolt (17m), it is also possible to use the height adjusting slide portion (17b) which is a slide rail that can slide up and down.
In the two-body slide rail, the rail on one of the first rail and the second rail on the strut side serves as the height adjustment rail fixing portion (14c), and the other rail moved up and down is the height adjustment slide. A rod-shaped member (3) is attached to the height adjusting slide portion (17b) as a portion (17b) by a bolt fixture (16a) or the like which is a fixture.
FIG. 17 (c-1) shows a rail slide stopper (7e) and a lock type height adjusting slide portion (17c).
After inserting the rail slide stopper into the rail first, slide the height adjustment slide part (17b) to which the rod-shaped member is attached to the height adjustment rail fixing part (14c) from the upper part of the support column to engage with it. Although it can be fixed by activating the fixing function at the height, it is desirable to use the lock type height adjusting slide portion (17c) having the fixing function on the height adjusting slide portion (17b) itself.
The rail slide stopper (7e) and the lock-type height adjustment slide portion (17c) each have a convex portion that engages with the concave portion provided on the rail, and by turning a screw, the convex portion protrudes from the stopper and becomes a concave portion of the rail. It acts as a stopper when it gets in.
The recess of the rail has a shape in which the recess is continuously connected in series on the side surface or the center of the rail. When a concave rail is in series with a concave portion in the center, the concave portion is the bottom of the rail, and in a convex rail, the concave portion is the upper portion of the convex portion. The rail stopper function described below is also the same.
At the height adjusting rail fixing portion (14c), a height adjusting slide bolt (17 m) or a height adjusting slide portion (17b) attached to a rod-shaped member moves the rail up and down, and a rail slide stopper (7e) or a lock. The height is fixed at an arbitrary height by the formula height adjustment slide portion (17c). This fixing means is one of the height adjusting fixing means.
In FIG. 17D, a fixing bolt serving as a pedestal shaft of a single clamp type unit fixture (18a) with a bolt is screwed and fixed into a hole (9e) for an engaging rod-shaped member end face bolt, and the bolt is attached. The column is sandwiched between the clamps of the single clamp type unit fixture (18a), and the attached tightening screw is tightened to fix the column to the column. The fixing means using the bolted single clamp type unit fixing tool (18a) is also one fixing method of the height adjusting fixing means.
In this case, there is an advantage that the height adjusting round concave double fixing portion (14a) can be fixed in a substantially horizontal state even at a position where there is no unevenness or the like. By fixing the support column (10) at the same height on the opposite side of the rod-shaped member (3), the height can be adjusted up and down while maintaining substantially horizontal.
FIG. 17 (e) is a fitting type T-shaped orthogonal clamp type unit fixture (18b) with a tightening screw, and is fixed so as to be tightened with the tightening screw. There is an advantage that it can be fixed while maintaining a substantially horizontal position even in a position where there is no screw.
FIG. 17 (f) is a bolt-type fixture (16b) for a column-side rod-shaped member angular concave fixing portion using a square cono-shaped metal fitting for the fixing portion. It is a cono-shaped key-shaped fastener that engages with the angle-concave single fixing portion (9b) for the rod-shaped member side support and the height-adjusting double-angle concave double fixing portion (14b). This fixing means is one of the height adjusting fixing means.
Although it is a fixture, it is actually hooked to fasten the rod-shaped member to the support column, which may be unstable for fixing. The concave-concave type or convex-convex type for the fixed portion will be omitted from the present description. Further, the T-angle concave type or the square convex type as the locking portion has an advantage that the shaft does not rotate, and various methods such as fixing by using a fixing screw, an automatic hook, a strong magnet, or the like can be considered.
FIG. 17 (g) shows a height-adjusting round concave double fixing portion (14a) provided with a groove having a width of about 1 cm and a length of about 3 cm at the lower part of the round concave having a diameter of about 3 cm. It can be fixed by being caught in a recess like a chain type fixture (16d) for a round concave fixing part. A stopper attached to one side of the chain-type fixture (16d) for the rod-shaped member on the strut side is inserted into a groove provided on the lower side of the round recess so that the fixture can be hooked. It has substantially the same structure as a chain such as a chain lock attached to a door or the like, and the rod-shaped member is fixed so as to hang by a chain-type fixture (16d) for a round concave fixing portion of the rod-shaped member on the support column side. The chain-type fixture (16d) for the rod-shaped member round concave fixing portion on the support column side may have a wire-like shape instead of a chain shape. It is suitable for locking rubber-like lines with weak tensile force and exercise lines for thin strings, and the fixing time is short and easy. The length is preferably about 10 to 30 cm. The material is preferably a chain made of metal or the like, but the material such as iron and the shape of the chain type, the wire type and the like are various and are not fixed. It can also be used for a rod-shaped member strut crossing type unit (2b) and a locking portion.

図18は、棒状部材(3)の正面もしくは背面より両端近傍に設けられた棒状部材側支柱用丸凹単固定部(9a)に、支柱側棒状部材固定部用固定具(16)を用いて2本以上の支柱(10)の有する高さ調整固定部(14)に固定される棒状部材支柱交差型ユニット(2b)であって、(a)は高さ調整固定部を有する棒状部材支柱交差型ユニット正面図、(b)は側面図、(c)は上面図である。
図18(a)は、棒状部材支柱交差型ユニット(2b)の正面図であり、棒状部材の正面もしくは背面側の両端近傍に設けられた棒状部材側支柱用固定部(9)は、共に支柱側棒状部材固定部用固定具(16)によって、左右の支柱の有する高さ調整固定部(14)と連結される。
支柱は左側が、高さ調整丸凹複固定部(14a)、右側は高さ調整レール固定部(14c)で表している。図示された方法はあくまでも1例であり、固定する方法は様々な方法があり、様々な固定具がある。
図18(b)は、棒状部材支柱交差型ユニット(2b)の側面図である。
略直立した支柱(10)に略垂直となるように設けられた高さ調整固定部(14)の希望する高さの位置に、棒状部材(3)の側面に設けられた棒状部材側支柱用丸凹単固定部(9a)を合わせ支柱側棒状部材固定部用固定具(16)によって固定されている。
図18(c)は、棒状部材支柱交差型ユニット(2b)の上面図である。
2本以上の棒状部材(3)は共に支柱との固定部分である棒状部材側支柱用固定部(9)は全て定位であり、支柱(10)間の変化も無い為、棒状部材(3)は共に水平を保つ。
なお、垂直は完全な90度の必要はなく、水平も完全な水平方向に180度である必要はない。垂直、水平、共に±5度程度の違いは許される。
In FIG. 18, a rod-shaped member fixing portion fixing tool (16) is used for a round concave single fixing portion (9a) for a rod-shaped member side strut provided near both ends from the front surface or the back surface of the rod-shaped member (3). It is a rod-shaped member strut crossing type unit (2b) fixed to the height adjusting fixing portion (14) of two or more strut (10), and (a) is a rod-shaped member strut crossing having a height adjusting fixing portion. The front view of the mold unit, (b) is a side view, and (c) is a top view.
FIG. 18A is a front view of the rod-shaped member strut crossing type unit (2b), and the rod-shaped member side strut fixing portions (9) provided near both ends on the front or back side of the rod-shaped member are both strut. The side rod-shaped member fixing portion fixing tool (16) is connected to the height adjusting fixing portion (14) of the left and right columns.
The left side of the support is represented by the height adjusting round concave double fixing portion (14a), and the right side is represented by the height adjusting rail fixing portion (14c). The illustrated method is only an example, there are various methods for fixing, and there are various fixtures.
FIG. 18B is a side view of the rod-shaped member strut crossing type unit (2b).
For rod-shaped member side columns provided on the side surface of the rod-shaped member (3) at a desired height position of the height adjustment fixing portion (14) provided so as to be substantially perpendicular to the substantially upright support column (10). The round concave single fixing portion (9a) is aligned and fixed by the supporter side rod-shaped member fixing portion fixing tool (16).
FIG. 18C is a top view of the rod-shaped member strut crossing type unit (2b).
The rod-shaped member (3) has two or more rod-shaped members (3), both of which are fixed to the column, and the rod-shaped member side column fixing portion (9) is all localized and there is no change between the columns (10). Keep horizontal together.
It should be noted that the vertical does not have to be 90 degrees completely, and the horizontal does not have to be 180 degrees in the perfect horizontal direction. A difference of about ± 5 degrees is allowed for both vertical and horizontal.

図19は、棒状部材支柱交差型ユニット(2b)の棒状部材(3)が略水平を維持した状態となる、高さ調整固定部(14)と棒状部材側支柱用固定部(9)及び支柱側棒状部材固定部用固定具(16)の実施形態を表わす図であり、(a)はボルト型固定具の使用例、(b)はスライドレールとボルト型固定具の使用例、(c)は直交型クランプ型ユニット固定具の使用例、(d)は高さ調整スライドボルトを示す。
図19(a)は、棒状部材(3)の両端近傍には左右それぞれ1箇所の計2か所に略垂直に直径略5〜略10mmの略円形の貫通孔である棒状部材側支柱用丸凹単固定部(9a)を設けており、支柱(10)の有する貫通孔である高さ調整丸凹複固定部(14a)と丸凹単固定部(9a)を合わせ貫通可能の抜け防止ロックピンもしくはボルト型固定具を貫通させ固定する。これをもう一方の支柱側の同じ高さの高さ調整丸凹複固定部(14a)と棒状部材側支柱用固定部(9)を同様に固定する。左右同じ高さの高さ調整丸凹複固定部(14a)に棒状部材(3)を固定することで略水平を維持した状態で上下に高さの調整が可能となる。
ただし、ボルト固定具等は、棒状部材(3)と支柱の固定部分で回動を防止する為の回動防止機能が無く、棒状部材(3)の略両側近傍に取り付けられた2本の支柱の距離が変動する場合は、支柱に固定された棒状部材(3)の角度が変化する。その為棒状部材が常に略水平が保たれる為にはロックピンやボルト及び支柱と棒状部材の貫通孔内面もしくは外面に回動防止の凹凸や締め付けワッシャーが必要である。
棒状部材(3)の略両端側に設けられた棒状部材側支柱用固定部の左右の貫通孔を左右共に2つ以上とすることで、棒状部材の水平の維持を高める効果がある。
図19(b)は支柱(10)の有する高さ調整固定部(14)に横幅略5mm〜40mmのスライドレールを用いた高さ調整レール固定部(14c)と高さ調整スライド部(17b)である。
支柱(10)の有する高さ調整固定部(14)として横幅略10mm〜40mmの高さ調整レール固定部(14c)が、支柱の側面の上部から下部に垂直下に向けて設けられている。2つのレールから成る高さ調整スライド部(17b)は、第1のレール及び第2のレールのいずれか一方の支柱に設けられたレールを高さ調整レール固定部(14c)とし、他方の上下に移動可能のレールを高さ調整スライド部(17b)とし、高さ調整スライド部(17b)に設けられている貫通孔の裏側から、棒状部材(3)の略両端近傍に立体面に対して略直角に設けられている棒状部材側支柱用丸凹単固定部(9a)に、ボルト型固定具を貫通させ、貫通したボルト型固定具部分をナットもしくは蝶ネジ等の固定具で固定し取り付ける。棒状部材(3)に固定された高さ調整スライド部(17b)を、棒状部材(3)側の高さ調整レール固定部(14c)の上部開口部より、高さ調整スライド部(17b)をスライドさせ嵌め込む。高さ調整スライド部(17b)を嵌め込む以前にストッパー機能付きのレールスライド用ストッパーを上部よりスライドさせて入れることにより、希望する高さでストッパー機能を使い棒状部材(3)の高さを固定することが可能となる。棒状部材(3)の反対側も同じ高さで同様に支柱(10)固定することで略水平を維持した状態で上下の高さ調整可能となる。高さ調整スライド部(17b)にレールスライド用ストッパーのストッパー機能を併せ持たせた、ロック式高さ調整スライド部(17c)とするのが望ましい。
図19(c)の直交型クランプ型ユニット固定具(18c)は、棒状部材(3)と支柱(10)と交差角度を略90度に保持させる構造になっており、
クランプ型ユニット固定具(18)とは、支柱を固定するクランプ支柱側固定部(18d)と、棒状体を固定するクランプ棒状部材側固定部(18e)とで構成され、それぞれの固定部で支柱を挟み込みボルトを締めることで、支柱及び棒状部材それぞれを固定するものである。
高さ調整丸凹複固定部(14a)の凹凸等が無い位置でも略水平を維持した状態で固定可能であり、棒状部材(3)の反対側も同じ高さで同様に支柱(10)固定することで略水平を維持した状態で上下に高さ調整可能となる。
図19(d)は、高さ調整スライドボルト(17m)である。ストッパーも同時に使用する必要がある。
FIG. 19 shows a height adjusting fixing portion (14), a rod-shaped member side strut fixing portion (9), and a strut in which the rod-shaped member (3) of the rod-shaped member strut crossing type unit (2b) is maintained in a substantially horizontal state. It is a figure which shows the embodiment of the side rod-shaped member fixing part fixture (16), (a) is the use example of a bolt type fixture, (b) is the use example of a slide rail and a bolt type fixture, (c). Indicates an example of using an orthogonal clamp type unit fixture, and (d) indicates a height adjustment slide bolt.
FIG. 19A shows a rod-shaped member side strut circle which is a substantially circular through hole having a diameter of approximately 5 to approximately 10 mm in a total of two locations, one on each side in the vicinity of both ends of the rod-shaped member (3). A concave single fixing portion (9a) is provided, and a height-adjustable round concave double fixing portion (14a) and a round concave single fixing portion (9a), which are through holes of the support column (10), can be combined and penetrated. Fix it by penetrating a pin or bolt type fixture. The height adjusting round concave double fixing portion (14a) having the same height on the other strut side and the rod-shaped member side strut fixing portion (9) are similarly fixed. Height adjustment at the same height on the left and right By fixing the rod-shaped member (3) to the round concave double fixing portion (14a), the height can be adjusted up and down while maintaining substantially horizontal.
However, bolt fixtures and the like do not have a rotation prevention function to prevent rotation at the fixed portion of the rod-shaped member (3) and the column, and the two columns attached to substantially both sides of the rod-shaped member (3). When the distance of the rod-shaped member (3) fluctuates, the angle of the rod-shaped member (3) fixed to the support column changes. Therefore, in order for the rod-shaped member to be kept substantially horizontal, a lock pin, a bolt, a strut, and an unevenness or a tightening washer to prevent rotation are required on the inner or outer surface of the through hole of the rod-shaped member.
By setting the left and right through holes of the rod-shaped member side strut fixing portions provided on substantially both ends of the rod-shaped member (3) to two or more on both the left and right sides, there is an effect of enhancing the horizontal maintenance of the rod-shaped member.
FIG. 19B shows a height adjusting rail fixing portion (14c) and a height adjusting slide portion (17b) using a slide rail having a width of about 5 mm to 40 mm for the height adjusting fixing portion (14) of the support column (10). Is.
As the height adjusting fixing portion (14) of the support column (10), a height adjustment rail fixing portion (14c) having a width of about 10 mm to 40 mm is provided vertically downward from the upper part to the lower part of the side surface of the support column. In the height adjusting slide portion (17b) composed of two rails, the rail provided on one of the columns of the first rail and the second rail is used as the height adjusting rail fixing portion (14c), and the other upper and lower rails are used. The height-adjustable slide portion (17b) is used as a movable rail, and from the back side of the through hole provided in the height-adjusting slide portion (17b), the rod-shaped member (3) is located near both ends of the rod-shaped member (3) with respect to the three-dimensional surface. A bolt-type fixture is passed through the round concave single fixing portion (9a) for the rod-shaped member side support provided at a substantially right angle, and the penetrated bolt-type fixture is fixed and attached with a fixture such as a nut or thumbscrew. .. The height adjustment slide portion (17b) fixed to the rod-shaped member (3) is attached to the height adjustment slide portion (17b) from the upper opening of the height adjustment rail fixing portion (14c) on the rod-shaped member (3) side. Slide and fit. By sliding the rail slide stopper with a stopper function from the top before fitting the height adjustment slide part (17b), the height of the rod-shaped member (3) is fixed using the stopper function at the desired height. It becomes possible to do. By fixing the support column (10) at the same height on the opposite side of the rod-shaped member (3), the height can be adjusted up and down while maintaining substantially horizontal. It is desirable to use a lock-type height adjustment slide portion (17c) in which the height adjustment slide portion (17b) also has a stopper function of a rail slide stopper.
The orthogonal clamp type unit fixture (18c) shown in FIG. 19C has a structure in which the rod-shaped member (3) and the support column (10) are held at an intersection angle of approximately 90 degrees.
The clamp type unit fixture (18) is composed of a clamp strut side fixing portion (18d) for fixing the strut and a clamp rod-shaped member side fixing portion (18e) for fixing the rod-shaped body, and the strut is formed by each fixing portion. By sandwiching and tightening the bolts, the columns and rod-shaped members are fixed.
The height adjustment round concave double fixing portion (14a) can be fixed in a substantially horizontal state even at a position where there is no unevenness, and the opposite side of the rod-shaped member (3) is also fixed at the same height as the support column (10). By doing so, the height can be adjusted up and down while maintaining a substantially horizontal position.
FIG. 19 (d) is a height adjusting slide bolt (17 m). It is necessary to use the stopper at the same time.

図20は、請求項7に記載の、請求項6記載の高さ調整固定部が備わった支柱が、前記高さ調整固定部を含まない支柱体と前記高さ調整固定部を有する高さ調整固定部体とに分離できるよう形成され、前記固定具で着脱可能に固定されており、それぞれを個別でも使用可能となった運動用ライン係止システムの実施形態を表わす図であって、(a)は分離された支柱、(b)は支柱側係止部、(c)は丸凹高さ調整固定部体、(d)はレール高さ調整固定部体、(e)は強化高さ調整固定部体を表す設明図である。
支柱体(10f)は、鉄、ステンレス等の金属、アルミニウム等の軽金属、又は強化合成樹脂製、もしくは強化加工された木材等の強固素材で個別に形成されている。ステンレス、アルミ剛金管体のシステムトラス部材からなる支柱体の場合もある。
高さ調整固定部体(15)はアルミニウム等の軽金属製もしくは鉄、ステンレス等の金属製、もしくは強化合成樹脂で個別に形成されている。高さ調整固定部体と支柱体はネジ等の固定具によって固定される。
高さ調整固定部体(15)のサイズはあくまでも1例であるが、厚さは略2〜略5mm、幅は支柱の幅と同じ幅以下のサイズのアルミニウムやステンレス等の軽金属、鉄等の金属製、もしくは強化樹脂製で形成されており、支柱体(10f)と材質が異なる場合もある。
競技内容により運動用ラインに加わる引張力も強くなり、棒状部材が取り付けられる高さ調整固定部体(15)への力も強くなることがある為、その力に応じた強度を備える為、高さ調整固定部体(15)の厚さを一例ではあるが30mm以上にし、高さ調整固定部体(15)の強度を高めた強化高さ調整固定部体(15c)も備える。
支柱体(10f)と高さ調整固定部(14)は第固定具で着脱可能に固定されている。この固定具は直径略5〜10mmの共通ネジ穴(8h)に係合する共通ビス・ネジ(8i)を使用する。長さは略20mmであるが、これらの長さ、直径はあくまでも1例である。また凹凸が逆になる場合もある。
高さ調整固定部体(15)には、高さ調整固定部がレールスライド型であるレール高さ調整固定部体(15b)もしくは、丸凹が等間隔おきに連なる丸凹高さ調整固定部体(15a)が備えられている。角型の凹が備えられる場合もある。
図20(a)は、高さ調整固定部(14)を2箇所に備えた支柱(10)である。
丸凹が連続する高さ調整丸凹複固定部(14a)と凹型の高さ調整レール固定部(14c)を2箇所に備えている。
図20(b)は、高さ調整固定部(14)を含まない支柱体(10f)である。略5〜略10mm前後の直径略5〜10mm、深さ20mmの共通ネジ穴(8h)もしくは係合する貫通孔が立体面に少なくとも6箇所以上、幅は40mm、間隔は20cmの等間隔設けられており、高さ調整固定部体(15)を固定具である共通ビス・ネジ(8i)で着脱可能に固定する。なお、共通ネジ穴(8h)の間隔、幅、深さは、あくまでも1例のサイズである。ラインスポーツの内容により、共通ビス・ネジ(8i)をより強度を有し直径略5〜10mm、深さ20mmを共に上回る共通ボルト(8j)を使用し、係合するボルト用孔が備えられた支柱体が備えられる場合もある。なお、この共通ボルト(8j)は、棒状部材体材と係止部体にも共通して使用可能である。
個別に使用可能でもある支柱体(10f)を支柱(10)に取り付け補強することも可能である。ボルトネジ等で支柱体同士を接合することにより、支柱体は更に大きな外力に対する抗力を備える事が可能となる。また、支柱体の有する高さ調整固定部体(15)が破損したとしても、高さ調整固定部体(15)のみを交換することで、支柱ごと全てを交換する必要もなくなり経済的である。
図20(c)は、支柱体(10f)から分離した高さ調整固定部(14)である高さ調整丸凹複固定部(14)を有する丸凹高さ調整固定部体(15a)である。丸凹は直径略5〜略10mmのネジ溝孔となる。間隔は直径略5〜略10mm前後の丸凹の中心点を起点として、略20mm〜30mmの等間隔で、上端より略10mmから下端手前10mmに渡って略垂直に1列に設けられている。
高さ調整固定部体(15)の丸凹高さ調整固定部体(15a)と丸凹型係止部体(6f)の直径およびネジ溝を有する場合はネジ溝も共に係合可能の略共通サイズにする事により、丸凹高さ調整固定部体(15a)に係合する係止部接続具(8)が取り付け可能となり、少なくとも1種類以上の運動用ライン(21)が1本以上、高さ調整固定部体(15)に係止可能となる事も考えられる。
図20(d)は、支柱体(10f)から分離した高さ調整固定部(14)を備えた凹型状のレール高さ調整固定部体(15b)である。図示はしていないが凸型のレール高さ調整固定部体(15b)も備えられ場合もある。
2体から成るスライドレールは第1のレール及び第2のレールのいずれか一方のレールをレール高さ調整固定部体(15b)とし、他方のレールを移動される高さ調整スライド部(17b)となる。サイズはあくまでも1例であるが、レール幅は略5mm〜略40mm前後である。
高さ調整固定部体(15)のレール高さ調整固定部体(15b)とレール係止部体(6g)のレール幅を共に略共通サイズにする事により、レール高さ調整固定部体(15b)に係合する固定具である係止部接続具(8)が取り付け可能となり、少なくとも1種類以上の運動用ライン(21)が1本以上、高さ調整固定部体(15)に係止可能となる事も考えられる。
ただし、競技に使用する運動用ラインの種類により、直径サイズの異なる丸凹を有する丸凹高さ調整固定部体(15a)、幅サイズの異なるレール高さ調整固定部体(15b)も用意される他、厚さも略2〜5mm前後の薄板の板状体や成型体等のほか、厚さも異なる強化高さ調整固定部体(15c)も必要となり用意される。
図20(e)は、支柱体(10f)から分離した高さ調整固定部(14)である強化高さ調整固定部体(15c)である。
厚さは少なくとも略10mm以上のステンレスや鉄製、アルミニウム等の軽金属製、又は強化合成樹脂製の厚板状体に直径略5〜略10mm前後の丸凹もしくは略10〜30mm以上の丸凹が30〜50mm間隔で直線状に設けられている。図示はしないが、厚板状体の強化高さ調整固定部体(15c)のみではなく、垂直断面が円柱状の棒状部材の係止部の部分を縦割りしたような形状である蒲鉾型の形状の他、台形状の強化高さ調整固定部体(15c)も備える事が可能である。
直径、間隔はあくまでも1例のサイズである。又は強化高さ調整固定部体(15c)に凹型、凸型の幅20〜40mmのレールが一体的に形成、もしくは外れる事がないよう強固に固定されている強化高さ調整固定部体(15c)も競技の種類により用意される。運動ラインによるトレーニングには直径50mm以上の綱ロープを強く引っ張るトレーニング等も含まれる為、高さ調整固定部体の他、支柱体、係止部体、棒状部材体にも引張力に対する抗力が必要となる場合もある。レールの幅もあくまでも1例の幅である。
高さ調整固定部体(15)は、それぞれ30cmほどの長さに分割されているものも考えられる。
高さ調整固定部体(15)は、個別でも使用可能であり、支柱、直立面、壁、移動可能であるコンテナ等の室内の内面、外面を含む立体面の表面だけではなく、内側に埋め込むように内蔵するよう取り付ける等を行い、それぞれに係止部を備えた棒状部材(3)および係止部体(6e)を取り付け可能である。
支柱体(10f)も個別に使用可能であり、各ユニットの補強の役割としても使用できる。
FIG. 20 shows a height adjustment in which the support column provided with the height adjustment fixing portion according to claim 6 according to claim 7 has a support body not including the height adjustment fixing portion and the height adjustment fixing portion. It is a figure which shows the embodiment of the exercise line locking system which was formed so that it can be separated from a fixed part body, is detachably fixed by the said fixture, and can be used individually individually (a). ) Is a separated strut, (b) is a strut side locking portion, (c) is a round concave height adjustment fixed body, (d) is a rail height adjustment fixed body, and (e) is a reinforced height adjustment. It is a clear drawing showing a fixed part body.
The strut body (10f) is individually formed of a metal such as iron or stainless steel, a light metal such as aluminum, or a strong material such as reinforced synthetic resin or reinforced wood. In some cases, it is a strut body made of a system truss member of a stainless steel or aluminum rigid brass body.
The height adjusting fixed body (15) is individually formed of a light metal such as aluminum, a metal such as iron or stainless steel, or a reinforced synthetic resin. The height adjustment fixing body and the support body are fixed by a fixing tool such as a screw.
The size of the height adjustment fixed body (15) is just an example, but the thickness is about 2 to about 5 mm, and the width is less than or equal to the width of the column. Light metal such as aluminum or stainless steel, iron, etc. It is made of metal or reinforced resin, and the material may be different from that of the support column (10f).
Depending on the content of the competition, the tensile force applied to the exercise line may become stronger, and the force on the height adjustment fixed body (15) to which the rod-shaped member is attached may also become stronger. Although the thickness of the fixed body (15) is set to 30 mm or more as an example, a reinforced height-adjusted fixed body (15c) having an increased strength of the height-adjusted fixed body (15) is also provided.
The strut body (10f) and the height adjusting fixing portion (14) are detachably fixed by the first fixing tool. This fixture uses a common screw screw (8i) that engages with a common screw hole (8h) having a diameter of approximately 5-10 mm. The length is about 20 mm, but these lengths and diameters are just examples. In addition, the unevenness may be reversed.
The height adjustment fixing part (15) may be a rail height adjustment fixing part (15b) in which the height adjustment fixing part is a rail slide type, or a round concave height adjustment fixing part in which round recesses are connected at equal intervals. The body (15a) is provided. It may also be provided with a square recess.
FIG. 20A is a support column (10) provided with height adjustment fixing portions (14) at two locations.
A height adjusting round concave double fixing portion (14a) having continuous round concaves and a concave height adjusting rail fixing portion (14c) are provided at two places.
FIG. 20B is a support column (10f) that does not include the height adjustment fixing portion (14). A common screw hole (8h) having a diameter of about 5 to 10 mm and a depth of 20 mm or an engaging through hole is provided at least 6 places on the three-dimensional surface, a width of 40 mm, and an equal interval of 20 cm. The height adjustment fixing part (15) is detachably fixed with a common screw / screw (8i) which is a fixing tool. The intervals, widths, and depths of the common screw holes (8h) are only the sizes of one example. Depending on the content of the line sport, the common screw (8i) is stronger and the common bolt (8j) with a diameter of about 5 to 10 mm and a depth of more than 20 mm is used, and a hole for engaging the bolt is provided. A strut may be provided. The common bolt (8j) can be commonly used for the rod-shaped member body and the locking part.
It is also possible to attach a strut body (10f), which can be used individually, to the strut (10) to reinforce it. By joining the strut bodies with bolts and screws or the like, the strut bodies can be provided with a drag force against a larger external force. Further, even if the height adjusting fixed body (15) of the support column is damaged, it is economical because it is not necessary to replace the entire support column by replacing only the height adjusting fixed body (15). ..
FIG. 20 (c) shows a round concave height adjusting fixed portion (15a) having a height adjusting round concave double fixing portion (14) which is a height adjusting fixed portion (14) separated from the support body (10f). be. The round recess is a thread groove hole having a diameter of about 5 to about 10 mm. The intervals are approximately 20 mm to 30 mm, starting from the center point of a round recess having a diameter of approximately 5 to approximately 10 mm, and are provided in a row substantially vertically from approximately 10 mm from the upper end to 10 mm in front of the lower end.
Round concave of the height adjustment fixing body (15) If the height adjustment fixing body (15a) and the round concave locking body (6f) have the diameter and the screw groove, both the screw groove can be engaged. By adjusting the size, the locking portion connector (8) that engages with the round concave height adjustment fixing portion (15a) can be attached, and at least one or more exercise lines (21) are provided. It is also conceivable that it can be locked to the height adjusting fixed body (15).
FIG. 20 (d) is a concave rail height adjusting fixing part (15b) provided with a height adjusting fixing part (14) separated from the support body (10f). Although not shown, a convex rail height adjusting fixing body (15b) may also be provided.
In the two-body slide rail, one of the first rail and the second rail is used as the rail height adjusting fixed part body (15b), and the other rail is moved to the height adjusting sliding part (17b). It becomes. The size is just an example, but the rail width is about 5 mm to about 40 mm.
By making the rail widths of the rail height adjusting fixed body (15b) and the rail locking body (6g) of the height adjusting fixed body (15) substantially the same size, the rail height adjusting fixed body (15b) The locking portion connector (8), which is a fixture engaged with 15b), can be attached, and at least one or more exercise lines (21) are engaged with the height adjusting fixing portion (15). It may be possible to stop it.
However, depending on the type of exercise line used in the competition, a round concave height adjustment fixed body (15a) having round concaves with different diameter sizes and a rail height adjusting fixed body (15b) having different width sizes are also available. In addition to a thin plate-like body and a molded body having a thickness of about 2 to 5 mm, a reinforced height adjusting fixed body (15c) having a different thickness is also required and prepared.
FIG. 20 (e) is a reinforced height adjustment fixing unit (15c) which is a height adjustment fixing portion (14) separated from the support column (10f).
A thick plate-like body made of stainless steel, iron, aluminum or other light metal, or reinforced synthetic resin with a thickness of at least about 10 mm has a round recess with a diameter of about 5 to about 10 mm or a round recess with a diameter of about 10 to 30 mm or more. It is provided linearly at intervals of ~ 50 mm. Although not shown, it is not only a reinforced height adjustment fixed part (15c) of a thick plate-like body, but also a semi-cylindrical shape in which the locking part of a rod-shaped member having a columnar vertical cross section is vertically divided. In addition to the shape, it is also possible to provide a trapezoidal reinforced height adjustment fixed body (15c).
The diameter and spacing are just one example size. Alternatively, a concave or convex rail having a width of 20 to 40 mm is integrally formed on the reinforced height adjusting fixed body (15c), or is firmly fixed so as not to come off. ) Is also prepared depending on the type of competition. Since training by the exercise line includes training to strongly pull a rope with a diameter of 50 mm or more, drag force against tensile force is required not only for the height-adjusting fixed body, but also for the strut, locking body, and rod-shaped member. In some cases, The width of the rail is just one example.
It is also conceivable that the height adjusting fixed body (15) is divided into lengths of about 30 cm each.
The height-adjustable fixed body (15) can be used individually, and is embedded not only on the surface of a three-dimensional surface including the inner and outer surfaces of a column, an upright surface, a wall, a movable container, etc., but also inside. It is possible to attach a rod-shaped member (3) and a locking portion (6e), each of which is provided with a locking portion.
The strut body (10f) can also be used individually, and can also be used as a reinforcing role for each unit.

図21は、請求項8に記載の運動用ライン係止ユニットに固定される2本以上の棒状部材は、水平固定又は斜設固定の少なくとも一方が可能となることにより、斜設機能を有した棒状部材支柱挟み込み型ユニットの上下に2本の棒状部材をそれぞれ異なる角度で固定し、それぞれに異なる運動用ラインを配設した運動用ライン係止システム全体図である。
運動用ライン係止ユニット(2)の、2本以上となる高さ調整固定部(14)を有する支柱(10)同士に固定された、請求項4に記載の2本以上固定可能となる棒状部材(3)は、棒状部材及び支柱側棒状部材固定部用固定具(16)が斜設機能を有する事で、同時に水平及び斜角度を有した状態で固定可能とる状態を、棒状部材支柱挟み込み型ユニット(2a)を用い、また、それぞれの棒状部材に運動用ラインが係止された全体図である。
図12に図示された、図12aの棒状部材支柱挟み込み型ユニット(2a)、図12bの棒状部材支柱交差型ユニット(2b)は共に2本以上の支柱に、前記2本以上固定され、略両側近傍の2箇所に棒状部材側支柱用丸凹単固定部(9a)を有した棒状部材(3)は、水平固定及び斜角度を有した斜設固定の少なくとも一方が可能とする為には、支柱が配置され定置に留まっている為、両端2箇所間での固定された間隔の変化が必要である。
この変化を、延長固定型棒状部材(4)の振り出し棒と同様の機能で、全長の増減が可能という斜設機能を備えることにより、2点間で固定された間隔も増減し、運動用ライン係止システムは、設置面に対して略水平に固定された棒状部材と、設置面に対して斜角度を有した棒状部材の固定が同時に可能となる。
設置面(25)上に係止された網目型ベルトライン(21h)は縦と横が全て略40〜50cm間隔の網目状に配設されており、上部の棒状部材(3)は、向かって左側の支柱側の高さが略120〜150cmの位置に棒状部材の左側が固定され、向かって右側の支柱の高さが略80〜略100cmの位置に棒状部材の右側が固定。上部の棒状部材(3)には下部と同じく略40〜50cm間隔で低伸縮性細ライン(21c)が棒状部材の係止部(6)全体に、張り巡らされている。
向かって左側は、大人が上部の棒状部材(3)の高さが略120〜150cmの2本の間に頭を入れ、片方のユニットに正対し、この2本の低伸縮性細ラインに触れないように、設置面上に配設された網目型ベルトライン(21h)の網目に触れないように左右に脚を揃えてステップを繰り返す。
向かって右側は、子供が上部の棒状部材(3)の高さが略80〜略100cmの辺りに固定され、係止された2本のライン間に頭を入れ、この2本の低伸縮性細ラインに触れないように、下部の設置面上に配設された網目型ベルトライン(21h)の網目に足が触れないように脚を揃えて左右にステップを繰り返す。
このステップを正対し前後に移動しながらステップを繰り返すことで、スキーバランスと似ているバランストレーニングが可能となる。
また上部の棒状部材(3)は斜設されることにより、左右の高さが異なり、身長の異なる大人と子供が同時に、同じリズムに合わせてステップを踏むトレーニングが可能となる。
上記はあくまでも一例であり、他にも様々な運動用ラインや運動が生み出されるようになる。
ポジションを前記の正対ではなく、上半身、肩の左右のどちらかを片側ユニットに向けてステップを行えば、スキーではなく、スノーボードのバランストレーニングに変化する。もちろんスキーとスノーボードのトレーニングが同時に行える。あくまでも一例である。
運動用ラインに、引掛りバランスを崩す危険性の少ないレーザー光運動用ライン(21j)を用いることも可能である。
FIG. 21 shows that the two or more rod-shaped members fixed to the exercise line locking unit according to claim 8 have an oblique function because at least one of horizontal fixation and oblique fixation is possible. It is an overall view of the exercise line locking system in which two rod-shaped members are fixed at different angles above and below the rod-shaped member strut sandwiching type unit, and different exercise lines are arranged in each.
The rod shape according to claim 4, which is fixed to the columns (10) of the exercise line locking unit (2) having two or more height adjusting fixing portions (14). The member (3) sandwiches the rod-shaped member column so that the rod-shaped member and the fixture (16) for the rod-shaped member fixing portion on the support column side can be fixed at the same time while having a horizontal and oblique angles. It is the whole view which used the mold unit (2a), and the movement line was locked to each rod-shaped member.
The rod-shaped member column sandwiching type unit (2a) shown in FIG. 12a and the rod-shaped member column crossing type unit (2b) shown in FIG. 12b are both fixed to two or more columns and substantially on both sides. The rod-shaped member (3) having the round concave single fixing portion (9a) for the rod-shaped member side strut at two places in the vicinity is required to be horizontally fixed and obliquely fixed at an oblique angle in order to enable at least one of them. Since the columns are arranged and remain stationary, it is necessary to change the fixed interval between the two ends.
This change has the same function as the swing rod of the extended fixed rod-shaped member (4), and by providing an oblique function that allows the total length to be increased or decreased, the interval fixed between the two points can also be increased or decreased, and the exercise line can be increased or decreased. The locking system can simultaneously fix a rod-shaped member fixed substantially horizontally to the installation surface and a rod-shaped member having an oblique angle with respect to the installation surface.
The mesh-type belt line (21h) locked on the installation surface (25) is arranged in a mesh shape with an interval of approximately 40 to 50 cm in both the vertical and horizontal directions, and the upper rod-shaped member (3) is directed toward the surface. The left side of the rod-shaped member is fixed at a position where the height of the left column side is approximately 120 to 150 cm, and the right side of the rod-shaped member is fixed at a position where the height of the right column is approximately 80 to approximately 100 cm. Similar to the lower part, low elasticity thin lines (21c) are stretched around the entire locking portion (6) of the rod-shaped member at intervals of about 40 to 50 cm in the upper rod-shaped member (3).
On the left side, an adult puts his head between two upper rod-shaped members (3) with a height of about 120 to 150 cm, faces one unit, and touches these two low-stretch thin lines. The steps are repeated with the legs aligned to the left and right so as not to touch the mesh of the mesh type belt line (21h) arranged on the installation surface.
On the right side, the child is fixed at a height of about 80 to about 100 cm of the upper rod-shaped member (3), puts his head between the two locked lines, and these two low elasticity Align the legs so that the legs do not touch the mesh of the mesh type belt line (21h) arranged on the lower installation surface so as not to touch the thin line, and repeat the steps from side to side.
By repeating this step while facing it and moving it back and forth, balance training similar to ski balance becomes possible.
Further, by slanting the upper rod-shaped member (3), the heights on the left and right are different, and it is possible for adults and children of different heights to simultaneously take steps according to the same rhythm.
The above is just an example, and various other exercise lines and exercises will be created.
If you step toward one side of the upper body or shoulders instead of facing the above position, you will change to snowboarding balance training instead of skiing. Of course, you can train skiing and snowboarding at the same time. It is just an example.
It is also possible to use a laser light exercise line (21j) for the exercise line, which has a low risk of losing the catching balance.

図22は、棒状部材支柱挟み込み型ユニットにおいて高さ調整固定部(14)が内側に向き合う状態で設置面に定置された2本の支柱(10)に対して、2本以上の棒状部材(3)が、水平及び斜角度を有した状態で前記高さ調整固定部の範囲内で様々な角度で斜設可能である斜設機能を備えた棒状部材支柱挟み込み型ユニット(2a)の実施形態を表わす図であって、2本の支柱の高さ調整レール固定部(14c)が向き合う状態で設置面に定置され、棒状部材の両端面に略上下に角度変化及び固定が可能の上下動支軸旋回スライドレール固定具(17a)が取り付けられており、棒状部材は水平角度より斜角度を有して固定された場合、定置された2本の支柱(10)間で、接続された2点間での距離が長くなり、変化が生じる。
棒状部材(3)は、全長が伸縮可能の延長固定型棒状部材(4)を用いることで、棒状部材の支柱への固定部が略両側に設けられた2箇所であっても、全長が自在に伸縮し、間隔の変化に対応可能となる。
固定位置に合わせ棒状部材の全長が自在に伸縮し、両端で固定される間隔の変化に対応可能となる延長固定型棒状部材(4)の延長、縮小の伸縮機能も斜設機能の一つとなる。
また、延長固定型棒状部材(4)の両端面の高さ調整レール固定部(14c)への接続には、上下に旋回可能の支点を中心に、棒状部材が上下に旋回可能となる上下動支軸旋回も斜設機能の不可欠な一つとなり、その機能を有する、ボルト等で締め付け固定可能の上下動支軸旋回スライドレール固定具(17a)は、高さ調整レール固定部(14c)に係合する高さ調整スライド部(17b)にネジ等の固定具により取り付けられ、高さ調整を行う為の調整固定方法はレールスライド用ストッパー(7e)にて固定する。
延長固定型棒状部材(4)は外側の外側棒状部材(4a)と外側棒状部材の内径と略等しい外径を有する内側棒状部材(4b)からなり、外側棒状部材(4a)の中に内側棒状部材(4b)が内蔵され、外側棒状部材の片端口径より突出した内側棒状部材片部を任意の長さまで引き出し、片端口径の外側近傍に取り付けられている外側口径ネジ式締付具(4c)を回すことにより、隙間キャップ(4d)が締めつけられ延長固定型棒状部材(4)の長さを調整し固定することで、定置された2本の支柱間で、接続点間の長さに違いが生じる、水平及び斜角度を有する斜設が同時に可能となり、2本以上の棒状部材が棒状部材の両端面より支柱に挟まれた状態でも固定可能となる。
棒状部材の両端が支柱に挟まれた状態となる棒状部材支柱挟み込み型ユニット(2a)において、棒状部材の固定される間隔もしくは全長が変化できる機能および、角度変化に対応可能の棒状部材と支柱を接続する固定具が斜設機能となる。
FIG. 22 shows two or more rod-shaped members (3) with respect to two columns (10) placed on the installation surface in a state where the height adjusting fixing portion (14) faces inward in the rod-shaped member column sandwiching type unit. ) Is an embodiment of a rod-shaped member support holding type unit (2a) having a slanting function capable of slanting at various angles within the range of the height adjusting fixing portion while having horizontal and slanting angles. In this figure, the height adjustment rail fixing portions (14c) of the two columns are placed on the installation surface in a state of facing each other, and the vertical movement support shaft that can change and fix the angle substantially up and down on both end surfaces of the rod-shaped member. When the swivel slide rail fixture (17a) is attached and the rod-shaped member is fixed at an oblique angle from the horizontal angle, between the two stationary columns (10), between the two connected points. The distance becomes longer and changes occur.
By using the extension fixed type rod-shaped member (4) whose overall length can be expanded and contracted, the rod-shaped member (3) can have a total overall length even if the rod-shaped member has two fixing portions to the columns on substantially both sides. It expands and contracts to and can respond to changes in the interval.
The total length of the rod-shaped member can be freely expanded and contracted according to the fixed position, and the extension and contraction function of the extension-fixed rod-shaped member (4) that can respond to changes in the intervals fixed at both ends is also one of the oblique functions. ..
Further, in the connection of the extension fixed type rod-shaped member (4) to the height adjusting rail fixing portion (14c) on both end surfaces, the rod-shaped member can be swiveled up and down around a fulcrum that can be swiveled up and down. The fulcrum swivel is also an indispensable part of the oblique function, and the vertical movement fulcrum swivel slide rail fixture (17a), which has that function and can be tightened and fixed with bolts or the like, is attached to the height adjustment rail fixing portion (14c). It is attached to the engaging height adjustment slide portion (17b) with a fixing tool such as a screw, and the adjustment fixing method for adjusting the height is fixed with a rail slide stopper (7e).
The extension-fixed rod-shaped member (4) is composed of an outer outer rod-shaped member (4a) and an inner rod-shaped member (4b) having an outer diameter substantially equal to the inner diameter of the outer rod-shaped member, and the inner rod-shaped member (4a) is inside the outer rod-shaped member (4a). The member (4b) is built in, and the inner rod-shaped member piece protruding from the one-end diameter of the outer rod-shaped member is pulled out to an arbitrary length, and the outer diameter screw type fastener (4c) attached near the outside of the one-end diameter is pulled out. By turning, the gap cap (4d) is tightened, and by adjusting and fixing the length of the extended fixed rod-shaped member (4), there is a difference in the length between the connection points between the two stationary columns. The resulting oblique installation with horizontal and oblique angles is possible at the same time, and it is possible to fix two or more rod-shaped members even when they are sandwiched between the columns from both end surfaces of the rod-shaped members.
In the rod-shaped member strut sandwiching type unit (2a) in which both ends of the rod-shaped member are sandwiched between the strut, the function of changing the fixed interval or the total length of the rod-shaped member and the rod-shaped member and the strut capable of responding to the angle change are provided. The fixture to be connected has a diagonal function.

図23は、棒状部材支柱挟み込み型ユニットの高さ調整レール固定部(14c)が向き合う状態で設置面に定置された2本の支柱に対して、2本の棒状部材が、水平及び斜角度を有した状態で前記高さ調整固定部の範囲内で様々な角度で斜設可能である斜設機能を備えた棒状部材支柱挟み込み型ユニット(2a)の実施形態を表わした図である。
図23(a)は、棒状部材の固定角度を変化し固定する為の上下動支軸旋回スライドレール固定具(17a)であり、図24(b)は高さ調整レール固定部(14c)に取り付けられ上下動が自在に可能となった上下動支軸旋回スライドレール固定具(17a)である。
上下動支軸旋回スライドレール固定具(17a)は、高さ調整スライド部(17b)に取り付ける土台となる固定具土台(17j)と、延長固定型棒状部材(4)の外側棒状部材(4a)又は内側棒状部材(4b)を差し込む筒状部分の棒状部材挿入筒状体(17k)の2体から成り、それぞれ軸が回動する固定具支点(17l)により支点止めされ棒状部材挿入筒状体(17k)に取り付けられた棒状部材が上下に支点を中心に動き、棒状部材の角度の変化と固定を可能とする構造である。この棒状部材の角度の変化と固定を可能とする接続固定具は斜設機能の一つとなる。
図23(b)の、高さ調整レール固定部(14c)に係合する高さ調整スライド部(17b)に設けられた貫通孔には、上下動支軸旋回スライドレール固定具(17a)がネジ等の固定具により取り付けられる。
この上下動支軸旋回スライドレール固定具(17a)の有する機能も斜設機能の一つとなる。
延長固定型棒状部材(4)の両端を棒状部材挿入筒状体(17k)に差し込みネジ等で固定することで、延長固定型棒状部材(4)の両端に上下動支軸旋回スライドレール固定具(17a)を取り付けられる。
上下動支軸旋回スライドレール固定具(17a)の固定具土台(17j)は、支柱側となる高さ調整スライド部(17b)にネジ等で取り付けられ、この高さ調整スライド部(17b)を支柱の高さ調整レール固定部(14c)の上部開口部より挿入することで、延長固定型棒状部材(4)が支柱(10)と連結される組みである。
高さ調整固定部が向き合う状態で設置面に定置された2本の支柱の高さ調整レール固定部(14c)に高さ調整スライド部(17b)が係合し上下にスライド可能となっている。高さ調整スライド部(17b)はレール用ストッパーで下方に下がらないように固定される。
この図では、レール用ストッパー(7e)は旋回ネジを回すことによってストッパー機能が高さ調整レール固定部(14c)に働くようになっており固定されるが、レール用ストッパー機能付きの高さ調整スライド部(17b)を使用するのが望ましい。
上下動支軸旋回スライドレール固定具(17a)の固定具支点(17l)は、ボルトネジ等で固定具土台(17j)と固定具筒状体(17k)が接続されている。このボルトを緩めることで、支点となる角度が変えられ、締めることで支柱と棒状体の角度が決定される。その角度変化よって発生する両支柱間の長さに合わせて延長固定型棒状部材(4)の長さを調整し、反対側の支柱の上下動支軸旋回スライドレール固定具(17a)の支点接続部のボルトを締めて角度調整を行う。
角度変化可能の上下動支軸旋回スライドレール固定具(17a)と支柱間の長さが伸縮可能の延長固定型棒状部材(4)を有することで延長固定型棒状部材(4)の斜設が可能となる機能である斜設機能となる。
なお、延長固定型棒状部材(4)は外側となる外側棒状部材(4a)と内側棒状部材(4b)の直径および内径はわずかに異なる。
In FIG. 23, the two rod-shaped members have horizontal and oblique angles with respect to the two columns placed on the installation surface with the height adjusting rail fixing portions (14c) of the rod-shaped member support sandwiching type unit facing each other. It is a figure which showed the embodiment of the rod-shaped member strut sandwiching type unit (2a) which has the slanting function which can be slanted at various angles within the range of the height adjustment fixing part in the holding state.
FIG. 23 (a) shows a vertical movement support shaft swivel slide rail fixture (17a) for changing and fixing the fixing angle of the rod-shaped member, and FIG. 24 (b) shows the height adjusting rail fixing portion (14c). It is a vertical movement support shaft swivel slide rail fixture (17a) that is attached and can move up and down freely.
The vertical movement support shaft swivel slide rail fixture (17a) includes a fixture base (17j) as a base to be attached to the height adjusting slide portion (17b) and an outer rod-shaped member (4a) of the extension fixed rod-shaped member (4). Alternatively, it is composed of two rod-shaped member insertion tubular bodies (17k) in a tubular portion into which the inner rod-shaped member (4b) is inserted, and each is fulcrum-fixed by a fixture fulcrum (17l) whose shaft rotates. The rod-shaped member attached to (17k) moves up and down around the fulcrum, and has a structure that enables the angle of the rod-shaped member to be changed and fixed. The connection fixture that enables the angle of the rod-shaped member to be changed and fixed is one of the oblique functions.
A vertical movement support shaft swivel slide rail fixture (17a) is provided in the through hole provided in the height adjustment slide portion (17b) that engages with the height adjustment rail fixing portion (14c) in FIG. 23 (b). It can be attached with a fixture such as a screw.
The function of the vertical movement support shaft swivel slide rail fixture (17a) is also one of the oblique installation functions.
Vertical movement support shaft swivel slide rail fixtures on both ends of the extension-fixed rod-shaped member (4) by inserting both ends of the extension-fixed rod-shaped member (4) into the rod-shaped member insertion cylinder (17k) and fixing them with screws or the like. (17a) can be attached.
The fixture base (17j) of the vertical movement support shaft swivel slide rail fixture (17a) is attached to the height adjustment slide portion (17b) on the support column side with screws or the like, and the height adjustment slide portion (17b) is attached. By inserting from the upper opening of the height adjusting rail fixing portion (14c) of the support column, the extension fixed type rod-shaped member (4) is connected to the support column (10).
The height adjustment slide part (17b) is engaged with the height adjustment rail fixing part (14c) of the two columns placed on the installation surface with the height adjustment fixing parts facing each other, and can slide up and down. .. The height adjustment slide portion (17b) is fixed by a rail stopper so as not to be lowered downward.
In this figure, the rail stopper (7e) is fixed by turning the swivel screw so that the stopper function works on the height adjustment rail fixing part (14c), but the height adjustment with the rail stopper function It is desirable to use the slide portion (17b).
The fixture fulcrum (17l) of the vertical movement support shaft swivel slide rail fixture (17a) is connected to the fixture base (17j) and the fixture cylinder (17k) by a bolt screw or the like. By loosening this bolt, the angle that serves as a fulcrum can be changed, and by tightening it, the angle between the strut and the rod-shaped body is determined. Adjust the length of the extension fixed rod-shaped member (4) according to the length between the two columns generated by the angle change, and connect the fulcrum of the vertical movement support shaft swivel slide rail fixture (17a) of the opposite column. Adjust the angle by tightening the bolts on the part.
By having the vertical movement support shaft swivel slide rail fixture (17a) whose angle can be changed and the extended fixed rod-shaped member (4) whose length between the columns can be expanded and contracted, the extended fixed rod-shaped member (4) can be slanted. It is a diagonal function, which is a possible function.
The diameter and inner diameter of the outer rod-shaped member (4a) and the inner rod-shaped member (4b) on the outer side of the extended fixed rod-shaped member (4) are slightly different.

図24は、斜設を行う為の延長固定型棒状部材(4)の実施形態を表わす図であって、(a)は延長固定型棒状部材(4)の側面図で、(b)は延長固定型棒状部材の延長自在に固定する為の締め具となる。
延長固定型棒状部材(4)は外側の外側棒状部材(4a)と外側棒状部材(4a)の内径と略等しい外径を有する内側棒状部材(4b)からなり、外側棒状部材(4a)の中に内側棒状部材(4b)が内蔵され、外側棒状部材(4a)の片端口径より突出した内側棒状部材片部を任意の長さまで引き出し、片端口径外側近傍に取り付けられている外側口径ネジ式締付具(4c)で、のぼり旗ポールのように外側の外側口径ネジ式締付具(4c)を回すことで、内部の(4d)と内側棒状部材(4b)の遊び空間が無くなり、固定されることで延長固定型棒状部材(4)の長さを調整可能となる。
なお、延長固定型支柱(11)も外側支柱(11a)の中に内側支柱(11b)が内蔵された同じ構造であり、棒状部材の他、棒状部材に係止されるアルミ製等のポール型ライン(21i)等も支えられる。
外側棒状部材(4a)は棒状部材(3)と略同一の構造であり、側面には、係止部を有する。丸凹型係止部(6a)、固定側凹型レール係止部(6b)で、運動用ライン(21)を上方、前面、下方より係止可能となるよう、延長固定型棒状部材(4)をユニットに取り付けた時の上方、前面、下方に係止部を有する。なお、係止部が上方、前面、下方のいずれかの一つであっても、延長固定型棒状部材(4)を回動することで、任意の方向に係止部を向け固定可能とすることも考えられる。ロックピン(8l)を使用し固定する方法もある。締め付け固定と同時に使用するのが望ましいが固定孔に遊び空間が必要となる場合もある。
FIG. 24 is a view showing an embodiment of an extended fixed rod-shaped member (4) for oblique installation, (a) is a side view of the extended fixed rod-shaped member (4), and (b) is an extension. It is a fastener for fixing the fixed rod-shaped member so that it can be extended freely.
The extension fixed type rod-shaped member (4) is composed of an outer rod-shaped member (4a) and an inner rod-shaped member (4b) having an outer diameter substantially equal to the inner diameter of the outer rod-shaped member (4a), and is inside the outer rod-shaped member (4a). The inner rod-shaped member (4b) is built in the outer rod-shaped member (4b), and one part of the inner rod-shaped member protruding from the one-end diameter of the outer rod-shaped member (4a) is pulled out to an arbitrary length, and the outer diameter screw type tightening attached near the outside of the one-end diameter. By turning the outer outer diameter screw type fastener (4c) like a banner pole with the tool (4c), the play space between the inner (4d) and the inner rod-shaped member (4b) disappears and is fixed. This makes it possible to adjust the length of the extended fixed rod-shaped member (4).
The extended fixed type strut (11) has the same structure in which the inner strut (11b) is built in the outer strut (11a), and is a pole type made of aluminum or the like that is locked to the rod-shaped member in addition to the rod-shaped member. The line (21i) and the like are also supported.
The outer rod-shaped member (4a) has substantially the same structure as the rod-shaped member (3), and has a locking portion on the side surface. An extension fixed rod-shaped member (4) is provided so that the exercise line (21) can be locked from above, front, and below by the round concave locking portion (6a) and the fixed side concave rail locking portion (6b). It has locking parts on the upper, front, and lower sides when attached to the unit. Even if the locking portion is one of the upper side, the front surface, and the lower side, the locking portion can be directed and fixed in an arbitrary direction by rotating the extension fixing type rod-shaped member (4). It is also possible. There is also a method of fixing using a lock pin (8 liters). It is desirable to use it at the same time as tightening and fixing, but there are cases where a play space is required in the fixing hole.

図25は、(a)は棒状部材支柱交差型ユニットにおいて、高さ調整丸凹複固定部を備えた支柱と、斜設機能となる棒状部材側支柱用丸凹複固定部が備わり斜設された棒状部材と、2点の間隔が一定である2点支持である棒状部材側支柱用丸凹単固定部により支柱に固定された棒状部材を同時に使用し比較した図、(b)は丸凹複固定部、(c)は、丸凹複固定部を横長である楕円にした棒状部材側支柱用長方凹複固定部の実施形態を表わす図である。
図25(a)は、定置された場合の2本の支柱に棒状部材を固定する凹部を複数設けた高さ調整固定部(14)である高さ調整丸凹複固定部(14a)に、左右片側に1箇所の計2箇所の定間隔の固定部となる棒状部材側支柱用丸凹単固定部(9a)が設けられたた棒状部材(3)を、略水平に固定し、水平を含む様々な角度で固定可能の斜設機能の内の一つを有した棒状部材(3)との2本が、2本の支柱に交差する状態で固定された状態の比較した棒状部材支柱交差型ユニット(2b)の実施形態を表わす図であって、2本の棒状部材の前面もしくは後部の左右両端近傍より、定置され直立した2本の支柱で着脱可能に断面が円形のボルトネジ等の支柱側棒状部材丸凹固定部用ボルト型固定具(16a)を両端の合計2本によって固定している。
定置された2本の支柱に対し、2箇所の棒状部材側支柱用丸凹単固定部(9a)で固定した場合、上下いずれかの斜めに取り付ける場合、片側の支柱に棒状部材を固定し、もう一方の支柱の高さ調整丸凹複固定部(14a)に取り付けした時、固定されていない棒状部材側支柱用丸凹単固定部(9a)の位置は、取り付けられた固定部側のボルトが支点となり、上下いずれかの円運動となる為、支柱側棒状部材丸凹単固定部(13a)とズレが生じボルトが通せなくなり固定できなくなる。
その為、棒状部材支柱交差型ユニット(2b)において2本の支柱の間隔が定置され一定の場合、水平視で水平以外にも斜度を設けた棒状部材(3)の取り付けには、2箇所のみの固定部となる棒状部材側支柱用丸凹単固定部(9a)ではなく、更に多くの固定用の丸凹が固定面に設けることが必要になってくる。
図25(b)は、棒状部材を固定部間隔が変化する斜度を有した取り付けが可能となる為に、斜設機能の一つとなる棒状部材固定用の丸凹型の固定部を2箇所以上に増やした、棒状部材側支柱用丸凹複固定部(9c)を有した棒状部材である。
棒状部材の支柱取り付け固定面の略全体に、支柱の丸凹固定部に係合する丸凹を、あくまでも一例ではあるが丸凹の中心点を基準として、略10〜20mm前後の等間隔で、右端より略50mmの位置からから左端手前略50mmに渡って丸凹の列が直線となるよう複数設けられている。
この略10〜20mm間隔で設けられた複数の丸凹からなる棒状部材側支柱用丸凹複固定部(9c)が、定置された2本の支柱において、斜設機能の一つとなる。
2本以上の支柱間で、様々な角度で固定する為には、棒状部材の両端間に可能な限り多くの丸凹固定部が必要となる。しかし、多くの丸凹の固定部を有する棒状部材側支柱用丸凹複固定部(9c)を具備された場合においても、定置された2本以上の支柱の高さ調整丸凹複固定部(14a)とでは、棒状部材の丸凹と支柱の丸凹とではズレが生じ、抜け防止ロックピンやボルト型固定具では、貫通することが出来ない斜設の角度が生じる場合もある。
図25(c)は、支柱側および棒状部材のいずれかの一方、もしくは両方を丸凹の形状を略正円形(9c)ではなく横長の楕円形もしくは長方形の棒状部材側支柱用長方凹複固定部(9g)とすることで、抜け防止ロックピンやボルト型固定具を貫通させ固定しやすくできるとも考えられる。
FIG. 25 (a) shows a rod-shaped member strut crossing type unit, which is slanted with a strut provided with a height-adjustable round concave double fixing portion and a round concave double fixing portion for a rod-shaped member side strut serving as an oblique function. The figure in which the rod-shaped member and the rod-shaped member fixed to the support by the round concave single fixing portion for the support on the side of the rod-shaped member having a constant distance between the two points are used and compared at the same time, (b) is a round concave. The double fixing portion (c) is a diagram showing an embodiment of a rectangular concave double fixing portion for a rod-shaped member side strut in which a round concave double fixing portion is formed into an elliptical shape which is horizontally long.
FIG. 25A shows a height-adjusting round concave double fixing portion (14a) which is a height-adjusting fixing portion (14) provided with a plurality of recesses for fixing a rod-shaped member to two columns when stationary. A rod-shaped member (3) provided with a round concave single fixing portion (9a) for a rod-shaped member side strut, which is a fixed portion at a total of two locations on one side on the left and right sides, is fixed substantially horizontally to make it horizontal. A comparison of a rod-shaped member strut cross section in which two rod-shaped members (3) having one of the oblique functions that can be fixed at various angles including the rod-shaped member (3) are fixed in a state of intersecting the two columns. It is a figure which shows the embodiment of the mold unit (2b), and is attached and detached by two struts which are fixed and upright from the vicinity of the left and right ends of the front surface or the rear part of two rod-shaped members, and the struts such as bolts and screws which have a circular cross section. The bolt-type fixtures (16a) for the round concave fixing portion of the side rod-shaped member are fixed by a total of two at both ends.
When the two stationary columns are fixed with two round concave single fixing portions (9a) for the rod-shaped member side columns, or when they are mounted diagonally either above or below, the rod-shaped members are fixed to one of the columns. When attached to the height adjustment round concave double fixing part (14a) of the other support, the position of the round concave single fixing part (9a) for the rod-shaped member side support that is not fixed is the bolt on the attached fixing part side. Is a fulcrum, and either the upper or lower circular motion is formed. Therefore, the rod-shaped member on the support column side is displaced from the round concave single fixing portion (13a), and the bolt cannot be passed through and cannot be fixed.
Therefore, in the rod-shaped member strut crossing type unit (2b), when the distance between the two strut is fixed and constant, there are two places for mounting the rod-shaped member (3) having an inclination other than horizontal in horizontal view. It is necessary to provide more round recesses for fixing on the fixing surface instead of the round concave single fixing portion (9a) for the rod-shaped member side support which is only the fixing portion.
FIG. 25B shows two or more round concave fixing portions for fixing the rod-shaped member, which is one of the oblique functions, so that the rod-shaped member can be attached with an inclination that changes the interval between the fixing portions. It is a rod-shaped member having a round concave double fixing portion (9c) for a rod-shaped member side strut.
On approximately the entire support fixing surface of the rod-shaped member, round recesses that engage with the round concave fixing portion of the support are provided at equal intervals of about 10 to 20 mm with reference to the center point of the round concave, although this is just an example. A plurality of round and concave rows are provided so as to form a straight line from a position approximately 50 mm from the right end to approximately 50 mm in front of the left end.
The round concave double fixing portion (9c) for the rod-shaped member side support column, which is provided at intervals of approximately 10 to 20 mm, serves as one of the oblique installation functions in the two stationary columns.
In order to fix the rod-shaped member at various angles between two or more columns, as many round concave fixing portions as possible are required between both ends of the rod-shaped member. However, even when the rod-shaped member side strut round concave double fixing portion (9c) having many round concave fixing portions is provided, the height adjusting round concave double fixing portion (9c) of two or more stationary columns is provided. In case of 14a), there may be a gap between the rounded concave portion of the rod-shaped member and the rounded concave portion of the support column, and there may be an oblique angle that cannot be penetrated by the pull-out prevention lock pin or the bolt type fixture.
In FIG. 25 (c), one or both of the support column side and the rod-shaped member have a round concave shape, which is not a substantially perfect circle (9c) but a horizontally long elliptical or rectangular rod-shaped member side support column. It is also considered that the fixing portion (9 g) can be easily fixed by penetrating the disconnection prevention lock pin and the bolt type fixture.

図26は、支柱と棒状部材の固定手段として自在型クランプ型ユニット固定具(18f)を使用した実施形態を表わす概略図であり、一つの固定方法である。
自在型クランプ型ユニット固定具(18f)は、直交型クランプ型ユニット固定具(18c)の支柱を固定するクランプ支柱側固定部(18d)と、棒状体を固定するクランプ棒状部材側固定部(18e)と同様に構成され、それぞれは交差し交わり回動するように、1箇所の回動軸となるクランプ回動軸(18g)で取り付けられており、支柱及び棒状部材をそれぞれ挟み込み固定部ボルトを締めることで、それぞれを固定する。
クランプ支柱側固定部(18d)とクランプ棒状部材固定部(18e)は、回旋可能にクランプ回動軸(18g)により軸止されており、交差する支柱と棒状部材を任意の角度・向きに緊結され、支柱と棒状部材の交差角度が自由に変えられる斜設機能となる構造である。またクランプ支柱側固定部とクランプ棒状部材固定部もそれぞれ支柱と棒状部材の形状に合わせられて作られている。
自在型クランプ型ユニット固定具(18d)は締め付ける力で固定する。高さ調整固定部(14)の有する丸凹、角凹状レールが無くとも、支柱及び棒状部材の任意の位置に固定可能であり、棒状部材側支柱用丸凹複固定部(9c)及び高さ調整丸凹複固定部(14a)、後述の支柱及び棒状部材のレール固定部の位置に影響を受けず任意の位置に固定可能の固定手段となり、高さ調整固定部に自在に高さを調整できる。
運動用ライン係止ユニットの2本以上備えられた支柱(10)、それぞれの高さ調整固定部(14)位置に、棒状部材が任意の斜設角度と高さになる位置に、自在型クランプ型ユニット固定具(18d)を取り付け、棒状部材それぞれの自在型クランプ型ユニット固定具を調整し固定する。
複数の棒状部材が運動用ライン係止ユニットの支柱に取り付けられる場合でも、それぞれの棒状部材は、自在型クランプ型ユニット固定具(18d)により、それぞれを任意の角度で固定することが可能となる。
FIG. 26 is a schematic view showing an embodiment in which a universal clamp type unit fixture (18f) is used as a means for fixing the support column and the rod-shaped member, and is one fixing method.
The universal clamp type unit fixture (18f) includes a clamp strut side fixing portion (18d) for fixing the strut of the orthogonal clamp type unit fixture (18c) and a clamp rod-shaped member side fixing portion (18e) for fixing the rod-shaped body. ), And they are attached by a clamp rotation shaft (18 g), which is one rotation shaft, so that they intersect and rotate, respectively. Tighten to fix each.
The clamp strut side fixing portion (18d) and the clamp rod-shaped member fixing portion (18e) are pivotally fixed by a clamp rotation shaft (18g) so as to be rotatable, and the intersecting strut and the rod-shaped member are tightly connected at an arbitrary angle and direction. The structure is such that the crossing angle between the support column and the rod-shaped member can be freely changed. Further, the clamp strut side fixing portion and the clamp rod-shaped member fixing portion are also made according to the shapes of the strut and the rod-shaped member, respectively.
The universal clamp type unit fixture (18d) is fixed by a tightening force. Even if the height adjustment fixing portion (14) does not have the round concave and square concave rails, it can be fixed at any position of the support column and the rod-shaped member, and the rod-shaped member side support column concave double fixing portion (9c) and the height. It is a fixing means that can be fixed at any position without being affected by the position of the adjustment round concave double fixing part (14a), the rail fixing part of the support column and the rod-shaped member described later, and the height can be freely adjusted to the height adjustment fixing part. can.
A universal clamp at the position of the support (10) provided with two or more of the line locking units for exercise, the height adjustment fixing part (14) of each, and the position where the rod-shaped member has an arbitrary oblique angle and height. The mold unit fixture (18d) is attached, and the universal clamp type unit fixture for each rod-shaped member is adjusted and fixed.
Even when a plurality of rod-shaped members are attached to the columns of the exercise line locking unit, each rod-shaped member can be fixed at an arbitrary angle by the universal clamp type unit fixture (18d). ..

図27は、(a)は棒状部材の棒状部材側支柱用固定部にレール固定部を使用した時に用いられるレール係止部、(b)はレール係止部、(c)は丸凹型係止部を併せて使用と支柱との接続具を表した概略図である。
棒状部材に棒状部材側支柱用固定部(9)に斜設機能の一つとなる凹凸いずれかのレールを用いた棒状部材側支柱用レール固定部(9f)と、支柱との連結方法を図示している。
図27(a)は、棒状部材の棒状部材側支柱用固定部を、図22(c)の斜設機能の一つともなる棒状部材側支柱用長方凹複固定部(9g)の複数の楕円形の支柱用固定部の間となる境目を無くしレール状にしたものである。
棒状部材に用いられる凹状レール、もしくは凸状レールは、長さは母体となる棒状部材の全長と略同じ、もしくは短く、あくまでも一例であるが、横幅略10mm〜略40mm前後である凹状レール、もしくは凸状レールが望ましい。
運動用ライン係止ユニット(2)の棒状部材に棒状部材側支柱用レール固定部(9f)が用いられる場合、支柱側の支柱側棒状部材固定部(13)となる高さ調整固定部(14)に取り付けられる時、棒状部材側の棒状部材側支柱用レール固定部(9f)を有する側面の角度が、支柱側の固定部分を有する側面の角度とが、共に等しく略平行になるよう固定する。凹状レールもしくは凸状レールは棒状部材の表面部に設けられる。
なお、運動用ライン係止システムに備えられるレール固定部及びレール係止部のレール表面部分は棒状部材の側面表面部より突出せず表面部より内に設けられる場合もある。
支柱を取り付ける為、棒状部材側支柱用レール固定部(9f)を用いた場合、同じ側、もしくは同じ面に、運動用ラインを係止する為のネジ穴もしくは貫通孔となる丸凹型係止部(6a)を設けることは困難とも考えられる。
そこで、同じ側もしくは同じ面に係止部と、支柱を固定する部を設ける場合は、共有のレールとして、棒状部材側支柱用レール固定部(9f)と固定側凹型レール係止部(6b)もしくは固定側凸型レール係止部(6c)と同じサイズとし、運動用ラインも支柱に取り付け可能となるようにするのが望ましい。高さ調整レール固定部(14c)も全て同サイズとすることも望ましい。
図27(b)は、棒状部材の正面および背面が、共有のレールとして、棒状部材側支柱用レール固定部(9f)と固定側凹型レール係止部(6b)となった時、上面と下面に、係止部となる、ネジ穴もしくは貫通口の凹係止部(Aa)を設けたものである。
運動用ラインの重量や負荷を考慮した場合、取り付けに貫通孔が適している場合もある。その場合は、(b)のように垂直断面が四角型の棒状部材(3c)、もしくは円筒型(3a)、八角形型(3f)の棒状部材等、正面背後と上下にレールや貫通孔が設けることが可能な面を有する棒状部材とし、正面と背後には支柱用レール固定部とレール係止部が同サイズの棒状部材側支柱用レール固定部(9f)もしくはレール係止部を設け、上面と下面に略垂直に設けられた丸凹型係止部(6a)を設けることも考えられる。
凹型レールの場合であるが、溝となる部分の幅を広く取り、その溝の中に反対面に向けて略垂直もしくは水平に開けられた丸凹型係止部(6a)を設けることも考えられる。
図27(c)は、棒状部材側支柱用レール固定部(9f)と高さ調整レール固定部(14c)と直接、連結可能のスライドボルト(17m)と、支柱の高さ調整丸凹複固定部(14a)に貫通可能の、高さ調整スライドボルトロング(17n)である。
スライドボルト(17m)を使用する場合は、固定する為のレールストッパー(7e)が必要となる。また、高さ調整スライドボルトロング(17n)を支柱の丸凹の貫通孔で蝶ネジを使用し固定した場合、棒状部材は左右だけの移動変化のみとなり、上下動は伴わない為、高さ調整スライドボルトロングの使用はこれ以降本文より省略する。スライドボルト(17m)においても固定する為には、レールストッパーを高さ調整レール固定部(14c)に一つ、そして棒状部材側支柱用レール固定部(9f)にはボルトの左右に2つの計3つが必要になると思われる。スライドボルトの使用は、これ以降本文より省略する。
棒状部材側支柱用レール固定部(9f)はレールストッパー機能を備えたスライドレールとすることが望ましい。
2つのレールから成るスライドレールは、第1のレール及び第2のレールのいずれか一方の棒状部材に設けられたレールを棒状部材側支柱用レール固定部(9f)とし、他方の左右に移動可能のレールを棒状部材側支柱用スライド部(17d)とする。
In FIG. 27, (a) is a rail locking portion used when a rail fixing portion is used for the rod-shaped member side strut fixing portion of the rod-shaped member, (b) is a rail locking portion, and (c) is a round concave locking. It is the schematic which showed the use together with the part and the connection tool with a support.
The method of connecting the rod-shaped member side strut rail fixing portion (9f) and the strut is illustrated by using any of the uneven rails that is one of the oblique functions on the rod-shaped member side strut fixing portion (9). ing.
27 (a) shows a plurality of rectangular member side strut fixing portions (9 g) for the rod-shaped member side strut, which is also one of the oblique functions of FIG. 22 (c). It is a rail shape with no boundary between the elliptical support fixing parts.
The concave rail or convex rail used for the rod-shaped member has a length substantially the same as or shorter than the total length of the rod-shaped member as the base, and is just an example. Convex rails are desirable.
When the rail fixing portion (9f) for the rod-shaped member side strut is used for the rod-shaped member of the exercise line locking unit (2), the height adjusting fixing portion (14) becomes the strut-side rod-shaped member fixing portion (13) on the strut side. ), The angle of the side surface having the rail fixing portion (9f) for the rod-shaped member side strut on the rod-shaped member side is fixed so as to be substantially parallel to the angle of the side surface having the fixing portion on the strut side. .. The concave rail or the convex rail is provided on the surface portion of the rod-shaped member.
The rail fixing portion and the rail surface portion of the rail locking portion provided in the exercise line locking system may not protrude from the side surface surface portion of the rod-shaped member and may be provided inside the surface portion.
When the rail fixing part (9f) for the rod-shaped member side support is used to attach the support, a round concave locking part that becomes a screw hole or a through hole for locking the exercise line on the same side or the same surface. It may be difficult to provide (6a).
Therefore, when a locking portion and a portion for fixing the support column are provided on the same side or the same surface, the rail fixing portion (9f) for the rod-shaped member side support column and the fixed side concave rail locking portion (6b) are provided as shared rails. Alternatively, it is desirable that the size is the same as that of the fixed side convex rail locking portion (6c) so that the exercise line can also be attached to the support column. It is also desirable that all the height adjusting rail fixing portions (14c) have the same size.
FIG. 27 (b) shows the upper surface and the lower surface when the front surface and the back surface of the rod-shaped member serve as a shared rail as a rail fixing portion (9f) for the rod-shaped member side support and a fixed side concave rail locking portion (6b). Is provided with a concave locking portion (Aa) of a screw hole or a through hole, which serves as a locking portion.
Considering the weight and load of the exercise line, through holes may be suitable for mounting. In that case, a rod-shaped member (3c) having a square vertical cross section as shown in (b), or a rod-shaped member having a cylindrical shape (3a) or an octagonal shape (3f), etc. A rod-shaped member having a surface that can be provided is provided, and a rail fixing portion (9f) or a rail locking portion for a rod-shaped member side strut having the same size as the rail fixing portion for the strut and the rail locking portion is provided on the front surface and the back. It is also conceivable to provide a round concave locking portion (6a) provided substantially perpendicularly to the upper surface and the lower surface.
In the case of a concave rail, it is also conceivable to widen the width of the grooved portion and provide a round concave locking portion (6a) in the groove which is opened substantially vertically or horizontally toward the opposite surface. ..
FIG. 27 (c) shows a slide bolt (17 m) that can be directly connected to the rail fixing portion (9f) for the rod-shaped member side strut and the height adjusting rail fixing portion (14c), and the height adjusting round concave double fixing of the strut. A height-adjustable slide bolt long (17n) that can penetrate the portion (14a).
When using a slide bolt (17 m), a rail stopper (7e) for fixing is required. In addition, when the height adjustment slide bolt long (17n) is fixed by using a thumbscrew in the round concave through hole of the support, the rod-shaped member only changes its movement to the left and right, and does not move up and down, so the height is adjusted. The use of slide bolt long will be omitted from the text below. In order to fix the slide bolt (17m) as well, one rail stopper is attached to the height adjustment rail fixing part (14c), and the rail fixing part (9f) for the rod-shaped member side support has two totals on the left and right sides of the bolt. It seems that three will be needed. The use of slide bolts will be omitted from the text below.
It is desirable that the rail fixing portion (9f) for the rod-shaped member side support is a slide rail having a rail stopper function.
In the slide rail composed of two rails, the rail provided on one of the rod-shaped members of the first rail and the second rail is used as the rail fixing portion (9f) for the rod-shaped member side support, and the slide rail can be moved to the left and right of the other. The rail of the above is used as a slide portion (17d) for the support column on the rod-shaped member side.

図28は、棒状部材側支柱用レール固定部(9f)に係合する棒状部材側支柱用スライド部(17d)と、支柱の高さ調整固定部(14)と連結の実施形態を表わす概略図であって(a)は、上下・左右直角スライド部(17f)、(b)は上下・左右スライドレール回動固定具(17h)である。
棒状部材側支柱用スライド部(17d)は、支柱側となる高さ調整固定部(14)に間接的に固定される。
ネジ穴、貫通孔となる高さ調整丸凹複固定部(14a)に、ボルト等による固定も考えられるが、この場合、直立する2本以上の支柱を左右に棒状部材が移動するのみなので、今後は高さ調整丸凹複固定部(14a)と棒状部材側支柱用スライド部(17d)のみの固定は省略する。
高さ調整レール固定部(14c)に係合する高さ調整スライド部(17b)にボルト等により固定することにより、支柱の高さ調整レール固定部(14c)を棒状部材が上下し、この高さ調整スライド部(17b)と棒状部材側支柱用スライド部(17d)が合体することで、棒状部材の上下・左右へのスライドも可能となる。
この合体が棒状部材と支柱が略直角に完全固定された上下・左右直角スライド部(17f)(図28a)と棒状部材と支柱が旋回可能なように軸止めされた上下・左右直角スライド部(17f)(図28b)である。
レールの片側もしくは両端は、開口部は別レール等の受け入れ口として開けられる。受け入れ口は着脱可能のキャップで塞がれる場合もある。レール形状は直線のみではなく波線、連続する上下斜線も考えられる。
レール上面は直線でない場合もある。長さも母体となる棒状部材より長い場合もある。
2つのレールからから成る棒状部材側支柱用レール固定部(9f)は、第1のレール及び第2のレールのいずれか一方で棒状部材側に固定されたレールを棒状部材側支柱用レール固定部(9f)とし、他方の左右に移動するレールを棒状部材側支柱用スライド部(17d)となり、この1体の棒状部材側支柱用スライド部(17d)が、支柱側棒状部材固定部(13)もしくは支柱側のレール用スライド部(17)と連結する構造である。
FIG. 28 is a schematic view showing an embodiment in which a slide portion (17d) for a rod-shaped member side strut that engages with a rail fixing portion (9f) for a rod-shaped member side strut and a height adjusting fixing portion (14) for the strut are connected. (A) is a vertical / horizontal right-angled slide portion (17f), and (b) is a vertical / horizontal slide rail rotation fixture (17h).
The slide portion (17d) for the rod-shaped member side strut is indirectly fixed to the height adjusting fixing portion (14) on the strut side.
It is also possible to fix it with bolts or the like to the height-adjusting round concave double fixing part (14a) that becomes a screw hole or a through hole, but in this case, since the rod-shaped member only moves to the left and right of two or more upright columns. In the future, fixing only the height-adjusting round concave double fixing portion (14a) and the rod-shaped member side support slide portion (17d) will be omitted.
By fixing to the height adjustment slide part (17b) that engages with the height adjustment rail fixing part (14c) with bolts or the like, the rod-shaped member moves up and down the height adjusting rail fixing part (14c) of the column, and this height is reached. By combining the adjustment slide portion (17b) and the rod-shaped member side support slide portion (17d), the rod-shaped member can be slid up and down and left and right.
This combination is a vertical / horizontal right-angled slide part (17f) (Fig. 28a) in which the rod-shaped member and the support are completely fixed at a substantially right angle, and a vertical / left-right right-angled slide part (17f) (FIG. 28a) in which the rod-shaped member and the support are pivotally fixed so as to be swivel. 17f) (Fig. 28b).
The opening on one side or both ends of the rail can be opened as a receiving port for another rail or the like. The receiving port may be closed with a removable cap. The rail shape can be not only a straight line but also a wavy line and a continuous vertical diagonal line.
The upper surface of the rail may not be straight. The length may also be longer than the rod-shaped member that is the base.
The rod-shaped member side strut rail fixing portion (9f) composed of two rails is a rail fixing portion for the rod-shaped member side strut, which is a rail fixed to the rod-shaped member side on either one of the first rail and the second rail. (9f), the other rail that moves to the left and right is the rod-shaped member side strut slide portion (17d), and this one rod-shaped member side strut slide portion (17d) is the strut side rod-shaped member fixing portion (13). Alternatively, the structure is such that it is connected to the rail slide portion (17) on the support column side.

図28(a)は、棒状部材側支柱用スライド部(17d)の中央部と高さ調整スライド部(17b)の中央部が略直角に交差し完全固定された溶接点(17p)であり、上下・左右直角スライド部(17f)である。棒状部材側支柱用スライド部(17d)部分を棒状部材側支柱用レール固定部(9f)の両端に設けてある開口部より差し込み、もう一方の高さ幅調整スライド部(17b)、支柱の高さ調整レール固定部(14c)の上端に設けられた開口部より差し込むことで、支柱と棒状部材を連結する。
これを棒状部材の両端に連結し、レールストッパーで固定することで、棒状部材が常に略水平に高さ調整可能で、支柱が垂直状態で棒状部材の棒状部材側支柱用レール固定部(9f)の間を平行に移動可能となる運動用ライン係止ユニットとなる。
なお、2箇所にレールストッパー機能を有するロック式上下・左右直角スライド部(17g)を使用するのが望ましい。
図28(b)は、棒状部材側支柱用スライド部(17d)の中央部と高さ調整スライド部(17b)の中央部が略直角に交差し固定された上下・左右直角スライド部(17f)の固定された部分を、回動する固定具支点(17l)によって旋回可能に軸止した上下・左右回動スライド部(17h)である。
軸止された部分が旋回することで、接続された棒状部材と支柱の角度変化を伴う斜設が可能となり、斜設機能となる。
棒状部材側支柱用スライド部(17d)を棒状部材側支柱用レール固定部(9f)の両端に設けてある開口部より差し込み、もう一方の高さ調整スライド部(17b)を、支柱の高さ調整レール固定部(14c)の上端に設けられた開口部より差し込むことで、支柱と棒状部材を連結する。
これを棒状部材の両端に連結し、レールストッパーで固定することで、棒状部材が水平、斜設と共に高さ調整可能となり、支柱が直立状態で棒状部材の棒状部材側支柱用レール固定部(9f)の間を平行に移動可能となる運動用ライン係止ユニットとなる。棒状部材および支柱も同様の形態で2本以上連結することが可能となる。
なお、2箇所にレールストッパー機能を有するロック式上下・左右回動スライド部(17i)を使用するのが望ましい。
棒状部材に設けた棒状部材側支柱用レール固定部(9f)と、固定側凹型レール係止部(6b)の幅、深さ、長さ、形状を全て同一とし、2箇所以上設けることで、支柱への接続固定と、ラインの係止の利便性が向上すると考えられる。
FIG. 28A shows a welding point (17p) in which the central portion of the rod-shaped member side support slide portion (17d) and the central portion of the height adjusting slide portion (17b) intersect at a substantially right angle and are completely fixed. It is a vertical / horizontal right-angled slide portion (17f). Insert the slide part (17d) for the rod-shaped member side support through the openings provided at both ends of the rail fixing part (9f) for the rod-shaped member side support, and insert the other height width adjustment slide part (17b) and the height of the support. By inserting through the opening provided at the upper end of the slide adjustment rail fixing portion (14c), the support column and the rod-shaped member are connected.
By connecting this to both ends of the rod-shaped member and fixing it with a rail stopper, the height of the rod-shaped member can always be adjusted substantially horizontally, and the rail fixing portion (9f) for the rod-shaped member side support column of the rod-shaped member is in a vertical state. It is an exercise line locking unit that can move in parallel between the two.
It is desirable to use a lock-type vertical / horizontal right-angled slide portion (17 g) having a rail stopper function at two locations.
FIG. 28B shows a vertical / horizontal right-angled slide portion (17f) in which the central portion of the rod-shaped member side support slide portion (17d) and the central portion of the height adjusting slide portion (17b) intersect and are fixed at substantially right angles. It is a vertical / horizontal rotating slide portion (17h) in which the fixed portion of the above is rotatably stopped by a rotating fixture fulcrum (17l).
By turning the shaft-stopped portion, it becomes possible to perform oblique installation with a change in the angle between the connected rod-shaped member and the support column, which serves as an oblique installation function.
Insert the slide part (17d) for the rod-shaped member side support through the openings provided at both ends of the rail fixing part (9f) for the rod-shaped member side support, and insert the other height adjustment slide part (17b) into the height of the support. By inserting through the opening provided at the upper end of the adjustment rail fixing portion (14c), the support column and the rod-shaped member are connected.
By connecting this to both ends of the rod-shaped member and fixing it with a rail stopper, the height of the rod-shaped member can be adjusted horizontally and diagonally, and the rail fixing portion (9f) for the rod-shaped member side support column of the rod-shaped member is in an upright state. ) Is an exercise line locking unit that can move in parallel. Two or more rod-shaped members and columns can be connected in the same manner.
It is desirable to use a lock type vertical / horizontal rotation slide portion (17i) having a rail stopper function at two locations.
The width, depth, length, and shape of the rail fixing portion (9f) for the rod-shaped member side strut and the fixed side concave rail locking portion (6b) provided on the rod-shaped member are all the same, and two or more locations are provided. It is considered that the convenience of connecting and fixing to the support and locking the line will be improved.

図29は、高さ調整レール固定部(14c)を有する2本の支柱を共に、高さ調整レール固定部を、運動用ライン係止ユニットの正面もしくは背面に向けた状態で、棒状部材側支柱用レール固定部(9f)を有する2本の棒状部材を支柱の正面側もしくは背面側と交差させ、水平、斜角を含む様々な角度で取り付けられた棒状部材支柱交差型ユニット(2b)の概略図である。
棒状部材の高さ調整レール固定部(14c)と棒状部材側支柱用レール固定部(9f)を、ロック式上下・左右回動スライド部(17i)で接続する事により斜設機能が生じ、左右の2本以上の支柱に対して、取り付け角度が共に異なり、支柱間の取り付ける長さが共に異なってくる2本以上の棒状部材であっても、接続、固定することが可能となっている。
上下に設けられた棒状部材(3、もしくは3h)は、共に接触しない範囲で、様々な角度で固定可能となる。3本以上の棒状部材(3、もしくは3h)も取り付け可能である。
FIG. 29 shows a rod-shaped member side strut with two columns having a height adjusting rail fixing portion (14c) and the height adjusting rail fixing portion facing the front or the back of the exercise line locking unit. Outline of a rod-shaped member strut crossing type unit (2b) in which two rod-shaped members having a rail fixing portion (9f) are crossed with the front side or the back side of the strut and attached at various angles including horizontal and oblique angles. It is a figure.
By connecting the height adjustment rail fixing part (14c) of the rod-shaped member and the rail fixing part (9f) for the rod-shaped member side support with the lock type up / down / left / right rotating slide part (17i), the oblique function is generated and left / right. It is possible to connect and fix even two or more rod-shaped members having different mounting angles and different mounting lengths between the two or more columns.
The rod-shaped members (3 or 3h) provided on the upper and lower sides can be fixed at various angles as long as they do not come into contact with each other. Three or more rod-shaped members (3 or 3h) can also be attached.

図30は、請求項9に記載の、個別に形成された棒状部材と支柱とは着脱可能に固定されており、それぞれを分離し個別でも使用可能となった運動用ライン係止システムの実施形態を表わす図であって、(a)は個別でも使用可能となった共通棒状部材の斜視図、(b)は個別でも使用可能となった共通支柱の斜視図、(c)は個別でも使用可能となった共通棒状部材と共通支柱により構成された第2運動用ライン係止ユニットの斜視図である。
着脱可能に固定され、それぞれ個別に形成され、分離し個別でも使用可能である棒状部材を共通棒状部材(3h)とし、着脱可能に固定され、それぞれを分離し個別でも使用可能である支柱を共通支柱(10g)とする。
図30(a)は、分離し個別でも使用可能となった棒状部材の共通棒状部材(3h)の全体の1例図である。この図に限ったものではない。
それぞれの棒状部材の形状や長さ、係止部体を含む係止部の形状の異なる共通棒状部材(3h)が、それぞれ目的に応じて、新たなユニットの構成の為、ユニットに新たな棒状部材の追加、固定を行い新たな運動用ラインの固定、ユニットの補強等を行う為に、個別でも使用可能になっている。
共通棒状部材(3h)、の全長は、略100センチ以上有することが望ましく、それぞれの競技用途に合わせて全長を変更できるよう、1例ではあるが、100cm、150cm、200cm、300cm等と競技の内容に応じて用意するのが良い。また、材質も用途に合わせ、軽金属もしくは強化合成樹脂製の軽量なもの、丈夫さを優先し金属製と様々な種類が必要となる。
分離し個別でも使用可能となった共通棒状部材(3h)には、延長固定型棒状部材(4)も含まれる。
それぞれの共通棒状部材(3h)は、丸凹のネジ穴、レールのサイズが共通の丸凹型係止部(6a)、丸凹型係止部体(6f)もしくは凹型、凸型の固定側レール係止部(6b、6c)、レール係止部体(6g)、強化係止部体(6h)を備えている。
共通棒状部材(3h)の形状は図3に図示された円筒形棒状部材(3a)〜湾曲棒状部材(3j)等の形状がある。
ステンレス、アルミ金属等の材質の鋼管材で形成され、トラス構造を用いたシステムトラス部材を使用し立体的に組んだシステムトラス棒状部材(3k)構造で、図示された垂直に固定された、もしくは水平に固定された係止部(6)を有する共通棒状部材(3h)もある。システムトラス部材を三角形、四角形等の立体に組む事も可能である。
係止部の形状は、図4に図示された丸凹型係止部(6a)、固定側凹型レール係止部(6b)、固定側凸型レール係止部(6c)もしく丸凹型係止部、凸型の係止体等がある。図示はしないが棒状部材を略全周覆うような長さ略5〜10cm前後の管鋼材に丸凹もしくは丸凸型の係止部とネジ等で棒状部材に固定可能の丸凹を備えた棒状部材をスライド可能の支柱側筒型スライド係止部(12c)のような筒型スライド係止部もある。
共通棒状部材(3h)、棒状部材体及び係止部体は、それぞれ目的に応じて、新たなユニットの構成の為、ユニットの補強等を行う為に、他、支柱用土台、設置面及び近接した直立面、設置面の上部の天井にも取り付け可能であり、ラインスポーツを行う事を目的として個別でも使用可能となっている。
棒状部材(3)が、着脱可能に固定され、支柱より分離され個別でも使用可能となった共通棒状部材(3h)には、棒状部材側支柱用固定部(9)として、棒状部材側支柱用丸凹単固定部(9a)、棒状部材側支柱用角凹単固定部(9b)、又は斜設機能となる棒状部材側支柱用丸凹複固定部(9c)、棒状部材側支柱用レール固定部(9f)、もしくは棒状部材側支柱用長方凹複固定部(9g)のいずれかが少なくとも1箇以上所設けられる。それぞれは、係止部(6)と共有可能の共通サイズとなることが望ましい。
なお、図示はしないが、棒状部材(3)、共通棒状部材(3h)の側面が円形であり、その湾曲部分に棒状部材側支柱用固定部(9)を設ける場合、棒状部材側支柱用固定部(9)が設けられる部分を平面に削る、もしくは側面より突出するよう平面部を設け、その平面部分の略中心近傍に棒状部材側支柱用固定部を設けてもよい。平面は直線状に連なるようなったもの。もしくは連なっていないものとある。
図30(b)は、分離し個別でも使用可能となった共通支柱(10g)の全体の1例図である。この図に限ったものではない。
共通支柱(10g)の全長は、略100センチ以上有することが望ましく、それぞれの競技用途に合わせて全長を変更できるよう、1例ではあるが、50cm、100cm、150cm、200cm等と用意するのが良い。また、材質も用途に合わせ、軽金属もしくは強化合成樹脂製の軽量なもの、丈夫さを優先し金属製と様々な種類が必要となる。
それぞれの支柱の形状や長さ、高さ調整固定部体を含む高さ調整固定部の形状の異なる共通支柱(10g)は、それぞれ目的に応じて、新たなユニットの構成の為、ユニットの補強等を行う為に、他、設置面及び近接した直立面にも取り付け可能であり、ラインスポーツを行う事を目的として個別でも使用可能となっている。
高さ調整固定部の形状は、図15に図示された形状となる。支柱の形状は図5に図示されている円筒型支柱(10a)〜脚立型支柱(10d)等様々な形状、サイズが考えられる。
ステンレス、アルミ金属等の材質の鋼管材で形成され、トラス構造を用いたシステムトラス部材を立体的に組んだものからなるシステムトラス支柱(10h)に、高さ調整固定部を有する共通支柱(10g)もある。高さ調整丸凹複固定部と上下に移動可能の支柱側筒型スライド係止部の組み合わせも可能である。
ユニットの2本以上のシステムトラス部材からなる支柱同士を上端付近で、ボルト、他ボールジョイント、専用ジョイント部材等を用いて架橋するようシステムトラス部材からなる共通棒状部材で連結してもよい。
全ての個別に使用可能の共通支柱(10g)は、側面には、設置面に棒状部材の底面が略接した状態の高さから、支柱(10)の略上端まで複数箇所で棒状部材(3)が固定可能となるよう、上端部より垂直下に下部略10mm近傍まで垂直下に向けて、高さ調整固定部(14)が1箇所、1列以上設けられている。高さ調整固定部(14)は共通支柱(10g)とサイズ、間隔共略同じ、高さ調整丸凹複固定部(14a)、又は高さ調整レール固定部(14c)を有し、棒状部材が、支柱側棒状部材固定部用固定具(16)、又はレール用スライド部(17)で固定可能となっている。支柱用土台(19)も取り付け可能の共通ネジ穴(8h)を設ける。
図20に図示された高さ調整固定部体(15)と分離可能の支柱もある。
支柱側係止部の支柱側丸凹型係止部(12a)、支柱側凹型レール係止部(12b)、凸型レールを有する共通支柱(10g)もある。
図30(c)は、個別でも使用可能となった共通棒状部材(3h)と共通支柱(10g)によって第2運動用ライン係止ユニット(2c)が組まれた構成された図である。
棒状部材支柱挟み込み型ユニット(2a)、棒状部材支柱交差型ユニット(2b)共に共通棒状部材(3h)と共通支柱(10g)によって組まれた構成することが可能であり、第2運動用ライン係止ユニット(2c)となる。構成されるユニットの数は限られていない。
第2運動用ライン係止ユニット(2c)は、配置された運動用ライン係止システムに、3つ目以上となる運動用ライン係止ユニットとして、組み合わせて使用可能となる。
図30(c−1)は、2本の共通棒状部材(3h)と2本の共通支柱(10g)によって棒状部材支柱交差型ユニット型の第2運動用ライン係止ユニット(2c)が組まれ構成されたものである。
図30(c−2)は、1本の共通棒状部材(3h)と2本の共通支柱(10g)によって棒状部材支柱交差型ユニット型の第2運動用ライン係止ユニット(2c)が組まれ構成されたものである。このように共通棒状部材は1本以上で組むことができる。またロック式上下・左右回動スライド部(17i)でレール型係止部を有する棒状部材とレール型高さ調整固定部を有する支柱を固定すると、支柱を折りたたむように支柱と棒状部材を一直線にして固定することも可能となる。設置面上に置くように配置し使用すると、折りたたまれた支柱と棒状部材の自重と摩擦抵抗により土台の機能も備えるようになる。設置面と接する部分にクッション材を取り付けることで、高さ略0cmで配設されたラインスポーツ使用時ではズレが生じる事も軽減されると考えられる。
ラダートレーニング用の市販されている梯子状スポーツ器具を体育館等の床面に敷いて行う場合、使用中に梯子状スポーツ器具がズレて移動してしまう為、粘着テープ等で床面に梯子状スポーツ器具を張り付けてズレを防止し使用しているが、この折りたたまれ床面に配置された2つの運動用ライン係止ユニット間に梯子状スポーツ器具、もしくは、ラインスポーツ用の梯子型ベルトライン(21g)を、引張力を備えた、いわゆるピンと張った状態で、係合するバックル式ベルト型係止部接続具(8g)を用いて配設可能となることにより、ズレが防止できると同時に、粘着テープ等を床面に張り付ける手間と床面や梯子状スポーツ器具に粘着剤等の汚れの付着を防止することも可能となる。仮にズレてしまった場合でも、ユニットを動かしピンと張った状態に簡単に戻す事ができる。
また、折りたたんだ棒状部材と支柱をベルト等で固定することで持ち運び易くなると共に、車等での運搬にもコンパクトに荷台に積むこともできるようになり便利である。
図30(c−3)は、2本の共通棒状部材(3h)と2本の共通支柱(10g)によって棒状部材支柱挟み込み型ユニット型の第2運動用ライン係止ユニット(2c)が組まれ構成されたものである。
なお、各図面において土台の図示は省略している図もある。
FIG. 30 shows an embodiment of an exercise line locking system according to claim 9, wherein the individually formed rod-shaped members and the columns are detachably fixed and separated from each other so that they can be used individually. (A) is a perspective view of a common rod-shaped member that can be used individually, (b) is a perspective view of a common strut that can be used individually, and (c) can be used individually. It is a perspective view of the 2nd movement line locking unit composed of a common rod-shaped member and a common strut.
A rod-shaped member that is detachably fixed, individually formed, and can be separated and used individually is used as a common rod-shaped member (3h), and a support that is detachably fixed and can be separated and used individually is common. It is a support (10 g).
FIG. 30A is an example diagram of the entire common rod-shaped member (3h) of the rod-shaped member that can be separated and used individually. It is not limited to this figure.
A common rod-shaped member (3h) having a different shape and length of each rod-shaped member and a shape of the locking portion including the locking portion is formed into a new unit according to the purpose, so that the unit has a new rod shape. It can also be used individually to add and fix members, fix new exercise lines, and reinforce the unit.
It is desirable that the total length of the common rod-shaped member (3h) is approximately 100 cm or more, and the total length can be changed according to each competition application. It is better to prepare according to the contents. In addition, various types of materials are required, such as light metal or reinforced synthetic resin, which is lightweight, and metal, which gives priority to durability, depending on the application.
The common rod-shaped member (3h) that can be separated and used individually includes an extension fixed type rod-shaped member (4).
Each common rod-shaped member (3h) has a round concave screw hole, a round concave locking portion (6a) having a common rail size, a round concave locking portion (6f), or a concave or convex fixed side rail engagement. It is provided with a stop portion (6b, 6c), a rail locking portion (6g), and a reinforced locking portion (6h).
The shape of the common rod-shaped member (3h) includes the shapes of the cylindrical rod-shaped member (3a) to the curved rod-shaped member (3j) shown in FIG.
A system truss rod-shaped member (3k) structure formed of a steel pipe material such as stainless steel or aluminum metal and three-dimensionally assembled using a system truss member using a truss structure, which is vertically fixed or vertically fixed as shown in the figure. There is also a common rod-shaped member (3h) having a horizontally fixed locking portion (6). It is also possible to assemble the system truss member into a solid such as a triangle or a quadrangle.
The shape of the locking portion is as follows: the round concave locking portion (6a), the fixed side concave rail locking portion (6b), the fixed side convex rail locking portion (6c) or the round concave locking as shown in FIG. There are parts, convex locking bodies, etc. Although not shown, a rod-shaped steel material with a length of about 5 to 10 cm that covers the entire circumference of the rod-shaped member is provided with a round-concave or round-convex locking portion and a round-concave that can be fixed to the rod-shaped member with a screw or the like. There is also a tubular slide locking portion such as a column side tubular slide locking portion (12c) on which the member can slide.
The common rod-shaped member (3h), the rod-shaped member body, and the locking part are used to form a new unit according to the purpose, to reinforce the unit, and to provide a support base, an installation surface, and a proximity to each other. It can be attached to the upright surface and the ceiling above the installation surface, and can be used individually for the purpose of performing line sports.
The rod-shaped member (3) is detachably fixed and separated from the support column so that the common rod-shaped member (3h) can be used individually. Round concave single fixing part (9a), square concave single fixing part (9b) for rod-shaped member side support, or round concave double fixing part (9c) for rod-shaped member side support, rail fixing for rod-shaped member side support At least one portion (9f) or a rectangular concave double fixing portion (9 g) for a rod-shaped member side strut is provided. It is desirable that each has a common size that can be shared with the locking portion (6).
Although not shown, when the side surfaces of the rod-shaped member (3) and the common rod-shaped member (3h) are circular and the rod-shaped member side support fixing portion (9) is provided on the curved portion, the rod-shaped member side support support is fixed. The portion where the portion (9) is provided may be cut into a flat surface, or a flat surface portion may be provided so as to protrude from the side surface, and a fixing portion for a rod-shaped member side strut may be provided in the vicinity of substantially the center of the flat surface portion. The plane is a straight line. Or there are things that are not connected.
FIG. 30B is an example diagram of the entire common strut (10 g) that can be separated and used individually. It is not limited to this figure.
It is desirable that the total length of the common support (10 g) is approximately 100 cm or more, and although it is an example, 50 cm, 100 cm, 150 cm, 200 cm, etc. are prepared so that the total length can be changed according to each competition application. good. In addition, various types of materials are required, such as light metal or reinforced synthetic resin, which is lightweight, and metal, which gives priority to durability, depending on the application.
The common columns (10 g) with different shapes and lengths of each column and the shape of the height adjustment fixing part including the height adjustment fixing body are reinforced for the new unit configuration according to the purpose. In addition, it can be attached to the installation surface and an upright surface close to it, and can be used individually for the purpose of performing line sports.
The shape of the height adjustment fixing portion is the shape shown in FIG. As the shape of the support column, various shapes and sizes such as the cylindrical support column (10a) to the stepladder type support column (10d) shown in FIG. 5 can be considered.
A common support (10g) having a height adjustment fixing part on a system truss support (10h) made of steel pipe materials such as stainless steel and aluminum metal and three-dimensionally assembled system truss members using a truss structure. ) Is also available. It is also possible to combine a height-adjustable round concave double fixing portion and a column-side tubular slide locking portion that can be moved up and down.
The columns made up of two or more system truss members of the unit may be connected by a common rod-shaped member made of system truss members so as to be bridged by using bolts, other ball joints, a dedicated joint member, or the like near the upper end.
All the common columns (10 g) that can be used individually have rod-shaped members (3) on the side surface at a plurality of locations from the height at which the bottom surface of the rod-shaped member is substantially in contact with the installation surface to the substantially upper end of the column (10). ) Is vertically downward from the upper end portion and vertically downward to the vicinity of about 10 mm below the upper end portion, and one or more rows of height adjustment fixing portions (14) are provided. The height adjustment fixing portion (14) has a height adjusting round concave double fixing portion (14a) or a height adjusting rail fixing portion (14c) having substantially the same size and spacing as the common support column (10 g), and is a rod-shaped member. However, it can be fixed by the fixing tool (16) for the rod-shaped member fixing portion on the support column side or the slide portion (17) for the rail. A common screw hole (8h) to which a support base (19) can be attached is provided.
There is also a support column that can be separated from the height adjusting fixed body (15) shown in FIG.
There is also a strut-side round concave locking portion (12a), a strut-side concave rail locking portion (12b), and a common strut (10 g) having a strut-side locking portion.
FIG. 30 (c) is a diagram in which a second exercise line locking unit (2c) is assembled by a common rod-shaped member (3h) and a common strut (10 g) that can be used individually.
Both the rod-shaped member strut sandwiching type unit (2a) and the rod-shaped member strut crossing type unit (2b) can be configured by being assembled by a common rod-shaped member (3h) and a common strut (10 g). It becomes a stop unit (2c). The number of units configured is not limited.
The second exercise line locking unit (2c) can be used in combination with the arranged exercise line locking system as a third or more exercise line locking unit.
In FIG. 30 (c-1), a second exercise line locking unit (2c) of a rod-shaped member strut crossing type unit type is assembled by two common rod-shaped members (3h) and two common strut (10 g). It is composed.
In FIG. 30 (c-2), a rod-shaped member strut crossing type unit type second exercise line locking unit (2c) is assembled by one common rod-shaped member (3h) and two common strut (10 g). It is composed. In this way, one or more common rod-shaped members can be assembled. Further, when the rod-shaped member having the rail-type locking portion and the support column having the rail-type height adjustment fixing portion are fixed by the lock-type vertical / horizontal rotation slide portion (17i), the support column and the rod-shaped member are aligned so as to fold the support column. It is also possible to fix it. When placed and used so that it is placed on the installation surface, it also has the function of a base due to the weight and frictional resistance of the folded columns and rod-shaped members. By attaching a cushion material to the portion in contact with the installation surface, it is considered that the occurrence of misalignment when using the line sports arranged at a height of about 0 cm can be reduced.
When commercially available ladder-shaped sports equipment for rudder training is laid on the floor of a gymnasium, etc., the ladder-shaped sports equipment shifts and moves during use, so use adhesive tape or the like to perform ladder-shaped sports on the floor. The equipment is attached to prevent slippage, but a ladder-shaped sports equipment or a ladder-type belt line for line sports (21 g) is used between the two exercise line locking units placed on the folded floor. ) Can be arranged using a buckle-type belt-type locking part connector (8 g) that engages in a so-called taut state with tensile force, so that displacement can be prevented and at the same time adhesiveness can be prevented. It is also possible to prevent the trouble of attaching a tape or the like to the floor surface and the adhesion of dirt such as an adhesive to the floor surface or the ladder-shaped sports equipment. Even if it is misaligned, you can easily return it to a taut state by moving the unit.
Further, by fixing the folded rod-shaped member and the support column with a belt or the like, it becomes easy to carry, and it is also convenient for carrying by a car or the like because it can be compactly loaded on the loading platform.
In FIG. 30 (c-3), a second exercise line locking unit (2c) of a rod-shaped member support holding type unit type is assembled by two common rod-shaped members (3h) and two common columns (10 g). It is composed.
In some drawings, the base is not shown.

図31は、請求項10に記載の、運動用ライン係止ユニットは連結手段を用い、前記個別で使用可能の棒状部材、前記個別で使用可能の共通支柱(10g)又は運動用ライン係止ユニットを連結し拡張形成された各種形状の運動用ライン係止ユニットを表す概略図である。
水平方向である直線方向に連結された正面図もしくは背面図(a−1)及び上面図(a−2)、水平方向である直線方向に連結された斜視図(b−1)及び上面図(b−2)の実施形態を表わす図である。
水平方向とは、配置された運動用ライン係止ユニットよりの水平方向となり、一直線でも直角、鋭角、鈍角の全方向が含まれる。水平方向に直線もしくは斜角の角度を有する連結手段を用い連結される。
連結手段となる棒状部材連結手段(20)を用いて連結し、棒状部材連結手段(20)には、筒状体型連結具(20a)、コノ字型連結具(20b)、L字型筒状体連結具(20c)、二面L字型連結具(20d)、略6〜略10mmボルト付筒状体型連結具(20e)等がある。連結具を使用する手段の他、一例ではあるが、連結される棒状部材の端面に設けられた筒状体に、連結される異なる棒状部材の端面に設けられた前記筒状体の直径よりわずかに細い筒状体を差し込むことで連結する連結手段も考えられる。
運動用ライン係止ユニットは連結手段を用いることで、配置されている運動用ライン係止ユニットに前記個別で使用可能の棒状部材、前記個別で使用可能の共通支柱(10g)又は運動用ライン係止ユニットが水平方向に連結可能となる。
図31(a−1)は、運動用ライン係止ユニットに、個別で使用可能の棒状部材及び支柱もしくは第2運動用ライン係止ユニットを水平方向に一直線になるよう連結した実施形態を表わす正面図もしくは背面図で、金属や強化人工樹脂等で形成された連結手段となる棒状部材連結手段(20)である筒状体型連結具(20a)、コノ字型連結具(20b)等の棒状部材同士を一直線の直列に連結可能の連結手段により、略同型の運動用ライン係止ユニットもしくは、個別で使用可能の共通棒状部材(3h)と個別で使用可能の共通支柱(10g)を用いて構成された第2運動用ライン係止ユニット(2c)が水平方向に一直線上に連結され直列している。
筒状体型連結具(20a)には両端にそれぞれの棒状体の片側先端を差し込み、それぞれ共に設けられた少なくとも1箇所以上に設けられた共通ネジ穴(8h)を利用し共通ビス・ネジ(8i)で固定する。
同じく共通ネジ穴(8h)が設けられたコノ字型連結具(20b)は棒状体の端面を合わせ挟み込み固定。連結具の両端付近には、棒状部材の両端付近に設けられている直径略5〜略10mmのネジ式凹型係止部と同径の貫通孔が設けられており、ネジ等の固定具で連結する。
共通棒状部材(3h)は棒状部材(3)と断面の直径、形は略同じであることが望ましい。また、共通棒状部材(3h)は、運動用ライン係止ユニットの支柱および共通支柱(10g)にも連結手段を用い取り付け可能である。
少なくとも1本以上の共通棒状部材(3h)の両端近傍に、2本以上の共通支柱(10g)を支柱側棒状部材固定部用固定具(16)により取り付け固定することで第2運動用ライン係止ユニット(2c)を構成することが出来る。
第2運動用ライン係止ユニットは、棒状部材支柱挟み込み型ユニット(2a)、棒状部材支柱交差型ユニット(2b)共に構成することが可能である。
図示はしないが、棒状部材支柱挟み込み型ユニットにおいては、水平方向に一直線状に直列に連結する場合の連結手段は、筒状体型連結具(20a)、コノ字型連結具(20b)等を使用する手段ではなく、別の連結手段として棒状部材支柱挟み込み型ユニットに備えられた支柱(10)の外側、いわゆる棒状部材を挟み込む面の180度の逆側に、棒状部材を固定する為の、支柱側棒状部材固定部(13)もしくは高さ調整固定部(14)を設け、この固定部に共通棒状部材(3h)を固定する。
支柱にも、上端近傍及び下端近傍に貫通孔を設けることで、2本の支柱を張り合わせるように合わせ、貫通孔を重ねることで、ボルトネジを通し支柱同士を連結することも可能である。他、固定ベルト、自在クランプ型金具(18f)等でも支柱同士を合わせても固定可能である。
なお、連結される棒以上部材は水平方向への連結であり、共に高低差を有した水平方向の斜設連結も可能である。
第2運動用ライン係止ユニットの支柱にも、それぞれに安定性を高める為の土台を取り付けることが可能である。
図示はしないがシステムトラス部材からなる支柱と棒状部材を使用しボルト等で連結しても良い。
図31(a−2)は、運動用ライン係止ユニットに、個別で使用可能の共通棒状部材(3h)と個別で使用可能の共通支柱(10g)を用いて構成された第2運動用ライン係止ユニット(2c)が一直線上に直列に連結された上面図である。
図31(b−1)は、運動用ライン係止ユニットに、個別で使用可能の棒状部材及び支柱もしくは第2運動用ライン係止ユニットを水平方向、直角に連結した実施形態を表わす正面もしくは背面の斜視図であって、金属、軽金属製や強化人工樹脂製の連結手段となる棒状部材連結手段(20)である、直角連結可能のL字型筒状体連結具(20c)を用い、棒状部材同士を直角に、略同型の運動用ライン係止ユニット、もしくは第2運動用ライン係止ユニット(2c)を水平方向、直角に連結している。
水平方向の直角とは、対峙する運動用ライン係止ユニットの配置されている方向に向かう直角方向。もしくは、対峙する運動用ライン係止ユニットの配置されている方向の逆となる方向への直角方向とそれぞれの方向へ連結することが可能である。
図示はしないが、棒状部材支柱挟み込み型ユニットにおいては、水平方向、直角に連結する場合の連結手段は、L字型筒状体連結具(20c)を使用する手段ではなく、棒状部材支柱挟み込み型ユニットに備えられた支柱(10)の前面もしくは背面、いわゆる棒状部材を挟み込む面の90度の面に、棒状部材を固定する為の、支柱側棒状部材固定部(13)もしくは高さ調整固定部(14)を設ける。この固定部に共通棒状部材(3h)を固定する手段が連結手段となる。
それぞれの支柱の上部にも、支柱の上下に設けられた土台・上部連結兼用共通ボルト穴を用い、共通ボルト(8j)により共通支柱を連結することも可能である。連結部には外側からも補強部材を使用し補強するのが望ましい。
水平方向に連結可能の、運動用ライン係止ユニットもしくは第2運動用ライン係止ユニット(2c)及びの数は少なくとも1つ以上が連続して連結可能であり、上限数は設置面となるグラウンドや室内の広さ、運動用ラインの長さ等により異なるが上限は設けない。
図31(b−2)は、運動用ライン係止ユニットに、個別で使用可能の共通棒状部材(3h)と個別で使用可能の共通支柱(10g)を用いて構成された第2運動用ライン係止ユニット(2c)をL字型筒状体連結具(20c)により直角に連結された上面図である。なお、L字型筒状体連結具(20c)は直角に曲がる角度を有することにより、連結具に差し込まれる棒状部材が直角に連結されるが、この連結具の角度変化を異なる角度、90度とは異なる角度で、水平方向に固定することも可能である。一例ではあるが、45度の角度変化の有する連結具であれば、連結される棒状部材も水平方向に45度の角度変化を伴う連結が可能となる。
L字型筒状体連結具(20c)等の角度変化を行う連結具には、一定の角度からの角度変化が起こらないよう補強材により補強され、外力を受けても一定角が保てる連結具が望ましい。
In FIG. 31, the exercise line locking unit according to claim 10 uses a connecting means, and is the individually usable rod-shaped member, the individually usable common strut (10 g), or the exercise line locking unit. It is the schematic which shows the line locking unit for movement of various shapes formed by connecting.
A front view or a rear view (a-1) and a top view (a-2) connected in a straight line direction in the horizontal direction, and a perspective view (b-1) and a top view (b-1) and a top view (b-1) connected in a straight line direction in the horizontal direction. It is a figure which shows the embodiment of b-2).
The horizontal direction is the horizontal direction from the arranged exercise line locking unit, and includes all directions of a right angle, an acute angle, and an obtuse angle even if it is a straight line. They are connected using a connecting means having a straight line or an oblique angle in the horizontal direction.
The rod-shaped member connecting means (20) serving as the connecting means is used for connecting, and the rod-shaped member connecting means (20) includes a tubular body-shaped connecting tool (20a), a cono-shaped connecting tool (20b), and an L-shaped tubular shape. There are a body connecting tool (20c), a two-sided L-shaped connecting tool (20d), a cylindrical body connecting tool (20e) with a bolt of about 6 to about 10 mm, and the like. In addition to the means using the connecting tool, as an example, the diameter of the cylindrical body provided on the end face of the rod-shaped member to be connected is slightly smaller than the diameter of the tubular body provided on the end face of the different rod-shaped member to be connected. A connecting means for connecting by inserting a thin cylindrical body into the space is also conceivable.
By using a connecting means, the exercise line locking unit has a rod-shaped member that can be individually used, a common strut (10 g) that can be individually used, or an exercise line clerk in the exercise line locking unit that is arranged. The stop unit can be connected in the horizontal direction.
FIG. 31 (a-1) shows an embodiment in which a rod-shaped member and a support column or a second exercise line locking unit that can be individually used are connected to the exercise line locking unit so as to be aligned in the horizontal direction. In the figure or the rear view, a rod-shaped member such as a tubular body-shaped connecting tool (20a) and a horizontal connecting tool (20b), which is a rod-shaped member connecting means (20) formed of metal, a reinforced artificial resin, or the like. By connecting means that can connect each other in a straight line in series, it is configured by using a line locking unit for movement of substantially the same type, or a common rod-shaped member (3h) that can be used individually and a common strut (10 g) that can be used individually. The second movement line locking unit (2c) is connected in a straight line in the horizontal direction and is connected in series.
Insert one end of each rod-shaped body into the tubular body type connector (20a) at both ends, and use common screw holes (8h) provided at at least one location provided for each to use common screws and screws (8i). ) To fix it.
Similarly, the cono-shaped connector (20b) provided with the common screw hole (8h) is fixed by sandwiching the end faces of the rod-shaped bodies together. Near both ends of the connecting tool, through holes having the same diameter as the screw-type concave locking portion having a diameter of about 5 to about 10 mm provided near both ends of the rod-shaped member are provided, and are connected by a fixing tool such as a screw. do.
It is desirable that the common rod-shaped member (3h) has substantially the same cross-sectional diameter and shape as the rod-shaped member (3). Further, the common rod-shaped member (3h) can be attached to the support column of the exercise line locking unit and the common support column (10 g) by using the connecting means.
By attaching and fixing two or more common struts (10 g) near both ends of at least one or more common rod-shaped members (3h) with a supporter (16) for fixing a rod-shaped member on the stanchion side, a second exercise line clerk is engaged. A stop unit (2c) can be configured.
The second exercise line locking unit can be configured as both a rod-shaped member strut sandwiching type unit (2a) and a rod-shaped member strut crossing type unit (2b).
Although not shown, in the rod-shaped member support sandwich type unit, a cylindrical body type connecting tool (20a), a cono-shaped connecting tool (20b), etc. are used as the connecting means when connecting in series in a straight line in the horizontal direction. As another connecting means, a support column for fixing the rod-shaped member to the outside of the support column (10) provided in the rod-shaped member support support type unit, that is, 180 degrees opposite to the surface on which the rod-shaped member is sandwiched. A side rod-shaped member fixing portion (13) or a height adjusting fixing portion (14) is provided, and the common rod-shaped member (3h) is fixed to this fixing portion.
It is also possible to connect the columns through bolts and screws by providing through holes in the vicinity of the upper end and the vicinity of the lower end of the columns so that the two columns are stuck together and the through holes are overlapped. In addition, fixing belts, universal clamp type metal fittings (18f), etc. can also be fixed by aligning the columns.
It should be noted that the members above the rods to be connected are connected in the horizontal direction, and both can be diagonally connected in the horizontal direction having a height difference.
It is also possible to attach a base for enhancing stability to each of the columns of the second exercise line locking unit.
Although not shown, a support column made of a system truss member and a rod-shaped member may be used and connected with bolts or the like.
FIG. 31 (a-2) shows a second exercise line configured by using a common rod-shaped member (3h) that can be used individually and a common strut (10 g) that can be used individually in the exercise line locking unit. It is a top view which the locking unit (2c) is connected in series in a straight line.
FIG. 31 (b-1) shows a front or back surface showing an embodiment in which a rod-shaped member and a support column or a second exercise line locking unit that can be individually used are connected to the exercise line locking unit in a horizontal direction and at a right angle. This is a perspective view of the above, using an L-shaped tubular body connecting tool (20c) capable of right-angle connection, which is a rod-shaped member connecting means (20) serving as a connecting means made of metal, light metal, or reinforced artificial resin. The members are connected at right angles, and a substantially same type of exercise line locking unit or a second exercise line locking unit (2c) is connected at right angles in the horizontal direction.
The horizontal right angle is the direction perpendicular to the direction in which the opposing exercise line locking units are arranged. Alternatively, it is possible to connect in each direction with a direction perpendicular to the direction opposite to the direction in which the opposing exercise line locking units are arranged.
Although not shown, in the rod-shaped member support holding type unit, the connecting means for connecting horizontally and at right angles is not a means using an L-shaped cylindrical body connecting tool (20c), but a rod-shaped member support holding type. Supporter side rod-shaped member fixing portion (13) or height adjusting fixing portion for fixing the rod-shaped member to the front or back surface of the support column (10) provided in the unit, that is, a 90-degree surface of the surface sandwiching the so-called rod-shaped member. (14) is provided. The means for fixing the common rod-shaped member (3h) to the fixing portion is the connecting means.
It is also possible to connect the common columns with common bolts (8j) by using common bolt holes for both base and upper connection provided above and below the columns on the upper part of each column. It is desirable to use a reinforcing member from the outside to reinforce the connecting portion.
At least one or more of the exercise line locking units or the second exercise line locking units (2c) that can be connected in the horizontal direction can be continuously connected, and the upper limit is the ground that is the installation surface. There is no upper limit, although it depends on the size of the room, the length of the exercise line, etc.
FIG. 31 (b-2) shows a second exercise line configured by using a common rod-shaped member (3h) that can be used individually and a common strut (10 g) that can be used individually in the exercise line locking unit. It is a top view which connected the locking unit (2c) at a right angle by the L-shaped cylindrical body connecting tool (20c). Since the L-shaped tubular body connector (20c) has a right-angled bending angle, the rod-shaped members inserted into the connector are connected at a right angle, but the angle change of the connector is changed to a different angle, 90 degrees. It is also possible to fix it horizontally at a different angle from. As an example, if the connecting tool has an angle change of 45 degrees, the rod-shaped members to be connected can also be connected with an angle change of 45 degrees in the horizontal direction.
Connecting tools that change the angle, such as the L-shaped tubular body connecting tool (20c), are reinforced with a reinforcing material so that the angle does not change from a certain angle, and the connecting tool that can maintain a constant angle even when receiving an external force. Is desirable.

図32は、対面に配置された運動用ライン係止ユニットの略両端同士を、連結手段を用い、個別で使用可能の棒状部材及び支柱もしくは第2運動用ライン係止ユニットを対向に配置された運動用ライン係止ユニット方向の直角に連続して四角形となるように連結した運動用ライン係止システムの上面からの概略図であって、対面に配置された運動用ライン係止ユニットのそれぞれの両端に1個ずつ計4個、連結手段となる棒状部材連結手段(20)の連結時に内角が90度となるよう直角に曲がったL字型筒状体連結具(20c)もしくは二面L字型連結具(20d)をL字型となった片側の取り付け口を対向に配置された運動用ライン係止ユニット方向に向けて取り付け、個別で使用可能の棒状部材(3、3h)及び支柱(10、10g)もしくは、略同型の第2運動用ライン係止ユニット(2c)を前述のL字型となった棒状部材連結手段(20)の片側の取り付け口に連結することにより、四角形となるように連結されている。
対峙するよう配置されている対向の同サイズの運動用ライン係止ユニット方向に、柱材角L接合金物(20f)等の連結手段を用い略直角に1つ以上の第2運動用ライン係止ユニット又は共通棒状部材及び共通支柱を連結し、対向の運動用ライン係止ユニットに連結し、同じく前記対峙に配置されている運動用ライン係止ユニット同士の反対片端も、前記連結された第2運動用ライン係止ユニットが並列となるよう、直角に柱材角L接合金物(20f)等を使用し連結する事で、運動用ライン係止システムは、平面視で全ての内角が90度となる口の字型の四角形が形成される事となる。
それぞれの棒状部材、係止部体、および支柱が連結された、それぞれの内角部分には、柱材角L接合金物(20f)に備えられている補強部材による補強の他、トラス構造を伴う補強部材、トラス構造用補強材を内角に固定等による補強を設けるのが望ましい。
このように対峙するよう配置された運動用ライン係止ユニット(2)の、略両端同士を共通棒状部材、もしくは第2運動用ライン係止ユニット(2c)で四角型に連結することにより、対面することとなる共通棒状部材もしくは第2運動用ライン係止ユニットの係止部同士を介して運動用ラインが取り付け可能となり、複数の運動用ラインを四方の係止部よりクロスさせ格子状に配設することが可能となる。同時に棒状部材を上下に複数取り付けることで、四方から複数の高さでも運動用ラインを配設可能となる。
図示はしないが、棒状部材(3)が直線ではなく、平面視で正円形もしくは楕円形を分割した湾曲棒状部材(3j)の形状であれば、円形分割型の連結具により連結する事により平面視で丸型もしくは楕円型である円形が形成されることとなり、同様に運動用ライン係止システムのラインに掛かる引張力等の耐負荷の力が高まる。直線の棒状部材も組み合せる事で、連結した形状が直線を含む楕円形も考えられる。
運動用ラインにレーザー光等の光線を使用し、四方からレーザー光等の光線を発振した時、対面のみの場合よりも、あらゆる角度から反応可能となり、さらに複雑な競技者の動きにも対応可能な運動用ライン係止システムとなる。
また、運動用ライン係止ユニットの略両端同士を棒状部材もしくは第2運動用ライン係止ユニットで四角型となるように連結し、さらに上下に2重、3重となるよう上方、下方等にも同様に段を伴うように連結したユニットとした場合、図示は省略するが、棒状部材、支柱には各内角を伴う部分にトラス構造補強部材等による補強をすることで、ラインスポーツ使用時の運動用ラインの引張力等の耐抵抗力も向上し、更に大きな負荷の掛かるラインスポーツを行う事も可能となる。
In FIG. 32, substantially both ends of the exercise line locking units arranged facing each other are arranged so that rod-shaped members and columns or second exercise line locking units that can be used individually are opposed to each other by using a connecting means. It is a schematic view from the upper surface of the exercise line locking system connected so as to form a continuous square at right angles to the direction of the exercise line locking unit, and each of the exercise line locking units arranged facing each other. An L-shaped tubular body connector (20c) or a two-sided L-shape that is bent at a right angle so that the internal angle is 90 degrees when the rod-shaped member connecting means (20), which is the connecting means, is connected to a total of four, one at each end. A rod-shaped member (3, 3h) and a support column (3, 3h) and columns (3, 3h) that can be used individually by attaching the mold connector (20d) with the L-shaped attachment port on one side facing the direction of the exercise line locking unit arranged opposite to each other. 10, 10 g) or by connecting a second movement line locking unit (2c) of substantially the same type to the attachment port on one side of the above-mentioned L-shaped rod-shaped member connecting means (20), a square shape is formed. It is connected like this.
One or more second exercise line locks at a substantially right angle using a connecting means such as a pillar material angle L joint metal fitting (20f) in the direction of the opposite exercise line locking units of the same size arranged so as to face each other. The unit or the common rod-shaped member and the common strut are connected, connected to the opposite exercise line locking unit, and the opposite end of the exercise line locking units also arranged opposite to each other is also the connected second. By connecting the exercise line locking units at right angles using pillar material angle L joint hardware (20f) etc. so that the exercise line locking units are in parallel, the exercise line locking system has all internal angles of 90 degrees in plan view. A right-angled square will be formed.
Reinforcement with a truss structure in addition to reinforcement by the reinforcing member provided in the column member angle L joint metal fitting (20f) at each internal angle portion to which each rod-shaped member, the locking portion, and the column are connected. It is desirable to provide reinforcement by fixing members and truss structural reinforcements to the inner corners.
By connecting substantially both ends of the exercise line locking units (2) arranged to face each other in a square shape with a common rod-shaped member or a second exercise line locking unit (2c), they face each other. Exercise lines can be attached via the locking portions of the common rod-shaped member or the second exercise line locking unit, and multiple exercise lines are crossed from the four locking portions and arranged in a grid pattern. It will be possible to set up. By attaching a plurality of rod-shaped members vertically at the same time, it is possible to arrange exercise lines at a plurality of heights from all sides.
Although not shown, if the rod-shaped member (3) is not a straight line but has the shape of a curved rod-shaped member (3j) obtained by dividing a perfect circle or an ellipse in a plan view, the rod-shaped member (3) can be connected by a circular division type connector to form a flat surface. A circle that is visually round or elliptical is formed, and similarly, the load-bearing force such as the tensile force applied to the line of the exercise line locking system is increased. By combining straight rod-shaped members, it is conceivable that the connected shape is an ellipse including a straight line.
When a light beam such as a laser beam is used for the exercise line and a light beam such as a laser beam is oscillated from all sides, it is possible to react from all angles compared to the case of only facing each other, and it is possible to respond to more complicated movements of athletes. It becomes a line locking system for exercise.
Further, substantially both ends of the exercise line locking unit are connected to each other by a rod-shaped member or a second exercise line locking unit so as to form a square shape, and further vertically doubled or tripled upward, downward, etc. Similarly, when the unit is connected so as to have steps, although not shown, the rod-shaped members and the columns are reinforced with truss structure reinforcing members, etc. at the parts with each internal angle, so that when using line sports. The resistance resistance such as the tensile force of the exercise line is also improved, and it becomes possible to perform line sports in which a larger load is applied.

図33は、対峙するよう対面に配置された運動用ライン係止ユニット同士の両端に、直角の連結具によって共通棒状部材、共通支柱、第2運動用ライン係止ユニットを連結し、四角状に囲った運動用ライン係止ユニットの係止部に赤外線を含むレーザー発振装置(21k)と受振機もしくは反射板(21l)を固定しレーザー光運動用ライン(21j)を配設した運動用ライン係止システムの実施形態を表わす図であって、支柱の高さ調整固定部で棒状部材は上下に任意の高さで固定可能である。ベルトや紐、ゴム紐等で起こる、つまづきや引っかかりが無い為、安全性も高くなる。それぞれのレーザー発振装置と受振機もしくは反射板にスイッチ機能を設け、これらの赤外線やレーザーが遮られるとスイッチ機能が働き、様々な音や光による信号が出る機能を有した電子器具と併用可能の運動用ラインも考えられる。レーザー光運動用ライン(21j)以外でも、様々な音や光による信号が出る機能を有した電子器具の併用も可能である。
また、平面視、水平視共に口の字状に、四方に上下を含め複数の運動用ライン係止ユニットと棒状部材(3)とを立体的に囲む事により、2m以上の高さに略水平に共通棒状部材を天井面となるように設けるように架設し、設置面の上面にも棒状部材が固定可能となる。この架設された棒状部材にも斜め下方向を含む垂直下方に向けた運動用ライン(21)の配設が可能となる。
図33では、四方から固定された棒状部材は1段で図示しているが、この四方から固定された棒状部材の段数を2段以上とすることで、様々な部位に備えられた各係止部を介して様々な方向、角度から運動用ラインを配設可能となる効果も生じる。
In FIG. 33, a common rod-shaped member, a common strut, and a second exercise line locking unit are connected to both ends of the exercise line locking units arranged facing each other by a right-angled connecting tool to form a square shape. An exercise line clerk in which a laser oscillator (21k) containing infrared rays and a vibration receiver or a reflector (21l) are fixed to a locked portion of an enclosed exercise line locking unit and a laser light exercise line (21j) is arranged. It is a figure which shows the embodiment of the stop system, and the rod-shaped member can be fixed up and down at an arbitrary height by the height adjustment fixing part of a column. Safety is also improved because there is no tripping or catching that occurs with belts, strings, rubber strings, etc. Each laser oscillator and receiver or reflector are equipped with a switch function, and when these infrared rays or lasers are blocked, the switch function works and can be used in combination with electronic devices that have the function of outputting signals by various sounds and lights. Exercise lines are also conceivable. In addition to the laser light motion line (21j), it is also possible to use an electronic device having a function of outputting signals by various sounds and lights.
In addition, by three-dimensionally surrounding a plurality of exercise line locking units including the upper and lower sides and the rod-shaped member (3) in a mouth shape in both plan view and horizontal view, the height is substantially horizontal to a height of 2 m or more. A common rod-shaped member is erected so as to be a ceiling surface, and the rod-shaped member can be fixed to the upper surface of the installation surface. The erected rod-shaped member can also be provided with an exercise line (21) directed vertically downward including an obliquely downward direction.
In FIG. 33, the rod-shaped members fixed from the four sides are shown in one stage, but by setting the number of stages of the rod-shaped members fixed from the four sides to two or more, each locking provided in various parts is provided. There is also an effect that the exercise lines can be arranged from various directions and angles through the portions.

図34は、運動用ライン係止ユニットの棒状部材に、個別で使用可能の棒状部材もしくは第2運動用ライン係止ユニットの棒状部材を、連結手段を用い、直角方向に上下に交差させ、連結される状態を示す斜視図である。
棒状部材と棒状部材(3)が上下に略直角に交差する状態で連結された棒状部材であって、連結手段に共通ボルト(8j)を使用し、棒状部材と棒状部材に設けられた貫通孔となる6〜略10mm丸凹型係止部同士を交差し、共通ボルト固定ネジ、共通ナット(8k)等で固定すことも可能である。またボルト等の代わりに自在型クランプ型ユニット固定具(18d)を使用することもできる。
図示はしないが、棒状部材(3)の端面に設けられた棒状部材端面ボルト用穴(9e)と棒状部材(3)の側面に設けられた棒状部材側支柱用丸凹複固定部(9c)もしくは丸凹型係止部(6a)が、共に係合する共通ボルト(8j)もしくは係合する共通ビス・ネジ(8i)により直角に固定することも可能である。
対向に配置された運動用ライン係止ユニット同士の棒状部材の間に、もしくは対向に取り付け、固定された共通棒状部材(3h)同士の間に、共通棒状部材を橋渡しするように橋渡連結することも可能である。
ただしボルトのみでの固定は角度変化が生じる。この場合はトラス構造を伴う補強部材(20f)または棒状部材連結手段(20)として直角交差連結金具(20g)や直角交差クランプ金具を併用することが望ましい。
In FIG. 34, a rod-shaped member that can be used individually or a rod-shaped member of the second exercise line locking unit is vertically crossed and connected to the rod-shaped member of the exercise line locking unit by using a connecting means. It is a perspective view which shows the state which is done.
A rod-shaped member connected in a state where the rod-shaped member and the rod-shaped member (3) intersect at a substantially right angle in the vertical direction. It is also possible to cross the 6 to approximately 10 mm round concave locking portions and fix them with a common bolt fixing screw, a common nut (8k), or the like. Further, a universal clamp type unit fixture (18d) can be used instead of a bolt or the like.
Although not shown, the rod-shaped member end face bolt holes (9e) provided on the end surface of the rod-shaped member (3) and the round concave double fixing portion (9c) for the rod-shaped member side support provided on the side surface of the rod-shaped member (3). Alternatively, the round concave locking portion (6a) can be fixed at a right angle by a common bolt (8j) or a common screw / screw (8i) that engages with each other.
Bridging and connecting the common rod-shaped members between the rod-shaped members of the exercise line locking units arranged opposite to each other, or between the common rod-shaped members (3h) attached and fixed opposite to each other so as to bridge the common rod-shaped members. Is also possible.
However, fixing with only bolts causes an angle change. In this case, it is desirable to use a right-angled crossing connecting fitting (20g) or a right-angled crossing clamp fitting together as a reinforcing member (20f) having a truss structure or a rod-shaped member connecting means (20).

図35は、棒状部材を下から支える延長固定型支柱の実施形態を表わす正面図であって、棒状部材連結手段(20)となる筒状体型連結具(20a)の中央部に略5〜略10mmボルトを装着し延長固定型支柱(11)の上端面に取り付け、連結具によって連結される棒状部材(3)および棒状部材(3)を下から支えることが可能となるものである。
棒状部材に下へ押し下げる負荷がかかる場合、支柱の横から棒状部材を支えるより大きな抗力を保つことが可能となる。ただし、延長固定型支柱(11)の外側である外側支柱(11a)に内蔵された内蔵支柱(11b)直下に内蔵支柱(11b)が下がらないようロックピン等を使用しズレ防止を行うことが望ましい。
FIG. 35 is a front view showing an embodiment of an extension fixed type support column that supports a rod-shaped member from below, and is substantially 5 to abbreviated in a central portion of a cylindrical body type connecting tool (20a) serving as a rod-shaped member connecting means (20). A 10 mm bolt is attached and attached to the upper end surface of the extension fixed type support column (11), and the rod-shaped member (3) and the rod-shaped member (3) connected by the connecting tool can be supported from below.
When a load that pushes down the rod-shaped member is applied, it is possible to maintain a larger drag force that supports the rod-shaped member from the side of the column. However, it is possible to prevent the displacement by using a lock pin or the like so that the built-in support (11b) does not fall directly under the built-in support (11b) built in the outer support (11a) which is the outside of the extension fixed type support (11). desirable.

図36は、列となった運動ライン係止ユニット間を棒状部材により橋渡連結し、橋渡し棒状部材に垂下されたポール状ラインを用いる別の実施形態である運動用ライン係止システムの概略図である。
(a)は対向に配置された運動用ライン係止ユニット同士の棒状部材の間に架橋された共通棒状部材より、ポール状運動用ラインを垂直下に吊下げるように懸架配設された全体図、(b)は設置面に強化係止部体と棒状部材を固定した上面図、(c)は、トラスシステム部材を使用した、高さ調整部が分離された支柱体、係止部体が分離された状態の棒状部材体を連結した全体図の実施形態を表わす図である。
図36(a)は、対峙し対向に配置された運動用ライン係止ユニット(2)の上部に固定された棒状部材(3)同士を架橋するよう共通棒状部材(3h)の端面に設けられた棒状部材端面ボルト用穴(9e)と棒状部材(3)の側面に設けられた棒状部材側支柱用丸凹複固定部(9c)もしくは丸凹型係止部(6a)が、共に係合する共通ボルト(8j)もしくは係合する共通ビス・ネジ(8i)により直角に橋渡連結し、共通棒状部材(3h)の有する係止部より、複数のポール型運動用ライン(21i)、スポーツシーツ(布)(21n)を宙づりになるよう係止部接続具を用いて係止、配設したものである。
図34のように、棒状部材を直角方向に上下に交差させ連結する交差型の橋渡連結の方法もある。
頭上に橋渡連結された棒状部材の使用方法では、スポーツシーツ(布)(21n)を頭上より吊下げ、競技者がスポーツシーツに乗り、空中でバランスを取りながら、ダンス等のバランススポーツを行う他、複数のポール型運動用ライン(21i)を吊下げることにより、競技者が吊下げられたポール間を、左右にステップを踏みながら駆け抜けるトレーニングの他、垂直方向に固定されたポール型運動用ラインをのぼり棒と同じく上まで昇るトレーニング等を行うことも可能となる。
架橋する棒状部材を固定する方法は、凹凸を利用したボルト等での固定の他、運動用ライン係止ユニット(2)の上部に固定された棒状部材(3)の有するレール係止部に架橋する側の棒状部材をロック式スライド係止部(7d)で固定する方法もある。
運動用ライン係止ユニット及び運動用ライン係止システムはこれら、上から吊下げられた運動用ラインを昇る、そのライン上でバランススポーツを行う事に対応する強度及び安定性、安全性を有するようにも作られる。
この図では、上方から係止されたポール型運動用ライン(21i)とスポーツシーツ(布)(21n)が係止され配設されているが、他にも、各ユニット、棒状部材、支柱を複数組み合わせ、床にも係止部体を設置する事で、競技者に対して側方、前方、後方、斜め上下、床面となる下からも、そして頭上である上方からも、様々な運動用ライン(21)が配設された中で運動用ラインスポーツを行う事が可能となる。
図示は省略しているが、安定度を増す為の土台及びトラス構造等の補強構造の他、支柱と棒状部材の固定部分及び棒状部材と棒状部材の固定部分には、トラス構造を有する柱材角L接合金物(20f)等による補強も必要である。また、各ユニットの棒状部材に共通支柱を個別に取り付け、補強するのが望ましい。システムトラス部材からなる高さ調整固定部を有する支柱と、システムトラス部材からなる係止部を有する棒状部材を使用しても良い。
図36(a)では、共通棒状部材(3h)を2本の共通棒状部材(3h)で挟み込むように固定されているが、重ね合わせるように固定する事も可能である。また、競技スペースの中央近傍に架橋された棒状部材の固定された近傍はトラス構造で補強する事も可能である。架橋された共通棒状部材(3h)と架橋される棒状部材の接合部分の直下に共通支柱を取り付け、その共通支柱と共通棒状部材とをトラス構造用の部材で補強するのが望ましい。
図36(b)は、対峙し対向に配置された2体の運動用ライン係止ユニット(2)の上部と下部に固定された棒状部材(3)同士を架橋するよう固定された共通棒状部材(3h)の間にポール型運動用ライン(21i)を垂直方向である縦方向に配設されている。
縦方向への配設可能位置は、一つのユニットに固定された2本以上となる棒状部材(3)間でのみであったが、対峙する運動用ライン係止ユニット(2)の上部と下部に固定された棒状部材(3)同士を共通棒状部材(3h)によって上下が略垂直上となるように架橋することによって、この上下に架橋、固定された共通棒状部材(3h)の間で運動用ラインを縦方向に配設可能となる。また複数の箇所で上下に共通棒状部材(3h)により架橋され固定されることにより対峙する並列となった運動用ライン係止ユニット(2)は安定度も向上する効果もある。
1例ではあるが、上方の棒状部材の係止部と床面の係止部間に、ポール型ライン(21i)を動くことが無いように係止、配設する事により、のぼり棒のように上に向かってポールを登る、もしくはポールに登った状態でダンスをするポールダンス等を競技、トレーニングする事も可能となる。
図36(a)と比較し、床面から、運動用ラインを係止可能となることで。前後、左右、上方、そしてさらに下方からも運動用ラインを希望する3次元の位置に運動用ラインの係止、配設が可能となる。全ての面で運動用ラインを係止する間隔は、上下、左右、前後に位置する係止部の数、本数の増減により可能となる。
ただし、設置面上に架橋するよう固定された共通棒状部材(3h)の上を使用競技者が通った時に足が引っ掛かる可能性も考えられる。競技者が設置面上に固定された共通棒状部材(3h)の上を通る時に足が引っ掛かることがない運動用ライン係止システムとする必要がある。
方法としては、棒状部材と同じ厚さを有するマットを棒状部材間に敷いて凹凸を無くす。もしくは、係止部を上部に向け設置面と係止部が水平となるよう棒状部材もしくは、個別に使用可能の係止部体を設置面より下に埋め込み、設置面と棒状部材もしくは係止部体の上部を足が引掛かからない程度水平になるように固定する方法である。ただし、水平とはレール部と凹部の上面であってそれぞれの凹となる内部及び係止部に取り付けられる係止部接続具の段差は除く。
図36(c)は、システムトラス支柱(10h)からなる支柱体(10f)と棒状部材体(5)が連結具により連結され全体図である。この支柱体に高さ調整固定部体(15)、システムトラス棒状部材(3k)からなる棒状部材体(5)には、支柱側筒型スライド係止部(12c)等と略同じ構造の係止部体(6e)を固定具で取付けることができる。任意の数の共通棒状部材(3h)を支柱体に取り付けた高さ調整固定部体(15)に取り付ける。屋外のグラウンドの他、駐車場やイベント会場にも設置可能であり、引張力のより大きい綱渡りラインや、ばね状の運動用ラインも配設可能となる。大きな引張力を伴う運動用ラインの場合、三角形型となったシステムトラス支柱(10h)からなる支柱体を用いるのが望ましい。上部には、システムトラス部材からなる共通棒状部材(3h)を中央付近に等間隔に分けるように複数、橋渡連結することにより、下方に向けて設けられた係止部に、様々な運動用ラインを下方に向けて係止する事が可能となる。ポール型ライン(21i)をのぼり棒のように使用しても、システムトラス部材からなる運動用ラインユニットを連結して構成された運動用ラインシステムは競技者の体重を支える力を備えている。このシステムトラス部材を使用すると、システム全体の高さは少なくとも3m以上に設置、配置が可能となる。
上部に取り付けられた4つの棒状部材体(5)を、下部にも同様に取り付けることにより、さらに大きなに対する抵抗力も増大する。さらに、それぞれの内角には柱材角L接合金物(20f)等の補強部材を設けるのが望ましい。4本の支柱体(10f)に適合する係止部体(6e)を取り付ける事により、2つの対角線上に綱渡りライン等の高負荷抗力の必要な運動用ラインを配設することも可能となる。更に同様のユニットを水平方向に連結することにより、さらに2つの対角線上に綱渡りライン等の高負荷抗力の必要な運動用ラインを配設することも可能となる。
また、それぞれの支柱体に取り付けた高さ調整固定部体(15)に棒状部材(3)を取り付ける事により、希望する高さ、希望する幅、希望する垂直方向角度、希望する水平角度に、さらに希望する様々な運動用ラインを、希望する上下階層に分けて、同時に配設することも可能となる。綱渡りライン上でバランスを崩した時、転落を予防することを目的とした運動用ラインを配設することも可能となると考えられる。
さらにユニット上部に棒状部材を橋渡連結する事により、上方からも、希望する幅、希望する垂直方向角度、希望する高さまで、さらに希望する様々な運動用ラインを、希望する左右階層、志望する前後階層に分けて、同時に運動用ラインを配設することも可能となる。
前後、左右、上方から運動用ラインを希望する3次元の位置に運動用ラインの係止、配設が可能となる。しかしこの時点では、床面から運動用ラインの係止はできていない。
FIG. 36 is a schematic view of an exercise line locking system according to another embodiment in which a row of motion line locking units is bridged and connected by a rod-shaped member and a pole-shaped line suspended from the bridging rod-shaped member is used. be.
(A) is an overall view in which a pole-shaped exercise line is suspended vertically downward from a common rod-shaped member bridged between rod-shaped members of exercise line locking units arranged opposite to each other. , (B) is a top view in which the reinforced locking body and the rod-shaped member are fixed to the installation surface, and (c) is a strut body and the locking body in which the height adjusting portion is separated using the truss system member. It is a figure which shows the embodiment of the whole view which connected the rod-shaped member bodies in the separated state.
FIG. 36A is provided on the end surface of the common rod-shaped member (3h) so as to bridge the rod-shaped members (3) fixed to the upper part of the exercise line locking units (2) arranged to face each other and face each other. The hole (9e) for the end face bolt of the rod-shaped member and the round concave double fixing portion (9c) or the round concave locking portion (6a) for the rod-shaped member side support provided on the side surface of the rod-shaped member (3) are engaged together. A plurality of pole-type exercise lines (21i) and sports sheets (21i) and sports sheets (21i) are connected by a common bolt (8j) or a common screw / screw (8i) that engages at a right angle, and from the locking portion of the common rod-shaped member (3h). Cloth) (21n) is locked and arranged by using a locking portion connector so as to be suspended in the air.
As shown in FIG. 34, there is also a cross-type bridge connection method in which rod-shaped members are vertically crossed and connected in a right-angled direction.
In the usage of the rod-shaped member bridged overhead, sports sheets (cloth) (21n) are hung from overhead, and the athlete rides on the sports sheets and performs balanced sports such as dancing while balancing in the air. , By suspending multiple pole-type exercise lines (21i), in addition to training to run through between the suspended poles while stepping left and right, the pole-type exercise line fixed in the vertical direction. It is also possible to perform training to climb up to the top like a climbing stick.
The method of fixing the rod-shaped member to be crosslinked is to fix it with a bolt or the like using unevenness, or to bridge the rail locking portion of the rod-shaped member (3) fixed to the upper part of the exercise line locking unit (2). There is also a method of fixing the rod-shaped member on the side to be locked with a lock type slide locking portion (7d).
The exercise line locking unit and the exercise line locking system should have the strength, stability, and safety to climb the exercise line suspended from above and perform balance sports on the line. Is also made.
In this figure, the pole-type exercise line (21i) and the sports sheets (cloth) (21n) locked from above are locked and arranged, but in addition, each unit, rod-shaped member, and support are provided. By installing multiple combinations and locking parts on the floor, various exercises can be performed with respect to the athlete from the side, front, back, diagonally up and down, from below the floor, and from above above. It is possible to perform exercise line sports in the arrangement of the exercise line (21).
Although not shown, in addition to the reinforcement structure such as the base and truss structure for increasing stability, the column material having a truss structure is used for the fixing portion of the column and the rod-shaped member and the fixing portion of the rod-shaped member and the rod-shaped member. It is also necessary to reinforce with a square L joint metal fitting (20f) or the like. Further, it is desirable to individually attach a common support to the rod-shaped member of each unit to reinforce it. A support column having a height adjusting fixing portion made of a system truss member and a rod-shaped member having a locking portion made of a system truss member may be used.
In FIG. 36A, the common rod-shaped member (3h) is fixed so as to be sandwiched between the two common rod-shaped members (3h), but it can also be fixed so as to be overlapped. It is also possible to reinforce the fixed vicinity of the rod-shaped member bridged near the center of the competition space with a truss structure. It is desirable to attach a common strut directly under the joint portion between the crosslinked common rod-shaped member (3h) and the crosslinked rod-shaped member, and to reinforce the common strut and the common rod-shaped member with a truss structure member.
FIG. 36 (b) shows a common rod-shaped member fixed so as to bridge the rod-shaped members (3) fixed to the upper portion and the lower portion of the two exercise line locking units (2) arranged facing each other. A pole-type exercise line (21i) is arranged between (3h) in the vertical direction, which is the vertical direction.
The positions that can be arranged in the vertical direction were only between two or more rod-shaped members (3) fixed to one unit, but the upper and lower parts of the opposing exercise line locking units (2). By bridging the rod-shaped members (3) fixed to the top and bottom with the common rod-shaped member (3h) so that the top and bottom are substantially vertically above, the common rod-shaped member (3h) bridged and fixed vertically moves. Lines can be arranged in the vertical direction. In addition, the parallel exercise line locking units (2) facing each other by being bridged and fixed by a common rod-shaped member (3h) at a plurality of locations have the effect of improving stability.
Although it is an example, by locking and arranging the pole type line (21i) between the locking portion of the upper rod-shaped member and the locking portion of the floor surface so as not to move, it looks like a climbing rod. It is also possible to compete and train pole dance, etc., where you can climb the pole upwards or dance while climbing the pole.
Compared with FIG. 36 (a), the exercise line can be locked from the floor surface. The exercise line can be locked and arranged at a desired three-dimensional position from the front and back, left and right, above, and further below. The interval for locking the exercise line on all surfaces can be increased or decreased by increasing or decreasing the number of locking portions located above and below, left and right, and front and back.
However, there is a possibility that the foot may be caught when the athlete in use passes over the common rod-shaped member (3h) fixed so as to bridge on the installation surface. It is necessary to have an exercise line locking system in which a player does not get caught when passing over a common rod-shaped member (3h) fixed on the installation surface.
As a method, a mat having the same thickness as the rod-shaped member is laid between the rod-shaped members to eliminate unevenness. Alternatively, a rod-shaped member or a locking portion that can be used individually is embedded below the installation surface so that the locking portion faces upward and the installation surface and the locking portion are horizontal, and the installation surface and the rod-shaped member or the locking portion are embedded. This is a method of fixing the upper part of the body so that it is horizontal so that the legs do not get caught. However, the horizontal means the upper surface of the rail portion and the concave portion, and excludes the step inside the concave portion and the step of the locking portion connector attached to the locking portion.
FIG. 36 (c) is an overall view in which a strut body (10f) composed of a system truss strut (10h) and a rod-shaped member body (5) are connected by a connecting tool. The rod-shaped member (5) composed of the height-adjusting fixed portion (15) and the system truss rod-shaped member (3k) on the strut has substantially the same structure as the strut-side tubular slide locking portion (12c). The stopper body (6e) can be attached with a fixture. An arbitrary number of common rod-shaped members (3h) are attached to the height adjusting fixing unit (15) attached to the support column. In addition to the outdoor ground, it can be installed in parking lots and event venues, and it is possible to arrange a tightrope walking line with a larger tensile force and a spring-shaped exercise line. In the case of an exercise line with a large tensile force, it is desirable to use a strut body composed of a triangular system truss strut (10h). On the upper part, a plurality of common rod-shaped members (3h) made of system truss members are connected by bridging so as to divide them at equal intervals near the center, so that various exercise lines are connected to the locking portion provided downward. Can be locked downward. Even if the pole-shaped line (21i) is used like a climbing bar, the exercise line system configured by connecting the exercise line units made of system truss members has the power to support the weight of the athlete. By using this system truss member, the height of the entire system can be installed and arranged at least 3 m or more.
By similarly attaching the four rod-shaped members (5) attached to the upper portion to the lower portion, the resistance to a larger size is also increased. Further, it is desirable to provide a reinforcing member such as a column member angle L joint metal fitting (20f) at each internal angle. By attaching a locking body (6e) that fits the four strut bodies (10f), it is possible to arrange exercise lines that require high load drag, such as a tightrope walking line, on two diagonal lines. .. Further, by connecting similar units in the horizontal direction, it is possible to further arrange an exercise line such as a tightrope walking line that requires a high load drag on two diagonal lines.
Further, by attaching the rod-shaped member (3) to the height adjusting fixing body (15) attached to each support column, the desired height, desired width, desired vertical angle, and desired horizontal angle can be obtained. Further, it is possible to divide the desired various exercise lines into the desired upper and lower layers and arrange them at the same time. When the balance is lost on the tightrope walking line, it may be possible to arrange an exercise line for the purpose of preventing falls.
Furthermore, by connecting a rod-shaped member to the upper part of the unit, the desired width, desired vertical angle, desired height, and various desired exercise lines can be obtained from above in the desired left-right hierarchy and desired front and rear. It is also possible to divide into layers and arrange exercise lines at the same time.
The exercise line can be locked and arranged at a desired three-dimensional position from the front, back, left, right, and above. However, at this point, the exercise line has not been locked from the floor.

図37は、請求項11に記載の、前記運動用ライン係止ユニットは、設置面に設けられたスポーツポール差し込み穴(23)に挿入され直立する管状筒体(22)を把持固定する把持固定手段を備えることにより、管状筒体(22)を把持することが可能となった運動用ライン係止システムの実施形態を表わす正面図である。
設置面に設けられたスポーツポール差し込み穴(23)に挿入され、安定し直立する管状筒体(22)もしくは支柱(10)を、運動用ライン係止ユニットに備えられた棒状部材に固定する場合、棒状部材側支柱用固定部(9)を備えた支柱(10)もしくは共有支柱(10g)、あるいは延長固定型支柱(11)であれば、棒状部材に、支柱側棒状部材固定部用固定具(16)で固定可能であるが、棒状部材側支柱用固定部(9)を備えていないバレーボール、テニス、バトミントン等のスポーツポール(22a)は支柱側棒状部材固定部用固定具(16)による固定は出来ない為、スポーツポールと棒状部材とを把持し固定する手段となる把持固定手段具(24)が必要である。
同じく、スポーツポール差し込み穴(23)に挿入され直立する棒状部材側支柱用固定部(9)を備えた管状筒体(22)を固定する位置も、運動用ライン係止ユニットの両側から2本の支柱に支えられた棒状部材の略中央で把持固定するのが、両支柱にかかる引張力等も略均等に両支柱へ分散されるので望ましい。支柱側棒状部材固定部用固定具(16)での固定の他、把持固定手段具(24)を使用し挟み込むように固定することも可能である。
また、直立する管状筒体(22)も完全な垂直となる直立ではなく、±3度程度の傾きがあっても構わない。スポーツポール差し込み穴(23)のポール受入れ口(23a)内径と管状筒体(22)の外径となる直径の違いによる略3〜5mm程度の隙間、空間が生じる場合もある。
図37は、棒状部材側支柱用固定部(9)を備えていない管状筒体(22)がスポーツポール差し込み穴(23)に差し込まれており、この直立する管状筒体(22)を把持固定手段である把持固定手段具(24)の中のU字把持具(24a)のU字部分となる把持部(24c)により管状筒体(22)を把持している。
図示される中央に直立する管状筒体(22)は、スポーツポール差し込み穴(23)のポール受入れ口(23a)に着脱可能に差し込まれている。
体育館やスポーツグラウンドに既設のスポーツポール差し込み穴(23)は3サイズのポール受入れ口(23a)のスポーツポール差し込み穴(23)が設置されている場合がある。
ポール受入れ口(23a)の口径内径が直径約79mm、直径約52mm、直径約42mmの3サイズである。
ただしそれぞれメーカーにより±2mm程度の違いが生じる場合もある。
把持固定手段具(24)により保持する管状筒体(22)の直径は
水平断面の直径略76mm±2mmの76管状筒体、
直径略50mm±2mmの50管状筒体、
直径略40mm±2mmの40管状筒体、
と少なくとも上記の3サイズ以上を把持し固定可能の把持部(24c)を備える把持固定手段具(24)が必要である。
管状筒体(22)は、支柱側棒状部材固定部(13)を備える個別で使用可能で、スポーツポール差し込み穴(23)の管状筒孔(23b)に係合する共通支柱(10g)を用いることが可能である。
スポーツポール差し込み穴(23)は、差し込まれる管状筒体(23b)が安定して直立可能の直径と深さを備えた鉄等の金属製の管状筒孔(23b)を有し、管状筒孔は設置面下にコンクリート等で完全に動かない状態で固定されており、ポールを差し込まない場合は収納式となっている平蓋(23c)を閉じて設置面上のポール受入れ口(23a)を塞ぐ。
サイズはあくまでも1例であるが、
直径が略76mm±2mmの76mm管状筒体では、直径79mm±3mm、深さは略25cm、略30cm、略50cmと深さの異なるポール受入れ口となる。
管状筒体の直径が略50mm±2mmでは、ポール受入れ口の直径略52mm±3mm、深さは略25cm、略30cmとなる。
管状筒体の直径が略40mm±2mmでは、ポール受入れ口の直径略42mm±3mm、深さは略25cm、略30cmとなる。
既存の体育館、グラウンドに配置されているバレーボールやテニスのスポーツポールは直径約76mが標準の直径であり、それらのポールを差し込む為のスポーツポール受入れ口は、直径79mm±3mm、深さは略25cm、略30cm、略50cmの筒状体のスポーツポール差し込み穴を使用する。
また、ソフトバレーやバトミントンのポールは主に直径が略50mm±2mmもしくは直径が略40mm±2mmで、これらのスポーツポール受入れ口はそれらのポールが差し込み可能の、直径略52mm±3mmおよび直径略42mm±3mm、深さは略25cm、略30cmである。
把持固定手段となる把持固定手段具(24)は、これらの異なる直径を有する管状筒体を側面から近接された棒状部材に向かい抑え込むように把持固定可能のU字もしくは角型の把持部(24c)を備えるU字把持具(24a)の他、把持部(24c)がステンレスベルト、バンドの貫通孔で、この把持部を締めつけるようにして固定し棒状部材に固定されるステンレスバンド型把持具(24b)がある。
把持固定手段具(24)の棒状部材への固定場所は、棒状部材側支柱用固定部である棒状部材側支柱用丸凹複固定部(9c)にネジで固定する。もしくは棒状部材側支柱用レール固定部(9f)にボルトネジ等の固定具で固定する。
設置面に設けられたスポーツポール差し込み穴(23)に挿入されていることにより、固定された管状筒体(22)を運動用ライン係止ユニットの棒状部材の中央近傍で、把持固定手段となる把持固定手段具(24)の把持部(24c)で管状筒体(22)を把持することで、既にスポーツポール差し込み穴(23)に固定され安定した管状筒体(22)により、運動用ライン係止ユニットの安定度も増加され、運動用ラインに掛かる引張力によるユニットの移動も防止され、安定度が増すと同時に、棒状部材の支柱からの衝撃による落下、外れることをも防ぐと同時に、支柱用土台のみで固定されたユニットの衝撃による転倒も防ぐこととなり、運動用ライン係止ユニットに係止し配設される運動用ラインに掛かる引張力を大きく高めることが可能となる運動用ライン係止システムとなる。
FIG. 37 shows that the exercise line locking unit according to claim 11 is gripped and fixed by gripping and fixing a tubular tubular body (22) that is inserted into a sports pole insertion hole (23) provided on an installation surface and stands upright. FIG. 5 is a front view showing an embodiment of an exercise line locking system capable of gripping a tubular cylinder (22) by providing means.
When fixing a stable and upright tubular cylinder (22) or support (10) to a rod-shaped member provided in an exercise line locking unit, which is inserted into a sports pole insertion hole (23) provided on the installation surface. , A strut (10) or a shared strut (10 g) provided with a rod-shaped member side strut fixing portion (9), or if it is an extension fixed type strut (11), a strut-side rod-shaped member fixing portion fixture is attached to the rod-shaped member. Sports poles (22a) for volleyball, tennis, badminton, etc., which can be fixed by (16) but do not have a rod-shaped member fixing portion (9), are provided by a strut-side rod-shaped member fixing portion (16). Since it cannot be fixed, a gripping and fixing means tool (24) as a means for gripping and fixing the sports pole and the rod-shaped member is required.
Similarly, the positions for fixing the tubular cylinder (22) provided with the rod-shaped member side support fixing portion (9) that is inserted into the sports pole insertion hole (23) and stands upright are also two positions from both sides of the exercise line locking unit. It is desirable to hold and fix the rod-shaped member supported by the support columns at substantially the center of the support column because the tensile force applied to both columns is also distributed to both columns substantially evenly. In addition to fixing with the support rod-shaped member fixing portion fixing tool (16), it is also possible to use the gripping fixing means tool (24) to fix the rod-shaped member so as to be sandwiched.
Further, the upright tubular cylinder (22) is not completely upright and may be tilted by about ± 3 degrees. A gap or space of about 3 to 5 mm may be created due to the difference between the inner diameter of the pole receiving port (23a) of the sports pole insertion hole (23) and the outer diameter of the tubular cylinder (22).
In FIG. 37, a tubular cylinder (22) having no fixing portion (9) for the rod-shaped member side support is inserted into the sports pole insertion hole (23), and the upright tubular cylinder (22) is gripped and fixed. The tubular cylinder (22) is gripped by the grip portion (24c) which is the U-shaped portion of the U-shaped grip tool (24a) in the grip fixing means tool (24) which is a means.
The centrally upright tubular cylinder (22) shown is detachably inserted into the pole receiving port (23a) of the sports pole insertion hole (23).
The existing sports pole insertion hole (23) in the gymnasium or the sports ground may be provided with the sports pole insertion hole (23) of the pole receiving port (23a) of three sizes.
The inner diameter of the pole receiving port (23a) is about 79 mm in diameter, about 52 mm in diameter, and about 42 mm in diameter.
However, there may be a difference of about ± 2 mm depending on the manufacturer.
The diameter of the tubular cylinder (22) held by the gripping and fixing means (24) is a 76 tubular cylinder having a horizontal cross-sectional diameter of approximately 76 mm ± 2 mm.
50 tubular cylinder with a diameter of approximately 50 mm ± 2 mm,
40 tubular cylinder with a diameter of approximately 40 mm ± 2 mm,
And a grip fixing means tool (24) provided with a grip portion (24c) capable of gripping and fixing at least the above three sizes or more is required.
The tubular cylinder (22) can be used individually with the support rod side rod-shaped member fixing portion (13), and uses a common support (10 g) that engages with the tubular tube hole (23b) of the sports pole insertion hole (23). It is possible.
The sports pole insertion hole (23) has a tubular tubular hole (23b) made of metal such as iron having a diameter and depth that allows the tubular tubular body (23b) to be inserted to stand upright stably. Is fixed under the installation surface with concrete etc. in a state where it does not move completely, and if the pole is not inserted, close the retractable flat lid (23c) and open the pole receiving port (23a) on the installation surface. Close.
The size is just an example,
In the 76 mm tubular cylinder having a diameter of about 76 mm ± 2 mm, the pole receiving ports have different depths such as a diameter of 79 mm ± 3 mm, a depth of about 25 cm, a depth of about 30 cm, and a depth of about 50 cm.
When the diameter of the tubular cylinder is about 50 mm ± 2 mm, the diameter of the pole receiving port is about 52 mm ± 3 mm, and the depth is about 25 cm and about 30 cm.
When the diameter of the tubular cylinder is about 40 mm ± 2 mm, the diameter of the pole receiving port is about 42 mm ± 3 mm, and the depth is about 25 cm and about 30 cm.
Volleyball and tennis sports poles located in existing gymnasiums and grounds have a standard diameter of about 76 m, and the sports pole receiving port for inserting those poles is 79 mm ± 3 mm in diameter and approximately 25 cm in depth. , Approximately 30 cm, approximately 50 cm tubular sports pole insertion holes are used.
Also, soft valley and badminton poles are mainly about 50 mm ± 2 mm in diameter or about 40 mm ± 2 mm in diameter, and these sports pole receiving ports are about 52 mm ± 3 mm in diameter and about 42 mm in diameter into which those poles can be inserted. It is ± 3 mm, and the depth is about 25 cm and about 30 cm.
The gripping and fixing means tool (24) serving as the gripping and fixing means is a U-shaped or square gripping portion (24c) that can be gripped and fixed so as to hold down these tubular cylinders having different diameters toward the rod-shaped members adjacent to each other from the side surface. In addition to the U-shaped gripper (24a) provided with 24b).
The fixing location of the gripping fixing means tool (24) to the rod-shaped member is fixed to the round concave double fixing portion (9c) for the rod-shaped member side support, which is the fixing portion for the rod-shaped member side support, with screws. Alternatively, it is fixed to the rail fixing portion (9f) for the rod-shaped member side strut with a fixing tool such as a bolt screw.
By being inserted into the sports pole insertion hole (23) provided on the installation surface, the fixed tubular cylinder (22) becomes a gripping and fixing means near the center of the rod-shaped member of the exercise line locking unit. By gripping the tubular cylinder (22) with the grip portion (24c) of the grip fixing means tool (24), the tubular cylinder (22) already fixed to the sports pole insertion hole (23) and stable, the exercise line. The stability of the locking unit is also increased, the movement of the unit due to the tensile force applied to the exercise line is prevented, the stability is increased, and at the same time, it is prevented from falling or coming off due to the impact from the support of the rod-shaped member. It also prevents the unit fixed only by the base for the support from tipping over due to the impact, and it is possible to greatly increase the tensile force applied to the exercise line that is locked and arranged in the exercise line locking unit. It becomes a locking system.

図38は、設置面に直立する管状筒体(22)を、運動用ライン係止ユニットの棒状部材の前面もしくは背面と、把持固定手段となる把持固定手段具(24)の把持部(24c)により把持した運動用ライン係止システムの実施形態を表わす図であって、(a)はU字把持具、(b)はステンレスバンド型把持具を使用する手段を示す。
図38(a)は、U字型の把持部(24c)を有するU字把持具(24a)である。
管状筒体(22)をU字把持具(24a)のU字型の把持部(24c)である貫通孔部分と棒状部材の間に導通し、U字把持具の両端近傍に設けられた略垂直下に向けて楕円形に延びる長方楕円孔(24d)に棒状部材側支柱用レール固定部(9f)に通されたスライドボルト(17h)のボルト部分を通しスライドナット(17i)で把持、固定している。
長方楕円孔(24d)では棒状部材の斜設は可能であるが、長方楕円孔(24d)ではなく円形孔の場合では、棒状部材は設置面に対して略水平に固定され、棒状部材が斜設される場合は取り付けできない。
図38(b)は、把持固定手段具(24)のステンレスバンド型把持具(24b)である。
ステンレスバンド型把持具(24b)の把持部(24c)にステンレスベルトを使用したものである。この図では管状筒体を2つに分れたステンレスベルトをボルトナットで繋ぎ合せるように固定しているが、1体のステンレスベルトで締めつけるようにして固定する方法もある。
ステンレスバンド型把持具(24b)の両端近傍の固定用のネジ穴も円形ではなく、略垂直下に向けられている長方楕円孔(24d)である。
しかし、棒状部材側は棒状部材側支柱用丸凹複固定部(9c)の丸穴のネジ穴である為、棒状部材を斜設する場合は、角度変化は限られてしまう。
棒状部材側は棒状部材側支柱用丸凹複固定部(9c)よりも棒状部材側支柱用レール固定部(9f)の方が精密に角度調整を行える利点がある。
なお、把持固定手段は、図示された把持部(24c)となるステンレスベルトによる把持固定、U字把持具による把持固定に限られたものではなく、自在型クランプ型ユニット固定具(18f)等、把持固定可能の把持固定手段具も含まれる。
In FIG. 38, the tubular tubular body (22) standing upright on the installation surface is attached to the front or back surface of the rod-shaped member of the exercise line locking unit, and the grip portion (24c) of the grip fixing means tool (24) serving as the grip fixing means. It is a figure which shows the embodiment of the exercise line locking system gripped by, (a) shows the U-shaped gripper, (b) shows the means which uses the stainless band type gripper.
FIG. 38 (a) is a U-shaped gripper (24a) having a U-shaped grip portion (24c).
A tubular body (22) is electrically connected between a through hole portion which is a U-shaped grip portion (24c) of the U-shaped grip tool (24a) and a rod-shaped member, and is provided in the vicinity of both ends of the U-shaped grip tool. Pass the bolt part of the slide bolt (17h) passed through the rail fixing portion (9f) for the rod-shaped member side support through the rectangular elliptical hole (24d) extending vertically downward and grip it with the slide nut (17i). It is fixed.
In the case of the rectangular hole (24d), the rod-shaped member can be slanted, but in the case of the circular hole instead of the rectangular hole (24d), the rod-shaped member is fixed substantially horizontally with respect to the installation surface, and the rod-shaped member is fixed. Cannot be installed if it is installed diagonally.
FIG. 38 (b) is a stainless band type gripping tool (24b) of the gripping fixing means tool (24).
A stainless belt is used for the grip portion (24c) of the stainless band type grip tool (24b). In this figure, the tubular cylinder is fixed by connecting the stainless steel belts divided into two with bolts and nuts, but there is also a method of fixing by tightening with one stainless steel belt.
The fixing screw holes near both ends of the stainless band type gripper (24b) are not circular, but are rectangular elliptical holes (24d) that are oriented substantially vertically downward.
However, since the rod-shaped member side is a screw hole of the round hole of the round concave double fixing portion (9c) for the rod-shaped member side support, the angle change is limited when the rod-shaped member is obliquely installed.
On the rod-shaped member side, the rail fixing portion (9f) for the rod-shaped member side strut has an advantage that the angle can be adjusted more precisely than the round concave double fixing portion (9c) for the rod-shaped member side strut.
The gripping and fixing means is not limited to gripping and fixing by a stainless belt serving as the illustrated gripping portion (24c) and gripping and fixing by a U-shaped gripping tool, such as a universal clamp type unit fixing tool (18f). A grip fixing means tool that can be gripped and fixed is also included.

図39は、管状筒体を把持固定した運動用ライン係止ユニットの棒状部材に、ポール型ラインを係止した実施形態を表わす概略図である。
スポーツポール差し込み穴(23)に挿入された管状筒体(22)に、運動用ライン係止ユニット(2)の前面より把持固定手段具により固定、保持し、棒状部材の上面の係止部に管状筒体(22)を中心として、その両側に、紐やゴムと比べ重量のある2本のステンレス、アルミもしくは強化プラスチック製のポール型ライン(21i)をU字ネジ止め係止部接続具(8c)で固定している。
この2本のポール型ライン(21i)は対面に同様に配置している運動用ライン係止ユニットの棒状部材に配設されている。これらのラインの片側に競技者の体重の半分程度の負荷がかかった場合でも、運動用ライン係止ユニットは、スポーツポール差し込み穴(23)に挿入された管状筒体(22)を把持していることで、管状筒体(22)にも支えられることになり、運動用ラインにかかる負荷に対しての支える力となる抗力が増すことで、ユニットが倒れる又は移動する可能性が大幅に減少する運動用ライン係止システムとなる。
運動用ライン係止ユニットの棒状部材がスポーツポール差し込み穴(23)に挿入された管状筒体(22)を把持固定することで、この管状筒体(22)を中心軸としたユニットの横回転の動きが生じる事が考えられる。この防止策として、並列となるユニット間に個別で使用可能の共通棒状部材、共通支柱及び第2運動用ライン係止ユニット等で、ユニット間を両端共に連結し平面視で4角形となるよう連結し、直角となった連結部の内角全てに斜めにトラス構造用部材(20f)を固定することで横回転も防ぐごとが可能となる。
ポール型ライン(21i)にさらに負荷がかかる場合を想定すると、棒状部材とポール型ラインをクロスするよう固定する場合、U字ネジ止め係止部接続具(8c)ではなく、回転防止機能付きT字クランプ、十字型接続具等を使用するのが望ましい。
FIG. 39 is a schematic view showing an embodiment in which a pole-shaped line is locked to a rod-shaped member of an exercise line locking unit that grips and fixes a tubular cylinder.
It is fixed and held from the front surface of the exercise line locking unit (2) to the tubular tubular body (22) inserted into the sports pole insertion hole (23) by a gripping fixing means tool, and is attached to the locking portion on the upper surface of the rod-shaped member. Centering on the tubular cylinder (22), two pole-shaped lines (21i) made of stainless steel, aluminum or reinforced plastic, which are heavier than strings and rubber, are attached to both sides of the tubular body (22). It is fixed at 8c).
The two pole-shaped lines (21i) are arranged on the rod-shaped member of the exercise line locking unit which is similarly arranged to face each other. Even when one side of these lines is loaded with about half the weight of the athlete, the exercise line locking unit grips the tubular body (22) inserted into the sports pole insertion hole (23). By doing so, it will also be supported by the tubular body (22), and the drag force that will be the supporting force against the load applied to the exercise line will increase, greatly reducing the possibility that the unit will fall or move. It becomes a line locking system for exercise.
By gripping and fixing the tubular cylinder (22) inserted into the sports pole insertion hole (23) by the rod-shaped member of the exercise line locking unit, the unit can be rotated laterally around the tubular cylinder (22). It is possible that the movement of As a preventive measure, a common rod-shaped member, a common truss, a second movement line locking unit, etc. that can be used individually between the units in parallel are used to connect both ends to form a quadrangle in a plan view. However, by fixing the truss structure member (20f) diagonally to all the internal angles of the right-angled connecting portions, it is possible to prevent lateral rotation.
Assuming that the pole type line (21i) is further loaded, when fixing the rod-shaped member and the pole type line so as to cross each other, the T with a rotation prevention function is used instead of the U-shaped screw locking part connector (8c). It is desirable to use a character clamp, a cross-shaped connector, etc.

図40は、(a)はスポーツポール差し込み穴(23)に挿入された管状筒体を把持固定、保持した運動用ライン係止ユニットの中管状筒体の下部に綱渡りスポーツ用ラインを配設し、運動用ライン係止ユニットの棒状部材には綱渡りバランス維持の補助となるポール型ラインを綱渡りスポーツ用ラインの両横に配設した全体図、(b)はポール型ラインを支える延長固定型支柱の正面図、それぞれの実施形態を表わす図である。
図40(a)は、スポーツポール差し込み穴(23)に挿入された管状筒体(22)を把持固定手段具(24)であるU字把持具(24a)により把持固定、保持した運動用ライン係止ユニットの管状筒体の下部に綱渡りスポーツ用ライン(21f)を配設し、運動用ライン係止ユニットの棒状部材には綱渡りバランス維持の補助となるポール型ライン(21i)を綱渡りスポーツ用ラインの両横に管状筒体(22)を中心として約50cm前後の位置にU字ネジ止め係止部接続具(8c)により固定され配設されている。ポール型ライン(21i)に負荷がかかる場合を想定すると、U字ネジ止め係止部接続具(8c)ではなく、回転防止機能付きT字クランプ、十字型接続具等を使用するのが望ましい。
設置面となる体育館や屋外グラウンドに設けられた2つの対面するスポーツ用ポール差し込み穴(23)に差し込まれたバレーボール等の2本のスポーツポール(22a)又は管状筒体(22)、もしくは共通支柱(10g)を把持固定手段具(24)により把持、固定することにより、安定度をさらに高めた運動用ライン係止ユニットに、強化樹脂又は金属で製造された直径30〜40mm、全長180cm以上の棒状のポール型ライン(21i)が、把持固定した管状筒体(22)を中心に左右共約50cm前後の位置に2本係止され、対面の運動用ライン係止ユニットに配設される。
対面の運動用ライン係止ユニットまでの間隔は、バレーボールコートの場合、2つのスポーツ用ポール差し込み穴(23)では約11mある。ポール型ライン(21i)の全長は様々あるが、あくまでも1例であるが、ポール型ライン(21i)の全長が6mの場合、少なくとも対峙する対面の運動用ライン係止ユニットの間にこのポール型ラインは2本を連結しなければ配設できない。その為には、ポール型ラインを連結する連結具が必要となる。
また、全長6mのポール型ライン1本の重量も少なくとも3kg以上となり、この2本を1mの高さで連結した場合、中央となる連結部分は重力により水平ではなく中央を中心として設置面側に湾曲し、場合によっては折れてしまうことも考えられる。これを防ぐためには連結したポール型ラインを設置面側から支える為の支柱が必要となる。
その解決の一つとして、土台を取り付けた延長固定型支柱(11)を設置面側の下から支え、ポール型ラインを連結する連結具に、略6〜略10mmボルト付筒状体型連結具(20e)を使用する。
なお、運搬等を考慮した場合、長さ2m前後で、中より略同じ長さの第2ポールが出て来て伸縮し固定可能のポール型ラインが望ましい。この場合バレーコートでは少なくとも3本のポール型ラインを連結する必要がある。
ポール型ラインの高さは、様々な高さで固定する必要があるため、少なくとも80cmの高さ以上で、約2倍の高さまで延長可能である延長固定型支柱(11)をポール型ラインの支柱とし、2本のポール型ラインの方側端部を両端2箇所より差し込み連結可能の筒状連結具の略中央に垂直に突出したボルトを有した略6〜略10mmボルト付筒状体型連結具(20e)により、2本のポール型ラインを連結し、有したボルトを延長固定型支柱(11)の内側支柱(11b)に設けられた係合するボルト穴に螺合することでポール型ラインを下方から支えると共に重量のある運動用ラインも様々な高さで連結し配設する事が可能となる。
中間付近で対峙する2本の延長固定型支柱(11)には、個別で使用可能の共通棒状部材(3h)もしくは棒状部材体(5)により、延長固定型支柱(11)またはその土台の下部同士を連結することが可能である。
またこの図面での延長固定型支柱(11)は2本のみであるが、この延長固定支柱を2本のスポーツポール(22a)又は管状筒体(22)より2m前後の高さ維持台(27)付近の位置にそれぞれ設置し、この延長固定支柱の上部と下部にそれぞれ共通棒状部材(3h)もしくは棒状部材体(5)を対峙する延長固定支柱に連結することにより、配設されたポール型ラインの安定度は以上に増すとも考えられる。
全長が3mのポール型ラインを使用した場合、バレーボールコートでは4本を連結し3箇所で略6〜略10mmボルト付筒状体型連結具(20e)により連結され、でそれぞれの連結具には延長固定型支柱(11)が下方から支えられながら取り付けられることとなる。よって、下方から支えられる支柱が多いほど、運動用ラインにかかる負荷への抗力も増大し、少なくともポール型ライン(21i)の重量を支える以上の、上部からの重量に対する支持力を有することが可能となる。ボルト付筒状体型連結具(20e)で連結され下方より支柱に支えられた運動用ラインにも上からかかる荷重に対して、両端のみで係止し配設された運動用ラインより、支持力が増大することとなる。ただし左右の横方向に対する支える力は、上下方向と比べ弱く、土台が横方向の力に対して対応することとなる。支柱が倒れた時の土台の跳ね上がり防止を考慮しなければならない。
その防止策の一つとして、対峙する運動用ラインを支える延長固定型支柱(11)同士の下部を、個別で使用可能の共通棒状部材(3h)もしくは棒状部材体(5)により連結することにより支柱の傾倒が抑えられ2つの支柱の土台の跳ね上がりを抑えることが可能となる防止策が考えられる。また図示はしないが、下部同士を連結した共通棒状部材(3h)もしくは棒状部材体(5)と延長固定型支柱(11)の連結部分と外側と支柱外側と土台の内角部分の2箇所にもトラス構造用部材もしくは柱材角L接合金物(20f)を取り付ける事により、延長固定型支柱(11)及びポール型ラインの安定度を増す事が可能となる。
運動用ライン係止ユニットの棒状部材に把持固定されたスポーツポール差し込み穴(23)に直立するスポーツポール(22a)又は管状筒体(22)もしくは共通支柱(10g)の設置面上の根元近傍には、綱渡りライン(21f)の片側が取り付けられ、対面のスポーツ用ポール又は管状筒体の設置面上の根元近傍にも綱渡り用ラインの片側のもう一方が取りつけられ、綱渡り用ラインの高さが少なくとも20cm以上に保つ為の2つの飛び箱等の高さ維持台(27)を土台にし、高テンションで張られ、この綱渡りライン(21f)に競技者が立った時、競技者の少なくとも左右いずれかの手が届く範囲内に、前記強化樹脂又はアルミニウムやステンレス等の軽金属で製造されたポール型ライン(21i)が、延長固定型支柱(11)により下方から支えられ筒状体型連結具により少なくとも1箇所以上で連結され、配設されることにより、競技者が綱渡り用ラインの上でバランスを崩しそうになっても、左右のいずれかに配設されたポール型ライン(21i)に、手で触れることにより、バランスを立て直すことが可能となるバランス維持補助の為のラインとなる。
初心者はこの綱渡り用ライン上に立ち上がる、あるいは歩いた時にバランスを崩しやすく、現在綱渡り用のライン上でバランスを崩した時にバランスを立て直す為の補助器具もない。
設置面に直立する管状筒体(22)を運動用ライン係止ユニット同士で把持することで、安定度は大きく向上し、ユニット間で綱渡りラインの両側の手の届く範囲にバランス維持補助用の運動用ラインを配設することで綱渡り又はハイラインスポーツからのバランス維持の補助をも提供することを特徴とした運動用ライン係止システムとなる。
図40(b)は、ポール型運動用ラインを支える延長固定型支柱(11)である。
ポール型ライン(21i)を延長する為、6〜略10mmボルト付筒状体型連結具(20e)を使用し、下側から延長固定型支柱(11)を取り付け、ポール型ライン(21i)を支えている。ポール型ライン(21i)に負荷がかかっても、延長固定型支柱(11)で支えることが可能となる。ただし、支柱のみではなく、支柱と共に支柱用の土台を取り付けなければならない。特に支柱に支えられ配設された運動用ラインは、上からの荷重に対しては支持力が増すが、前後左右に対しての横方向の負荷に対しては土台による支持力が必要となる為、大きな負荷がかかるラインスポーツを行う場合は支柱と土台の全ての内角部分にもトラス構造用部材もしくは柱材角L接合金物(20f)等を取り付ける。
In FIG. 40, (a) shows a tightrope walking sports line arranged under the middle tubular body of the exercise line locking unit that grips, fixes, and holds the tubular body inserted into the sports pole insertion hole (23). , The rod-shaped member of the exercise line locking unit has pole-shaped lines arranged on both sides of the tightrope walking sports line to help maintain the tightrope walking balance. It is a front view of the above, and is the figure which shows each embodiment.
FIG. 40 (a) shows an exercise line in which the tubular body (22) inserted into the sports pole insertion hole (23) is gripped and fixed and held by the U-shaped gripping tool (24a) which is the gripping and fixing means tool (24). A tightrope walking sports line (21f) is arranged under the tubular body of the locking unit, and a pole-shaped line (21i) that assists in maintaining the tightrope walking balance is provided on the rod-shaped member of the exercise line locking unit for tightrope walking sports. It is fixed and arranged on both sides of the line by a U-shaped screw locking portion connector (8c) at a position of about 50 cm around a tubular cylinder (22). Assuming that a load is applied to the pole type line (21i), it is desirable to use a T-shaped clamp with a rotation prevention function, a cross-shaped connection tool, or the like instead of the U-shaped screw locking portion connector (8c).
Two sports poles (22a) or tubular cylinders (22) such as volleyball inserted into two facing sports pole insertion holes (23) provided in the gymnasium or outdoor ground, which is the installation surface, or a common support (10 g) is gripped and fixed by the gripping and fixing means tool (24) to further improve the stability of the exercise line locking unit, which is made of reinforced resin or metal and has a diameter of 30 to 40 mm and a total length of 180 cm or more. Two rod-shaped pole-shaped lines (21i) are locked at positions of about 50 cm on both the left and right sides around a tubular cylinder (22) that is gripped and fixed, and are arranged in a facing exercise line locking unit.
In the case of a volleyball court, the distance to the facing exercise line locking unit is about 11 m in the two sports pole insertion holes (23). The total length of the pole type line (21i) varies, but it is just an example. When the total length of the pole type line (21i) is 6 m, this pole type is at least between the facing exercise line locking units. The line cannot be arranged unless two lines are connected. For that purpose, a connecting tool for connecting the pole type lines is required.
In addition, the weight of one pole-shaped line with a total length of 6 m is at least 3 kg or more, and when these two lines are connected at a height of 1 m, the connecting part at the center is not horizontal due to gravity but is centered on the installation surface side. It may be curved and, in some cases, broken. In order to prevent this, a support column is required to support the connected pole type line from the installation surface side.
As one of the solutions, a cylindrical body type connecting tool with a bolt of about 6 to 10 mm is used as a connecting tool for connecting the pole type line by supporting the extension fixed type support column (11) to which the base is attached from below the installation surface side. 20e) is used.
In consideration of transportation, it is desirable to use a pole-type line having a length of about 2 m, in which a second pole having substantially the same length comes out from the inside and can be expanded and contracted and fixed. In this case, it is necessary to connect at least three pole-shaped lines on the volleyball court.
Since the height of the pole type line needs to be fixed at various heights, the extension fixed type support (11), which can be extended to about twice the height at least 80 cm or more, is attached to the pole type line. Cylindrical body type connection with bolts of approximately 6 to 10 mm with a bolt protruding vertically in the substantially center of a tubular connector that can be connected by inserting the two pole-type lines from two locations at both ends as a support. The two pole type lines are connected by the tool (20e), and the held bolt is screwed into the engaging bolt hole provided in the inner support column (11b) of the extension fixed type support column (11) to form a pole type. While supporting the line from below, it is possible to connect and arrange heavy exercise lines at various heights.
The two extended fixed struts (11) facing each other near the middle are provided with a common rod-shaped member (3h) or a rod-shaped member (5) that can be used individually, and the extended fixed struts (11) or the lower part of the base thereof. It is possible to connect each other.
Further, although there are only two extension fixed columns (11) in this drawing, the height maintenance stand (27) of the extension fixed columns is about 2 m from the two sports poles (22a) or the tubular cylinder (22). ), And the pole type arranged by connecting the common rod-shaped member (3h) or the rod-shaped member body (5) to the facing extension fixing columns at the upper and lower parts of the extension fixing column, respectively. It is thought that the stability of the line will increase further.
When a pole type line with a total length of 3 m is used, four pieces are connected at the volleyball court and connected at three places by a tubular body type connecting tool (20e) with a bolt of about 6 to about 10 mm, and each connecting tool is extended. The fixed support column (11) is attached while being supported from below. Therefore, as the number of columns supported from below increases, the drag against the load applied to the exercise line also increases, and it is possible to have a supporting force against the weight from above, which is at least supporting the weight of the pole type line (21i). It becomes. Supporting force from the exercise line, which is connected only by the cylindrical body type connector (20e) with bolts and is supported by the support from below, against the load applied from above, from the exercise line which is locked and arranged only at both ends. Will increase. However, the supporting force in the horizontal direction is weaker than that in the vertical direction, and the base responds to the lateral force. Consideration must be given to prevent the base from jumping up when the stanchion falls.
As one of the preventive measures, the lower parts of the extended fixed type columns (11) supporting the opposing exercise lines are connected by a common rod-shaped member (3h) or a rod-shaped member (5) that can be used individually. It is conceivable to take preventive measures that can suppress the tilting of the columns and prevent the bases of the two columns from jumping up. Also, although not shown, there are also two places, the common rod-shaped member (3h) that connects the lower parts, or the connecting part of the rod-shaped member (5) and the extension fixed type support (11), the outside, the outside of the support, and the internal angle part of the base. By attaching a truss structural member or a column material angle L joint metal fitting (20f), it is possible to increase the stability of the extended fixed column (11) and the pole type line.
Near the base of the sports pole (22a) or tubular body (22) or common support (10g) standing upright in the sports pole insertion hole (23) gripped and fixed to the rod-shaped member of the exercise line locking unit. Is attached to one side of the tightrope walking line (21f), and the other side of the tightrope walking line is also attached near the base on the installation surface of the facing sports pole or tubular cylinder, and the height of the tightrope walking line is high. Based on the height maintenance base (27) such as two flying boxes to keep at least 20 cm or more, it is stretched with high tension, and when the athlete stands on this tightrope walking line (21f), at least one of the left and right sides of the athlete The pole type line (21i) made of the reinforced resin or a light metal such as aluminum or stainless steel is supported from below by the extension fixed type support (11) and at least 1 by the tubular body type connector within the reach of the above. By connecting and arranging at more than one place, even if the athlete is about to lose balance on the tightrope walking line, he or she can manually reach the pole-shaped line (21i) arranged on either the left or right side. By touching it, it becomes a line for balance maintenance assistance that makes it possible to restore the balance.
Beginners tend to lose their balance when standing up or walking on this tightrope walk, and currently there is no auxiliary equipment to restore balance when they lose their balance on the tightrope walk.
By gripping the tubular cylinder (22) that stands upright on the installation surface between the exercise line locking units, the stability is greatly improved, and the balance maintenance assistance is provided within the reach of both sides of the tightrope walking line between the units. By arranging the exercise line, the exercise line locking system is characterized in that it also provides assistance for maintaining balance from tightrope walking or high-line sports.
FIG. 40 (b) is an extension fixed support column (11) that supports a pole-type exercise line.
In order to extend the pole type line (21i), a cylindrical body type connector (20e) with a bolt of 6 to about 10 mm is used, and an extension fixed type support (11) is attached from the lower side to support the pole type line (21i). ing. Even if a load is applied to the pole type line (21i), it can be supported by the extension fixed type support column (11). However, it is necessary to attach the base for the support together with the support, not just the support. In particular, the exercise line supported and arranged by the columns increases the bearing capacity against the load from above, but the bearing capacity from the base is required for the lateral load from the front, back, left and right. Therefore, when performing line sports where a large load is applied, a truss structural member or a column material angle L joint metal fitting (20f) or the like is attached to all the inner corners of the column and the base.

図41は、(a)は請求項12に記載の直立面となる壁面等に、第2固定手段によって固定された個別で使用可能の共通支柱(10g)又は前記個別で使用可能の高さ調整固定部体(15)を用い構成された棒状部材支柱挟み込み型ユニットの正面図、(b)は直立面に第2固定手段によって固定された個別で使用可能の共通支柱(10g)又は前記個別で使用可能の高さ調整固定部体(15)を用い構成された棒状部材支柱交差型ユニットの正面図の実施形態を表わす図である。
個別で使用可能の共通支柱(10g)又は前記個別で使用可能の高さ調整固定部体(15)を近接する直立面(26)に第2固定手段にて固定し棒状部材を取り付け設置することで、設置面に配置された運動用ライン係止ユニット(2)と共に、運動用ラインを配設することが可能となる。
また、直立面(26)に、個別で使用可能の共通支柱(10g)又は個別で使用可能の高さ調整固定部体(15)が第2固定手段により固定された、その直立面(26)に対面する、直立面にも同じく個別で使用可能の共通支柱(10g)又は前記個別で使用可能の高さ調整固定部体(15)が固定される事により、共に棒状部材を取り付け、運動用ライン係止ユニットを構成し、向かい合う直立面に固定された運動用ライン係止ユニット間に運動用ラインを配設することが可能となる。
個別で使用可能の共通支柱(10g)又は高さ調整固定部体が直立面である壁面等に第2固定手段によって固定することで、支柱用土台を省くことにより、スペースを狭めることなく係止部を備えた棒状部材を任意の高さに高さ調整し固定可能となる。また、高さ調整固定部体(15)を固定した場合は支柱体が省かれる為、体育館等より狭い一般的なスポーツジム等だけではなく、6畳程度の狭空間室内や運搬可能なコンテナ等でもスペースを有効し運動用ライン係止システムを設置し運動用ラインシステムが活用可能となる。
ただし、設置面に固定具により固定可能のL字型土台(19g)を同時に用い、共通支柱又は高さ調整固定部体を直立面に固定することにより、土台無しに固定されたユニットに比べ、係止、配設される運動用ラインに更に高い引張力に対する抗力を備える事が可能となり、負荷の大きくなるラインスポーツを行う事が可能となると同時に、直立面に固定された支柱が直立面から外れる事を防止することも可能となる。
直立面とは、設置面に直結するよう近接した側面、もしくは四方の壁であり、扉も含まれる。ただし、直立面は完全な垂直面とは限らず、±5度程度の斜度のある壁面も直立面に含まれる。1例で例えると壁のぼり競技、ボルダリングで使用されているような±5度程度の斜度のある壁も含まれる。ただし斜度がある直立面の場合は、直角であるL字型土台(19g)が使用できない場合もある。その為、斜度のある直立面に対しては、その斜度と同じ傾斜角度を有した傾斜L字型土台が必要となる。直立面と設置面は完全に直結した面に限らず、直立面と設置面との間には約5〜10cm程度の隙間や溝、もしくはブロックが並べられたような突起がある場合もある。
図41(a)は、直立面となる壁面に第2固定手段によって固定された個別で使用可能の共通支柱(10g)又は高さ調整固定部体(15)を用いた棒状部材支柱挟み込み型ユニットを設置した正面図(a)である。
棒状部材支柱挟み込み型ユニットの場合は、高さ調整固定部の横方向から第2固定手段によって固定される為、支柱体(10f)を備えたままの高さ調整固定部体(15)である共通支柱(10g)もしくは厚さの伴う強化高さ調整固定部体(15c)を使用するのが望ましい。
室内や体育館等の設置面に近接した直立面(26)となる壁、もしくは直立する扉に、第2固定手段である、前記固定具であるボルトやネジのみではなく、接続金具他、接着剤や接着テープ等、あるいは磁石等による固定も含める第2固定手段を用いることによって、棒状部材支柱挟み込み型ユニット(2a)の支柱の代用として高さ調整固定部体(15)が取り付け可能となっている。
個別で使用可能の共通支柱(10g)又は個別で使用可能の高さ調整固定部体(15)は、直立面(26)の表面に取り付ける方法と、直立面に埋め込むように取り付ける方法がある。埋め込む場合は、直立面に対して棒状部材が擦れて摩擦が起きないよう隙間を設けて取り付け可能となるよう埋め込み固定する。
棒状部材支柱挟み込み型ユニットは支柱と支柱の間に棒状部材が挟み込まれるように固定される為、棒状部材と同じ幅と厚さを有する強化高さ調整固定部体(15c)を用い直立面に固定される。第2固定手段で固定された強化高さ調整固定部体(15c)で挟み込むように棒状部材の両端面から固定する。
強化高さ調整固定部体(15c)は丸凹型とレール型とある。丸凹の場合は貫通孔となる丸凹となる。棒状部材の両端面に備えられた棒状部材端面ボルト用穴(9e)に強化高さ調整固定部体(15c)の外側の丸凹より係合する共通ボルトを通して螺合し、両端面共に固定する。
レール型の場合は、強化高さ調整固定部体(15c)上部に設けられたスライド係止部受入口(6i)と略同じ形状のスライド受入口より高さ調整スライド部(17b)等を挿入して取り付けられる。
直立面(26)に固定された強化高さ調整固定部体(15c)に棒状部材を取り付け、配置されている運動用ライン係止ユニットに向けて運動用ラインを配設可能となる。
また、直立面(26)と対峙する直立面(26)共に高さ調整固定部体(15)を取り付け、少なくとも1本以上の棒状部材を共に取り付ける事により、直立面(26)と直立面(26)の間に、希望する数の運動用ラインを、希望する様々な高さで、希望する間隔と角度で、様々な形態で備えられた配設プログラムを変えながら配設する事も可能となる。
設置面に近接する直立面(26)に第2固定手段を用いて、個別で使用可能の共通支柱(10g)を固定することも可能である。
図41(b)は、設置面に近接する直立面に第2固定手段を用いて高さ調整固定部体(15)のレール高さ調整固定部体(15b)が固定され、棒状部材支柱交差型ユニットとなるよう棒状部材が取り付けられた正面図である。
強化高さ調整固定部体(15c)を用いる場合は、直立面のみではなく、直立面と強化高さ調整固定部体(15c)が平面に近い状態となるよう埋め込まれるように第2固定手段により固定することも方法もある。直立面より5mm程度強化高さ調整固定部体(15c)の表面が突出するよう固定されている状態が、棒状部材と直立面面との接触による摩擦が発生せず望ましい。
安定を増す為に必要となる支柱の土台を設置するスペースが狭い省スペースの室内でも、直立面となる室内壁等に直接、共通支柱(10g)もしくは高さ調整固定部体(15c)を固定することで運動用ライン係止ユニットを土台無しで設置可能となり、対面する壁にも、土台を必要としない運動用ライン係止ユニットを配置し運動用ラインを係止することにより、運動用ラインに負荷の少ない、ゴム等の伸縮性のある運動用ラインやレーザー光線を使用した運動用ラインによるラインスポーツが、移動用コンテナ、略6畳スペース前後の室内でも可能となる。この場合、1例のコンテナや部屋状の略6畳前後の、それぞれの床が設置面(25)となり、四方を囲む扉を含む壁面が直立面(26)となる。
ただし、張引力が高くなるラインスポーツを行う場合は、支柱もしくは高さ調整固定部体(15)に適合するL字型土台(19g)を同時に用いる必要がある場合もある。
高さ調整固定部体(15)は、直立面、設置面のみではなく、高さ4m、あるいはそれ以上の天井の表面もしくは埋め込むように固定することも可能である。天井から鉄枠を利用して吊下げ、そこに棒状部材を取り付け、運動用ラインユニットを取り付けることも可能である。
In FIG. 41, (a) is an individually usable common support (10 g) fixed to a wall surface or the like as an upright surface according to claim 12 by a second fixing means, or a height adjustment that can be individually used. The front view of the rod-shaped member strut sandwiching type unit constructed by using the fixing body (15), (b) is the individually usable common strut (10 g) fixed to the upright surface by the second fixing means, or the individually usable common strut (10 g). It is a figure which shows the embodiment of the front view of the rod-shaped member strut crossing type unit which was constructed by using the height adjustment fixed part body (15) which can be used.
A common support column (10 g) that can be used individually or the height adjustment fixing body (15) that can be used individually is fixed to an upright surface (26) adjacent to the object by a second fixing means, and a rod-shaped member is attached and installed. Therefore, the exercise line can be arranged together with the exercise line locking unit (2) arranged on the installation surface.
Further, an upright surface (26) in which a common strut (10 g) that can be used individually or a height adjusting fixing unit (15) that can be used individually is fixed to the upright surface (26) by a second fixing means. By fixing the common strut (10 g) that can be used individually or the height adjustment fixing part (15) that can be used individually on the upright surface facing the body, a rod-shaped member is attached together for exercise. A line locking unit can be configured, and an exercise line can be arranged between the exercise line locking units fixed to the upright surfaces facing each other.
By fixing the common strut (10 g) that can be used individually or the height adjustment fixing part to the wall surface that is an upright surface by the second fixing means, the base for the strut can be omitted, and the space can be locked without narrowing the space. The height of the rod-shaped member provided with the portion can be adjusted to an arbitrary height and fixed. In addition, when the height adjustment fixed body (15) is fixed, the support body is omitted, so not only a general sports gym, which is narrower than a gymnasium, but also a narrow space room of about 6 tatami mats, a transportable container, etc. However, the space is effective and the exercise line locking system is installed so that the exercise line system can be utilized.
However, compared to a unit fixed without a base by simultaneously using an L-shaped base (19 g) that can be fixed with a fixture on the installation surface and fixing the common support or height adjustment fixing part to the upright surface. It is possible to provide a drag force against a higher tensile force to the exercise line that is locked and arranged, and it is possible to perform line sports with a large load. It is also possible to prevent it from coming off.
The upright surface is a side surface or a wall on all sides that is close to the installation surface so as to be directly connected to the installation surface, and includes a door. However, the upright surface is not always a completely vertical surface, and a wall surface with an inclination of about ± 5 degrees is also included in the upright surface. For example, a wall with an inclination of about ± 5 degrees, such as that used in wall climbing competitions and bouldering, is also included. However, in the case of an upright surface with an inclination, an L-shaped base (19 g) that is a right angle may not be usable. Therefore, for an upright surface with an inclination, an inclined L-shaped base having the same inclination angle as the inclination is required. The upright surface and the installation surface are not limited to the surfaces that are completely directly connected to each other, and there may be a gap or groove of about 5 to 10 cm between the upright surface and the installation surface, or a protrusion in which blocks are arranged.
FIG. 41 (a) shows a rod-shaped member support holding type unit using an individually usable common support (10 g) or a height adjusting fixing body (15) fixed to a wall surface to be an upright surface by a second fixing means. It is a front view (a) which installed.
In the case of the rod-shaped member strut sandwiching type unit, since the height adjusting fixing portion is fixed by the second fixing means from the lateral direction, the height adjusting fixing unit (15) is still provided with the strut body (10f). It is desirable to use a common strut (10 g) or a reinforced height adjustment fixed body (15 c) with thickness.
Not only the bolts and screws that are the second fixing means, but also the connecting metal fittings and other adhesives, on the wall that becomes the upright surface (26) close to the installation surface of the room or gymnasium, or on the upright door. The height adjustment fixing body (15) can be attached as a substitute for the support of the rod-shaped member support support sandwiching type unit (2a) by using a second fixing means including fixing with an adhesive tape or a magnet. There is.
The common strut (10 g) that can be used individually or the height adjustment fixing body (15) that can be used individually can be attached to the surface of the upright surface (26) or embedded in the upright surface. When embedding, a gap is provided so that the rod-shaped member does not rub against the upright surface and friction does not occur, and the rod-shaped member is embedded and fixed so that it can be attached.
Since the rod-shaped member strut sandwiching type unit is fixed so that the rod-shaped member is sandwiched between the columns, a reinforced height adjustment fixing body (15c) having the same width and thickness as the rod-shaped member is used on an upright surface. It is fixed. It is fixed from both end faces of the rod-shaped member so as to be sandwiched between the reinforced height adjusting fixing parts (15c) fixed by the second fixing means.
The reinforced height adjustment fixed body (15c) is classified into a round concave type and a rail type. In the case of a round concave, it becomes a round concave that becomes a through hole. Screw the rod-shaped member end face bolt holes (9e) provided on both end faces of the rod-shaped member through a common bolt that engages from the outer round recess of the reinforced height adjustment fixing body (15c), and fix both both ends. ..
In the case of the rail type, the height adjustment slide portion (17b) or the like is inserted from the slide inlet having substantially the same shape as the slide locking portion inlet (6i) provided on the upper part of the reinforced height adjustment fixed portion (15c). And attach it.
A rod-shaped member is attached to the reinforced height adjusting fixed body (15c) fixed to the upright surface (26), and the exercise line can be arranged toward the exercise line locking unit arranged.
Further, by attaching the height adjusting fixing part (15) to both the upright surface (26) and the upright surface (26) facing each other, and attaching at least one rod-shaped member together, the upright surface (26) and the upright surface (26) and the upright surface (26) are attached. During 26), it is possible to arrange the desired number of exercise lines at the desired height, at the desired interval and angle, while changing the arrangement program provided in various forms. Become.
It is also possible to fix a common strut (10 g) that can be used individually to the upright surface (26) close to the installation surface by using the second fixing means.
In FIG. 41 (b), the rail height adjusting fixing body (15b) of the height adjusting fixing body (15) is fixed to the upright surface close to the installation surface by using the second fixing means, and the rod-shaped member columns intersect. It is a front view which attached the rod-shaped member so that it becomes a mold unit.
When the reinforced height adjusting fixed body (15c) is used, the second fixing means is embedded so that not only the upright surface but also the upright surface and the reinforced height adjusting fixed body (15c) are embedded so as to be close to a flat surface. There is also a method of fixing by. It is desirable that the surface of the reinforced height adjustment fixing body (15c) is fixed so as to protrude from the upright surface by about 5 mm without causing friction due to contact between the rod-shaped member and the upright surface.
Even in a space-saving room where the space for installing the base of the support required to increase stability is small, the common support (10g) or height adjustment fixing part (15c) is fixed directly to the interior wall that is an upright surface. By doing so, the exercise line locking unit can be installed without a base, and by arranging the exercise line locking unit that does not require a base on the facing wall and locking the exercise line, the exercise line can be installed. Line sports using elastic exercise lines such as rubber and exercise lines using laser beams, which have less load, can be performed even in a moving container, indoors with a space of about 6 tatami mats. In this case, each floor of the container and the room-like shape of about 6 tatami mats becomes the installation surface (25), and the wall surface including the doors surrounding all four sides becomes the upright surface (26).
However, when performing line sports in which the tension and attraction are high, it may be necessary to use a support or an L-shaped base (19 g) that fits the height adjusting fixed body (15) at the same time.
The height adjusting fixing body (15) can be fixed not only on an upright surface and an installation surface but also on a ceiling surface having a height of 4 m or more or so as to be embedded. It is also possible to hang it from the ceiling using an iron frame, attach a rod-shaped member to it, and attach an exercise line unit.

図42は、(a)は設置面(25)に個別で使用可能の共通棒状部材(3h)もしくは係止部体(6e)が第2固定手段により固定された上面図、(b)は移動コンテナの直立面、設置面、天井面に共通棒状部材もしくは係止部体を固定した図、(c)は移動コンテナの直立面、設置面、天井面に高さ調整固定部体と係止部体を固定した図の実施形態を表わす図である。
設置面の上方に位置する天井面面は直立面との境に隙間を有する場合もある。
図42(a)は、設置面(25)に個別でも使用可能の係止部体(6e)が第2固定手段により固定された上面図であって、設置面に係止部体が固定されている。係止部体が固定される設置面(25)は、屋内が主流になり、体育館、スポーツジム室内等の他、通常のスポーツジム室内よりも狭い空間等も含まれる。運動用ライン係止システムが設置可能の、移動可能でもあるコンテナ内や略6畳程度の狭い室内等も含まれる。
個別で使用可能の共通棒状部材(3h)及び係止部体(6e)は、共通支柱もしくは調整固定部体と固定方法が同様の前記第2固定手段である。
設置面に個別でも使用可能の係止部体(6e)の種類の中で係止部の下に台座部分を含む強化係止部体(6h)を固定するのが、台座による補強部が含まれ望ましい。強化係止部体(6h)の係止部上面となる表面を前記室内の床面となる設置面と略水平に、凹凸が少なくなるように第2固定手段により設置面下に埋め込むように取り付けている。
これらの設置面の固定方法は、係止部の上面である表面が設置面と略同じ高さとなるように設けられた窪みに埋め込まれ固定具や接着剤等の固定材で固定されたもの。設置面に固定具や接着剤等の固定材で固定され、床面より係止部が突出したもの。また設置面に仮止め、もしくは静置された状態で移動可能であり床面より係止部が突出したものと、この3形態が考えられる。
床面に取り付ける場合、そのまま床の表面に丸凹型係止部体(6f)、レール係止部体(6g)をネジやボルト等の固定具で取り付ける事も考えられるが、欠点として床より上に、係止部体(6e)が飛び出してしまい、競技者が躓く可能性があることである。図36(b)の、棒状部材を設置上に架橋するよう固定した場合も、同じように、設置面上に棒状部材が突出するよう固定されており、競技者が躓く可能性があった。
これを解消するには、設置面(25)に係止部体(6e)と略同じ幅と全長、深さの穴あるいは窪みを設け、係止部体(6e)が設置面(25)より上に突出しないよう、もしくは設置面(25)下に窪みができない様に、埋め込むように第2固定手段で固定することにより躓く等の可能性を減少させることが可能となる。特に板状に厚みのある強化係止部体(6h)が埋め込むには、埋め込む面積と厚み、強度も備え、約3〜5mmほどの薄い板状の軽金属で形成された丸凹型係止部体(6f)、レール係止部体(6g)等よりも、強度と埋め込みやすさも含め係止部体(6e)の中で最も適していると考えられる。強化係止部体(6h)の係止部は丸凹、凹型状もしくは凸型状のレール型が備えられる。
床面より下に埋め込まれた強化係止部体(6h)等は、あくまで一例ではあるが、予め50cm間隔で略平行に並べて固定されている状態となり、これらの強化係止部体(6h)等の略垂直上方に、共通棒状部材(3h)の係止部が位置するように運動用ライン係止ユニット(2)の上部に架橋され固定される。床面に固定具や接着剤等の第2固定手段で固定され、床面より係止部が突出した強化係止部体(6h)等も同様に、略垂直上方に係止部体(6e)と略平行に共通棒状部材(3h)が運動用ライン係止ユニット(2)の上方に架橋され固定可能となる。略垂直上方の平行となる架橋固定だけではなく斜め等、角度を付けた共通棒状部材(3h)の固定も可能となる。
図示はしていないが、縦方向に配設された様々な運動用ラインと同時に、横方向に数段に配設された様々な運動用ラインを組み合せることで、運動用ライン係止システムはさらに三次元的に様々な角度を有する運動用ラインの配設も可能となることで、様々な動きを必要とするラインスポーツを行う事が可能となる。
床面に取り付けられた係止部体は、板状、シート状の軟体性カバー等で全体もしくは部分的に覆うことも可能である。
図42(b)は、移動可能でもあるコンテナの室内にて、直立面(26)となる壁や扉を含めた側面四方の壁、天井面及び床面となる設置面に、第2固定手段であるボルトやネジ、接続金具、もしくは接着剤や両面テープ等、あるいは磁石等による固着も含める固定手段を用いて、個別で使用可能である係止部体(6e)を固定している。
この直立面、天井面及び床面となる設置面に固定された係止部体(6e)に運動用ラインを配設し、ラインスポーツを行うことが可能となる。運動用ライン係止システムでは、天井面も設置面(25)となり利用可能となる。
係止部体の固定可能な面は設置面(25)、天井面(29)の他、直立面(26)となる壁や扉を含めた側面四方も含まれる。固定可能な面は主に屋内であり、体育館、スポーツジム室内等の他、移動可能でもあるコンテナ内や略6畳程度の狭い室内等も運動用ライン係止システムが設置可能の室内となる。
コンテナ内や約4〜6畳程度の狭空間室内に土台を必要とする支柱(10)を含む運動用ライン係止ユニットを複数設置するのは、運動スペースが大きく狭められる事となる。
そこで、係止部体を直接直立面や天井面、設置面取り付ける事により、狭いスペースでも有効に活用しラインスポーツが行えるよう、室内の上下を含む四方に係止部体(6e)を固定するものである。ただし、直立面(26)となる壁や扉を含めた側面四方及び天井面と床面となる設置面に、係止部体(6e)に第2固定手段で固定された場合、様々な角度で固定可能となるが、係止部体を上下、左右、斜角を含め固定されているい為、固定された位置から移動することは難しくなる。
係止部体(6e)には複数の係止部を有し、複数の運動用ラインを係止可能である。平板型棒状部材(3i)のように複数列の直列された係止部を係止部体として用いる方法も考えられるが、同時に係止された複数の運動用ラインの位置を変更することは難しい。
体育館やスポーツジム、トレーニングハウス等のラインスポーツを行うスペースが十分確保可能の室内の直立面、設置面および設置面上方の天井面にも係止部体(6e)は固定可能であるが、それぞれの壁面、天井面は様々な建築規定もあり、高さ調整固定部体(15)を含め係止部体(6e)の取り付け可能な面が制約もしくは固定自体が禁止である面も存在する。
図示している移動用コンテナは、天井面、床、壁の四方は略全て鉄等の金属製であり、これらの面を利用し、あらゆる面に係止部体(6e)を取り付け、運動用ラインを配設する場合、運動用ラインに少なくとも競技者の体重がかかったとしても支えることの可能な支持力を、係止部体(6e)が固定された金属製である移動用コンテナの、天井面、床、壁は有することとなる。
このコンテナの扉も含む直立面(26)、天井面(29)には軽量タイプの丸凹型係止部体(6f)、レール係止部体(6g)が第2固定手段のビスにより表面より固定されている。コンテナの床となる設置面(25)には、強化係止部体(6h)と略同じ大きさの穴が設けられ、この穴に埋め込むように第2固定手段の接着剤により固定されている。
これらの係止部体に様々な運動用ラインを任意の位置で係止し、配設することにより、係止部を備える棒状部材体と棒状部材を支持する為の土台を必要とする支柱の必要が無くなることで狭いスペースでも有効に運動用ラインスポーツを行う事が可能となる。
この図では、天井面、床、壁全てが鉄製のコンテナの為、様々な運動用ラインが係止可能の係止部体が取り付けられているが、体育館や室内スポーツジム等の室内の直立面には様々なタイプがあり、係止部体(6e)が固定できない壁、係止部体(6e)が固定可能な位置が限られる壁、運動用ラインの支持力が低い為使用する運動用ラインの種類が限られる壁も存在する。
固定不可の直立面は、耐力壁、石こうボードのみの壁、12mm以下のベニア・合板壁であり、固定可能な位置が限られる壁とは、等間隔に並んだ柱、間柱を備えた壁でこの柱、間柱に第2固定手段により固定する。
また、重量物のネジ止めに耐えられるよう補強された補強壁面や少なくとも12mm以上の厚さを有するベニア・合板壁もしくは軽量鉄骨を有する壁には運動用ラインの種類が限られるが係止部体(6e)が固定可能である。
コンクリートの壁には第2固定手段であるコンクリートアンカーを使用することで、様々な運動用ラインを係止可能の係止部体(6e)、強化係止部体(6h)が固定可能である。
天井面(29)に係止部体(6e)を前記第2固定手段により固定することにおいて、考慮しなければならない事がある。特定天井面とされる、脱落によって重大な危害を生ずるおそれがある天井面である。
特定天井面とは、吊り天井面(直天井面は特定天井面に該当しない)であり、天井面の高さが6m超であり、水平投影面積が200平方メートル超であり、質量が2kg/平方メートル超であり、人が日常利用する場所に設置されている、これら全ての条件を満たす天井面が特定天井面である。
運動用ライン係止システムにおいては、これらの条件に該当する特定天井面とされる天井面は全て、運動用ライン係止システムに使用可能の天井面からは除外される。
運動用ライン係止システムにおいて、係止部体を固定可能とする天井面は、天井面自体に建築物の骨組みとなる構造材を有しこの構造材に直接、もしくはコンテナ等の鉄製等の金属製の一体型構造となる天井面に直接、もしくは、構造材又はコンテナ等の鉄製の一体型構造の天井面より天井面吊り金具が強固に固定され、この天井面吊り金具にボルト固定具で強化係止部体(6h)を固定可能の天井面であり、少なくとも200kgの質量を有する物体を天井面に固定された係止部体より運動用ラインを用いて吊るすことの可能な天井面と、天井面に固定される強化係止部体である。
天井面吊り金具は少なくとも2本以上で強化係止部体(6h)を固定するが、個別で使用可能の棒状部材(3)を固定することも可能である。この吊下げられた棒状部材の係止部より下方に向かって運動用ラインを係止、配設する。吊下げる棒状部材も単体で固定するより、4本の棒状部材で四角状に連結し、天井面に少なくとも4本以上の鉄棒等で四角状となった棒状部材を略水平に吊下げる固定することで、安定度も高まると考えられる。
ただし例外として、天井面板を張るために、小屋梁などから吊木等によって吊るされた野縁と呼ばれる細長い横木に天井面板の表面より固定用ネジにより、係止部体(6e)を複数箇所で野縁に固定し、係止される運動用ラインに全く負荷のかからない、1例としてレーザー光運動用ライン(21j)等であれば、レーザー発振装置(21k)もしくは受信機(反射板含む)(21l)と天井面材を含め質量が2kg/平方メートル以下であり、レーザー発振装置(21k)もしくは受信機(反射板含む)(21l)を建築基準法に基づき問題ない場合は、建築物の骨組みとなる構造材に直接固定しなくても、天井面に係止部体を固定可能の場合もある。
上方に位置する棒状部材もしくは係止部体にレーザー光であるレーザー光運動用ライン(21j)を発振するレーザー発振装置(21k)が取り付けられた場合、床面の係止部体(6e)もしくは共通棒状部材(3h)には、レーザー光受信器(21k)もしくは反射板(21l)の取り付けが必要になる。この場合、係止部体(6e)の上方部分に反射板(21l)を固定し、その表面はレーザー光を通す材質のものでカバーをし、設置面に埋め込み、上方にレーザー発振装置(21k)とレーザー光受信器(21k)が一つとなった装置を取り付ける事が望ましい。
直立面(26)となる壁や扉を含めた側面四方に固定された係止部体(6e)は、直立面に配設された運動用ラインの高さを調整する機能は備わっていないこととなる。
図42(c)は、移動コンテナの直立面に高さ調整固定部体と、設置面及び天井面には係止部体を固定した実施形態を表わす図であって、移動可能でもあるコンテナ等の室内にて、直立面(26)となる壁や扉を含めた側面四方の壁に高さ調整固定部体(15)、天井面及び床面である設置面に係止部体(6e)を共に第2固定手段である、ボルトやネジ、もしくは接着剤や両面テープ等、あるいは磁石等による固着も含める固定手段を用いて、個別で使用可能である高さ調整固定部体(15)と係止部体(6e)を固定している。この高さ調整固定部体(15)に取り付けられた棒状部材(3)と、天井面と設置面の係止部体(6e)に運動用ラインを配設し、ラインスポーツを行うことが可能となる。
高さ調整固定部体(15)と係止部体(6e)とを用い、狭いスペースでも有効に運動用ラインを配設するものである。強化係止部体(6h)と共に強度を増した強化高さ調整固定部体(15c)も用意される。
張引力が高くなるラインスポーツを行う場合は、支柱(10)、共通支柱も使用し、支柱もしくは高さ調整固定部体(15)に適合するL字型土台(19g)を同時に用いるのが望ましい。
高さ調整固定部体(15)が固定される直立面(26)となる壁や扉を含めた側面四方は、主に屋内となり、体育館、スポーツジム室内等の他、運動用ライン係止システムが設置可能である、移動可能でもあるコンテナ内や略6畳程度の狭い室内等も含まれる。
この図では、扉を含め壁全てが鉄製のコンテナの為、様々な場所に棒状部材が固定の高さ調整固定部体(15)が取り付けられているが、体育館や室内スポーツジム等の室内の直立面には様々なタイプがあり、高さ調整固定部体(15)が固定できない壁、高さ調整固定部体(15)が固定可能な位置が限られる壁、高さ調整固定部体(15)の支持力が低い為使用する運動用ラインの種類が限られる壁も存在する。
固定不可の直立面は、耐力壁、石こうボードのみの壁、12mm以下のベニア・合板壁であり、固定可能な位置が限られる壁とは、等間隔に並んだ柱、間柱を備えた壁でこの柱、間柱に第2固定手段により固定する。
また、重量物のネジ止めに耐えられるよう補強された補強壁面や少なくとも12mm以上の厚さを有するベニア・合板壁もしくは軽量鉄骨を有する壁には運動用ラインの種類が限られるが高さ調整固定部体(15)が固定可能である。
コンクリートの壁には第2固定手段であるコンクリートアンカーを使用することで、取り付けられる棒状部材に様々な運動用ラインが係止可能となる高さ調整固定部体(15)、強化高さ調整固定部体(15c)が固定可能である。
直立面と前記設置面上方の天井面に用途に合わせ、係止部体(6e)と高さ調整固定部体(15)を組み合わせ使用することで直立、水平、平行、斜め、上下と様々な位置に運動用ラインがに配設可能となる。
四方側面及び天上、床から配設される全ての運動用ライン(21)をレーザー光運動用ライン(21j)とすることも可能である。
それぞれのラインの高さ、横幅の間隔を、1例ではあるが全て略10cm前後に配設することも可能となる。なお、上面の天井面部からの垂直下方に向けられたレーザー光運動用ライン(21j)の場合は、床面にも反射板もしくは受信器が必要になる。
このラインの高さ、横幅の略全てを略10cm前後に配設された、それぞれのレーザー光運動用ライン(21j)を、発振、受信するレーザー発振装置(21k)と受振機もしくは反射板(21l)に全て異なる信号発振機能及びオン、オフ等のスイッチ機能を設け、人感センサー装置等の構造と同じように、赤外線、超音波、可視光等からなるレーザー光運動用ライン(21j)に競技者の身体が触れ温度差を感知、もしくは赤外線ビームを遮ぎられた時等に、センサーが反応しスイッチのONとOFFが入る仕組みを用いる。
そのラインに触れた等の位置、時間、角度、スピード等が電子データとして記憶媒体等に記憶する機能を設けることにより、同じ動作を行う他の競技者のレーザー光運動用ライン(21j)に触れる位置、時間、角度、スピード等との違いをデータとして比較し、違いを明らかにする機能を設けることも考えられる。
他、それぞれのレーザー光運動用ライン(21j)に設けられた発信音機能も利用し、競技者と比較競技者がそれぞれのラインに触れた位置、時間、角度、スピード等の記憶データと比較しつつ、運動、動きの違いを、運動をしながら、その場で、動きと略同時となるリアルタイムで、スピーカー等を使用した音や、スクリーンやモニター等の映像、もしくは身体に装着された刺激体を用いて、視覚、聴覚、肌への刺激等による感覚等も含めながら比較する事も可能となる機能を有する運動用ライン係止システムも考えられる。
42 (a) is a top view in which a common rod-shaped member (3h) or a locking portion (6e) that can be individually used on the installation surface (25) is fixed by a second fixing means, and FIG. 42 (b) is a moving top view. The figure in which the common rod-shaped member or the locking part is fixed to the upright surface, the installation surface, and the ceiling surface of the container, (c) shows the height adjustment fixing part and the locking part on the upright surface, the installation surface, and the ceiling surface of the moving container. It is a figure which shows the embodiment of the figure which fixed the body.
The ceiling surface located above the installation surface may have a gap at the boundary with the upright surface.
FIG. 42A is a top view in which the locking portion (6e) that can be used individually is fixed to the installation surface (25) by the second fixing means, and the locking portion is fixed to the installation surface. ing. The installation surface (25) to which the locking portion is fixed is mainly indoors, and includes not only a gymnasium, a sports gym room, etc., but also a space narrower than a normal sports gym room, etc. It also includes the inside of a movable container where an exercise line locking system can be installed and a small room of about 6 tatami mats.
The common rod-shaped member (3h) and the locking portion (6e) that can be used individually are the second fixing means having the same fixing method as the common strut or the adjusting fixing portion.
Among the types of locking parts (6e) that can be used individually on the installation surface, fixing the reinforced locking part (6h) including the pedestal under the locking part includes the reinforcing part by the pedestal. This is desirable. The surface of the reinforced locking portion (6h), which is the upper surface of the locking portion, is mounted so as to be embedded under the installation surface by the second fixing means so that the surface which is the upper surface of the locking portion is substantially horizontal to the installation surface which is the floor surface of the room and the unevenness is reduced. ing.
The method of fixing these installation surfaces is that the surface, which is the upper surface of the locking portion, is embedded in a recess provided so as to be substantially the same height as the installation surface, and is fixed with a fixing material such as a fixture or an adhesive. It is fixed to the installation surface with a fixing material such as a fixture or adhesive, and the locking part protrudes from the floor surface. Further, it is conceivable that the locking portion protrudes from the floor surface and can be moved in a state of being temporarily fixed to the installation surface or standing still.
When mounting on the floor, it is conceivable to attach the round concave locking part (6f) and rail locking part (6g) to the floor surface as they are with fixtures such as screws and bolts, but the disadvantage is that they are above the floor. In addition, the locking body (6e) may pop out and the athlete may stumble. In the case of fixing the rod-shaped member in FIG. 36 (b) so as to bridge over the installation, the rod-shaped member is similarly fixed so as to protrude on the installation surface, and the athlete may stumble.
To solve this problem, the installation surface (25) is provided with a hole or recess having substantially the same width, overall length, and depth as the locking portion (6e), and the locking portion (6e) is located on the installation surface (25). It is possible to reduce the possibility of stumbling by fixing with a second fixing means so as to embed it so that it does not protrude upward or a dent is not formed under the installation surface (25). In particular, in order to embed a plate-shaped thick reinforced locking part (6h), a round concave locking part made of a thin plate-shaped light metal of about 3 to 5 mm has an embedding area, thickness, and strength. It is considered that (6f) is more suitable than the rail locking part (6g) in the locking part (6e) in terms of strength and ease of embedding. The locking portion of the reinforced locking portion (6h) is provided with a round concave, concave or convex rail type.
The reinforced locking parts (6h) and the like embedded below the floor surface are merely examples, but they are in a state of being fixed in parallel at intervals of 50 cm in advance, and these reinforced locking parts (6h). It is bridged and fixed to the upper part of the exercise line locking unit (2) so that the locking portion of the common rod-shaped member (3h) is located substantially vertically above the above. Similarly, the reinforced locking portion (6h), which is fixed to the floor surface by a second fixing means such as a fixture or an adhesive and the locking portion protrudes from the floor surface, is also the locking portion (6e) substantially vertically upward. ), The common rod-shaped member (3h) is bridged above the exercise line locking unit (2) and can be fixed. It is possible to fix the common rod-shaped member (3h) at an angle such as diagonally as well as the bridge fixing which is parallel to the substantially vertical upper part.
Although not shown, the exercise line locking system can be achieved by combining various exercise lines arranged in the vertical direction and various exercise lines arranged in several stages in the horizontal direction at the same time. Furthermore, since it is possible to arrange exercise lines having various angles in three dimensions, it is possible to perform line sports that require various movements.
The locking portion attached to the floor surface can be completely or partially covered with a plate-shaped or sheet-shaped flexible cover or the like.
FIG. 42 (b) shows the second fixing means on the wall to be the upright surface (26), the wall on all four sides including the door, the ceiling surface, and the installation surface to be the floor surface in the room of the container which is also movable. The locking parts (6e) that can be used individually are fixed by using fixing means including bolts and screws, connecting metal fittings, adhesives, double-sided tape, and magnets.
An exercise line is arranged on the locking portion (6e) fixed to the installation surface which is the upright surface, the ceiling surface, and the floor surface, so that line sports can be performed. In the exercise line locking system, the ceiling surface also becomes the installation surface (25) and can be used.
The surface to which the locking portion can be fixed includes an installation surface (25), a ceiling surface (29), and four side surfaces including an upright surface (26) such as a wall and a door. The surface that can be fixed is mainly indoors, and in addition to gymnasiums, sports gym rooms, etc., movable containers and narrow rooms of about 6 tatami mats can also be installed with an exercise line locking system.
Installing a plurality of exercise line locking units including columns (10) that require a base in a container or in a narrow space room of about 4 to 6 tatami mats will greatly reduce the exercise space.
Therefore, by directly attaching the locking part to the upright surface, ceiling surface, or installation surface, the locking part (6e) is fixed on all sides including the top and bottom of the room so that it can be effectively used even in a narrow space and line sports can be performed. It is a thing. However, when the locking portion (6e) is fixed to the locking portion (6e) by the second fixing means, it has various angles on all four sides including the wall and the door which are the upright surfaces (26) and the installation surface which is the ceiling surface and the floor surface. However, since the locking part is fixed including the vertical, horizontal, and oblique angles, it is difficult to move from the fixed position.
The locking portion body (6e) has a plurality of locking portions, and can lock a plurality of exercise lines. A method of using a plurality of rows of series-locked locking portions as a locking portion as in the flat plate type rod-shaped member (3i) is conceivable, but it is difficult to change the positions of the plurality of exercise lines locked at the same time. ..
The locking body (6e) can also be fixed to the upright surface, installation surface, and ceiling surface above the installation surface, where sufficient space for line sports such as gymnasiums, sports gyms, and training houses can be secured. There are various building regulations for the wall surface and ceiling surface, and there are some surfaces where the locking unit (6e) including the height-adjusting fixing unit (15) is restricted or the fixing itself is prohibited.
The moving container shown in the figure is made of metal such as iron on all four sides of the ceiling, floor, and wall, and using these surfaces, a locking body (6e) is attached to all surfaces for exercise. When arranging the line, the support force that can support at least the weight of the athlete even if the exercise line is applied is provided by the moving container in which the locking body (6e) is fixed. It will have a ceiling surface, floor, and walls.
Lightweight round concave locking parts (6f) and rail locking parts (6g) are placed on the upright surface (26) and ceiling surface (29) including the door of this container from the surface by the screws of the second fixing means. It is fixed. A hole having substantially the same size as the reinforced locking body (6h) is provided on the installation surface (25) serving as the floor of the container, and is fixed by the adhesive of the second fixing means so as to be embedded in the hole. ..
By locking and arranging various exercise lines on these locking portions at arbitrary positions, a rod-shaped member body having a locking portion and a support column that requires a base for supporting the rod-shaped members. By eliminating the need, it becomes possible to effectively perform exercise line sports even in a narrow space.
In this figure, since the ceiling, floor, and walls are all made of iron, a locking body that can lock various exercise lines is attached, but an upright surface in a gymnasium, indoor sports gym, etc. There are various types of walls, such as walls where the locking part (6e) cannot be fixed, walls where the position where the locking part (6e) can be fixed is limited, and for exercise used because the bearing capacity of the exercise line is low. There are also walls where the types of lines are limited.
Unfixable upright surfaces are bearing walls, gypsum board-only walls, veneer / plywood walls of 12 mm or less, and walls with limited fixable positions are walls with columns arranged at equal intervals and studs. It is fixed to these columns and studs by a second fixing means.
In addition, although the types of exercise lines are limited, locking parts are used for reinforced walls that are reinforced to withstand the screwing of heavy objects, veneer / plywood walls with a thickness of at least 12 mm, or walls with lightweight steel frames. (6e) can be fixed.
By using concrete anchors, which are the second fixing means, on the concrete wall, it is possible to fix the locking part (6e) and the reinforced locking part (6h) that can lock various exercise lines. ..
It may be necessary to consider in fixing the locking portion (6e) to the ceiling surface (29) by the second fixing means. It is a specific ceiling surface that may cause serious harm if it falls off.
The specific ceiling surface is a suspended ceiling surface (the straight ceiling surface does not correspond to the specific ceiling surface), the height of the ceiling surface is more than 6 m, the horizontal projection area is more than 200 square meters, and the mass is 2 kg / square meter. A specific ceiling surface is a ceiling surface that is super and is installed in a place where people use it on a daily basis and satisfies all of these conditions.
In the exercise line locking system, all ceiling surfaces that meet these conditions and are designated as specific ceiling surfaces are excluded from the ceiling surfaces that can be used in the exercise line locking system.
In the exercise line locking system, the ceiling surface that allows the locking part to be fixed has a structural material that forms the framework of the building on the ceiling surface itself, and is directly attached to this structural material or made of iron or other metal such as a container. The ceiling surface hanging bracket is firmly fixed to the ceiling surface, which is an integrated structure made of steel, or from the ceiling surface of an iron integrated structure such as a structural material or a container, and is reinforced with a bolt fixture to this ceiling surface hanging bracket. A ceiling surface on which the locking portion (6h) can be fixed, and an object having a mass of at least 200 kg can be hung from the locking portion fixed to the ceiling surface using an exercise line. It is a reinforced locking body fixed to the ceiling surface.
The reinforced locking portion (6h) is fixed by at least two ceiling surface hanging metal fittings, but it is also possible to fix a rod-shaped member (3) that can be used individually. The exercise line is locked and arranged downward from the locking portion of the suspended rod-shaped member. Rather than fixing the hanging rod-shaped member alone, connect it in a square shape with four rod-shaped members, and hang and fix the square-shaped member with at least four iron bars or the like on the ceiling surface substantially horizontally. It is thought that the stability will also increase.
However, as an exception, in order to stretch the ceiling surface plate, locking parts (6e) are placed at multiple locations on a long and narrow crossbar called a field edge, which is hung from a hut beam by a hanging tree, etc., from the surface of the ceiling surface plate with fixing screws. A laser oscillator (21k) or a receiver (including a reflector) (including a reflector), for example, a laser light motion line (21j) that is fixed to the field edge and does not place any load on the locked motion line. If the mass including 21 liters) and ceiling surface material is 2 kg / square meter or less, and there is no problem with the laser oscillator (21 k) or receiver (including reflector) (21 liters) based on the Building Standards Act, the frame of the building In some cases, the locking part can be fixed to the ceiling surface without being directly fixed to the structural material.
When a laser oscillating device (21k) that oscillates a laser light motion line (21j) that is laser light is attached to a rod-shaped member or a locking part located above, the locking part (6e) on the floor surface or A laser light receiver (21k) or a reflector (21l) needs to be attached to the common rod-shaped member (3h). In this case, the reflector (21l) is fixed to the upper part of the locking part (6e), the surface thereof is covered with a material that allows laser light to pass through, embedded in the installation surface, and the laser oscillator (21k) is above. ) And the laser light receiver (21k) are integrated into one device.
The locking body (6e) fixed on all four sides including the wall and door that will be the upright surface (26) does not have the function of adjusting the height of the exercise line arranged on the upright surface. It becomes.
FIG. 42 (c) is a diagram showing an embodiment in which the height-adjusting fixed portion is fixed to the upright surface of the moving container and the locking portion is fixed to the installation surface and the ceiling surface, and the container or the like which is also movable. In the room, the height adjustment fixed part (15) is attached to the wall that becomes the upright surface (26) and the wall on all four sides including the door, and the locking part (6e) is attached to the installation surface that is the ceiling surface and the floor surface. With the height adjustment fixing body (15), which can be used individually by using a fixing means including bolts, screws, adhesives, double-sided tapes, magnets, etc., which are both second fixing means. The locking portion (6e) is fixed. It is possible to perform line sports by arranging exercise lines on the rod-shaped member (3) attached to the height adjusting fixed body (15) and the locking body (6e) on the ceiling surface and the installation surface. It becomes.
The height adjusting fixed body (15) and the locking body (6e) are used to effectively arrange the exercise line even in a narrow space. Along with the reinforced locking body (6h), a reinforced height adjusting fixed body (15c) having increased strength is also prepared.
When performing line sports where the tension is high, it is desirable to use the support (10) and common support, and to use the support or the L-shaped base (19 g) that fits the height adjustment fixed body (15) at the same time. ..
The four sides including the wall and door, which are the upright surfaces (26) to which the height adjustment fixed body (15) is fixed, are mainly indoors, and are used in gymnasiums, sports gyms, etc., as well as exercise line locking systems. It also includes the inside of a container that can be installed and is also movable, and a small room of about 6 tatami mats.
In this figure, since all the walls including the door are iron containers, height adjustment fixing parts (15) with rod-shaped members fixed are attached in various places, but in indoors such as gymnasiums and indoor sports gyms. There are various types of upright surfaces, such as walls where the height adjustment fixing body (15) cannot be fixed, walls where the height adjustment fixing body (15) can be fixed in a limited position, and height adjustment fixing body (15). There are some walls where the types of exercise lines used are limited due to the low bearing capacity of 15).
Unfixable upright surfaces are bearing walls, gypsum board-only walls, veneer / plywood walls of 12 mm or less, and walls with limited fixable positions are walls with columns arranged at equal intervals and studs. It is fixed to these columns and studs by a second fixing means.
In addition, height adjustment and fixing are limited to the types of exercise lines for reinforced walls that are reinforced to withstand the screwing of heavy objects, veneer / plywood walls with a thickness of at least 12 mm, or walls with lightweight steel frames. The body (15) can be fixed.
By using concrete anchors, which are the second fixing means, on the concrete wall, height adjustment fixing body (15) that allows various exercise lines to be locked to the rod-shaped member to be attached, reinforced height adjustment fixing The body (15c) can be fixed.
By using the locking part (6e) and the height adjusting fixed part (15) in combination with the upright surface and the ceiling surface above the installation surface, various types such as upright, horizontal, parallel, diagonal, and up and down can be used. An exercise line can be placed at the position.
It is also possible to use all the exercise lines (21) arranged from the four sides, the sky, and the floor as the laser light exercise lines (21j).
It is also possible to arrange the height and width of each line at about 10 cm, although this is an example. In the case of the laser light motion line (21j) directed vertically downward from the ceiling surface portion on the upper surface, a reflector or a receiver is also required on the floor surface.
A laser oscillator (21k) and a vibration receiver or reflector (21l) that oscillate and receive each laser light motion line (21j) arranged at about 10 cm in height and width of this line. ) Are provided with different signal oscillation functions and switch functions such as on and off, and compete on the laser light motion line (21j) consisting of infrared rays, ultrasonic waves, visible light, etc., similar to the structure of the motion sensor device. When the person's body touches and senses the temperature difference, or when the infrared beam is blocked, the sensor reacts and the switch is turned on and off.
By providing a function to store the position, time, angle, speed, etc. of touching the line as electronic data in a storage medium or the like, the line (21j) for laser light movement of another athlete performing the same operation is touched. It is also conceivable to provide a function to compare the differences with the position, time, angle, speed, etc. as data and clarify the differences.
In addition, the transmission sound function provided in each laser light exercise line (21j) is also used to compare with the athlete and the stored data such as the position, time, angle, speed, etc. when the athlete touches each line. While exercising, the difference between exercise and movement can be seen on the spot in real time, which is almost the same as the movement, such as sound using speakers, images such as screens and monitors, or stimulators attached to the body. An exercise line locking system having a function that enables comparison while including visual, auditory, and sensations caused by irritation to the skin is also conceivable.

運動用ライン係止システムは、幼児から高齢者、そしてトップアスリートを含め、様々な人々が、屋内、屋外の様々な場所で利用可能の、複数の様々な運動用ラインを、様々な高さ、様々な広さで使用し、運動、ダンス、レジャーと様々な楽しみ方が可能の、今までにない運動用ラインシステムである。
棒状部材と支柱の製造及びゴムや、ベルト状ライン、金属もしくは合成樹脂製のポール、そしてレーザー光線を含む運動用ラインは、それぞれ専門の産業で製造することとなる。またこの運動用ライン係止システムを使用して行う運動も、今までにない運動方法も含まれ、これを確立する為の、各スポーツ代表選手等による教科法CD作成と販売。さらに、運動用ラインスポーツを広める為の、協会の設立等も必要となり、様々な分野で活躍する、若しくは引退したアスリートが、国内、海外を含め就労及び不労所得を得る事の可能な組織を作り、新たなスポーツ事業として利用可能と考えられる。
この運動用ライン係止システムは、高齢者がバランス感覚や体幹を向上する事に対しても大変有効である。多くの高齢者が転倒することにより、以降車いす生活を余儀なくされているが、この運動用ライン係止システムによるバランストレーニングを行う事により、転倒する可能性を大きく防ぐ事が可能となる。
今後は、このシステムを基に、運動方法や楽しみ方を開発し、運動用ライントレーニング法ソフトの開発事業の展開が可能となる。このシステムは、バレーボールやテニス等のポールおよびポール差し込み穴も使用可能であるが、これらのサイズは世界共通サイズでもある。このシステム器具および運動法を日本のみではなく世界に広めることも可能となる。
The exercise line locking system provides multiple different exercise lines, at different heights, for different people, from infants to the elderly, and top athletes, in different locations, indoors and outdoors. It is an unprecedented line system for exercise that can be used in various sizes and can be enjoyed in various ways such as exercise, dance, and leisure.
Manufacture of rod-shaped members and struts, rubber, belt-shaped lines, poles made of metal or synthetic resin, and exercise lines including laser beams will be manufactured in specialized industries. In addition, exercises performed using this exercise line locking system also include unprecedented exercise methods, and in order to establish this, each sports representative player, etc. creates and sells a textbook CD. In addition, it is necessary to establish an association to spread exercise line sports, and create an organization that allows athletes who are active or retired in various fields to earn employment and unearned income, both domestically and overseas. , It is considered that it can be used as a new sports business.
This exercise line locking system is also very effective for elderly people to improve their sense of balance and core. Many elderly people have been forced to live in wheelchairs since they fell, but by performing balance training with this exercise line locking system, it is possible to greatly prevent the possibility of falling.
In the future, based on this system, it will be possible to develop exercise methods and enjoyment methods, and to develop an exercise line training method software development business. The system can also use poles and pole insertion holes for volleyball, tennis, etc., but these sizes are also universal. It will be possible to spread this system equipment and exercise method not only in Japan but also in the world.

1 運動用ライン係止システム
2 運動用ライン係止ユニット
2a 棒状部材支柱挟み込み型ユニット
2b 棒状部材支柱交差型ユニット
2c 第2運動用ライン係止ユニット
3 棒状部材
3a 円筒形棒状部材
3b 四角形棒状部材
3c 五角形棒状部材
3d 六角形棒状部材
3e 八角形棒状部材
3f 蒲鉾形棒状部材
3g 空洞無し棒状部材
3h 共通棒状部材
3i 平板型棒状部材
3j 湾曲棒状部材
3k システムトラス棒状部材
4 延長固定型棒状部材
4a 外側棒状部材
4b 内側棒状部材
4c 外側口径ネジ式締付具
4d 隙間キャップ
5 棒状部材体
6 係止部
6a 丸凹型係止部
6b 固定側凹型レール係止部
6c 固定側凸型レール係止部
6d 角凹型係止部
6e 係止部体
6f 丸凹型係止部体
6g レール係止部体
6h 強化係止部体
6i スライド係止部受入口
7 スライド係止部
7a 凹型スライド係止部
7b 凸型スライド係止部
7c スライド係止部接続孔
7d ロック式スライド係止部
7e レールスライド用ストッパー
7f スライドボルト係止部
8 係止部接続具
8a L字ネジ止め係止部接続具
8b コ字ネジ止め係止部接続具
8c U字ネジ止め係止部接続具
8d リングネジ係止部接続具
8e フック型ネジ式係止部接続具
8f カン式ネジ式係止部接続具
8g バックル式ベルト型係止部接続具
8h 角度可変係止部接続具
8h 共通ネジ穴
8i 共通ビス・ネジ
8j 共通ボルト
8k 共通ナット
8l 弾性材料係止部接続具
9 棒状部材側支柱用固定部
9a 棒状部材側支柱用丸凹単固定部
9b 棒状部材側支柱用角凹単固定部
9c 棒状部材側支柱用丸凹複固定部
9d 棒状部材端面キャップ
9e 棒状部材端面ボルト用穴
9f 棒状部材側支柱用レール固定部
9g 棒状部材側支柱用長方凹複固定部
10 支柱
10a 円筒型支柱
10b 多角型支柱
10c 蒲鉾型支柱
10d 脚立型支柱
10f 支柱体
10g 共通支柱
10e システムトラス支柱
11 延長固定型支柱
11a 外側支柱
11b 内側支柱
11c 支柱口径ネジ式締付具
12 支柱側係止部
12a 支柱側丸凹型係止部
12b 支柱側凹型レール係止部
12c 支柱側筒型スライド係止部
13 支柱側棒状部材固定部
13a 支柱側棒状部材丸凹単固定部
13b 支柱側棒状部材角凹単固定部
13c 焼き付け溶接固定部
14 高さ調整固定部
14a 高さ調整丸凹複固定部
14b 高さ調整複角凹複固定部
14c 高さ調整レール固定部
15 高さ調整固定部体
15a 丸凹高さ調整固定部体
15b レール高さ調整固定部体
15c 強化高さ調整固定部体
16 支柱側棒状部材固定部用固定具
16a 支柱側棒状部材丸凹固定部用ボルト型固定具
16b 支柱側棒状部材角凹固定部用ボルト型固定具
16c T字直交型丸凹固定部用固定具
16d 支柱側棒状部材丸凹固定部用鎖型固定具
17 レール用スライド部
17a 上下動支軸旋回スライドレール固定具
17b 高さ調整スライド部
17c ロック式高さ調整スライド部
17d 棒状部材側支柱用スライド部
17e ロック式棒状部材側支柱用スライド部
17f 上下・左右直角スライド部
17g ロック式上下・左右直角スライド部
17h 上下・左右回動スライド部
17i ロック式上下・左右回動スライド部
17j 固定具土台
17k 棒状部材挿入筒状体
17l 固定具支点
17m 高さ調整スライドボルト
17n 高さ調整スライドボルトロング
17o スライドナット
17p 溶接点
18 クランプ型ユニット固定具
18a ボルト付単型クランプ型ユニット固定具
18b 締めつけネジ付きはめ込み式T字直交型クランプ型ユニット固定具
18c 直交型クランプ型ユニット固定具
18d クランプ支柱側固定部
18e クランプ棒状部材側固定部
18f 自在型クランプ型ユニット固定具
18g クランプ回動軸
19 支柱用土台
19a 平板型土台
19b 直線棒形土台
19c 三点支持土台
19d 四点支持土台
19e アンカー型土台
19f 土台・上部連結兼用共通ボルト穴
19g L字型土台
19h ポール差し込み穴係合土台
19i ポール差し込み穴係合部
20 棒状部材連結手段
20a 筒状体型連結具
20b コノ字型連結具
20c L字型筒状体連結具
20d 二面L字型連結具
20e 略6〜略10mmボルト付筒状体型連結具
20f 柱材角L接合金物
20g 直角交差連結金具
21 運動用ライン
21a 細ゴム紐
21b ゴムベルト
21c 低伸縮性細ライン
21d 細紐
21e ロープ状太紐
21f 綱渡りライン
21g 梯子型ベルトライン
21h 網目型ベルトライン
21i ポール型ライン
21j レーザー光運動用ライン
21k レーザー発振装置
21l 受信機(反射板含む)
21m 電源コード
21n シーツ(布)
22 管状筒体
22a スポーツポール(バレーボール、テニス、バトミントン)
22b スポーツポール接続固定具
23 スポーツポール差し込み穴
23a ポール受入れ口
23b 管状筒孔
23c 蓋
24 把持固定手段具
24a U字把持具
24b ステンレスバンド型把持具
24c 把持部
24d 長方楕円孔
25 設置面(競技場面)
26 壁面(直立面)
27 高さ維持台
28 移動コンテナ・狭空間室内等
29 天井面(水平面)
30 傾斜配設
31 縦方向配設
1 Exercise line locking system 2 Exercise line locking unit 2a Rod-shaped member strut sandwiching type unit 2b Rod-shaped member strut crossing type unit 2c Second exercise line locking unit 3 Rod-shaped member 3a Cylindrical rod-shaped member 3b Square rod-shaped member 3c Pentagonal rod-shaped member 3d Hexagonal rod-shaped member 3e Octagonal rod-shaped member 3f Gamo-shaped rod-shaped member 3g Cavity-free rod-shaped member 3h Common rod-shaped member 3i Flat plate-shaped rod-shaped member 3j Curved rod-shaped member 3k System truss rod-shaped member 4 Extension fixed-type rod-shaped member 4a Outer rod-shaped member Member 4b Inner rod-shaped member 4c Outer diameter screw type fastener 4d Gap cap 5 Rod-shaped member body 6 Locking part 6a Round concave locking part 6b Fixed side concave rail locking part 6c Fixed side convex rail locking part 6d Square concave type Locking part 6e Locking part 6f Round concave locking part 6g Rail locking part 6h Reinforced locking part 6i Slide locking part receiving port 7 Slide locking part 7a Concave slide locking part 7b Convex slide Stop 7c Slide lock connection hole 7d Lock type slide lock 7e Rail slide stopper 7f Slide bolt lock 8 Lock connection 8a L-shaped screw lock Lock connection 8b U-shaped screw lock Part connection tool 8c U-shaped screw lock part connection tool 8d Ring screw lock part connection tool 8e Hook type screw type lock part connection tool 8f Can type screw type lock part connection tool 8g Buckle type belt type locking part connection tool 8h Variable angle locking part connector 8h Common screw hole 8i Common screw / screw 8j Common bolt 8k Common nut 8l Elastic material locking part connection tool 9 Rod-shaped member side strut fixing part 9a Rod-shaped member side strut round concave single fixing part 9b Square concave single fixing part for rod-shaped member side strut 9c Round concave double fixing part for rod-shaped member side strut 9d Rod-shaped member end face cap 9e Rod-shaped member end face bolt hole 9f Rod-shaped member side strut rail fixing part 9g Rod-shaped member side strut length Square concave double fixing part 10 struts 10a Cylindrical struts 10b Polygonal struts 10c Gamo type struts 10d Stepped struts 10f struts 10g Common struts 10e System truss struts 11 Extension fixed struts 11a Outer struts 11b Inner struts 11c Strut diameter screw type tightening Attachment 12 Strut-side locking portion 12a Strut-side round concave locking portion 12b Strut-side concave rail locking portion 12c Strut-side tubular slide locking portion 13 Strut-side rod-shaped member fixing portion 13a Strut-side rod-shaped member round-concave single fixing portion 13b Strut side rod-shaped member Square concave single fixing part 13c Baking welding fixing part 14 Height adjustment fixing part
14a Height adjustment round concave double fixing part 14b Height adjustment double angle concave double fixing part 14c Height adjustment rail fixing part 15 Height adjustment fixing part body 15a Round concave height adjustment fixing part body 15b Rail height adjustment fixing part body 15c Reinforced height adjustment fixing part 16 Supporting rod side rod-shaped member fixing part Fixing tool 16a Supporting side rod-shaped member Round concave fixing part Bolt type fixing tool 16b Supporting side rod-shaped member Square concave fixing part Bolt type fixing tool 16c T-shaped orthogonal Fixing tool for mold round concave fixing part 16d Strut side rod-shaped member Chain type fixing tool for round concave fixing part 17 Slide part for rail 17a Vertical movement support shaft swivel slide Rail fixing tool 17b Height adjustment slide part 17c Lock type height adjustment slide 17d Sliding part for rod-shaped member side strut 17e Lock type Sliding part for rod-shaped member side strut 17f Vertical / horizontal right-angled slide part 17g Lock type vertical / horizontal right-angled slide part 17h Vertical / horizontal rotation Sliding part 17i Lock type vertical / horizontal rotation Dynamic slide part 17j Fixture base 17k Rod-shaped member insertion tubular body 17l Fixture fulcrum 17m Height adjustment slide bolt 17n Height adjustment slide bolt Long 17o Slide nut 17p Welding point 18 Clamp type unit Fixture 18a Single type clamp type with bolt Unit fixture 18b Fitting type T-shaped orthogonal clamp type unit fixture with tightening screw 18c Orthogonal clamp type unit fixture 18d Clamp support side fixing part 18e Clamp rod-shaped member side fixing part 18f Flexible clamp type unit fixture 18g Clamp turning Dynamic shaft 19 Support base 19a Flat base 19b Straight rod type base 19c Three-point support base 19d Four-point support base 19e Anchor type base 19f Base / upper connection common bolt hole 19g L-shaped base 19h Pole insertion hole Engagement base 19i Pole insertion hole engaging part 20 Rod-shaped member connecting means 20a Cylindrical connecting tool 20b Cono-shaped connecting tool 20c L-shaped tubular body connecting tool 20d Two-sided L-shaped connecting tool 20e Approximately 6 to 10 mm Cylinder with bolt Shape type connector 20f Pillar material angle L joint hardware 20g Right angle crossing connection metal fittings 21 Exercise line 21a Fine rubber cord 21b Rubber belt 21c Low elasticity thin line 21d Fine cord 21e Rope-shaped thick cord 21f Tie-crossing line 21g Ladder type belt line 21h mesh Type Belt line 21i Pole type line 21j Laser light motion line 21k Laser oscillator 21l Receiver (including reflector)
21m power cord 21n sheets (cloth)
22 Tubular cylinder 22a Sports pole (volleyball, tennis, badminton)
22b Sports pole connection fixture 23 Sports pole insertion hole 23a Pole receiving port 23b Tubular tubular hole 23c Lid 24 Grip fixing means tool 24a U-shaped grip tool 24b Stainless band type grip tool 24c Grip part 24d Rectangular elliptical hole 25 Installation surface (competition) scene)
26 Wall surface (upright surface)
27 Height maintenance stand 28 Mobile container, narrow space room, etc. 29 Ceiling surface (horizontal plane)
30 Inclined arrangement 31 Vertical arrangement

図41は、(a)は設置面(25)に個別で使用可能の共通棒状部材(3h)もしくは係止部体(6e)が第2固定手段により固定された上面図、(b)は移動コンテナの直立面、設置面、天井面に共通棒状部材もしくは係止部体を固定した図の実施形態を表わす図である。
設置面の上方に位置する天井面面は直立面との境に隙間を有する場合もある。
図41(a)は、設置面(25)に個別でも使用可能の係止部体(6e)が第2固定手段により固定された上面図であって、設置面に係止部体が固定されている。係止部体が固定される設置面(25)は、屋内が主流になり、体育館、スポーツジム室内等の他、通常のスポーツジム室内よりも狭い空間等も含まれる。運動用ライン係止システムが設置可能の、移動可能でもあるコンテナ内や略6畳程度の狭い室内等も含まれる。
個別で使用可能の共通棒状部材(3h)及び軽視舞台(6e)は、共通支柱もしくは調整固定舞台と固定方法が同様の前記第2固定手段である。
設置面に個別でも使用可能の係止部体(6e)の種類の中で係止部の下に台座部分を含む強化係止部体(6h)を固定するのが、台座による補強部が含まれ望ましい。強化係止部体(6h)の係止部上面となる表面を前記室内の床面となる設置面と略水平に、凹凸が少なくなるように第2固定手段により設置面下に埋め込むように取り付けている。
これらの設置面の固定方法は、係止部の上面である表面が設置面と略同じ高さとなるように設けられた窪み に埋め込まれ固定具や接着剤等の固定材で固定されたもの。設置面に固定具や接着剤等の固定材で固定され、床面より係止部が突出したもの。また設置面に仮止め、もしくは静置された状態で移動可能であり床面より係止部が突出したものと、この3形態が考えられる。
床面に取り付ける場合、そのまま床の表面に丸凹型係止部体(6f)、レール係止部体(6g)をネジやボルト等の固定具で取り付ける事も考えられるが、欠点として床より上に、係止部体(6e)が飛び出してしまい、競技者が躓く可能性があることである。図36(b)の、棒状部材を設置上に架橋するよう固定した場合も、同じように、設置面上に棒状部材が突出するよう固定されており、競技者が躓く可能性があった。
これを解消するには、設置面(25)に係止部体(6e)と略同じ幅と全長、深さの穴あるいは窪みを設け、係止部体(6e)が設置面(25)より上に突出しないよう、もしくは設置面(25)下に窪みができない様に、埋め込むように第2固定手段で固定することにより躓く等の可能性を減少させることが可能となる。特に板状に厚みのある強化係止部体(6h)が埋め込むには、埋め込む面積と厚み、強度も備え、約3〜5mmほどの薄い板状の軽金属で形成された丸凹型係止部体(6f)、レール係止部体(6g)等よりも、強度と埋め込みやすさも含め係止部体(6e)の中で最も適していると考えられる。強化係止部体(6h)の係止部は丸凹、凹型状もしくは凸型状のレール型が備えられる。
床面より下に埋め込まれた強化係止部体(6h)等は、あくまで一例ではあるが、予め50cm間隔で略平行に並べて固定されている状態となり、これらの強化係止部体(6h)等の略垂直上方に、共通棒状部材(3h)の係止部が位置するように運動用ライン係止ユニット(2)の上部に架橋され固定される。床面に固定具や接着剤等の第2固定手段で固定され、床面より係止部が突出した強化係止部体(6h)等も同様に、略垂直上方に係止部体(6e)と略平行に共通棒状部材(3h)が運動用ライン係止ユニット(2)の上方に架橋され固定可能となる。略垂直上方の平行となる架橋固定だけではなく斜め等、角度を付けた共通棒状部材(3h)の固定も可能となる。
図示はしていないが、縦方向に配設された様々な運動用ラインと同時に、横方向に数段に配設された様々な運動用ラインを組み合せることで、運動用ライン係止システムはさらに三次元的に様々な角度を有する運動用ラインの配設も可能となることで、様々な動きを必要とするラインスポーツを行う事が可能となる。
床面に取り付けられた係止部体は、板状、シート状の軟体性カバー等で全体もしくは部分的に覆うことも可能である。
図41(b)は、移動可能でもあるコンテナの室内にて、直立面(26)となる壁や扉を含めた側面四方の壁、天井面及び床面となる設置面に、第2固定手段であるボルトやネジ、接続金具、もしくは接着剤や両面テープ等、あるいは磁石等による固着も含める固定手段を用いて、個別で使用可能である係止部体(6e)を固定している。
この直立面、天井面及び床面となる設置面に固定された係止部体(6e)に運動用ラインを配設し、ラインスポーツを行うことが可能となる。運動用ライン係止システムでは、天井面も設置面(25)となり利用可能となる。
係止部体の固定可能な面は設置面(25)、天井面(29)の他、直立面(26)となる壁や扉を含めた側面四方も含まれる。固定可能な面は主に屋内であり、体育館、スポーツジム室内等の他、移動可能でもあるコンテナ内や略6畳程度の狭い室内等も運動用ライン係止システムが設置可能の室内となる。
コンテナ内や約4〜6畳程度の狭空間室内に土台を必要とする支柱(10)を含む運動用ライン係止ユニットを複数設置するのは、運動スペースが大きく狭められる事となる。
そこで、係止部体を直接直立面や天井面、設置面取り付ける事により、狭いスペースでも有効に活用しラインスポーツが行えるよう、室内の上下を含む四方に係止部体(6e)を固定するものである。ただし、直立面(26)となる壁や扉を含めた側面四方及び天井面と床面となる設置面に、係止部体(6e)に第2固定手段で固定された場合、様々な角度で固定可能となるが、係止部体を上下、左右、斜角を含め固定されている為、固定された位置から移動することは難しくなる。
係止部体(6e)には複数の係止部を有し、複数の運動用ラインを係止可能である。平板型棒状部材(3i)のように複数列の直列された係止部を係止部体として用いる方法も考えられるが、同時に係止された複数の運動用ラインの位置を変更することは難しい。
体育館やスポーツジム、トレーニングハウス等のラインスポーツを行うスペースが十分確保可能の室内の直立面、設置面および設置面上方の天井面にも係止部体(6e)は固定可能であるが、それぞれの壁面、天井面は様々な建築規定もあり、高さ調整固定部体(15)を含め係止部体(6e)の取り付け可能な面が制約もしくは固定自体が禁止である面も存在する。
図示している移動用コンテナは、天井面、床、壁の四方は略全て鉄等の金属製であり、これらの面を利用し、あらゆる面に係止部体(6e)を取り付け、運動用ラインを配設する場合、運動用ラインに少なくとも競技者の体重がかかったとしても支えることの可能な支持力を、係止部体(6e)が固定された金属製である移動用コンテナの、天井面、床、壁は有することとなる。
このコンテナの扉も含む直立面(26)、天井面(29)には軽量タイプの丸凹型係止部体(6f)、レール係止部体(6g)が第2固定手段のビスにより表面より固定されている。コンテナの床となる設置面(25)には、強化係止部体(6h)と略同じ大きさの穴が設けられ、この穴に埋め込むように第2固定手段の接着剤により固定されている。
これらの係止部体に様々な運動用ラインを任意の位置で係止し、配設することにより、係止部を備える棒状部材体と棒状部材を支持する為の土台を必要とする支柱の必要が無くなることで狭いスペースでも有効に運動用ラインスポーツを行う事が可能となる。
この図では、天井面、床、壁全てが鉄製のコンテナの為、様々な運動用ラインが係止可能の係止部体が取り付けられているが、体育館や室内スポーツジム等の室内の直立面には様々なタイプがあり、係止部体(6e)が固定できない壁、係止部体(6e)が固定可能な位置が限られる壁、運動用ラインの支持力が低い為使用する運動用ラインの種類が限られる壁も存在する。
固定不可の直立面は、耐力壁、石こうボードのみの壁、12mm以下のベニア・合板壁であり、固定可能な位置が限られる壁とは、等間隔に並んだ柱、間柱を備えた壁でこの柱、間柱に第2固定手段により固定する。
また、重量物のネジ止めに耐えられるよう補強された補強壁面や少なくとも12mm以上の厚さを有するベニア・合板壁もしくは軽量鉄骨を有する壁には運動用ラインの種類が限られるが係止部体(6e)が固定可能である。
コンクリートの壁には第2固定手段であるコンクリートアンカーを使用することで、様々な運動用ラインを係止可能の係止部体(6e)、強化係止部体(6h)が固定可能である。
天井面(29)に係止部体(6e)を前記第2固定手段により固定することにおいて、考慮しなければならない事がある。特定天井面とされる、脱落によって重大な危害を生ずるおそれがある天井面である。
特定天井面とは、吊り天井面(直天井面は特定天井面に該当しない)であり、天井面の高さが6m超であり、水平投影面積が200平方メートル超であり、質量が2kg/平方メートル超であり、人が日常利用する場所に設置されている、これら全ての条件を満たす天井面が特定天井面である。
運動用ライン係止システムにおいては、これらの条件に該当する特定天井面とされる天井面は全て、運動用ライン係止システムに使用可能の天井面からは除外される。
運動用ライン係止システムにおいて、係止部体を固定可能とする天井面は、天井面自体に建築物の骨組みとなる構造材を有しこの構造材に直接、もしくはコンテナ等の鉄製等の金属製の一体型構造となる天井面に直接、もしくは、構造材又はコンテナ等の鉄製の一体型構造の天井面より天井面吊り金具が強固に固定され、この天井面吊り金具にボルト固定具で強化係止部体(6h)を固定可能の天井面であり、少なくとも200kgの質量を有する物体を天井面に固定された係止部体より運動用ラインを用いて吊るすことの可能な天井面と、天井面に固定される強化係止部体である。
天井面吊り金具は少なくとも2本以上で強化係止部体(6h)を固定するが、個別で使用可能の棒状部材(3)を固定することも可能である。この吊下げられた棒状部材の係止部より下方に向かって運動用ラインを係止、配設する。吊下げる棒状部材も単体で固定するより、4本の棒状部材で四角状に連結し、天井面に少なくとも4本以上の鉄棒等で四角状となった棒状部材を略水平に吊下げる固定することで、安定度も高まると考えられる。
ただし例外として、天井面板を張るために、小屋梁などから吊木等によって吊るされた野縁と呼ばれる細長い横木に天井面板の表面より固定用ネジにより、係止部体(6e)を複数箇所で野縁に固定し、係止される運動用ラインに全く負荷のかからない、1例としてレーザー光運動用ライン(21j)等であれば、レーザー発振装置(21k)もしくは受信機(反射板含む)(21l)と天井面材を含め質量が2kg/平方メートル以下であり、レーザー発振装置(21k)もしくは受信機(反射板含む)(21l)を建築基準法に基づき問題ない場合は、建築物の骨組みとなる構造材に直接固定しなくても、天井面に係止部体を固定可能の場合もある。
上方に位置する棒状部材もしくは係止部体にレーザー光であるレーザー光運動用ライン(21j)を発振するレーザー発振装置(21k)が取り付けられた場合、床面の係止部体(6e)もしくは共通棒状部材(3h)には、レーザー光受信器(21k)もしくは反射板(21l)の取り付けが必要になる。この場合、係止部体(6e)の上方部分に反射板(21l)を固定し、その表面はレーザー光を通す材質のものでカバーをし、設置面に埋め込み、上方にレーザー発振装置(21k)とレーザー光受信器(21k)が一つとなった装置を取り付ける事が望ましい。
直立面(26)となる壁や扉を含めた側面四方に固定された係止部体(6e)は、直立面に配設された運動用ラインの高さを調整する機能は備わっていないこととなる。
41 is a top view in which a common rod-shaped member (3h) or a locking portion (6e) that can be individually used on the installation surface (25) is fixed by a second fixing means , and FIG. 41 is a moving top view. It is a figure which shows the embodiment of the figure which fixed the common rod-shaped member or the locking part to the upright surface, the installation surface, and the ceiling surface of a container.
The ceiling surface located above the installation surface may have a gap at the boundary with the upright surface.
FIG. 41 (a) is a top view in which the locking portion (6e) that can be used individually is fixed to the installation surface (25) by the second fixing means, and the locking portion is fixed to the installation surface. ing. The installation surface (25) to which the locking portion is fixed is mainly indoors, and includes not only a gymnasium, a sports gym room, etc., but also a space narrower than a normal sports gym room, etc. It also includes the inside of a movable container where an exercise line locking system can be installed and a small room of about 6 tatami mats.
The common rod-shaped member (3h) and the neglected stage (6e) that can be used individually are the second fixing means having the same fixing method as the common support or the adjustment fixing stage.
Among the types of locking parts (6e) that can be used individually on the installation surface, fixing the reinforced locking part (6h) including the pedestal under the locking part includes the reinforcing part by the pedestal. This is desirable. The surface of the reinforced locking portion (6h), which is the upper surface of the locking portion, is mounted so as to be embedded under the installation surface by the second fixing means so that the surface which is the upper surface of the locking portion is substantially horizontal to the installation surface which is the floor surface of the room and the unevenness is reduced. ing.
The method of fixing these installation surfaces is that the surface, which is the upper surface of the locking portion, is embedded in a recess provided so as to be approximately the same height as the installation surface, and is fixed with a fixing material such as a fixture or an adhesive. It is fixed to the installation surface with a fixing material such as a fixture or adhesive, and the locking part protrudes from the floor surface. Further, it is conceivable that the locking portion protrudes from the floor surface and can be moved in a state of being temporarily fixed to the installation surface or standing still.
When mounting on the floor, it is conceivable to attach the round concave locking part (6f) and rail locking part (6g) to the floor surface as they are with fixtures such as screws and bolts, but the disadvantage is that they are above the floor. In addition, the locking body (6e) may pop out and the athlete may stumble. When the rod-shaped member shown in FIG. 36 (b) was fixed so as to be bridged on the installation surface, the rod-shaped member was similarly fixed so as to protrude on the installation surface, and the athlete could stumble.
To solve this problem, the installation surface (25) is provided with a hole or recess having substantially the same width, overall length, and depth as the locking portion (6e), and the locking portion (6e) is located on the installation surface (25). It is possible to reduce the possibility of stumbling by fixing with a second fixing means so as to embed it so that it does not protrude upward or a dent is not formed under the installation surface (25). In particular, in order to embed a plate-shaped thick reinforced locking part (6h), a round concave locking part made of a thin plate-shaped light metal of about 3 to 5 mm has an embedding area, thickness, and strength. It is considered that (6f) is more suitable than the rail locking part (6g) in the locking part (6e) in terms of strength and ease of embedding. The locking portion of the reinforced locking portion (6h) is provided with a round concave, concave or convex rail type.
The reinforced locking parts (6h) and the like embedded below the floor surface are merely examples, but they are in a state of being fixed in parallel at intervals of 50 cm in advance, and these reinforced locking parts (6h). It is bridged and fixed to the upper part of the exercise line locking unit (2) so that the locking portion of the common rod-shaped member (3h) is located substantially vertically above the above. Similarly, the reinforced locking portion (6h), which is fixed to the floor surface by a second fixing means such as a fixture or an adhesive and the locking portion protrudes from the floor surface, is also the locking portion (6e) substantially vertically upward. ), The common rod-shaped member (3h) is bridged above the exercise line locking unit (2) and can be fixed. It is possible to fix the common rod-shaped member (3h) at an angle such as diagonally as well as the bridge fixing which is parallel to the substantially vertical upper part.
Although not shown, the exercise line locking system can be achieved by combining various exercise lines arranged in the vertical direction and various exercise lines arranged in several stages in the horizontal direction at the same time. Furthermore, since it is possible to arrange exercise lines having various angles in three dimensions, it is possible to perform line sports that require various movements.
The locking portion attached to the floor surface can be completely or partially covered with a plate-shaped or sheet-shaped flexible cover or the like.
FIG. 41 (b) shows the second fixing means on the wall to be the upright surface (26), the wall on all four sides including the door, the ceiling surface, and the installation surface to be the floor surface in the room of the container which is also movable. The locking parts (6e) that can be used individually are fixed by using fixing means including bolts and screws, connecting metal fittings, adhesives, double-sided tape, and magnets.
An exercise line is arranged on the locking portion (6e) fixed to the installation surface which is the upright surface, the ceiling surface, and the floor surface, so that line sports can be performed. In the exercise line locking system, the ceiling surface also becomes the installation surface (25) and can be used.
The surface to which the locking portion can be fixed includes an installation surface (25), a ceiling surface (29), and four side surfaces including an upright surface (26) such as a wall and a door. The surface that can be fixed is mainly indoors, and in addition to gymnasiums, sports gym rooms, etc., movable containers and narrow rooms of about 6 tatami mats can also be installed with an exercise line locking system.
Installing a plurality of exercise line locking units including columns (10) that require a base in a container or in a narrow space room of about 4 to 6 tatami mats will greatly reduce the exercise space.
Therefore, by directly attaching the locking part to the upright surface, ceiling surface, or installation surface, the locking part (6e) is fixed on all sides including the top and bottom of the room so that it can be effectively used even in a narrow space and line sports can be performed. It is a thing. However, when the locking portion (6e) is fixed to the locking portion (6e) by the second fixing means, it has various angles on all four sides including the wall and the door which are the upright surfaces (26) and the installation surface which is the ceiling surface and the floor surface. However, since the locking part is fixed including the vertical, horizontal, and oblique angles, it is difficult to move from the fixed position.
The locking portion body (6e) has a plurality of locking portions, and can lock a plurality of exercise lines. A method of using a plurality of rows of series-locked locking portions as a locking portion as in the flat plate type rod-shaped member (3i) is conceivable, but it is difficult to change the positions of the plurality of exercise lines locked at the same time. ..
The locking body (6e) can also be fixed to the upright surface, installation surface, and ceiling surface above the installation surface, where sufficient space for line sports such as gymnasiums, sports gyms, and training houses can be secured. There are various building regulations for the wall surface and ceiling surface, and there are some surfaces where the locking unit (6e) including the height-adjusting fixing unit (15) is restricted or the fixing itself is prohibited.
The moving container shown in the figure is made of metal such as iron on all four sides of the ceiling, floor, and wall, and using these surfaces, a locking body (6e) is attached to all surfaces for exercise. When arranging the line, the support force that can support at least the weight of the athlete even if the exercise line is applied is provided by the moving container in which the locking body (6e) is fixed. It will have a ceiling surface, floor, and walls.
Lightweight round concave locking parts (6f) and rail locking parts (6g) are placed on the upright surface (26) and ceiling surface (29) including the door of this container from the surface by the screws of the second fixing means. It is fixed. A hole having substantially the same size as the reinforced locking body (6h) is provided on the installation surface (25) serving as the floor of the container, and is fixed by the adhesive of the second fixing means so as to be embedded in the hole. ..
By locking and arranging various exercise lines on these locking portions at arbitrary positions, a rod-shaped member body having a locking portion and a support column that requires a base for supporting the rod-shaped members. By eliminating the need, it becomes possible to effectively perform exercise line sports even in a narrow space.
In this figure, since the ceiling, floor, and walls are all made of iron, a locking body that can lock various exercise lines is attached, but an upright surface in a gymnasium, indoor sports gym, etc. There are various types of walls, such as walls where the locking part (6e) cannot be fixed, walls where the position where the locking part (6e) can be fixed is limited, and for exercise used because the bearing capacity of the exercise line is low. There are also walls where the types of lines are limited.
Unfixable upright surfaces are bearing walls, gypsum board-only walls, veneer / plywood walls of 12 mm or less, and walls with limited fixable positions are walls with columns arranged at equal intervals and studs. It is fixed to these columns and studs by a second fixing means.
In addition, although the types of exercise lines are limited, locking parts are used for reinforced walls that are reinforced to withstand the screwing of heavy objects, veneer / plywood walls with a thickness of at least 12 mm, or walls with lightweight steel frames. (6e) can be fixed.
By using concrete anchors, which are the second fixing means, on the concrete wall, it is possible to fix the locking part (6e) and the reinforced locking part (6h) that can lock various exercise lines. ..
It may be necessary to consider in fixing the locking portion (6e) to the ceiling surface (29) by the second fixing means. It is a specific ceiling surface that may cause serious harm if it falls off.
The specific ceiling surface is a suspended ceiling surface (the straight ceiling surface does not correspond to the specific ceiling surface), the height of the ceiling surface is more than 6 m, the horizontal projection area is more than 200 square meters, and the mass is 2 kg / square meter. A specific ceiling surface is a ceiling surface that is super and is installed in a place where people use it on a daily basis and satisfies all of these conditions.
In the exercise line locking system, all ceiling surfaces that are specified ceiling surfaces that meet these conditions are excluded from the ceiling surfaces that can be used in the exercise line locking system.
In the exercise line locking system, the ceiling surface that allows the locking part to be fixed has a structural material that forms the framework of the building on the ceiling surface itself, and is directly attached to this structural material or made of iron or other metal such as a container. The ceiling surface hanging bracket is firmly fixed to the ceiling surface, which is an integrated structure made of steel, or from the ceiling surface of an iron integrated structure such as a structural material or a container, and is reinforced with a bolt fixture to this ceiling surface hanging bracket. A ceiling surface on which the locking portion (6h) can be fixed, and an object having a mass of at least 200 kg can be hung from the locking portion fixed to the ceiling surface using an exercise line. It is a reinforced locking body fixed to the ceiling surface.
The reinforced locking portion (6h) is fixed by at least two ceiling surface hanging metal fittings, but it is also possible to fix a rod-shaped member (3) that can be used individually. The exercise line is locked and arranged downward from the locking portion of the suspended rod-shaped member. Rather than fixing the hanging rod-shaped member alone, connect it in a square shape with four rod-shaped members, and hang and fix the square-shaped member with at least four iron bars or the like on the ceiling surface substantially horizontally. It is thought that the stability will also increase.
However, as an exception, in order to stretch the ceiling surface plate, locking parts (6e) are placed at multiple locations on a long and narrow crossbar called a field edge, which is hung from a hut beam by a hanging tree, etc., from the surface of the ceiling surface plate with fixing screws. A laser oscillator (21k) or a receiver (including a reflector) (including a reflector), for example, a laser light motion line (21j) that is fixed to the field edge and does not place any load on the locked motion line. If the mass including 21 liters) and ceiling surface material is 2 kg / square meter or less, and there is no problem with the laser oscillator (21 k) or receiver (including reflector) (21 liters) based on the Building Standards Act, the frame of the building In some cases, the locking part can be fixed to the ceiling surface without being directly fixed to the structural material.
When a laser oscillating device (21k) that oscillates a laser light motion line (21j) that is laser light is attached to a rod-shaped member or a locking part located above, the locking part (6e) on the floor surface or A laser light receiver (21k) or a reflector (21l) needs to be attached to the common rod-shaped member (3h). In this case, the reflector (21l) is fixed to the upper part of the locking part (6e), the surface thereof is covered with a material that allows laser light to pass through, embedded in the installation surface, and the laser oscillator (21k) is above. ) And the laser light receiver (21k) are integrated into one device.
The locking body (6e) fixed on all four sides including the wall and door that will be the upright surface (26) does not have the function of adjusting the height of the exercise line arranged on the upright surface. It becomes.

図42は、(a)は請求項12に記載の直立面となる壁面等に、第2固定手段によって固定された個別で使用可能の共通支柱(10g)又は前記個別で使用可能の高さ調整固定部体(15)を用い構成された棒状部材支柱挟み込み型ユニットの正面図、(b)は直立面に第2固定手段によって固定された個別で使用可能の共通支柱(10g)又は前記個別で使用可能の高さ調整固定部体(15)を用い構成された棒状部材支柱交差型ユニットの正面図、(c)は移動コンテナの直立面、設置面、天井面に高さ調整固定部体と係止部体を固定した図の実施形態を表わす図である。
個別で使用可能の共通支柱(10g)又は前記個別で使用可能の高さ調整固定部体(15)を近接する直立面(26)に第2固定手段にて固定し棒状部材を取り付け設置することで、設置面に配置された運動用ライン係止ユニット(2)と共に、運動用ラインを配設することが可能となる。
また、直立面(26)に、個別で使用可能の共通支柱(10g)又は個別で使用可能の高さ調整固定部体(15)が第2固定手段により固定された、その直立面(26)に対面する、直立面にも同じく個別で使用可能の共通支柱(10g)又は前記個別で使用可能の高さ調整固定部体(15)が固定される事により、共に棒状部材を取り付け、運動用ライン係止ユニットを構成し、向かい合う直立面に固定された運動用ライン係止ユニット間に運動用ラインを配設することが可能となる。
個別で使用可能の共通支柱(10g)又は高さ調整固定部体が直立面である壁面等に第2固定手段によって固定することで、支柱用土台を省くことにより、スペースを狭めることなく係止部を備えた棒状部材を任意の高さに高さ調整し固定可能となる。また、高さ調整固定部体(15)を固定した場合は支柱体が省かれる為、体育館等より狭い一般的なスポーツジム等だけではなく、6畳程度の狭空間室内や運搬可能なコンテナ等でもスペースを有効し運動用ライン係止システムを設置し運動用ラインシステムが活用可能となる。
ただし、設置面に固定具により固定可能のL字型土台(19g)を同時に用い、共通支柱又は高さ調整固定部体を直立面に固定することにより、土台無しに固定されたユニットに比べ、係止、配設される運動用ラインに更に高い引張力に対する抗力を備える事が可能となり、負荷の大きくなるラインスポーツを行う事が可能となると同時に、直立面に固定された支柱が直立面から外れる事を防止することも可能となる。
直立面とは、設置面に直結するよう近接した側面、もしくは四方の壁であり、扉も含まれる。ただし、直立面は完全な垂直面とは限らず、±5度程度の斜度のある壁面も直立面に含まれる。1例で例えると壁のぼり競技、ボルダリングで使用されているような±5度程度の斜度のある壁も含まれる。ただし斜度がある直立面の場合は、直角であるL字型土台(19g)が使用できない場合もある。その為、斜度のある直立面に対しては、その斜度と同じ傾斜角度を有した傾斜L字型土台が必要となる。直立面と設置面は完全に直結した面に限らず、直立面と設置面との間には約5〜10cm程度の隙間や溝、もしくはブロックが並べられたような突起がある場合もある。
図42(a)は、直立面となる壁面に第2固定手段によって固定された個別で使用可能の共通支柱(10g)又は高さ調整固定部体(15)を用いた棒状部材支柱挟み込み型ユニットを設置した正面図(a)である。
棒状部材支柱挟み込み型ユニットの場合は、高さ調整固定部の横方向から第2固定手段によって固定される為、支柱体(10f)を備えたままの高さ調整固定部体(15)である共通支柱(10g)もしくは厚さの伴う強化高さ調整固定部体(15c)を使用するのが望ましい。
室内や体育館などの接地面に近接した直立面(26)となる壁、もしくは直立する扉に、第2固定手段である、前記固定具であるボルトやネジのみではなく、接続金具他、接着剤や接着テープ等、あるいは磁石等による固定も含める第2固定手段を用いることによって、棒状部材支柱挟み込み型ユニット(2a)の支柱の代用として高さ調整固定部体(15)が取り付け可能となっている。
個別で使用可能の共通支柱(10g)又は個別で使用可能の高さ調整固定部体(15)は、直立面(26)の表面に取り付ける方法と、直立面に埋め込むように取り付ける方法がある。埋め込む場合は、直立面に対して棒状部材が擦れて摩擦が起きないよう隙間を設けて取り付け可能となるよう埋め込み固定する。
棒状部材支柱挟み込み型ユニットは支柱と支柱の間に棒状部材が挟み込まれるように固定される為、棒状部材と同じ幅と厚さを有する強化高さ調整固定部体(15c)を用い直立面に固定される。第2固定手段で固定された強化高さ調整固定部体(15c)で挟み込むように棒状部材の両端面から固定する。
強化高さ調整固定部体(15c)は丸凹型とレール型とある。丸凹の場合は貫通孔となる丸凹となる。棒状部材の両端面に備えられた棒状部材端面ボルト用穴(9e)に強化高さ調整固定部体(15c)の外側の丸凹より係合する共通ボルトを通して螺合し、両端面共に固定する。
レール型の場合は、強化高さ調整固定部体(15c)上部に設けられたスライド係止部受入口(6i)と略同じ形状のスライド受入口より高さ調整スライド部(17b)等を挿入して取り付けられる。
直立面(26)に固定された強化高さ調整固定部体(15c)に棒状部材を取り付け、配置されている運動用ライン係止ユニットに向けて運動用ラインを配設可能となる。
また、直立面(26)と対峙する直立面(26)共に高さ調整固定部体(15)を取り付け、少なくとも1本以上の棒状部材を共に取り付ける事により、直立面(26)と直立面(26)の間に、希望する数の運動用ラインを、希望する様々な高さで、希望する間隔と角度で、様々な形態で備えられた配設プログラムを変えながら配設する事も可能となる。
設置面に近接する直立面(26)に第2固定手段を用いて、個別で使用可能の共通支柱(10g)を固定することも可能である。
図42(b)は、設置面に近接する直立面に第2固定手段を用いて高さ調整固定部体(15)のレール高さ調整固定部体(15b)が固定され、棒状部材支柱交差型ユニットとなるよう棒状部材が取り付けられた正面図である。
強化高さ調整固定部体(15c)を用いる場合は、直立面のみではなく、直立面と強化高さ調整固定部体(15c)が平面に近い状態となるよう埋め込まれるように第2固定手段により固定することも方法もある。直立面より5mm程度強化高さ調整固定部体(15c)の表面が突出するよう固定されている状態が、棒状部材と直立面面との接触による摩擦が発生せず望ましい。
安定を増す為に必要となる支柱の土台を設置するスペースが狭い省スペースの室内でも、直立面となる室内壁等に直接、共通支柱(10g)もしくは高さ調整固定部体(15c)を固定することで運動用ライン係止ユニットを土台無しで設置可能となり、対面する壁にも、土台を必要としない運動用ライン係止ユニットを配置し運動用ラインを係止することにより、運動用ラインに負荷の少ない、ゴム等の伸縮性のある運動用ラインやレーザー光線を使用した運動用ラインによるラインスポーツが、移動用コンテナ、略6畳スペース前後の室内でも可能となる。この場合、1例のコンテナや部屋状の略6畳前後の、それぞれの床が設置面(25)となり、四方を囲む扉を含む壁面が直立面(26)となる。
ただし、張引力が高くなるラインスポーツを行う場合は、支柱もしくは高さ調整固定部体(15)に適合するL字型土台(19g)を同時に用いる必要がある場合もある。
高さ調整固定部体(15)は、直立面、設置面のみではなく、高さ4m、あるいはそれ以上の天井の表面もしくは埋め込むように固定することも可能である。天井から鉄枠を利用して吊下げ、そこに棒状部材を取り付け、運動用ラインユニットを取り付けることも可能である。
図42(c)は、移動コンテナの直立面に高さ調整固定部体と、設置面及び天井面には係止部体を固定した実施形態を表わす図であって、移動可能でもあるコンテナ等の室内にて、直立面(26)となる壁や扉を含めた側面四方の壁に高さ調整固定部体(15)、天井面及び床面である設置面に係止部体(6e)を共に第2固定手段である、ボルトやネジ、もしくは接着剤や両面テープ等、あるいは磁石等による固着も含める固定手段を用いて、個別で使用可能である高さ調整固定部体(15)と係止部体(6e)を固定している。この高さ調整固定部体(15)に取り付けられた棒状部材(3)と、天井面と設置面の係止部体(6e)に運動用ラインを配設し、ラインスポーツを行うことが可能となる。
高さ調整固定部体(15)と係止部体(6e)とを用い、狭いスペースでも有効に運動用ラインを配設するものである。強化係止部体(6h)と共に強度を増した強化高さ調整固定部体(15c)も用意される。
張引力が高くなるラインスポーツを行う場合は、支柱(10)、共通支柱も使用し、支柱もしくは高さ調整固定部体(15)に適合するL字型土台(19g)を同時に用いるのが望ましい。
高さ調整固定部体(15)が固定される直立面(26)となる壁や扉を含めた側面四方は、主に屋内となり、体育館、スポーツジム室内等の他、運動用ライン係止システムが設置可能である、移動可能でもあるコンテナ内や略6畳程度の狭い室内等も含まれる。
この図では、扉を含め壁全てが鉄製のコンテナの為、様々な場所に棒状部材が固定の高さ調整固定部体(15)が取り付けられているが、体育館や室内スポーツジム等の室内の直立面には様々なタイプがあり、高さ調整固定部体(15)が固定できない壁、高さ調整固定部体(15)が固定可能な位置が限られる壁、高さ調整固定部体(15)の支持力が低い為使用する運動用ラインの種類が限られる壁も存在する。
固定不可の直立面は、耐力壁、石こうボードのみの壁、12mm以下のベニア・合板壁であり、固定可能な位置が限られる壁とは、等間隔に並んだ柱、間柱を備えた壁でこの柱、間柱に第2固定手段により固定する。
また、重量物のネジ止めに耐えられるよう補強された補強壁面や少なくとも12mm以上の厚さを有するベニア・合板壁もしくは軽量鉄骨を有する壁には運動用ラインの種類が限られるが高さ調整固定部体(15)が固定可能である。
コンクリートの壁には第2固定手段であるコンクリートアンカーを使用することで、取り付けられる棒状部材に様々な運動用ラインが係止可能となる高さ調整固定部体(15)、強化高さ調整固定部体(15c)が固定可能である。
直立面と前記設置面上方の天井面に用途に合わせ、係止部体(6e)と高さ調整固定部体(15)を組み合わせ使用することで直立、水平、平行、斜め、上下と様々な位置に運動用ラインが配設可能となる。
四方側面及び天上、床から配設される全ての運動用ライン(21)をレーザー光運動用ライン(21j)とすることも可能である。
それぞれのラインの高さ、横幅の間隔を、1例ではあるが全て略10cm前後に配設することも可能となる。なお、上面の天井面部からの垂直下方に向けられたレーザー光運動用ライン(21j)の場合は、床面にも反射板もしくは受信器が必要になる。
このラインの高さ、横幅の略全てを略10cm前後に配設された、それぞれのレーザー光運動用ライン(21j)を、発振、受信するレーザー発振装置(21k)と受振機もしくは反射板(21l)に全て異なる信号発振機能及びオン、オフ等のスイッチ機能を設け、人感センサー装置等の構造と同じように、赤外線、超音波、可視光等からなるレーザー光運動用ライン(21j)に競技者の身体が触れ温度差を感知、もしくは赤外線ビームを遮ぎられた時等に、センサーが反応しスイッチのONとOFFが入る仕組みを用いる。
そのラインに触れた等の位置、時間、角度、スピード等が電子データとして記憶媒体等に記憶する機能を設けることにより、同じ動作を行う他の競技者のレーザー光運動用ライン(21j)に触れる位置、時間、角度、スピード等との違いをデータとして比較し、違いを明らかにする機能を設けることも考えられる。
他、それぞれのレーザー光運動用ライン(21j)に設けられた発信音機能も利用し、競技者と比較競技者がそれぞれのラインに触れた位置、時間、角度、スピード等の記憶データと比較しつつ、運動、動きの違いを、運動をしながら、その場で、動きと略同時となるリアルタイムで、スピーカー等を使用した音や、スクリーンやモニター等の映像、もしくは身体に装着された刺激体を用いて、視覚、聴覚、肌への刺激等による感覚等も含めながら比較する事も可能となる機能を有する運動用ライン係止システムも考えられる。
In FIG. 42, (a) is an individually usable common support (10 g) fixed to the wall surface or the like which is the upright surface according to claim 12 by a second fixing means, or the height adjustment which can be individually used. The front view of the rod-shaped member strut sandwiching type unit constructed by using the fixed body (15), (b) is the individually usable common strut (10 g) fixed to the upright surface by the second fixing means or the individually usable common strut (10 g). The front view of the rod-shaped member strut crossing type unit constructed by using the usable height adjustment fixing body (15), (c) shows the height adjustment fixing body on the upright surface, the installation surface, and the ceiling surface of the moving container. It is a figure which shows the embodiment of the figure which fixed the locking part body.
A common support column (10 g) that can be used individually or the height adjustment fixing body (15) that can be used individually is fixed to an upright surface (26) adjacent to the object by a second fixing means, and a rod-shaped member is attached and installed. Therefore, the exercise line can be arranged together with the exercise line locking unit (2) arranged on the installation surface.
Further, an upright surface (26) in which a common strut (10 g) that can be used individually or a height adjusting fixing unit (15) that can be used individually is fixed to the upright surface (26) by a second fixing means. By fixing the common strut (10 g) that can be used individually or the height adjustment fixing part (15) that can be used individually on the upright surface facing the body, a rod-shaped member is attached together for exercise. A line locking unit can be configured, and an exercise line can be arranged between the exercise line locking units fixed to the upright surfaces facing each other.
By fixing the common strut (10 g) that can be used individually or the height adjustment fixing part to the wall surface that is an upright surface by the second fixing means, the base for the strut can be omitted, and the space can be locked without narrowing the space. The height of the rod-shaped member provided with the portion can be adjusted to an arbitrary height and fixed. In addition, when the height adjustment fixed body (15) is fixed, the support body is omitted, so not only a general sports gym, which is narrower than a gymnasium, but also a narrow space room of about 6 tatami mats, a transportable container, etc. However, the space is effective and the exercise line locking system is installed so that the exercise line system can be utilized.
However, compared to a unit fixed without a base by simultaneously using an L-shaped base (19 g) that can be fixed with a fixture on the installation surface and fixing the common support or height adjustment fixing part to the upright surface. It is possible to provide a drag force against a higher tensile force to the exercise line that is locked and arranged, and it is possible to perform line sports with a large load. It is also possible to prevent it from coming off.
The upright surface is a side surface or a wall on all sides that is close to the installation surface so as to be directly connected to the installation surface, and includes a door. However, the upright surface is not always a completely vertical surface, and a wall surface with an inclination of about ± 5 degrees is also included in the upright surface. For example, a wall with an inclination of about ± 5 degrees, such as that used in wall climbing competitions and bouldering, is also included. However, in the case of an upright surface with an inclination, an L-shaped base (19 g) that is a right angle may not be usable. Therefore, for an upright surface with an inclination, an inclined L-shaped base having the same inclination angle as the inclination is required. The upright surface and the installation surface are not limited to the surfaces that are completely directly connected to each other, and there may be a gap or groove of about 5 to 10 cm between the upright surface and the installation surface, or a protrusion in which blocks are arranged.
FIG. 42 (a) shows a rod-shaped member strut sandwiching type unit using an individually usable common strut (10 g) or a height adjusting fixing unit (15) fixed to a wall surface to be an upright surface by a second fixing means. It is a front view (a) which installed.
In the case of the rod-shaped member strut sandwiching type unit, since the height adjusting fixing portion is fixed by the second fixing means from the lateral direction, the height adjusting fixing unit (15) is still provided with the strut body (10f). It is desirable to use a common strut (10 g) or a reinforced height adjustment fixed body (15 c) with thickness.
Not only the bolts and screws that are the second fixing means, but also the connecting metal fittings and other adhesives, on the wall that becomes the upright surface (26) close to the grounding surface such as indoors and gymnasiums, or on the upright door. The height adjustment fixing body (15) can be attached as a substitute for the support of the rod-shaped member support support sandwiching type unit (2a) by using a second fixing means including fixing with an adhesive tape or a magnet. There is.
The common strut (10 g) that can be used individually or the height adjustment fixing body (15) that can be used individually can be attached to the surface of the upright surface (26) or embedded in the upright surface. When embedding, a gap is provided so that the rod-shaped member does not rub against the upright surface and friction does not occur, and the rod-shaped member is embedded and fixed so that it can be attached.
Since the rod-shaped member strut sandwiching type unit is fixed so that the rod-shaped member is sandwiched between the columns, a reinforced height adjustment fixing body (15c) having the same width and thickness as the rod-shaped member is used on an upright surface. It is fixed. It is fixed from both end faces of the rod-shaped member so as to be sandwiched between the reinforced height adjusting fixing parts (15c) fixed by the second fixing means.
The reinforced height adjustment fixed body (15c) is classified into a round concave type and a rail type. In the case of a round concave, it becomes a round concave that becomes a through hole. Screw the rod-shaped member end face bolt holes (9e) provided on both end faces of the rod-shaped member through a common bolt that engages from the outer round recess of the reinforced height adjustment fixing body (15c), and fix both both ends. ..
In the case of the rail type, the height adjustment slide portion (17b) or the like is inserted from the slide inlet having substantially the same shape as the slide locking portion inlet (6i) provided on the upper part of the reinforced height adjustment fixed portion (15c). And attach it.
A rod-shaped member is attached to the reinforced height adjusting fixed body (15c) fixed to the upright surface (26), and the exercise line can be arranged toward the exercise line locking unit arranged.
Further, by attaching the height adjusting fixing part (15) to both the upright surface (26) and the upright surface (26) facing each other, and attaching at least one rod-shaped member together, the upright surface (26) and the upright surface (26) and the upright surface (26) are attached. During 26), it is possible to arrange the desired number of exercise lines at the desired height, at the desired interval and angle, while changing the arrangement program provided in various forms. Become.
It is also possible to fix a common strut (10 g) that can be used individually to the upright surface (26) close to the installation surface by using the second fixing means.
In FIG. 42 (b), the rail height adjusting fixing body (15b) of the height adjusting fixing body (15) is fixed to the upright surface close to the installation surface by using the second fixing means, and the rod-shaped member columns intersect. It is a front view which attached the rod-shaped member so that it becomes a mold unit.
When the reinforced height adjusting fixed body (15c) is used, the second fixing means is embedded so that not only the upright surface but also the upright surface and the reinforced height adjusting fixed body (15c) are embedded so as to be close to a flat surface. There is also a method of fixing by. It is desirable that the surface of the reinforced height adjustment fixing body (15c) is fixed so as to protrude from the upright surface by about 5 mm without causing friction due to contact between the rod-shaped member and the upright surface.
Even in a space-saving room where the space for installing the base of the support required to increase stability is small, the common support (10g) or height adjustment fixing part (15c) is fixed directly to the interior wall that is an upright surface. By doing so, the exercise line locking unit can be installed without a base, and by arranging the exercise line locking unit that does not require a base on the facing wall and locking the exercise line, the exercise line can be installed. Line sports using elastic exercise lines such as rubber and exercise lines using laser beams, which have less load, can be performed even in a moving container, indoors with a space of about 6 tatami mats. In this case, each floor of the container and the room-like shape of about 6 tatami mats becomes the installation surface (25), and the wall surface including the doors surrounding all four sides becomes the upright surface (26).
However, when performing line sports in which the tension and attraction are high, it may be necessary to use a support or an L-shaped base (19 g) that fits the height adjusting fixed body (15) at the same time.
The height adjusting fixing body (15) can be fixed not only on an upright surface and an installation surface but also on a ceiling surface having a height of 4 m or more or so as to be embedded. It is also possible to hang it from the ceiling using an iron frame, attach a rod-shaped member to it, and attach an exercise line unit.
FIG. 42 (c) is a diagram showing an embodiment in which the height-adjusting fixed portion is fixed to the upright surface of the moving container and the locking portion is fixed to the installation surface and the ceiling surface, and the container or the like which is also movable. In the room, the height adjustment fixed part (15) is attached to the wall that becomes the upright surface (26) and the wall on all four sides including the door, and the locking part (6e) is attached to the installation surface that is the ceiling surface and the floor surface. With the height adjustment fixing body (15), which can be used individually by using a fixing means including bolts, screws, adhesives, double-sided tapes, magnets, etc., which are both second fixing means. The locking portion (6e) is fixed. It is possible to perform line sports by arranging exercise lines on the rod-shaped member (3) attached to the height adjusting fixed body (15) and the locking body (6e) on the ceiling surface and the installation surface. It becomes.
The height adjusting fixed body (15) and the locking body (6e) are used to effectively arrange the exercise line even in a narrow space. Along with the reinforced locking body (6h), a reinforced height adjusting fixed body (15c) having increased strength is also prepared.
When performing line sports where the tension is high, it is desirable to use the support (10) and common support, and to use the support or the L-shaped base (19 g) that fits the height adjustment fixed body (15) at the same time. ..
The four sides including the wall and door, which are the upright surfaces (26) to which the height adjustment fixed body (15) is fixed, are mainly indoors, and are used in gymnasiums, sports gyms, etc., as well as exercise line locking systems. It also includes the inside of a container that can be installed and is also movable, and a small room of about 6 tatami mats.
In this figure, since all the walls including the door are iron containers, height adjustment fixing parts (15) with rod-shaped members fixed are attached in various places, but in indoors such as gymnasiums and indoor sports gyms. There are various types of upright surfaces, such as walls where the height adjustment fixing body (15) cannot be fixed, walls where the height adjustment fixing body (15) can be fixed in a limited position, and height adjustment fixing body (15). There are some walls where the types of exercise lines used are limited due to the low bearing capacity of 15).
Unfixable upright surfaces are bearing walls, gypsum board-only walls, veneer / plywood walls of 12 mm or less, and walls with limited fixable positions are walls with columns arranged at equal intervals and studs. It is fixed to these columns and studs by a second fixing means.
In addition, height adjustment and fixing are limited to the types of exercise lines for reinforced walls that are reinforced to withstand the screwing of heavy objects, veneer / plywood walls with a thickness of at least 12 mm, or walls with lightweight steel frames. The body (15) can be fixed.
By using concrete anchors, which are the second fixing means, on the concrete wall, height adjustment fixing body (15) that allows various exercise lines to be locked to the rod-shaped member to be attached, reinforced height adjustment fixing The body (15c) can be fixed.
By using the locking part (6e) and the height adjusting fixed part (15) in combination with the upright surface and the ceiling surface above the installation surface, various types such as upright, horizontal, parallel, diagonal, and up and down can be used. An exercise line can be arranged at the position.
It is also possible to use all the exercise lines (21) arranged from the four sides, the sky, and the floor as the laser light exercise lines (21j).
It is also possible to arrange the height and width of each line at about 10 cm, although this is an example. In the case of the laser light motion line (21j) directed vertically downward from the ceiling surface portion on the upper surface, a reflector or a receiver is also required on the floor surface.
A laser oscillator (21k) and a vibration receiver or reflector (21l) that oscillate and receive each laser light motion line (21j) arranged at about 10 cm in height and width of this line. ) Are provided with different signal oscillation functions and switch functions such as on and off, and compete on the laser light motion line (21j) consisting of infrared rays, ultrasonic waves, visible light, etc., similar to the structure of the motion sensor device. When the person's body touches and senses the temperature difference, or when the infrared beam is blocked, the sensor reacts and the switch is turned on and off.
By providing a function to store the position, time, angle, speed, etc. of touching the line as electronic data in a storage medium or the like, the line (21j) for laser light movement of another athlete performing the same operation is touched. It is also conceivable to provide a function to compare the differences with the position, time, angle, speed, etc. as data and clarify the differences.
In addition, the transmission sound function provided in each laser light exercise line (21j) is also used to compare with the athlete and the stored data such as the position, time, angle, speed, etc. when the athlete touches each line. While exercising, the difference between exercise and movement can be seen on the spot in real time, which is almost the same as the movement, such as sound using speakers, images such as screens and monitors, or stimulators attached to the body. An exercise line locking system having a function that enables comparison while including visual, auditory, and sensations caused by irritation to the skin is also conceivable.

Claims (12)

平面視で横長に延びる少なくとも2つの運動用ライン係止ユニットを列として設置面に配置させて運動用ラインを係止する運動用ライン係止システムであって、
前記運動用ライン係止ユニットは、
係止手段を用いて着脱自在となる前記運動用ラインを複数箇所に係止可能の係止部が前記横長の方向へ設けられた棒状部材と
前記棒状部材の略両側より前記設置面上に支持する2本以上の支柱を備え、
前記棒状部材と前記支柱は固定され、
列となった前記運動用ライン係止ユニットの前記棒状部材の側面同士が略対峙するように間隔を開けて前記設置面に配置され、
前記列となった運動用ライン係止ユニット間に前記係止部を介して前記運動用ラインを配設可能であることを特徴とする運動用ライン係止システム。
An exercise line locking system in which at least two exercise line locking units extending horizontally in a plan view are arranged in a row on an installation surface to lock an exercise line.
The exercise line locking unit is
A rod-shaped member provided with locking portions capable of locking the exercise line detachable by using a locking means at a plurality of locations in the horizontally long direction and supported on the installation surface from substantially both sides of the rod-shaped member. Equipped with two or more struts
The rod-shaped member and the support column are fixed,
The side surfaces of the rod-shaped members of the exercise line locking units in a row are arranged on the installation surface at intervals so as to substantially face each other.
An exercise line locking system, wherein the exercise line can be arranged between the exercise line locking units in a row via the locking portion.
前記棒状部材は、前記係止部を含まない棒状部材体と前記係止部を有する係止部体とに分離できるよう形成され、固定具で着脱可能に固定されており、それぞれを個別でも使用可能であることを特徴とする請求項1に記載の運動用ライン係止システム。 The rod-shaped member is formed so as to be separable into a rod-shaped member body that does not include the locking portion and a locking portion that has the locking portion, and is detachably fixed by a fixture, and each of them can be used individually. The exercise line locking system according to claim 1, wherein the exercise line locking system is possible. 前記支柱は前記係止手段を用いて着脱自在となる前記運動用ラインを複数箇所で係止可能の支柱側係止部を前記支柱の有する立体面の上端から下端にわたり一つ以上備えることを特徴とする請求項1又は2に記載の運動用ライン係止システム。 The strut is characterized by having one or more strut-side locking portions capable of locking the exercise lines detachable by using the locking means from the upper end to the lower end of the three-dimensional surface of the strut. The exercise line locking system according to claim 1 or 2. 前記運動用ライン係止ユニットは少なくとも2本の前記棒状部材が固定されていることを特徴とする請求項1から3のいずれか1項に記載の運動用ライン係止システム。 The exercise line locking system according to any one of claims 1 to 3, wherein the exercise line locking unit is fixed to at least two rod-shaped members. 前記運動用ライン係止ユニットに固定された少なくとも2本の前記棒状部材に備えられた係止部との間で、前記係止手段を用いて垂直方向に運動用ラインを少なくとも1つを係止可能であることを特徴とする請求項4に記載の運動用ライン係止システム。 At least one exercise line is vertically locked with the locking means provided between the at least two rod-shaped members fixed to the exercise line locking unit. The exercise line locking system according to claim 4, wherein the exercise line locking system is possible. 前記棒状部材の高さを、高さ調整固定手段を用いて自在に調整可能の、高さ調整固定部を前記支柱に備えることを特徴とする請求項1から5のいずれか1項に記載の運動用ライン係止システム。 The method according to any one of claims 1 to 5, wherein the height of the rod-shaped member can be freely adjusted by using the height adjusting and fixing means, and the support is provided with the height adjusting and fixing portion. Exercise line locking system. 前記支柱は前記高さ調整固定部を含まない支柱体と前記高さ調整固定部を有する高さ調整固定部体とに分離できるよう形成され、前記固定具で着脱可能に固定されており、それぞれを個別でも使用可能であることを特徴とする請求項6に記載の運動用ライン係止システム。 The strut is formed so as to be separable into a strut body not including the height adjusting fixing portion and a height adjusting fixing portion having the height adjusting fixing portion, and is detachably fixed by the fixing tool, respectively. The exercise line locking system according to claim 6, wherein the exercise line locking system can be used individually. 前記運動用ライン係止ユニットは、固定される2本以上の棒状部材を水平固定又は斜設固定の少なくとも一方が可能となる斜設機能を備えていることを特徴とする請求項6又は7に記載の運動用ライン係止システム。 According to claim 6 or 7, the exercise line locking unit has an oblique function capable of horizontally fixing or obliquely fixing two or more rod-shaped members to be fixed. The exercise line locking system described. 前記個別に形成された棒状部材と前記支柱とは着脱可能に固定されており、それぞれを分離し個別でも使用可能であることを特徴とする請求項1から8のいずれか1項に記載の運動用ライン係止システム。 The movement according to any one of claims 1 to 8, wherein the individually formed rod-shaped member and the support column are detachably fixed and can be separated from each other and used individually. Line locking system for. 前記運動用ライン係止ユニットは連結手段を用い水平方向に、前記個別で使用可能の棒状部材、前記個別で使用可能の支柱又は前記運動用ライン係止ユニットの少なくとも一つを連結できることを特徴とする請求項9に記載の運動用ライン係止システム。 The exercise line locking unit is characterized in that at least one of the individually usable rod-shaped members, the individually usable columns, or the exercise line locking unit can be connected in the horizontal direction by using a connecting means. The exercise line locking system according to claim 9. 前記運動用ライン係止ユニットは、設置面に設けられたポール受入れ口に挿入され直立する管状筒体を把持固定する把持固定手段を備え、前記把持固定手段の有する把持部で前記管状筒体を把持できることを特徴とする請求項1から10のいずれか1項に記載の運動用ライン係止システム。 The exercise line locking unit includes a gripping and fixing means for gripping and fixing a tubular cylinder that is inserted into a pole receiving port provided on an installation surface and stands upright, and the tubular cylinder is gripped by a grip portion of the gripping and fixing means. The exercise line locking system according to any one of claims 1 to 10, wherein the exercise line locking system can be gripped. 前記個別で使用可能の支柱又は前記個別で使用可能の高さ調整固定部体の少なくとも一方は、前記設置面に近接した直立面に第2固定手段により固定可能であることを特徴とする請求項7に記載の運動用ライン係止システム。 The claim is characterized in that at least one of the individually usable columns or the individually usable height adjusting fixing body can be fixed to an upright surface close to the installation surface by a second fixing means. 7. The exercise line locking system according to 7.
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