JP3144141U - Device for measuring hand grip strength and toe grip strength (grip strength) - Google Patents
Device for measuring hand grip strength and toe grip strength (grip strength) Download PDFInfo
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- JP3144141U JP3144141U JP2008001350U JP2008001350U JP3144141U JP 3144141 U JP3144141 U JP 3144141U JP 2008001350 U JP2008001350 U JP 2008001350U JP 2008001350 U JP2008001350 U JP 2008001350U JP 3144141 U JP3144141 U JP 3144141U
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- A61B5/22—Ergometry; Measuring muscular strength or the force of a muscular blow
- A61B5/224—Measuring muscular strength
- A61B5/225—Measuring muscular strength of the fingers, e.g. by monitoring hand-grip force
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Abstract
【課題】一般的な握力計において、手の握力を測定する機能を残しつつ足の指の握力も測定することができるようにするための装置を提供する。
【解決手段】一般的なアナログ式の手の握力計、もしくはそのアナログ式の手の握力計と外形が類似したデジタル式の手の握力計にはめ込むことができ、手の握力を測定できると共に、さらにその上に片足を載せ一般的な握力計を用いて足の指の握力（グリップ力）をも測定・評価することができる構造を有する木製もしくは樹脂製の台座（アタッチメント）とを組み合わせることで、１台の装置で手の握力と足の指の握力を数値測定することができることを特徴とする装置であり、靴下を履いたままで測定可能な装置である。
【選択図】図２In a general grip strength meter, an apparatus for measuring the grip strength of a toe while leaving the function of measuring the grip strength of a hand is provided.
SOLUTION: It can be fitted into a general analog hand grip strength meter, or a digital hand grip strength meter whose outer shape is similar to that of the analog hand grip strength meter, and can measure the grip strength of the hand, Furthermore, by placing one foot on it and combining it with a wooden or resin pedestal (attachment) that has a structure that can measure and evaluate the grip strength (grip strength) of the toes using a general grip force meter It is a device that can measure the grip strength of the hand and the toe with a single device, and is a device that can be measured while wearing socks.
[Selection] Figure 2
Description
本考案は、従来からあるアナログ式の手の握力計（図１）、もしくはそのアナログ式の手の握力計と外形が類似したデジタル式の手の握力計に図５・図６・図７の特徴を有する木製もしくは樹脂製の台座（アタッチメント）を組み合わせることで本来の目的である手の握力計としての機能を残しつつ、従来数値として測定することができなかった足の指の握力（グリップ力）を数値として測定・評価することができる装置に関するものである。The present invention is a conventional analog hand grip strength meter (FIG. 1), or a digital hand grip strength meter whose external shape is similar to that of the analog hand grip strength meter shown in FIGS. Combining a wooden or resin pedestal (attachment) with features, while retaining the original function of a hand grip strength meter, the grip strength of the toes (grip strength) that could not be measured as a conventional value ) Is measured and evaluated as a numerical value.
従来からある足指の握力を測定する周知の先行技術として特許登録３７１６３８９号「足指間圧力測定器」があり、すでに「足指間圧力測定器 チェッカーくん」なる名称で商品化され販売されているが、この技術はその名称が示すとおり足の指の間の圧力を測定する装置であり、この装置は主に第１指と第２指の間の横方向の圧力を測定する装置であって、歩行あるいは走行に役立つ足指の握力（グリップ力）の測定を目的とする装置ではなく、さらに裸足でなければ足の指の間の圧力を測定できなかった。
また、従来からある歩数計は、単に歩行数とその歩行数から算出される歩行距離もしくは歩行時の消費カロリーを表示できる装置であって、歩数計もまた歩行あるいは走行に役立つ足指の握力や筋力そのものを客観的に測定する装置ではなかった。As a well-known prior art for measuring the grip strength of the toes, there is a patent registration No. 3716389 “Toe Pressure Measuring Device”, which has already been commercialized and sold under the name “Toe Pressure Measuring Device Checker-kun”. However, this technology is a device that measures the pressure between the toes, as its name suggests, and this device is mainly a device that measures the lateral pressure between the first and second fingers. Therefore, it is not a device intended to measure toe grip strength (grip strength) useful for walking or running, and pressure between toes could only be measured with bare feet.
In addition, a conventional pedometer is a device that can simply display the number of walks and the walking distance calculated from the number of walks or calories consumed during walking, and the pedometer also has a toe grip force useful for walking or running. It was not a device that objectively measures muscle strength.
先行技術として特許登録３７１６３８９号「足指間圧力測定器」は販売価格が約５万円と高価であり、使用説明書によれば裸足で測定する装置とされており、重さも約３，２ｋｇと重く、持ち歩くことが困難であり、さらに足の指の間の圧力を測定することが医療もしくは健康・運動機能上どのようなメリットがあるのか、その根拠も曖昧であった。As a prior art, the patent registration No. 3716389 “Finger Pressure Measuring Device” is expensive as selling price of about 50,000 yen, and according to the instruction manual, it is a device that measures barefoot, and the weight is also about 3.2 kg It was heavy and difficult to carry around, and the grounds for the benefits of measuring the pressure between the toes in terms of medical care, health, and motor function were vague.
本考案は、「請求項１」に記載のとおり、アナログ式の手の握力計、もしくはそのアナログ式の手の握力計と外形が類似したデジタル式の手の握力計と、これらの握力計をはめ込むことができ、その本来の用途である手の握力を測定できる機能を残しつつ、さらにこれらの握力計と組合わせることを目的とした図５・図６・図７の特徴を有する概ね長さ３６０ミリ、幅２００ミリ、厚さ３０ミリの大きさの木製もしくは樹脂製の台座（アタッチメント）と組合せることで、その上に片足を載せて手の握力計を利用して足の指の握力（グリップ力）をも測定・評価することができ、これにより１台の装置で手の握力と足の指の握力を測定・評価することができることを特徴とする装置であり、靴下を履いたままで測定可能な装置である。
また握力計はどれもがほぼ同じ大きさと形状をしており、異なるメーカーの握力計でも取り付け可能な汎用台座（アタッチメント）を作製することはさほど難しいことではない。
さらに本考案は握力計を流用しているため、木製もしくは樹脂製の台座（アタッチメント）と組合せることで安価で軽量かつ構造が単純で使用方法が図８・図９のとおり簡便・容易であり、従来困難であった手の握力と足の指の握力の対比も容易である。According to the present invention, as described in
In addition, since the dynamometers are almost the same size and shape, it is not so difficult to produce a general-purpose pedestal (attachment) that can be attached even with the dynamometers of different manufacturers.
Furthermore, since the present invention uses a grip force meter, it is cheap and lightweight, combined with a wooden or resin pedestal (attachment), is simple and easy to use, as shown in FIGS. In addition, it is easy to compare the grip strength of the hand and the grip strength of the toes, which has been difficult in the past.
図５・図６・図７に示す木製もしくは樹脂製の台座（アタッチメント）に図１の手の握力計をはめ込み、ネジ等で固定することで手の握力計と足の指の握力計が一体となり、手の握力と足の指の握力（グリップ力）を１台の装置で数値測定できるようになる。
これにより、手の握力と足の指の握力（グリップ力）の差異を比較・対比することができ、さらに足の指の握力（グリップ力）を測定することで被測定者は脚力の低下を客観的に認識でき、この装置によって転倒予防や介護予防に役立つ情報を被測定者に提供することができる。
なお、握力計をすでに保有しているユーザーに対しては図５・図６・図７に示す木製もしくは樹脂製の台座（アタッチメント）のみを提供することで、手の握力と足の指の握力（グリップ力）を１台の装置で数値測定できるようになるため、すでに手の握力計を保有するユーザーにとって、この木製もしくは樹脂製の台座（アタッチメント）と組み合わせることで手の握力計の機能が拡大し、その利用価値が高まることになる。Fit the hand grip meter shown in Fig. 1 into the wooden or resin base (attachment) shown in Figs. Thus, the grip strength of the hand and the grip strength of the toes (grip strength) can be measured numerically with a single device.
This makes it possible to compare and contrast the difference between the grip strength of the hand and the grip strength of the toes (grip strength), and to measure the grip strength of the toes (grip strength). The device can be objectively recognized, and this device can provide information to be measured to prevent falls and prevent nursing care.
For users who already have a grip strength meter, provide only the wooden or resin pedestal (attachment) shown in Figs. (Grip force) can be measured with a single device, so for users who already have a hand grip meter, the hand grip meter function can be combined with this wooden or resin pedestal (attachment). It will expand and increase its utility value.
アナログ式の手の握力計（図１）もしくはそのアナログ式の手の握力計と外形が類似したデジタル式の手の握力計を、図５・図６・図７に示す木製もしくは樹脂製の台座（アタッチメント）にネジもしくはビス等で確実に固定する。The analog hand grip strength meter (Fig. 1) or the digital hand grip strength meter whose external shape is similar to that of the analog hand grip strength meter is a wooden or resin base as shown in Figs. Secure it to the (attachment) with screws or screws.
図２はアナログ式の手の握力計（図１）を、図５・図６・図７に示す木製もしくは樹脂製の台座（アタッチメント）に取り付けた状態を示している。
手の握力を測定するとき、被測定者は左右どちからの手で図２の「２」と「３」を握り、指先にちからを込めて図８に示すように握力を測定する。FIG. 2 shows a state in which an analog hand grip force meter (FIG. 1) is attached to a wooden or resin base (attachment) shown in FIGS.
When measuring the grip strength of the hand, the person to be measured grips “2” and “3” in FIG. 2 with his / her left and right hands, and measures the grip strength as shown in FIG.
足の指の握力を測定するとき、被測定者は左右どちからの足を図２の木製もしくは樹脂製の台座（アタッチメント）に載せ、図２の「１」にかかとをあてがい、図２の「４」に足の指を引っかけ、図９に示すように足の指にちからを入れ足の握力を測定する。When measuring the grip strength of the toes, the person to be measured puts the foot from either the left or right side on the wooden or resin base (attachment) in FIG. 2, applies the heel to “1” in FIG. 4 ", the toes are hooked, and as shown in FIG.
１ 木製もしくは樹脂製の台座（アタッチメント）に設けられた、かかと固定用のくぼみ
２ 木製もしくは樹脂製の台座（アタッチメント）に設けられた手の握力を測定するための固定グリップ
３ アナログ式の手の握力計の固定グリップ
４ アナログ式の手の握力計の可動負荷グリップ
５ アナログ式の手の握力計の可動負荷グリップの位置調整用ダイヤル
６ アナログ式の手の握力計の可動負荷グリップと負荷装置を結ぶシャフト
７ アナログ式の手の握力計の数値表示用の指針
８ アナログ式の手の握力計の文字盤
９ アナログ式の手の握力計と木製もしくは樹脂製の台座（アタッチメント）本体を固定するネジ類・ビス類
１０ アナログ式の手の握力計の本体
１１ 木製もしくは樹脂製の台座（アタッチメント）本体1 Indentation for fixing the heel provided on a wooden or resin pedestal (attachment) 2 Fixed grip for measuring hand grip provided on a wooden or resin pedestal (attachment) 3 Analog hand Grip meter fixed
Claims (1)
これらの市販の握力計をはめ込むことができ、その本来の用途である手の握力を測定できる機能を残しつつ、これらの握力計と組合わせることを目的とした図５・図６・図７の特徴を有する概ね長さ３６０ミリ、幅２００ミリ、厚さ３０ミリの大きさの木製もしくは樹脂製の台座（アタッチメント）と組合せることで、その上に片足を載せて市販の手の握力計を利用して足の指の握力（グリップ力）をも測定・評価することができ、
これにより１台の装置で手の握力と足の指の握力（グリップ力）を測定・評価することができることを特徴とする装置A commercially available analog hand grip strength meter, or a commercially available digital hand grip strength meter whose external shape is similar to that of an analog hand grip strength meter,
These commercially available grip strength meters can be fitted, and the purpose of combining these grip strength meters with the purpose of measuring the grip strength of the hand, which is its original use, is shown in FIGS. Combining with a wooden or resin pedestal (attachment) of approximately 360mm in length, 200mm in width, and 30mm in thickness, it has a characteristic, and a commercially available hand grip strength meter is placed on it. It can be used to measure and evaluate the grip strength of the toes.
This makes it possible to measure and evaluate hand grip strength and toe grip strength (grip strength) with a single device.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2008001350U JP3144141U (en) | 2008-02-12 | 2008-02-12 | Device for measuring hand grip strength and toe grip strength (grip strength) |
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| JP2008001350U JP3144141U (en) | 2008-02-12 | 2008-02-12 | Device for measuring hand grip strength and toe grip strength (grip strength) |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2020000305A (en) * | 2018-06-25 | 2020-01-09 | 有限会社 ライブエイド | Toe force measuring device, toe force evaluation method, and program |
| US11402284B2 (en) | 2019-06-27 | 2022-08-02 | The Board Of Regents Of The University Of Oklahoma | Apparatus and method for measuring toe flexion and extension |
-
2008
- 2008-02-12 JP JP2008001350U patent/JP3144141U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2020000305A (en) * | 2018-06-25 | 2020-01-09 | 有限会社 ライブエイド | Toe force measuring device, toe force evaluation method, and program |
| US11402284B2 (en) | 2019-06-27 | 2022-08-02 | The Board Of Regents Of The University Of Oklahoma | Apparatus and method for measuring toe flexion and extension |
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