JP3190309U - A health appliance with a specification that the stepless pressure device for training does not work except during the closed leg movement where the muscle strength training of the lower limbs can be performed while lying on the back and sitting on the chair. - Google Patents

A health appliance with a specification that the stepless pressure device for training does not work except during the closed leg movement where the muscle strength training of the lower limbs can be performed while lying on the back and sitting on the chair. Download PDF

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JP3190309U
JP3190309U JP2013005574U JP2013005574U JP3190309U JP 3190309 U JP3190309 U JP 3190309U JP 2013005574 U JP2013005574 U JP 2013005574U JP 2013005574 U JP2013005574 U JP 2013005574U JP 3190309 U JP3190309 U JP 3190309U
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training
stepless
continuously variable
pressurizing device
pressurizer
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直 大城
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Abstract

【課題】体力に自信の持てない・高齢者・リハビリ者でも筋力トレーニングが出来る為のトレーニング用無段加圧装置を付加し、トレーニング効果を得る動作時以外は、トレーニング用無段加圧装置は作動しないようにした健康器具を提供する。
【解決手段】両足を乗せて開閉動作をする部分品19とそれを取付け保持する設置部分品とを有し、加圧の微調整の為、弾性質の軽荷重のスプリング3と中弾性質のウレタンゴムを固定連結する事なく組合せ、無段に加圧が出来る装置とする。その無段加圧装置はスライドの一方向のみ作動する様にブレーキドラム6の取付け板を振り子運動が出来る様にし、それによって、閉脚動作時だけ無段加圧装置を作動させ開脚動作時には、振り子の原理で荷重が変わらない位置までブレーキドラムが移動する仕組みとし無段加圧装置を作動しない様にした。
【選択図】図5
[PROBLEMS] To add a stepless pressurizing device for training that enables muscular strength training even for elderly people and rehabilitated people who are not confident in physical strength, and for the stepless pressurizing device for training, except during operation to obtain a training effect Providing health appliances that have been disabled.
A part 19 that opens and closes with both feet on it and an installation part that attaches and holds the part 19 are provided. For fine adjustment of pressure, an elastic light load spring 3 and a medium elastic part are provided. A device that can be continuously pressed without combining urethane rubber fixedly. The continuously variable pressurizing device enables the pendulum movement of the mounting plate of the brake drum 6 so that it operates only in one direction of the slide, thereby operating the continuously variable pressurizing device only during the closing leg operation and during the opening leg operation. Based on the principle of the pendulum, the brake drum is moved to a position where the load does not change.
[Selection] Figure 5

Description

本考案は、筋力トレーニングが出来る為のトレーニング用無段加圧装置及び、無段加圧装置の開除装置を備えた健康器具。  The present invention is a health device equipped with a continuously variable pressure device for training for muscle strength training and a device for opening the continuously variable pressure device.

加齢・療養に依り、下肢の筋力低下に伴う、円滑な歩行が困難であるが従来の健康器具は直立して行う為、体重を支える事が出来る体力が無いと、使用は不可能であると言う問題点を有していた。  Due to aging and medical treatment, it is difficult to walk smoothly due to the lowering of muscle strength of the lower limbs, but since conventional health equipment is upright, it can not be used without physical strength that can support weight It had the problem of saying.

上記の目的を達成する為に、仰向きに寝たまま又は、椅子に座った状態で下肢の筋力トレーニングが出来る形状にして、体重による負荷の代わりに、無段加圧装置を考案した。又、トレーニング効果が得られる以外は、無段加圧装置が作動しない装置も考案した。
すなわち、請求項1の考案は、直立トレーニングが不可能な人達が寝たまま又は、椅子に座った状態で開脚・閉脚の動作を行う事により下肢の大腿四頭筋・内転筋・腓腹筋・ハムストリングス等の筋力をトレーニングするもので、両足を乗せて開閉動作をする部分品とそれを取付け保持する設置部分品とのスライドをさせる為の力をスプリング又は、ゴムの弾性を利用して摩擦制御の調整をしトレーニング効果に必要な負荷を造り出し、しかも個々の体力に対応して負荷が調整出来る無段加圧装置を備えた健康器具である。
請求項2の考案は、下肢大腿四頭筋・内転筋・腓腹筋・ハムストリングス等の筋力をトレーニングする為の無段加圧装置を閉脚動作時のトレーニング効果の取得出来る時だけ作動させ使用者の体力消耗を軽減する無段加圧装置解除装置を設けた健康器具である。
In order to achieve the above object, a stepless pressure device was devised in place of a load due to body weight in a shape that allows muscle strength training of the lower limbs while lying on the back or sitting on a chair. In addition, a device has been devised in which the continuously variable pressurizing device does not operate except that a training effect is obtained.
In other words, the invention of claim 1 is directed to the quadriceps, adductor, and gastrocnemius of the lower limbs by performing the movements of the legs and legs while people who are unable to stand upright are sleeping or sitting in a chair.・ Training for muscular strength such as hamstrings, using the elasticity of springs or rubber to slide the part that opens and closes with both feet and the part that installs and holds it. It is a health appliance equipped with a continuously variable pressurizing device that can adjust the friction control to create the load necessary for the training effect and can adjust the load according to the individual physical strength.
The device of claim 2 operates a stepless pressurizing device for training muscle strength of the lower limbs quadriceps, adductor, gastrocnemius, hamstrings, etc., only when it can acquire the training effect at the time of the closed leg operation. It is a health appliance provided with a continuously variable pressurizing device releasing device that reduces physical wear.

歩行は困難であるも両足の開閉さえ出来る体力があれば無段加圧装置の設置で下肢筋力のトレーニングが可能であり、又、トレーニング効果を得られない開脚動作時には無段加圧装置の解除装置が働き無荷重となる為、体力の消耗をおさえる事が出来る。以上により寝たきり高齢者の減少の期待が出来、ひいては医療費の削減にもつながる可能性がある。又、療養による下肢の筋力低下のリハビリにも介護者なしでトレーニングが可能な安全性の高い構造である。  Although it is difficult to walk, if you have enough physical strength to open and close both legs, you can train your lower limb muscle strength by installing a continuously variable pressurizing device. Since the release device works and becomes no load, it can suppress the exhaustion of physical strength. As a result, the number of bedridden elderly people can be expected to decrease, which may lead to a reduction in medical costs. In addition, it is a highly safe structure that can be trained without caregivers in rehabilitation of lower limb muscle strength due to medical treatment.

健康器具の平面図である。It is a top view of a health appliance. 健康器具の側面図である。It is a side view of a health appliance. 健康器具の足乗せ部の正面図である。It is a front view of the footrest part of a health appliance. 健康器具の足乗せ部の側面図である。It is a side view of the footrest part of a health device. 健康器具の右足乗せ部と左足のせ部の製造工程を示す概略図である。It is the schematic which shows the manufacturing process of the right leg rest part and left leg rest part of a health appliance.

図1の符号8のレール上に図1の符号図5詳細の足乗部本体を取付ける。そして、使用者が仰向きに寝た状態又は、椅子に座った状態で図1の符号図5詳細の足乗部本体の左・右上に左足右足を各々に乗せる。  1 is mounted on the rail denoted by reference numeral 8 in FIG. 1. Then, with the user lying on his back or sitting on a chair, the left foot and right foot are placed on the left and upper right sides of the footrest main body in detail in FIG.

請求項1の無段加圧装置は図5の符号3の無段加圧装置調整クッションと図5の符号6のブレーキドラムのそれぞれの材料の持つ弾性と摩擦力の高さとの組み合わせによりその特性を活用調整する事により得られた。  The continuously variable pressurizing device according to claim 1 is characterized by the combination of the elasticity and frictional force of each material of the continuously variable pressurizing device adjusting cushion denoted by reference numeral 3 in FIG. 5 and the brake drum denoted by reference numeral 6 in FIG. It was obtained by using and adjusting.

図5の符号1の無段加圧装置調整つまみを左又右に回すと連結した無段加圧装置伝導シャフト(ネジ切りシャフト)が、図5の符号26の無段加圧装置シリンダー(内側ネジ切りパイプ)の中で上下すると  When the continuously variable pressurizer adjusting knob 1 shown in FIG. 5 is turned to the left or right, the continuously variable pressurizer conduction shaft (threaded shaft) connected to the continuously variable pressurizer cylinder (inner side) 26 shown in FIG. When moving up and down in a threaded pipe)

図5の符号26の中に装備した図5の符号3の無段加圧装置調整クッションが伸縮される。  The continuously variable pressurizing device adjusting cushion of reference numeral 3 of FIG. 5 provided in the reference numeral 26 of FIG. 5 is expanded and contracted.

その伸縮が図5の符号4の無段加圧装置連結ボルト及び連結された図5の符号29(左側)又は符号30(右側)の無段加圧装置連結板及び  5 is connected to the continuously variable pressure device connecting bolt 4 shown in FIG. 5 and connected to the continuously variable pressure device connecting plate 29 (left side) or 30 (right side) shown in FIG.

それに連結(可動式)された図5の符号11(左側)又は、符号28(右側)の無段加圧装置切換板に取り付けてある図5の符号6のブレーキドラムが上下作動して図5の符号8のレールとの接触摩擦負荷の強弱を作り出す。  The brake drum 6 shown in FIG. 5 attached to the stepless pressure device switching plate 11 shown in FIG. 5 (left side) or 28 (right side) connected (movable) is moved up and down. The strength of the contact friction load with the rail No. 8 is created.

その接触摩擦負荷の強弱が図5の符号19の足乗せ部本体と図5の符号8のレールとのスライドの潤滑度を増減させ使用者の両足を開閉出来る体力に応じて適切なトレーニングが出来る様に無段階に調整出来る仕組みとなっている。  The strength of the contact friction load increases / decreases the lubricity of the slide between the footrest main body indicated by reference numeral 19 in FIG. 5 and the rail indicated by reference numeral 8 in FIG. 5, and appropriate training can be performed according to the physical strength capable of opening and closing both feet of the user. It is a mechanism that can be adjusted steplessly.

請求項2の無段加圧装解除装置は開脚始動時に作動する仕様となっている。  According to the second aspect of the present invention, the stepless pressure release device is designed to operate when the legs are started.

図5の符号6のブレーキドラムと図5の符号8のレールとの接触を絶って摩擦負荷をなくする仕組みである。  This is a mechanism that eliminates the frictional load by closing the contact between the brake drum of FIG. 5 and the rail of FIG.

図5の符号6のブレーキドラムは図5の符号11又は、符号28の無段加圧装置切換板に図5の符号18の無段加圧装置ブレーキドラム取付けピンにより取付けられているが  The brake drum 6 shown in FIG. 5 is attached to the stepless pressure device switching plate 11 or 28 shown in FIG. 5 by the stepless pressure device brake drum mounting pin 18 shown in FIG.

図5の符号8のレールとトレーニング効果時の接触位置より左側の図5の符号6のブレーキドラムは右に、右側の図5の符号6のブレーキドラムは左にずらした位置に取付けてある。  The brake drum 6 shown in FIG. 5 on the left side of the rail 8 shown in FIG. 5 and the contact position at the time of the training effect is attached to the right, and the brake drum 6 shown in FIG. 5 on the right is attached to the left.

その取付け位置は開脚動作時に図5の符号6のブレーキドラムと図5の符号8のレールとが接触はしているが無負荷の状態となる位置に取付けてある。  The attachment position is set at a position where the brake drum 6 in FIG. 5 and the rail 8 in FIG.

それにより、開脚作動時には図5の符号11又は、符号28の無段加圧装置切換板は可動式となっている為、ただ接触しているだけの位置に移動して図5の符号6のブレーキドラムと図5の符号8のレールとは接触はしているが無荷重な状態となる。  Accordingly, since the stepless pressure device switching plate 11 or 28 shown in FIG. 5 is movable during the leg opening operation, it moves to a position where it is merely in contact with the symbol 6 in FIG. The brake drum and the rail denoted by reference numeral 8 in FIG. 5 are in contact with each other, but no load is applied.

図5の符号10及び、符号27の無段加圧装置解除レバーは図5の符号6のブレーキドラムと図5の符号8のレールとの接触作動を確実にする為の、ものである。  The stepless pressure device release levers 10 and 27 in FIG. 5 are for ensuring the contact operation between the brake drum 6 in FIG. 5 and the rail 8 in FIG.

1無段加圧装置調整つまみ(外径45mmプラッスチック製)
2無段加圧装置伝導シャフト(10mm×30mm鉄製ボルト)
3無段加圧装置調整クション(8mm×20mmモールスプリング又はゴム)
4無段加圧装置連結ボルト(5mm×35mmCPSボルト)
5振れ止めビス(4mm×15mm丸ビス)
6ブレーキドラム(19φウレタンゴム)
7スライドパイプ(14mm×15φ×25φポリカーボネート製)
8レール(13.8φ×700mm鉄パイプ)
9スライドパイプ本体取付け金具(M6×20mmAUボルト)
10無段加圧装置解除レバー右(3t×20mm×104mm鉄製板)
11無段加圧装置解除板(3t×75mm鉄製板)
12無段加圧装置解除伝達ボルト(5t×35mm鉄製ボルト)
13無段加圧装置解除本体取付けボルト(6t×35mmスペーサー入ボルト)
14無段加圧装置用スペーサー(5φ×20mm鉄パイプ)
15無段加圧装置伝達ボルト止めナット(5φ鉄製フランジナット)
16無段加圧装置伝達ボルト調整ナット(5φ六角鉄製ナット)
17無段加圧装置ブレーキドラム連結ボルト(5mm×10mm鉄製低頭丸ビス)
18無段加圧装置ブレーキドラム取付けピン(5mm×20mm鉄製ロールピン)
19足乗せ部本体(2tの足型成形状鉄製板)
20足乗せ部本体取付け板(2tの鉄製整形板)
21足乗せ部本体取付けボルト(6mm×15mmCPS鉄製ボルト)
22無段加圧装置解除装置切断ストッパー(8mm×20mm鉄製ボルト)
23すべり止めカバー(ゴム製)
24レール台(1.5t×20mm×50mm×250mm鉄製角パイプ)
25レール取付け(2t×100mm×130mm鉄製板)
26無段加圧装置シリンダー(14φ×15mm鉄製パイプ)
27無段加圧装置解除レバー左(3t×20mm×104mm鉄製板)
28無段加圧装置切換板(3t×75mm鉄製板)
29無段加圧装置連結板右(3t×45mm鉄製板)
30無段加圧装置連結板左(3t×45mm鉄製板)
1 Stepless pressurizer adjustment knob (Outer diameter 45mm plastic)
2Continuous pressurizing device conduction shaft (10mm x 30mm iron bolt)
3 Stepless pressurizer adjustment (8mm x 20mm molding spring or rubber)
4 Stepless pressurizer connection bolt (5mm x 35mm CPS bolt)
5 steady rest screw (4mm x 15mm round screw)
6 brake drum (19φ urethane rubber)
7 slide pipe (14mm × 15φ × 25φ made of polycarbonate)
8 rails (13.8φ × 700mm iron pipe)
9 Slide pipe body mounting bracket (M6 x 20mm AU bolt)
10 Stepless pressurizer release lever right (3t x 20mm x 104mm iron plate)
11 Stepless pressurizer release plate (3t x 75mm iron plate)
12 Continuously pressurizing device release transmission bolt (5t x 35mm iron bolt)
13 Stepless pressurizer release body mounting bolt (6t x 35mm spacer bolt)
14 Spacer for continuously variable pressurizer (5φ × 20mm iron pipe)
15 Stepless pressurizer transmission bolt set nut (5φ iron flange nut)
16 stepless pressure device transmission bolt adjustment nut (5φ hexagonal iron nut)
17 Stepless pressurizer brake drum connecting bolt (5mm x 10mm iron low head round screw)
18 Stepless pressurizer brake drum mounting pin (5mm x 20mm iron roll pin)
19 feet rest body (2t foot-shaped iron plate)
20 foot rest body mounting plate (2t iron shaping plate)
21 foot rest body mounting bolt (6mm x 15mm CPS iron bolt)
22 Continuously pressurizing device release device cutting stopper (8mm x 20mm iron bolt)
23 Anti-slip cover (Rubber)
24 rail stand (1.5t x 20mm x 50mm x 250mm iron square pipe)
25 rail mounting (2t x 100mm x 130mm iron plate)
26 continuously variable pressure cylinder (14φ x 15mm steel pipe)
27 Stepless pressurizer release lever left (3t x 20mm x 104mm iron plate)
28 stepless pressure device switching plate (3t x 75mm iron plate)
29 Stepless pressurizer connecting plate right (3t x 45mm iron plate)
30 Stepless pressurizer connection plate left (3t x 45mm iron plate)

本考案は、体力に自信の持てない・高齢者・リハビリ者でも筋力トレーニングが出来る為のトレーニング用無段加圧装置及び、トレーニング効果を得る動作時以外は、トレーニング用無段加圧装置は作動しない為、使用者の体力の消耗の軽減出来る健康器具。  The present invention is a training continuously variable pressure device for muscular strength training even for the elderly and rehabilitated people who are not confident in physical fitness, and the training continuously variable pressure device operates except when operating to obtain the training effect Health equipment that can reduce the wear of the user's physical strength.

加齢・療養に依り、下肢の筋力低下に伴う、円滑な歩行が困難であるが従来の健康器具は直立して行う為、体重を支える事が出来る体力が無いと、使用は不可能であると言う問題点を有していた。  Due to aging and medical treatment, it is difficult to walk smoothly due to the lowering of muscle strength of the lower limbs, but since conventional health equipment is upright, it can not be used without physical strength that can support weight It had the problem of saying.

上記の目的を達成する為に、直立トレーニングが不可能な人達が寝たまま又は、椅子に座った状態で開脚・閉脚の動作を行う事により下肢の大腿四頭筋・内転筋・腓腹筋・ハムストリングス等の筋力をトレーニングする事が出来る様にした。両足を乗せて開閉動作をする部分品とそれを取付け保持する設置部分品とのスライドをコントロールさせる為の力をスプリング又は、ゴムの弾性を利用して摩擦制御の調整でし、トレーニング効果に必要な負荷を造り出す。それと、この使用者の対象が健康弱者である為、この負荷が無段階に調整出来る様に、弾性質のスプリングとゴムの2種類を連結する事無く別々の位置に組み合わせる事で可能となり、これを無段加圧装置と名付けた。又、負荷が閉脚動作時のトレーニング効果の取得出来る時だけ作動させ使用者の体力消耗を軽減する仕様も備えた健康器具である。  In order to achieve the above objectives, the leg quadriceps, adductor, and gastrocnemius muscles can be achieved by performing open and closed leg movements while people who are unable to stand upright are sleeping or sitting on a chair. -Made it possible to train muscle strength such as hamstrings. Necessary for the training effect by adjusting the friction control using spring or rubber elasticity to control the slide between the part that opens and closes with both feet and the installation part that attaches and holds it The right load. Moreover, since this user's target is a poor health person, it is possible to combine the two types of elastic spring and rubber in different positions so that this load can be adjusted steplessly. Was named a continuously variable pressurizer. In addition, the health appliance is also equipped with a specification that is activated only when the load can acquire the training effect at the time of the closed leg operation and reduces the physical wear of the user.

歩行は困難であるも両足の開閉さえ出来る体力があれば無段加圧装置の設置で下肢筋力のトレーニングが可能であり、又、トレーニング効果を得られない開脚動作時には無荷重となる為、体力の消耗をおさえる事が出来る。以上により寝たきり高齢者の減少の期待が出来、ひいては医療費の削減にもつながる可能性がある。又、療養による下肢の筋力低下のリハビリにも使用者が安定した姿勢で介護者なしでもトレーニングが可能な安全性の高い構造である。  Although it is difficult to walk, if you have physical strength that can open and close both legs, you can train the lower limb muscle strength by installing a continuously variable pressurization device, and because there is no load at the time of the open leg operation that can not obtain the training effect, It can control the exhaustion of physical strength. As a result, the number of bedridden elderly people can be expected to decrease, which may lead to a reduction in medical costs. In addition, the rehabilitation of lower limb muscle strength due to medical treatment is a highly safe structure in which the user can perform training without a caregiver in a stable posture.

健康器具の平面図である。It is a top view of a health appliance. 健康器具の側面図である。It is a side view of a health appliance. 健康器具の足乗せ部の正面図である。It is a front view of the footrest part of a health appliance. 健康器具の足乗せ部の側面図である。It is a side view of the footrest part of a health device. 健康器具の右足乗せ部と左足のせ部の製造工程を示す概略図である。It is the schematic which shows the manufacturing process of the right leg rest part and left leg rest part of a health appliance.

無段加圧装置とは、図5の符号1の無段加圧装置調整つまみを右又は左に回すと連結した無段加圧装置伝導シャフト(ネジ切りシャフト)が図5の符号26の無段加圧装置シリンダー(内側ネジ切りパイプ)の中で上下する。そして接触している図5の符号3の無段加圧装置調整クッション(計荷重用平スプリン)を伸縮させる。そして図5の4の無段加圧装置連結ボルト(5mm×35mmCPSボルト)に伝導する仕様だが、この無段加圧装置連結ボルトは、図3の33(本体)で無段加圧装置連結ボルトの頭部の太い部分以上は、下がらない様に図3の33の(本体)の穴を細くしてある。そして、この無段加圧装置連結ボルトと図5の29(右)30(左)の無段加圧装置連結板は上下からダブルネジで固定連結してある。そして、図5の6のブレーキドラム(15φU溝付ウレタンゴム)が取付けられている図5の符号11(左)又は、28(右)の無段加圧装置切換板に伝導する。但し、無段加圧装置連結板と無段装置切換板はカシメ連結してあり振り子の様に動く様にしてある。以上が無段加圧装置の構造だが、伝達ボルトの限定作動・固定しないカシメ組立て・ブレーキドラムに、中弾性質のウレタンゴムを組み合わせた結果、非常に微調整が出来る加圧装置となった。  The continuously variable pressurizer is a continuously variable pressurizer conduction shaft (threaded shaft) connected when the continuously variable pressurizer adjusting knob 1 shown in FIG. 5 is turned to the right or left. Go up and down in the stage pressurizer cylinder (inner threaded pipe). Then, the stepless pressurizing device adjusting cushion (reference load flat spring) denoted by reference numeral 3 in FIG. And, it is a specification that conducts to the continuously variable pressurizer connecting bolt (5 mm × 35 mm CPS bolt) of 4 in FIG. 5, this continuously variable pressurizer connecting bolt is 33 (main body) in FIG. 3 (the main body) in FIG. 3 is narrowed so that it does not fall below the thick part of the head. And the continuously variable pressurizer connecting bolt and the continuously variable pressurizer connectable plate 29 (right) 30 (left) in FIG. 5 are fixedly connected from above and below with double screws. Then, it is conducted to the stepless pressure device switching plate 11 (left) or 28 (right) of FIG. 5 to which the brake drum 6 (urethane rubber with 15φ U groove) of 6 of FIG. 5 is attached. However, the continuously variable pressurizer connecting plate and the continuously variable device switching plate are caulked and moved like a pendulum. The above is the structure of the continuously variable pressurizing device, but as a result of combining medium elastic urethane rubber with the limited operation of the transmission bolt, caulking assembly without fixing and the brake drum, the pressurizing device can be very finely adjusted.

この健康器具は使用者を健康弱者でも使用出来る為に、トレーニング効果の有無により負荷を一方向のみかかる様にしてある。その仕様を下記に述べる。  Since this health appliance can be used even by a person with weak health, the load is applied only in one direction depending on the presence or absence of a training effect. The specifications are described below.

図1の符号8のレール上に図1の符号図5詳細の足乗部本体を取付ける。そして、使用者が仰向きに寝た状態又は、椅子に座った状態で図1の符号図5詳細の足乗部本体の左・右上に左足右足を各々に乗せる。  1 is mounted on the rail denoted by reference numeral 8 in FIG. 1. Then, with the user lying on his back or sitting on a chair, the left foot and right foot are placed on the left and upper right sides of the footrest main body in detail in FIG.

図5の符号1の無段加圧装置調整つまみを右又は左に回すと、連結した無段加圧装置伝導シャフト(ネジ切シャフト)が図5の符号26の無段加圧装置シリンダー(内側ネジ切パイプ)の中で上下させると図5の符号3の無段加圧装置調整クッション(スプリング又はウレタンゴム)が伸縮され図4の無段加圧装置連結ボルトと連結一体化された図5の符号29(左側)又は、符号30(右側)の無段加圧装置連結板(3t×45mm板)に伝導され、そして図5符号11(左側)

Figure 0003190309
が取付けられている無段加圧装置切換板(3t×75鉄製板)の組立品に伸縮が伝導する。When the stepless pressure device adjusting knob 1 of FIG. 5 is turned to the right or left, the connected continuously variable pressure device conduction shaft (threaded shaft) is connected to the stepless pressure device cylinder 26 (inner side) of FIG. 5 is moved up and down in the threaded pipe), the stepless pressure device adjustment cushion (spring or urethane rubber) indicated by reference numeral 3 in FIG. 5 is expanded and contracted and integrated with the stepless pressure device connecting bolt in FIG. No. 29 (left side) or No. 30 (right side) stepless pressure device connecting plate (3t × 45 mm plate), and FIG.
Figure 0003190309
Expansion and contraction is conducted to the assembly of the continuously variable pressurizer switching plate (3t × 75 iron plate) to which is attached.

この符号11(左側)又は、符号28(右側)の無段加圧装置切換板(3t×75鉄製板)は、図5の29又は、30の無段加圧装置連結板とは、カシメ連結させてあり、無段加圧装置切換板は右・左に振り子の様に動く様にしてある。  The stepless pressure device switching plate (3t × 75 iron plate) indicated by reference numeral 11 (left side) or reference number 28 (right side) is connected to the stepless pressure device connection plate 29 or 30 in FIG. The stepless pressure device switching plate is moved to the right and left like a pendulum.

図5の19の足乗せ部本体(2tの足型成形状鉄製板)が図5の8のレール上

Figure 0003190309
はレールとの接触圧力で図5の11の無段加圧切換板と共に右方向に動こうとする。その動きを図5の8のレールと図5の6のブレーキドラムが直角に交わる位置、すなわち接触圧力が最大となる位置に図5の6のブレーキドラムが取付けてある無段加圧切換板が止まる様図5の32のストッパー2を設置してある為、左にスライドしている場合は加圧状態が継続する。図5の19の足乗せ部本体(2t足型成形状鉄板)が図5の8のレール上を右にスライドする時は、図5の
Figure 0003190309
の11の無段加圧装置切換板と共に、左に動こうとする。図5の11の無段加圧装置切換板は左に動く範囲は無荷重の状態になり、しかも次に反対方向にスライドする時に無段加圧装置が作動する為に、図5の6のブレーキドラムと図5の8のレールが触れているだけの移動である。その為に、図5の10のストッパー1を設置した。又、左に動く切換え時は、最も荷重のある状態である為、それを容易にする様式として、図5の11の無段加圧装置切換板を振り子運動するカシメ連結をしてあるのと、図5の3の無段加圧装置調整クッションを軽荷重のものとして、その伸縮力を利用したこの2つの組合せで得られた。19 of FIG. 5 is mounted on the rail of 8 in FIG.
Figure 0003190309
Tries to move in the right direction together with the stepless pressure switching plate 11 in FIG. 5 due to the contact pressure with the rail. 5 is a stepless pressure switching plate in which the brake drum 6 in FIG. 5 is attached at a position where the rail 8 in FIG. 5 and the brake drum 6 in FIG. Since the stopper 2 of FIG. 5 is installed so as to stop, the pressure state continues when sliding to the left. When the footrest main body 19 (2t foot-shaped iron plate) 19 in FIG. 5 slides right on the rail 8 in FIG.
Figure 0003190309
Together with the 11 continuously variable pressurizer switching plate. Since the stepless pressure device switching plate 11 in FIG. 5 moves to the left, there is no load, and when the next step slides in the opposite direction, the stepless pressure device operates. The brake drum and the rail 8 in FIG. For this purpose, 10 stoppers 1 in FIG. 5 were installed. Also, when switching to the left, it is the most loaded state, so as an easy way to do that, the stepless pressure device switching plate of FIG. The stepless pressure device adjustment cushion of 3 in FIG. 5 was obtained with a light load and a combination of the two using the expansion and contraction force.

図5の左側の場合は、上記の右側と反対位置に各々ストッパーを設置して上記と動作に対する加圧・無加圧が反対になる様にした。  In the case of the left side of FIG. 5, stoppers are respectively installed at positions opposite to the right side so that the pressure and non-pressurization for the operation are opposite.

1無段加圧装置調整つまみ(外径45mmプラッスチック製)
2無段加圧装置伝導シャフト(10mm×30mm鉄製ボルト)
3無段加圧装置調整クション(8mm×20mmモールスプリング又はゴム)
4無段加圧装置連結ボルト(5mm×35mmCPSボルト)
5振れ止めビス(4mm×15mm丸ビス)
6ブレーキドラム(15φU溝付ウレタンゴム)
7ライドパイプ(14mm×15φ×25φポリカーボネート製)
8レール(13.8φ×700mm鉄パイプ)
9スライドパイプ本体取付け金具(M6×20mmAUボルト)
10ストッパー1(4φ×シャフト)
11無段加圧装置切換板(3t×75mm鉄製板)
12無段加圧装置切換伝達ボルト(5t×35mm鉄製ボルト)
13無段加圧装置切換本体取付けボルト(6t×35mmスペーサー入ボルト)
14無段加圧装置用スペーサー(5φ×20mm鉄パイプ)
15無段加圧装置伝達ボルト止めナット(5φ鉄製フランジナット)
16無段加圧装置伝達ボルト調整ナット(5φ六角鉄製ナット)
17無段加圧装置ブレーキドラム連結ボルト(5mm×10mm鉄製低頭丸ビス)
18無段加圧装置ブレーキドラム取付けピン(5mm×20mm鉄製ロールピン)
19足乗せ部本体(2tの足型成形状鉄製板)
20足乗せ部本体取付け板(2tの鉄製整形板)
21足乗せ部本体取付けボルト(6mm×15mmCPS鉄製ボルト)
22無段加圧装置解除装置切断ストッパー(8mm×20mm鉄製ボルト)
23すべり止めカバー(ゴム製)
24レール台(1.5t×20mm×50mm×250mm鉄製角パイプ)
25レール取付け(2t×100mm×130mm鉄製板)
26無段加圧装置シリンダー(14φ×15mm鉄製パイプ)
27ストッパー3(4φ×シャフト)
28無段加圧装置切換板(3t×75mm鉄製板)
29無段加圧装置連結板右(3t×45mm鉄製板)
30無段加圧装置連結板左(3t×45mm鉄製板)
31ストッパー4(4φ×シャフト)
32ストッパー2(4φ×シャフト)
33本体(2t×80×163鉄製板)
34レール締付金具(Uボルト)
1 Stepless pressurizer adjustment knob (Outer diameter 45mm plastic)
2Continuous pressurizing device conduction shaft (10mm x 30mm iron bolt)
3 Stepless pressurizer adjustment (8mm x 20mm molding spring or rubber)
4 Stepless pressurizer connection bolt (5mm x 35mm CPS bolt)
5 steady rest screw (4mm x 15mm round screw)
6 brake drum (15φU grooved urethane rubber)
7 ride pipe (14mm × 15φ × 25φ made of polycarbonate)
8 rails (13.8φ × 700mm iron pipe)
9 Slide pipe body mounting bracket (M6 x 20mm AU bolt)
10 stopper 1 (4φ x shaft)
11 Stepless pressurizer switching plate (3t x 75mm iron plate)
12 stepless pressurizer switching transmission bolt (5t x 35mm iron bolt)
13 Stepless pressurizer switching body mounting bolt (bolt with 6t x 35mm spacer)
14 Spacer for continuously variable pressurizer (5φ × 20mm iron pipe)
15 Stepless pressurizer transmission bolt set nut (5φ iron flange nut)
16 stepless pressure device transmission bolt adjustment nut (5φ hexagonal iron nut)
17 Stepless pressurizer brake drum connecting bolt (5mm x 10mm iron low head round screw)
18 Stepless pressurizer brake drum mounting pin (5mm x 20mm iron roll pin)
19 feet rest body (2t foot-shaped iron plate)
20 foot rest body mounting plate (2t iron shaping plate)
21 foot rest body mounting bolt (6mm x 15mm CPS iron bolt)
22 Continuously pressurizing device release device cutting stopper (8mm x 20mm iron bolt)
23 Anti-slip cover (Rubber)
24 rail stand (1.5t x 20mm x 50mm x 250mm iron square pipe)
25 rail mounting (2t x 100mm x 130mm iron plate)
26 continuously variable pressure cylinder (14φ x 15mm steel pipe)
27 Stopper 3 (4φ x Shaft)
28 stepless pressure device switching plate (3t x 75mm iron plate)
29 Stepless pressurizer connecting plate right (3t x 45mm iron plate)
30 Stepless pressurizer connection plate left (3t x 45mm iron plate)
31 stopper 4 (4φ x shaft)
32 stopper 2 (4φ x shaft)
33 body (2t x 80 x 163 iron plate)
34 rail fastening bracket (U bolt)

Claims (2)

直立トレーニングが不可能な人達が寝たまま又は、椅子に座った状態で開脚・閉脚の動作を行う事により下肢の大腿四頭筋・内転筋・腓腹筋・ハムストリングス等の筋力をトレーニングするもので、両足を乗せて開閉動作をする部分品とそれを取付け保持する設置部分品とのスライドをさせる為の力をスプリング又は、ゴムの弾性を利用して摩擦制御の調整をしトレーニング効果に必要な負荷を造り出し、しかも個々の体力に対応して負荷が調整出来る無段加圧装置を備えた健康器具。  People who cannot do upright training are trained for muscle strength such as quadriceps, adductor, gastrocnemius and hamstrings of the lower limbs by moving the legs open or closed while sitting in a chair or sitting on a chair. For the training effect, adjust the friction control using the elasticity of the spring or rubber to slide between the part that opens and closes with both feet and the installation part that attaches and holds it. A health appliance equipped with a continuously variable pressurizing device that can create the necessary load and adjust the load according to individual physical strength. 下肢大腿四頭筋・内転筋・腓腹筋・ハムストリングス等の筋力をトレーニングする為の無段加圧装置を閉脚動作時のトレーニング効果の取得出来る時だけ作動させ使用者の体力消耗を軽減する無段加圧装置解除装置を設けた健康器具。  A stepless pressurizing device for training the strength of the quadriceps, adductor, gastrocnemius, hamstrings, etc. of the lower limbs is operated only when the training effect can be obtained during the closed leg operation, and the physical strength of the user is reduced. A health appliance provided with a stage pressurizing device release device.
JP2013005574U 2013-09-06 A health appliance with a specification that the stepless pressure device for training does not work except during the closed leg movement where the muscle strength training of the lower limbs can be performed while lying on the back and sitting on the chair. Expired - Lifetime JP3190309U (en)

Publications (1)

Publication Number Publication Date
JP3190309U true JP3190309U (en) 2014-05-08

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