阅读说明：本技术 高跷式爬行锻炼助行器 (Stilt type crawling exercise walking aid ) 是由 刘伟 于 2020-07-14 设计创作，主要内容包括：一种高跷式爬行锻炼助行器,由手柄、套管、杠杆、捆绑带和底座相连组成；手柄做成U形或椭圆形的板体,在手柄的板体一侧连接有套管,在套管内穿入杠杆,在杠杆的底端连接有底座,在穿过套管后的杠杆上端连接有臂板；在臂板上分别连接有上、下两根捆绑带,在上、下捆绑带上分别设有连接机构,利用连接机构能够将上、下捆绑带捆在人体的小臂上,从而使人体的小臂和所述的助行器捆绑相连成一体；锻炼时,人们利用上、下捆绑带将该助行器捆绑在小臂上；以此补充上肢的长度不足,使之与腿的长度相适应,从而减少了锻炼时颈椎、腰椎的弯曲程度。(A stilt type crawling exercise walking aid is composed of a handle, a sleeve, a lever, a binding belt and a base which are connected; the handle is made into a U-shaped or oval plate body, one side of the plate body of the handle is connected with a sleeve, a lever penetrates into the sleeve, the bottom end of the lever is connected with a base, and the upper end of the lever penetrating through the sleeve is connected with an arm plate; the arm plate is respectively connected with an upper binding belt and a lower binding belt, the upper binding belt and the lower binding belt are respectively provided with a connecting mechanism, and the upper binding belt and the lower binding belt can be bound on the forearm of the human body by utilizing the connecting mechanism, so that the forearm of the human body and the walking aid are bound and connected into a whole; when in exercise, people use the upper and lower binding belts to bind the walking aid on the small arm; thereby supplementing the length insufficiency of the upper limbs and leading the upper limbs to be adapted to the length of the legs, thereby reducing the bending degree of cervical vertebra and lumbar vertebra during exercise.)

1. A stilt type crawling exercise walking aid can relieve the problems of side effects and discomfort during crawling exercise through the stilt type crawling exercise walking aid; the method is characterized in that: the walking aid is formed by connecting a handle (1), a sleeve (2), a lever (3), a binding belt and a base (4); the handle (1) is made of steel plates or engineering plastics, the handle (1) is made into an oval plate body, one side of the plate body of the handle (1) is connected with a section of sleeve (2), and the sleeve (2) is made of steel tubes or engineering plastic tubes; the handle (1) and the sleeve (2) are vertically connected into a whole; the upper ends of the connected handle (1) and the sleeve (2) are on the same plane; a reinforcing rib (5) is connected at the included angle between the handle (1) and the sleeve (2), the reinforcing rib (5) is made of a plate body made of steel plates or engineering plastics, the reinforcing rib (5) is made into a right-angled triangle, and two sides of the reinforcing rib (5) are respectively connected with the side walls of the handle (1) and the sleeve (2) into a whole; so as to improve the stress strength of the handle (1) and the sleeve (2); drilling a hole in the sleeve (2), connecting a nut (6) at the drilled hole, and connecting the nut (6) and the sleeve (2) into a whole; a butterfly bolt (7) is screwed into the nut (6), and the bolt (7) can enter the sleeve (2); the bolt (7) is used for locking the contact position of the sleeve (2) and the lever (1);

a section of lever (3) is inserted into the sleeve (2), and the lever (3) is made of a steel pipe or an engineering plastic pipe; the bottom end of the lever (3) is connected with a base (4), the base (4) is made into a sphere by using a rubber material, and the rubber for manufacturing the base (4) has slight elasticity, so that the impact action between a human body and the ground during exercise is relieved; the bottom end of the lever (3) is connected with the rubber mold of the base (4) into a whole;

the upper end of the lever (3) penetrating through the sleeve (2) is connected with an arm plate (8), the arm plate (8) is made into a circular plate body, the upper part of the arm plate (8) is wide and the lower part of the arm plate is narrow, and the shape of the arm plate (8) is matched with the small arm of a human body; the periphery of the arm plate (8) is made into a circular arc shape without edges and corners; the bottom end of the arm plate (8) is connected with the upper end of the lever (3) into a whole; the connected arm plate (8) and the side wall of the lever (3) are on the same straight line;

the arm plate (8) is respectively connected with an upper binding belt (9) and a lower binding belt (10), and the upper binding belt (9) and the lower binding belt (10) are made of materials capable of being made into a waistband; the binding bands (9, 10) are vertically connected with the outer sides of the arm plates (8) into a whole; the upper binding belt (9) and the lower binding belt (10) are respectively provided with a connecting mechanism (11), and the connecting mechanism (11) is any one of a belt buckle, a hook and a magic tape; the upper and lower binding bands (9, 10) can be bound on the small arms of the human body by using the connecting mechanism (11), so that the small arms of the human body and the walking aid are bound and connected into a whole;

when in exercise, the two hands of the user respectively use the upper and the lower binding belts (9, 10) to bind the walking aid on the small arms; the distance between the handle (1) and the base (4) is adjusted by using a butterfly bolt (7); thereby supplementing the length insufficiency of the upper limbs and leading the upper limbs to be adapted to the length of the legs, thereby reducing the bending degree of cervical vertebra and lumbar vertebra during exercise.

Technical Field

A stilt type crawling exercise walking aid belongs to the field of crawling appliance articles in fitness equipment.

Background

The ways and methods for exercising the body are various, crawling becomes the fitness preference of a part of people in the coming years, and the people stick up the buttocks to climb up the ground, so that various parts of the body are exercised by distinctive activities, particularly the activities of cervical vertebra, waist, abdomen, hip and leg bend are stronger, and the body has unique activity (exercise) effect corresponding to other exercise activity types in the prior art; and the effect can not be achieved by other body-building modes and appliances; however, since the human body structure is characterized by the short and congenital legs and arms, the excessive upwarp of the cervical vertebrae (i.e. the head is too high and the bending of the cervical vertebrae is too high) and the excessive stress of the lumbar vertebrae and the sagging of the stomach are easily caused during the exercise, therefore, it is necessary to provide a stilt-shaped crawling exercise walking aid to relieve the above-mentioned discomfort during the exercise.

Disclosure of Invention

The application aims to provide a stilt type crawling exercise walking aid, so that the problem of discomfort during exercise is solved; the walking aid is formed by connecting a handle, a sleeve, a lever, a binding belt and a base; the handle is made of steel plates or engineering plastics, the handle is made into an oval plate body, one side of the plate body of the handle is connected with a section of sleeve, and the sleeve is made of steel tubes or engineering plastic tubes; the handle and the sleeve are vertically (such as welded) connected into a whole; the upper ends of the connected handle and the sleeve are on the same plane; the included angle between the handle and the sleeve is connected with a reinforcing rib, the reinforcing rib is made of a plate body made of steel plates or engineering plastics and is made into a right-angled triangle, and two sides of the reinforcing rib are respectively connected with the side walls of the handle and the sleeve into a whole; so as to improve the stress strength of the handle and the sleeve; drilling a hole in the sleeve, connecting (welding) a nut at the drilling hole, and connecting the nut and the sleeve into a whole; a butterfly bolt is screwed into the nut, and the bolt can enter the sleeve; the bolt is used for locking the contact position of the sleeve and the lever;

a section of lever is inserted into the sleeve, and the lever is made of a steel pipe or an engineering plastic pipe; the bottom end of the lever is connected with a base, the base is made into a sphere by using a rubber material, and the rubber for manufacturing the base has slight (elastic) elasticity (the rubber for manufacturing the sports shoe sole), so that the impact action of a human body and the ground during exercise is relieved; the bottom end of the lever is connected with the rubber mold of the base into a whole (the structure is just like a lollipop);

the upper end of the lever which penetrates through the sleeve is connected with an arm plate, the arm plate is made into a section of annular plate body, the upper part of the arm plate is wide, the lower part of the arm plate is narrow, and the shape of the arm plate is matched with the small arm of a human body; the periphery of the arm plate is made into a circular arc without edges and corners; the bottom end of the arm plate is connected with the upper end of the lever into a whole; the connected arm plate and the side wall of the lever are on the same straight line (namely the arm plate and the side wall of one end of the lever are connected into a whole in a butt joint way);

the upper binding belt and the lower binding belt are respectively connected to the arm plate and made of materials capable of being made into a waistband; the binding belt is vertically connected with the outer side of the arm plate into a whole; the upper binding belt and the lower binding belt are respectively provided with a connecting mechanism, and the connecting mechanism is any one of a belt buckle, a hook and a magic tape; the upper binding belt and the lower binding belt can be bound on the forearm of the human body by utilizing the connecting mechanism, so that the forearm of the human body and the walking aid are bound and connected into a whole;

when in exercise, the two hands of the user respectively use the upper binding belt and the lower binding belt to bind the walking aid on the small arms; the distance between the handle and the base is adjusted by using the butterfly bolt; the length of the upper limbs is supplemented to be insufficient, so that the upper limbs are adapted to the length of the legs (the buttocks are not pout), thereby reducing the bending degree of cervical vertebra and lumbar vertebra during exercise;

the beneficial technological effect of this application is: when crawling exercise is carried out, the stilt crawling exercise walking aid supplements the insufficient length of the upper limbs when crawling, so that the upper limbs are matched with the length of the legs (the hip is not pounded), and the technical progress radically reduces the bending degree of cervical vertebra and lumbar vertebra when in exercise; the side effect and the uncomfortable feeling during crawling exercise are eliminated, and the climbing exercise machine is one of ideal fitness equipment during crawling; compared with the crawling exercise without the walking aid, the walking aid has outstanding substantive characteristics.

Drawings

In the drawings:

FIG. 1 is a front view of a stilt-type crawling exercise walker.

Description of reference numerals:

in the figure, 1, a handle; 2. a sleeve; 3. a lever; 4. a base; 5. reinforcing ribs; 6. a nut; 7. a bolt; 8 arm plates; 9. a binding belt is arranged; 10. a lower binding belt; 11. and a connecting mechanism.

Detailed Description

As shown in figure 1, a stilt type crawling exercise walking aid is used for solving the problem of discomfort during exercise; the walking aid is formed by connecting a handle 1, a sleeve 2, a lever 3, a binding belt and a base 4; the handle 1 is made of steel plates or engineering plastics, the handle 1 is made into an oval plate body, one side of the plate body of the handle 1 is connected with a section of sleeve 2, and the sleeve 2 is made of steel pipes or engineering plastic pipes; the handle 1 and the sleeve 2 are vertically (such as welded) connected into a whole; the upper ends of the connected handle 1 and the sleeve 2 are on the same plane; a reinforcing rib 5 is connected at the included angle between the handle 1 and the sleeve 2, the reinforcing rib 5 is made of a plate body made of steel plates or engineering plastics, the reinforcing rib 5 is made into a right-angled triangle, and two sides of the reinforcing rib 5 are respectively connected with the side walls of the handle 1 and the sleeve 2 into a whole; thereby improving the stress strength of the handle 1 and the sleeve 2; drilling a hole in the sleeve 2, connecting (welding) a nut 6 at the drilling hole, and connecting the nut 6 and the sleeve 2 into a whole; a butterfly bolt 7 is screwed into the nut 6, and the bolt 7 can enter the sleeve 2; the bolt 7 is used for locking the contact position of the sleeve 2 and the lever 1;

a section of lever 3 is inserted into the sleeve 2, and the lever 3 is made of a steel pipe or an engineering plastic pipe; the bottom end of the lever 3 is connected with a base 4, the base 4 is made into a sphere by rubber materials, and the rubber for manufacturing the base 4 has elasticity (the type for manufacturing sports soles) slightly so as to relieve the impact action between a human body and the ground during exercise; the bottom end of the lever 3 and the rubber mold of the base 4 are connected into a whole (the structure is just like a lollipop);

the upper end of the lever 3 which penetrates through the sleeve 2 is connected with an arm plate 8, the arm plate 8 is made into a section of annular plate body, the upper part of the arm plate 8 is wide, the lower part of the arm plate 8 is narrow, and the shape of the arm plate 8 is matched with the forearm of a human body; the periphery of the arm plate 8 is made into a circular arc without edges and corners; the bottom end of the arm plate 8 is connected with the upper end of the lever 3 into a whole; the connected arm plate 8 and the side wall of the lever 3 are on the same straight line (namely the arm plate and the side wall of one end of the lever are connected into a whole in a butt joint way);

the arm plate 8 is respectively connected with an upper binding belt 9 and a lower binding belt 10, and the upper binding belt 9 and the lower binding belt 10 are made of materials capable of being made into a waistband; the binding bands 9 and 10 are vertically connected with the outer sides of the arm plates 8 into a whole; the upper and lower binding bands 9, 10 are respectively provided with a connecting mechanism 11, and the connecting mechanism 11 is any one of a belt buckle, a hook and a magic tape; the upper and lower binding belts 9, 10 can be bound on the small arms of the human body by using the connecting mechanism 11, so that the small arms of the human body and the walking aid are bound and connected into a whole;

when in exercise, the two hands of the user respectively use the upper and the lower binding belts 9 and 10 to bind the walking aid on the small arms; the distance between the handle 1 and the base 4 is adjusted by using a butterfly bolt 7; the length of the upper limbs is supplemented to be insufficient, so that the upper limbs are adapted to the length of the legs (the buttocks are not pout), thereby reducing the bending degree of cervical vertebra and lumbar vertebra during exercise;

the beneficial technological effect of this application is: when crawling exercise is carried out, the stilt crawling exercise walking aid supplements the insufficient length of the upper limbs when crawling, so that the upper limbs are matched with the length of the legs (the hip is not pounded), and the technical progress radically reduces the bending degree of cervical vertebra and lumbar vertebra when in exercise; the side effect and the uncomfortable feeling during crawling exercise are eliminated, and the climbing exercise machine is one of ideal fitness equipment during crawling; compared with the crawling exercise without the walking aid, the walking aid has outstanding substantive characteristics.