CN215781233U

CN215781233U - Foot pad tip exercise device

Info

Publication number: CN215781233U
Application number: CN202120632916.4U
Authority: CN
Inventors: 张超
Original assignee: Wuxi Professional College of Science and Technology
Current assignee: Wuxi Professional College of Science and Technology
Priority date: 2021-03-29
Filing date: 2021-03-29
Publication date: 2022-02-11
Anticipated expiration: 2031-03-29

Abstract

The utility model provides a toe-pad exercise device, which comprises a fixed part and a movable part, wherein the surface of the fixed part is a sole force supporting surface, and the surface of the movable part is a load-carrying surface capable of being adjusted up and down; the forced supporting surface of the sole is hinged with the vertically adjustable load-carrying surface through a hinge, and a vertically moving hydraulic rod is arranged below the vertically adjustable load-carrying surface; the front half part of the standing part is positioned on the force supporting surface of the sole, and the rear half part of the standing part is positioned on the vertically adjustable load surface; the front end of the fixed part is provided with a display screen with various function setting buttons; the fixed part is internally provided with an embedded core control board based on stm 32. The utility model provides a downwardly inclined standing position for a sporter, solves the problem that the training effect cannot be achieved due to insufficient strength when people do bald sports in situ, can provide different exercise strengths and exercise modes for the sporter, and greatly improves the exercise efficiency and the exercise effect of foot tip padding sports for the sporter.

Description

Foot pad tip exercise device

Technical Field

The utility model belongs to the field of sports equipment, and particularly relates to a toe-pad sports device.

Background

Tiptoe is regarded as a body-building mode for tonifying kidney and strengthening yang as early as ancient times and is originally called "dun heel method". There is a saying that "Dun Yuan is good for the chest" in the book of introduction in Western Han dynasty. This exercise mode is also applied to eight-section brocade as a traditional Chinese medical exercise. It has effects in invigorating kidney qi, caring waist and knee, preventing apoplexy, preventing cardiovascular diseases, and reducing weight and fat. However, in such a good movement mode, people can only move with bald feet in situ, and cannot achieve the training effect due to insufficient physical strength, and no equipment for assisting the tiptoe standing movement exists in the market at present.

SUMMERY OF THE UTILITY MODEL

The utility model aims to provide a tiptoe standing exercise device which can solve the problems that tiptoe standing exercise of a person with bald and bald tiptoes is low in efficiency, low in force and unsatisfactory in exercise effect.

In order to achieve the purpose, the utility model adopts the technical scheme that:

the utility model provides a toe-pad exercise device, which comprises a fixed part and a movable part, wherein the surface of the fixed part is a sole force supporting surface, and the surface of the movable part is a load-carrying surface capable of being adjusted up and down; the forced supporting surface of the sole is hinged with the vertically adjustable load-carrying surface through a hinge, and a vertically moving hydraulic rod is arranged below the vertically adjustable load-carrying surface; the front half part of the standing part is positioned on the force supporting surface of the sole, and the rear half part of the standing part is positioned on the vertically adjustable load surface; the front end of the fixed part is provided with a display screen, and the periphery of the display screen is provided with a motion mode selection button, a motion intensity setting button, a motion group number setting button and a motion number setting button of each group; an embedded core control board based on stm32 is arranged inside the fixed part; the motion mode selection button, the motion intensity setting button, the motion group number setting button, each group of motion number setting button, the display screen and the up-and-down motion hydraulic rod are respectively and electrically connected with the embedded core control panel based on stm 32.

The included angle between the force application supporting surface of the sole and the vertically adjustable load-carrying surface is-45 degrees to 0 degrees.

The toe-pad moving device has two moving modes, namely an automatic moving mode and a passive moving mode, the up-and-down moving hydraulic rod drives the vertically-adjustable load-carrying surface to perform up-and-down reciprocating motion in the passive moving mode, and the vertically-adjustable load-carrying surface is still in the automatic moving mode.

The tiptoe sport device has three sport strengths, namely high strength, medium strength and low strength; under the automatic movement mode, the included angles between the forced supporting surface of the sole and the vertically adjustable load-carrying surface are respectively-45 degrees, -35 degrees, -30 degrees, -25 degrees-20 degrees under the conditions of high strength, medium strength and low strength; the load bearing surface can be adjusted up and down to respectively carry out up-and-down reciprocating motion of-45-0 degrees, -35-0 degrees, -25-0 degrees under the passive motion mode when the load bearing surface has high strength, medium strength and low strength.

The front end of the fixed part is provided with a moving handrail, the moving handrail is provided with a moving handrail telescopic button for adjusting the height of the moving handrail, and the display screen is arranged on a force bearing surface of the moving handrail or the sole.

The display screen still is equipped with all around and shows motion setting button, demonstration motion environment data button, demonstration motion effect data button and motion music setting button, show motion setting button, demonstration motion environment data button, demonstration motion effect data button and motion music setting button respectively with based on the embedded core control panel electricity of stm32 and be connected.

And a weighing sensor and a body fat detection sensor are arranged on the force-exerting supporting surface of the sole and are respectively and electrically connected with an embedded core control board based on stm 32.

The surface of the exercise standing position is provided with a body temperature detection sensor and a heart rate detection sensor which are respectively electrically connected with an embedded core control board based on stm 32.

The surface of the rear half part of the exercise standing part is provided with an ergonomic foot-shaped auxiliary design of outer arch fixation, heel cup protection and side arch support.

The both sides of fixed part are equipped with temperature and humidity detection sensor, light intensity detection sensor, carbon dioxide detection sensor, formaldehyde detection sensor, PM2.5 detection sensor and natural gas detection sensor, temperature and humidity detection sensor, light intensity detection sensor, carbon dioxide detection sensor, formaldehyde detection sensor, PM2.5 detection sensor and natural gas detection sensor are connected with embedded core control panel electricity based on stm32 respectively.

Compared with the prior art, the utility model has the beneficial effects that:

the toe-cushioning exercise device provided by the utility model comprises a fixed part and a movable part, wherein the fixed part is used for providing a sole force supporting surface for toe-cushioning exercise, the movable part is used for providing a downward-inclined load-bearing surface capable of being adjusted up and down for toe-cushioning exercise, and a downward-inclined standing position is provided for an exerciser, so that the problem that the exercise effect cannot be achieved due to insufficient force when people do exercise in situ with bald feet is solved, and the exercise efficiency and the exercise effect of the toe-cushioning exercise of the exerciser are greatly improved. The vertically adjustable load surface can adjust the inclination angle through the vertically moving hydraulic rod, so that heels of a sporter can have different inclination angles when standing on tiptoe, different force is required to be exerted when the sporter stands on tiptoe, and different movement strengths can be provided for the sporter.

Furthermore, the toe-pad exercise device provided by the utility model can provide two exercise modes, namely an automatic exercise mode and a passive exercise mode, and simultaneously three exercise strengths of high strength, medium strength and low strength are respectively matched under each exercise mode, so that the exercise requirements of people with different constitutions can be met.

Furthermore, the foot tip resting sports device provided by the utility model is provided with various sensors, can be used for simultaneously detecting the body temperature, heart rate, body fat and body weight of a sporter, tracking and recording the sports effect of the sporter, can be used for detecting the sports environment condition of the sporter, and has better intelligence and usability.

Furthermore, the rear end part of the tiptoe-pad sports device is scientifically provided with foot-shaped auxiliary designs according to human engineering, such as outer arch fixation, heel cup protection, side arch support and the like, the device can provide a strong support for the foot arch, so that the device can make standing and sports more comfortable, and has good effects of adjusting, exercising and recovering flat feet, eversion of feet, X legs and inner splayfoot.

Drawings

FIG. 1 is a schematic structural view of a toe-supporting exercise apparatus provided in the present invention;

FIG. 2 is a top partial schematic view of FIG. 1;

FIG. 3 is a partial schematic view of the right side of FIG. 1;

FIG. 4 is a partial schematic left view of FIG. 1;

wherein: 1 is a motion mode selection button, 2 is a motion handrail extension button, 3 is a motion intensity setting button, 4 is a motion group number setting button, 5 is a motion number setting button for each group, 6 is a motion music setting button, 7 is a display screen, 8 is an embedded core control panel based on stm32, 9 is an up-and-down motion hydraulic rod, 10 is a motion display setting button, 11 is a motion environment data display button, 12 is a motion effect data display button, 13 is a motion handrail, 14 is a weighing sensor, 15 is a body fat detection sensor, 16 is a hinge, 17 is a body temperature detection sensor, 18 is a motion standing part, 19 is a heart rate detection sensor, 20 is an up-and-down adjustable load surface, 21 is a temperature and humidity detection sensor, 22 is a light intensity detection sensor, 23 is a carbon dioxide detection sensor, 24 is a formaldehyde detection sensor, 25 is a PM2.5 detection sensor, and 26 is a natural gas detection sensor.

Detailed Description

The utility model is further illustrated by the following examples, which are intended to be illustrative only and not to be limiting of the scope of the utility model, and various equivalent modifications of the utility model will be suggested to persons skilled in the art and are to be included within the spirit and purview of this application.

Aiming at the problems that the tiptoe standing movement efficiency of people with bald feet is low, the force is low and the movement effect is not ideal, the utility model provides the tiptoe standing movement device which is high in efficiency, ideal in movement effect, adjustable in movement force and provided with the active and passive movement modes. Various sensors are arranged in the foot pad tip exercise device, so that the body temperature, the heart rate, the body fat and the body weight of an exerciser can be detected simultaneously, the exercise effect of the exerciser can be tracked and recorded, the exercise environment condition of the exerciser can be reminded and detected, and the foot pad tip exercise device has better intelligence and usability.

Referring to fig. 1 to 4, the toe-supporting exercise device provided by the present invention has a specific structure including a front fixed part and a rear movable part, wherein a moving armrest 13 is provided at the front end of the fixed part, and a moving armrest telescopic button 2 for adjusting the height of the moving armrest 13 is provided on the moving armrest 13, so that the moving armrest 13 can be vertically telescopic to prevent the elderly from falling down during the exercise. The display screen 7 is embedded in the middle of the moving handrail 13 and is used for setting the moving mode and displaying the related data of the sensor. The display screen 7 is provided with a motion mode selection button 1, a motion intensity setting button 3, a motion group number setting button 4, a motion number setting button 5, a music setting button 6, a display motion setting button 10, a display motion environment data button 11 and a display motion effect data button 12 all around. When the movable armrest is used by young people, the display screen and all buttons around the display screen are arranged at the front end of the fixed part, so that the space can be saved. The surface of the fixed part is a force application supporting surface of a sole, and a weighing sensor 14 and a body fat detection sensor 15 are arranged on the force application supporting surface of the sole. The surface of the movable part is a load surface 20 which can be adjusted up and down; the force-exerting supporting surface of the sole is hinged with a vertically adjustable load-carrying surface 20 through a hinge 16, and a vertically moving hydraulic rod 9 is arranged below the vertically adjustable load-carrying surface 20; the included angle between the force application supporting surface of the sole and the vertically adjustable load-carrying surface 20 is-45 degrees to 0 degrees. The front half part of the moving standing part 18 is positioned on the force supporting surface of the sole of the foot, and the rear half part of the moving standing part 18 is positioned on the vertically adjustable load surface 20; the motion standing part 18 simulates the shape design of a human foot, and the surface of the motion standing part is provided with an ergonomic foot shape auxiliary design of outer arch fixation, heel cup protection and side arch support; a body temperature detection sensor 17 and a heart rate detection sensor 19 are arranged at the positions under the soles at the left side and the right side, and a pressure sensor is arranged in the middle; air quality detectors such as a temperature and humidity detection sensor 21, a light intensity detection sensor 22, a carbon dioxide detection sensor 23, a formaldehyde detection sensor 24, a PM2.5 detection sensor 25, a natural gas detection sensor 26 and the like are arranged on two sides of the fixed part. An embedded core control board 8 based on stm32 is arranged inside the fixed part; motion mode selection button 1, the motion intensity sets up button 3, the motion group number sets up button 4, every group motion number of times sets up button 5, the motion music sets up button 6, display screen 7, up-and-down motion hydraulic stem 9, show the motion and set up button 10, show motion environment data button 11, show motion effect data button 12, weighing sensor 14, body fat detection sensor 15, body temperature detection sensor 17, heart rate detection sensor 19, temperature and humidity detection sensor 21, light intensity detection sensor 22, carbon dioxide detection sensor 23, formaldehyde detection sensor 24, PM2.5 detection sensor 25 and natural gas detection sensor 26 are connected with embedded core control panel 8 electricity based on stm32 respectively. The stm 32-based embedded core control board 8 is a control center of the toe-pad exercise device and is used for setting functions and acquiring data of various sensors, and the acquired data are transmitted to the display screen 7 for display after being processed.

The movable part mainly controls the up-and-down movement hydraulic rod 9 to drive the vertically adjustable load-carrying surface 20 to do up-and-down reciprocating movement (the vertically adjustable load-carrying surface 20 inclines downwards by maximum 45 degrees to the point that the vertically adjustable load-carrying surface 20 upwards keeps horizontal with the forced supporting surface of the sole) through the embedded core control board 8 based on stm32, the adjustment of the movement intensity is mainly completed through putting down and lifting up, and active and passive movement modes can be completed. The toe-pad movement device has two movement modes, namely an automatic movement mode and a passive movement mode, wherein the up-and-down movement hydraulic rod 9 drives the up-and-down adjustable load surface 20 to reciprocate up and down in the passive movement mode, and the up-and-down adjustable load surface 20 inclines downwards and is still in the automatic movement mode. The tiptoe-pad sports device has three sports strengths, namely high strength, medium strength and low strength; the load bearing surface 20 can be adjusted up and down to be inclined downwards by-45 degrees, -35 degrees, -30 degrees, -25 degrees-20 degrees respectively under the conditions of high strength, medium strength and low strength in an automatic movement mode; the load bearing surface 20 can be adjusted up and down to respectively perform up-and-down reciprocating motion of-45-0 degrees (downwards inclined by 45 degrees to a recovery level), -35-0 degrees and-25-0 degrees in the passive motion mode under the conditions of high strength, medium strength and low strength.

In the automatic movement mode, the whole sole of the sporter stands on the movement standing part 18 in a close contact manner, and the latter half part of the movement standing part 18 inclines downwards and is fixed, so that the sporter needs to stand on the tiptoe by oneself, stands on the former half part of the movement standing part 18 with the front sole, enables the heel to be suspended, and automatically moves to cushion the tiptoe once when standing on the tiptoe. In the passive movement mode, the whole sole of the sporter stands on the movement standing part 18 in a clinging manner, the embedded core control board 8 based on stm32 controls the up-and-down movement hydraulic rod 9 to drive the vertically adjustable load surface 20 to reciprocate up and down, and drives the sporter to perform passive tiptoe supporting movement, so that the sporter does not need to stand on the tiptoe by oneself, and the vertically adjustable load surface 20 can restore the horizontal position once to complete the passive tiptoe supporting movement.

The rear end part of the toe-pad exercise device is scientifically subjected to foot type auxiliary design according to human engineering, such as outer arch fixation, heel cup protection, side arch support and the like, has strong support for the foot arch, enables standing and exercising to be more comfortable, and has good effects of adjusting and exercising and recovering flat feet, eversion of feet, X legs and inner splayfoot.

The toe-pad exercise device can distinguish different exercisers according to comprehensive data such as body temperature, body fat, weight, local pressure and the like, and record the exercise data of the same exerciser in real time. The sporter adjusts the movement mode and the movement strength according to the movement ability of the sporter, sets the movement group number and the times of each group of movement, stands on the tiptoe standing movement device to start tiptoe movement, the tiptoe standing movement device can remind the sporter of completing the group number according to the set movement plan, and displays the heart rate, the weight, the body fat and other related data of the sporter, and can make data changes from the beginning of exercise. The passive movement mode can be started under the condition that the sporter is tired, and the embedded core control panel 8 based on stm32 controls the up-and-down movement hydraulic rod 9 to drive the sporter to complete tiptoe standing movement. The exercise efficiency and the exercise effect of the exerciser are greatly improved, and intelligent services such as real-time tracking of exercise progress, foot shape and leg shape correction, environmental change analysis and the like can be realized.

The above description is only a preferred embodiment of the present invention, and is not intended to limit the present invention, and all simple modifications, changes and equivalent structural changes made to the above embodiment according to the technical spirit of the present invention still fall within the protection scope of the technical solution of the present invention.

Claims

1. A toe-pad exercise device, characterized in that: comprises a fixed part and a movable part, wherein the surface of the fixed part is a force supporting surface of a sole of a foot, and the surface of the movable part is a load-bearing surface (20) which can be adjusted up and down; the force-exerting supporting surface of the sole is hinged with a vertically adjustable load-carrying surface (20) through a hinge (16), and a vertically moving hydraulic rod (9) is arranged below the vertically adjustable load-carrying surface (20); the front half part of the moving standing part (18) is positioned on a force supporting surface of the sole of a foot, and the rear half part of the moving standing part (18) is positioned on a load surface (20) which can be adjusted up and down; a display screen (7) is arranged at the front end of the fixed part, and a motion mode selection button (1), a motion intensity setting button (3), a motion group number setting button (4) and a motion number setting button (5) of each group are arranged on the periphery of the display screen (7); an embedded core control board (8) based on stm32 is arranged inside the fixed part; the motion mode selection button (1), the motion intensity setting button (3), the motion group number setting button (4), each group motion frequency setting button (5), the display screen (7) and the up-and-down motion hydraulic rod (9) are electrically connected with an embedded core control panel (8) based on stm32 respectively.

2. The toe-pad exercise device of claim 1, wherein: the included angle between the force application supporting surface of the sole and the vertically adjustable load-carrying surface (20) is-45-0 degrees.

3. The toe-pad exercise device according to claim 1 or 2, wherein: the toe-cushioning movement device has two movement modes, namely an automatic movement mode and a passive movement mode, the up-and-down movement hydraulic rod (9) drives the up-and-down adjustable load-carrying surface (20) to reciprocate up and down in the passive movement mode, and the up-and-down adjustable load-carrying surface (20) is still in the automatic movement mode.

4. The toe-pad exercise device of claim 3, wherein: the tiptoe sport device has three sport strengths, namely high strength, medium strength and low strength; under the automatic movement mode, the included angles between the forced supporting surface of the sole and the vertically adjustable load-carrying surface (20) are respectively-45 degrees, -35 degrees, -30 degrees, -25 degrees-20 degrees under the conditions of high strength, medium strength and low strength; the load bearing surface (20) can be adjusted up and down to respectively carry out up-and-down reciprocating motion of-45-0 degrees, -35-0 degrees, -25-0 degrees under the conditions of high strength, medium strength and low strength in a passive motion mode.

5. The toe-pad exercise device according to claim 1 or 2, wherein: the front end of the fixed part is provided with a moving handrail (13), the moving handrail (13) is provided with a moving handrail telescopic button (2) for adjusting the height of the moving handrail, and the display screen (7) is arranged on the moving handrail (13) or the forced supporting surface of the sole.

6. The toe-pad exercise device according to claim 1 or 2, wherein: display screen (7) still are equipped with around and show motion and set up button (10), show motion environment data button (11), show motion effect data button (12) and motion music and set up button (6), show motion and set up button (10), show motion environment data button (11), show motion effect data button (12) and motion music and set up button (6) and be connected with embedded core control panel (8) electricity based on stm32 respectively.

7. The toe-pad exercise device according to claim 1 or 2, wherein: the sole is equipped with weighing sensor (14) and body fat detection sensor (15) on the supporting surface hard, weighing sensor (14) and body fat detection sensor (15) are connected with embedded core control panel (8) electricity based on stm32 respectively.

8. The toe-pad exercise device according to claim 1 or 2, wherein: the surface of the exercise standing position (18) is provided with a body temperature detection sensor (17) and a heart rate detection sensor (19), and the body temperature detection sensor (17) and the heart rate detection sensor (19) are respectively electrically connected with an embedded core control board (8) based on stm 32.

9. The toe-pad exercise device according to claim 1 or 2, wherein: the surface of the rear half part of the exercise standing part (18) is provided with an ergonomic foot-shaped auxiliary design of outer arch fixation, heel cup protection and side arch support.

10. The toe-pad exercise device according to claim 1 or 2, wherein: the both sides of fixed part are equipped with temperature and humidity detection sensor (21), light intensity detection sensor (22), carbon dioxide detection sensor (23), formaldehyde detection sensor (24), PM2.5 detection sensor (25) and natural gas detection sensor (26), temperature and humidity detection sensor (21), light intensity detection sensor (22), carbon dioxide detection sensor (23), formaldehyde detection sensor (24), PM2.5 detection sensor (25) and natural gas detection sensor (26) are connected with embedded core control panel (8) electricity based on stm32 respectively.