CN111728821A - A Cardiac Recovery Device Suitable for Endpoints of Vigorous Exercise - Google Patents

Abstract

The invention discloses a heart recovery device suitable for use at the end of vigorous exercise, comprising a base, a health maintenance table and a power-assisted bicycle, the health maintenance table is arranged in the upper middle of the base, and an array of power-assisted bicycles is symmetrically arranged on the base around the health maintenance table; The power-assisted bicycle is driven to rotate by a motor, and a main controller for controlling the motor is arranged inside the handrail of the power-assisted bicycle. The structure of the device is simple, and it can be used passively by people who have experienced strenuous exercise. It can simulate the movement of the leg muscles during running, and assist in stimulating the leg muscles to maintain the level of blood return to the heart and bones during running. The muscle stretch reflex provides the oxygen supply to the heart to stimulate the environment, avoiding a series of health problems caused by a sudden decrease in cardiac output and a sharp drop in blood pressure.

Description

A Cardiac Recovery Device Suitable for Endpoints of Vigorous Exercise

technical field

The present invention relates to the technical field of exercise devices, in particular to a cardiac recovery device suitable for use at the end of intense exercise.

Background technique

In sports events, it is common to see athletes trying their best to give their best results, and their physical strength is exhausted, especially in long-distance running. Due to the time-consuming and excessive physical exertion, athletes When they reach the end, they are exhausted, often unable to support their own weight, and instinctively want to stop completely, or even sit or lie down to rest. However, the process of suddenly changing from a state of vigorous exercise to a state of rest is extremely detrimental to the heart, because due to the action of gravity and the static body posture, venous return will be seriously affected, resulting in a sudden decrease in cardiac output and a sharp drop in blood pressure , causing temporary cerebral anemia, resulting in a series of uncomfortable feelings, and even severe symptoms of shock. At this time, the oxygen supply of the heart also suddenly changes from the high oxygen consumption and oxygen supply state during the previous strenuous exercise state to a low blood oxygen supply state, which is easy to cause heart damage.

Therefore, in order to avoid the negative impact of the above phenomenon on the body of athletes, especially to prevent the functional and even organic lesions of the heart caused by this situation for a long time, it is necessary to design a kind of auxiliary athletes to carry out the exercise after strenuous exercise. Cardiac recovery equipment, prevent micro-duplication, prevent heart damage, and ensure the long-term heart health of athletes and fitness enthusiasts.

SUMMARY OF THE INVENTION

In order to solve the above problems, the present invention provides a cardiac recovery device suitable for the end of intense exercise, which is simple in structure and convenient to use, and can simulate the movement of leg muscles during running, so as to maintain a level of blood return to the heart that is close to that of the heart during running. And the skeletal muscle stretch reflex provides the oxygen supply to the heart to stimulate the environment and ensure the heart health of sports people.

In order to achieve the above-mentioned technical purpose and achieve the above-mentioned technical effect, the present invention is realized by adopting the following technical solutions: a heart recovery device suitable for the end of vigorous exercise, comprising a base, a health maintenance platform and a power-assisted bicycle, and the health maintenance platform is arranged on the base. In the upper middle position, an array of power-assisted bicycles are symmetrically arranged around the health maintenance platform on the base, and a support foot is respectively provided at the four corners of the bottom of the base; the power-assisted bicycle includes a frame, a handrail, a seat, a pedal, a driving wheel and a The flywheel, the bottom end of the frame is fixed on the bottom crossbar, the two bottom crossbars are connected by a horizontal link, the seat tube and the armrest are installed inside the corresponding side of the frame, the middle of the flywheel is provided with a linkage bearing, the linkage The bearing is fixed and locked on the frame by the fastening device, the driving wheel and the linkage bearing are connected by a belt drive, the driving wheel is driven to rotate by the motor, and a main controller for controlling the motor is arranged on the inner side of the handrail of the power-assisted bicycle.

Further, both the seat tube and the armrest are height-adjusted by a height-adjusting knob.

Further, the health maintenance platform includes a bottom storage bin and a top ring-shaped storage platform. In the annular storage platform, a number of storage compartments corresponding to the number of power-assisted bicycles are separated by partitions, and each storage compartment corresponds to a set of power-assisted bicycles. , Each storage compartment is provided with a storage drawer that can be pulled in the direction of the corresponding side of the power-assisted bicycle. The storage drawer is equipped with regular spare parts for recovery after auxiliary exercise. of the standing items.

Further, a mobile device is provided at the bottom of the base, and a handle is provided on the side of the base. The mobile device includes a telescopic plate and universal rollers located at the four corners of the bottom of the telescopic plate, and the lowest part of the universal roller is higher than the ground. The telescopic plate is connected with the base through a telescopic column, and a cylinder is arranged on the base to control the longitudinal expansion and contraction of the telescopic column.

Further, the standing items in each storage drawer include a finger-clip oximeter, an oxygen supply device, a number of electrolyte supplement items and a number of cooling and heat-relieving items.

The beneficial effects of the present invention are:

1. A cardiac recovery device suitable for use at the end of vigorous exercise disclosed by the present invention has a simple structure and is easy to use. Persons who have experienced intense exercise use it to perform auxiliary exercise, which can simulate the movement of leg muscles during running state and assist in stimulating Leg muscles, in order to maintain the level of blood return to the heart close to the heart during running and the oxygen supply stimulation environment provided to the heart by the skeletal muscle stretch reflex to avoid a series of health problems caused by a sudden decrease in cardiac output and a sharp drop in blood pressure;

2. The device can detect the user's heart rate synchronously, and each user can independently adjust the running speed of the bicycle according to his own specific situation, which is more adaptable;

3. The power-assisted bicycle can safely support the user's body weight, and the passive movement process is more labor-saving, which can overcome the disadvantages of the user's inability to stand on their own due to physical exhaustion at that time.

Description of drawings

1 is a schematic front view of a cardiac recovery device suitable for use at the end of vigorous exercise;

Fig. 2 is the structural representation of health maintenance platform;

Among them, 1- base, 2- health maintenance platform, 3- power-assisted bicycle, 4- feet, 5- mobile device, 6- handle;

21- bottom storage bin, 22- ring storage table, 23- storage drawer, 24- storage door;

31- frame, 32- armrest, 33- seat, 34- pedal, 35- driving wheel, 36- flywheel, 37- bottom rail, 38- horizontal link, 39- seat tube, 310- linkage bearing , 311-belt, 312-main controller, 313-height adjustment knob;

51- telescopic plate, 52- universal roller, 53- telescopic column.

Detailed ways

The preferred embodiments of the present invention will be described in detail below in conjunction with the accompanying drawings 1-2, so that the advantages and features of the present invention can be more easily understood by those skilled in the art, so that the protection scope of the present invention can be more clearly defined .

Athletes often experience physical exhaustion after long-term strenuous exercise to reach the end of the event, unable to support themselves to continue to maintain the exercise state, and the sudden change from the exercise state to the static state is extremely detrimental to the human heart health. In order to solve this problem , this embodiment discloses a heart recovery device suitable for use at the end of intense exercise, including a base 1, a health maintenance table 2 and a power-assisted bicycle 3. The health maintenance table 2 is located in the upper and middle position of the base 1, and surrounds the health care station on the base 1. The maintenance table 2 is provided with two sets of power-assisted bicycles 3 symmetrically, and a support foot 4 is provided at the four corners of the bottom of the base 1 respectively. Figure 1 is a schematic front view of the device, and only one set of left-right symmetrical settings is shown for the convenience of presentation. Power-assisted bicycles 3, a group of power-assisted bicycles 3 arranged symmetrically in the front and rear are not shown, and the applicant pointed out that this solution does not have a mandatory requirement for the number of power-assisted bicycles 3, and the specific change in the number of power-assisted bicycles 3 should not be regarded as a change to the present invention. Limitations of Invention Technical Solutions.

The power-assisted bicycle 3 includes a frame 31, an armrest 32, a seat 33, a pedal 34, a driving wheel 35 and a flywheel 36. The bottom end of the frame 31 is fixed on the bottom crossbar 37, and the two bottom crossbars 37 pass through. The horizontal connecting rod 38 is connected, the seat tube 39 and the armrest 32 are installed inside the corresponding side of the frame 31, the middle of the flywheel 36 is provided with a linkage bearing 310, and the linkage bearing 310 is fixed and locked in the vehicle by a fastening device (such as a screw). On the frame 31, so that the flywheel 36 will not be offset during the use of motion, the driving wheel 35 and the linkage bearing 310 are connected by the belt 311, the driving wheel 35 is driven to rotate by the motor, and a control motor is provided on the inside of the handrail 32 of the power-assisted bicycle 3 main controller 312.

The main controller 312 is provided with a motor starting button, a motor closing button, a motor increasing button and a motor decelerating button, so that users can control the bicycle according to their actual needs.

In order to meet the use requirements of different heights of sportsmen, the height of the seat tube 39 and the armrest 32 can be adjusted by the height adjustment knob 313 .

The health maintenance table 2 includes a bottom storage bin 21 and a top annular storage table 22. In the annular storage table 22, partitions are used to separate several storage compartments corresponding to the number of power-assisted bicycles 3, and each storage compartment corresponds to a power-assisted bicycle. The bicycle 3 is set up, and each storage compartment is provided with a storage drawer 23 that can be pulled in the direction of the corresponding side of the power-assisted bicycle 3, so that the personnel riding on the power-assisted bicycle can take the items in the drawer at any time. Each storage drawer 23 The standing items include a finger-clip oximeter, an oxygen supply device (oxygen bottle or oxygen bag), several electrolyte supplements (electrolyte energy drinks or electrolyte gummies, etc.) and several cooling and summer products (cooling ice packs, cooling The bottom storage bin 21 is provided with a warehouse door 24, and spare items are assembled in the bottom storage bin 21. When an athlete has used the consumables in the storage drawer 23, off-site volunteers can Items in the storage bin are replenished to the corresponding storage drawer so that the next person can continue to use it.

In order to move the device better, a moving device 5 is provided at the bottom of the base 1 , and a handle 6 is provided on the side of the base 1 . Roller 52, the lowest part of the universal roller 52 is higher than the ground, the telescopic plate 51 is connected to the base 1 through the telescopic column 53, and a cylinder is provided on the base 1 to control the longitudinal expansion and contraction of the telescopic column 53.

When the equipment needs to be moved, start the air cylinder to move the telescopic plate 51 downward until the feet 4 are suspended from the ground, then push the handle 6 to make the universal roller 52 slide forward, and after the equipment is moved to the designated place, start the air cylinder upward. The telescopic plate 51 is retracted so that the support feet 4 are supported on the ground to complete the position fixation. This design can ensure that the base will not move at will during the use of the device.

If an athlete who has experienced strenuous exercise and reaches the end point is not physically strong enough to keep him active, he can sit on one of the power-assisted bicycles 3, step on the pedal board 34, and wear a blood oxygen pulse detector on his finger. Press the motor start button to make the driving wheel 35 rotate to drive the pedal to rotate, simulate the movement of the leg muscles in the running state under the assistance of external force, help stimulate the leg muscles, and maintain the level of blood return to the heart and the bones during the running process. The muscle stretch reflex provides the oxygen supply to the heart to stimulate the environment, avoiding a series of health problems caused by a sudden decrease in cardiac output and a sharp drop in blood pressure. The power-assisted bicycle 3 can safely support the user's weight and overcome the user's exhaustion at that time. The disadvantages brought about by the physical condition of being unable to stand on your own, you can adjust the motor speed by observing the data on the blood oxygen pulse detector during the use of the power-assisted bicycle 3. You need to inhale oxygen, replenish electrolytes, or need to drink water, etc. Access the corresponding items by yourself in the storage drawer.

The above descriptions are only the embodiments of the present invention, and are not intended to limit the scope of the present invention. Any equivalent structure or equivalent process transformation made by using the contents of the description and drawings of the present invention, or directly or indirectly applied to other related technologies Fields are similarly included in the scope of patent protection of the present invention.

Claims (5)

1. A heart recovery device suitable for a strenuous exercise terminal is characterized by comprising a base, a health maintenance platform and a power-assisted bicycle, wherein the health maintenance platform is arranged in the middle position above the base;

the power-assisted bicycle comprises a frame, handrails, a saddle, pedals, a driving wheel and a flywheel, wherein the bottom end of the frame is fixed on bottom cross rods, the two bottom cross rods are connected through a horizontal connecting rod, a saddle pipe and the handrails are installed inside one side, corresponding to the frame, of the frame, a linkage bearing is arranged in the middle of the flywheel, the linkage bearing is fixedly locked on the frame through a fastening device, the driving wheel is in transmission connection with the linkage bearing through a belt, the driving wheel is driven to rotate by a motor, and a main controller for controlling the motor is arranged on the inner side of each handrail of the power-assisted bicycle.

2. A cardiac recovery device adapted for use at an strenuous exercise end point as recited in claim 1 wherein the seat tube and the armrest are height adjustable by a height adjustment knob.

3. A heart recovery apparatus suitable for use at the end of strenuous exercise according to claim 1, wherein the health maintenance platform includes a bottom storage compartment and a top annular storage platform, a plurality of storage compartments corresponding to the number of the assisted bicycles are partitioned by partition plates in the annular storage platform, each storage compartment is disposed corresponding to one of the assisted bicycles, a storage drawer capable of being pulled toward the assisted bicycle on a corresponding side is disposed in each storage compartment, the storage drawer is provided with the spare goods for recovery after the assisted exercise, a door is disposed outside the bottom storage compartment, and spare goods are disposed in the bottom storage compartment.

4. The heart recovery apparatus for use at the end of strenuous exercise according to claim 1, wherein a moving device is provided at the bottom of the base, a handle is provided at the side of the base, the moving device includes a retractable plate and universal rollers provided at four corners of the bottom of the retractable plate, the lowest of the universal rollers is higher than the ground, the retractable plate is connected to the base through a retractable column, and an air cylinder is provided on the base for controlling the longitudinal extension of the retractable column.

5. A cardiac recovery device adapted for end-of-strenuous exercise according to claim 3 wherein the stock items in each storage drawer include a finger clip oximeter, an oxygen supply, electrolyte replenishers and cooling heatstroke relievers.

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