Exercise health monitoring and reminding system and method for thrombus prevention

Abstract

The invention relates to the technical field of health monitoring, in particular to an exercise health monitoring and reminding system for thrombus prevention and a method thereof.The exercise health monitoring and reminding system for thrombus prevention comprises an exercise monitoring device, a central processing unit module, a wireless communication module, a reminding terminal and a control panel; the monitoring information is sent to the central processing unit module, and the central processing unit module and the reminding terminal establish communication connection through the wireless communication module; according to the monitoring and reminding system, health monitoring can be conducted on the limb movement condition of a long-time bedridden patient, the vertical projection of the body weight of the patient is pressed on the pressure sensor unit through cooperation of the thermal insulation base pad and the pressure sensor unit, and therefore the limb movement condition of the patient is monitored.

Description

Technical Field

[0001] The present invention relates to the technical field of health monitoring, and in particular to a sports health monitoring reminder system and method for thrombosis prevention. Background Art

[0002] Thrombosis is a kind of clot or deposit formed on the surface of blood vessels or heart endothelium by blood components in circulating blood. The main cause of thrombus formation is lack of limb activity, which leads to obstruction of venous return. The slowed blood flow makes it easier for platelets and other formed elements to adhere to the blood vessel wall, gradually forming thrombus. The most high-risk population is bedridden patients. Due to long-term bed rest, the blood flow in the lower limbs and other parts is slowed down, which can easily form complications such as deep vein thrombosis. Under the current background, the formation of thrombus can be prevented by taking anticoagulants and massaging by nursing staff. However, there is a lack of sports health monitoring equipment for bedridden patients, and the limb activities of bedridden patients cannot be monitored. Nursing staff can only perform full-body massage on patients regularly. Since patients can move their limbs themselves, frequently moved limbs may not need massage. Regular full-body massage increases the workload of nursing staff and has low targetedness. Summary of the invention

[0003] The purpose of the present invention is to provide a sports health monitoring reminder system and method for thrombosis prevention to solve the problems raised in the above background technology.

[0004] To achieve the above-mentioned purpose, the present invention provides the following technical solutions: a sports health monitoring reminder system for thrombosis prevention, comprising a sports monitoring device, a central processing unit module, a wireless communication module, a reminder terminal and a control panel, wherein the sports monitoring device is used to monitor the activity of a user's body parts and send the monitoring information to the central processing unit module, a communication connection is established between the central processing unit module and the reminder terminal through the wireless communication module, the reminder terminal is worn on a caregiver, and the central processing unit module is used to statistically analyze the static time of the user's body parts. When the static time of a certain part exceeds a preset value, the reminder terminal is used to remind the caregiver through the wireless communication module, and the reminder terminal displays the corresponding long-term static part at the same time, and the caregiver can perform targeted massage on the part of the user; the control panel can control and set the sports monitoring device through the central processing unit module, the sports monitoring device comprises a thermal insulation base pad and a pressure sensor unit, and the pressure sensor unit is evenly distributed on the upper surface of the thermal insulation base pad in a matrix, the user lies on the thermal insulation base pad, and various parts of his body are squeezed and contacted with the pressure sensor unit, and the pressure sensor unit detects the pressure change, and the vertical projection of the user's body part is depicted in the central processing unit module, thereby sensing the activity of the user's body part.

[0005] The thermal insulation base pad has thermal insulation capability, a fixed back plate and a folding movable plate are arranged below the thermal insulation base pad, the fixed back plate and the folding movable plate are rotatably connected, the fixed back plate is fixedly fitted to the thermal insulation base pad, a flat driving structure with a mute function is arranged inside the folding movable plate, the flat driving structure can drive the folding movable plate to rotate relative to the fixed back plate, so that one end of the thermal insulation base pad is tilted.

[0006] The flat body driving structure includes a variable pressure air cavity and a strip cavity seat, wherein the variable pressure air cavity is arranged inside the folding movable plate, a strip cavity seat is fixedly arranged inside the variable pressure air cavity, a driving circular cavity and an air transmission circular cavity are arranged in the strip cavity seat, the driving circular cavity and the air transmission circular cavity are connected to each other, and the cross-sectional diameter of the driving circular cavity is greater than the cross-sectional diameter of the air transmission circular cavity.

[0007] A pressure-driven piston is arranged in the driving circular cavity, and the pressure-driven piston is in air-tight contact with the inner wall surface of the driving circular cavity. An air-pushing optical axis is fixedly arranged on one side of the pressure-driven piston, and the air-pushing optical axis is inserted in the inside of the air transmission circular cavity. The air-pushing optical axis is in air-tight contact with the air transmission circular cavity. A breathing pressure-equalizing hole is connected to the end of the driving circular cavity, and the other end of the breathing pressure-equalizing hole is connected to the outside atmosphere.

[0008] An end airflow channel and a branch airflow channel are provided in the folding movable plate, the end airflow channel and the branch airflow channel are connected to each other, the end airflow channel is connected to the gas delivery circular cavity, one end of the end airflow channel is connected to a first one-way air valve, the first one-way air valve is connected to the outside atmosphere, and a second one-way air valve is provided in the branch airflow channel, the first one-way air valve allows the gas in the outside atmosphere to flow unidirectionally into the end airflow channel, and the second one-way air valve allows the gas in the end airflow channel to flow unidirectionally into the branch airflow channel.

[0009] An electromagnetic opening and closing valve is embedded and installed on the surface of the folding movable plate, and the branch airflow channel is connected with the electromagnetic opening and closing valve. When the electromagnetic opening and closing valve is opened, the branch airflow channel can be connected with the outside atmosphere through the electromagnetic opening and closing valve. A bottom groove is provided on the lower surface of the folding movable plate, and a lifting airbag is provided in the bottom groove. The lifting airbag is connected with the branch airflow channel.

[0010] A heat pipe support arm is fixedly arranged inside the transformer air cavity, and an electric heating pipe is arranged on the heat pipe support arm. When the electric heating pipe is energized, it can heat the gas in the transformer air cavity, so that the gas in the transformer air cavity expands. An air pressure sensor is arranged in the transformer air cavity.

[0011] The surface of the pressure-driven piston is provided with an end circular groove, and a limiting clamping ring is fixedly provided on the outer side of the end circular groove, and a pressure storage locking hook is inserted in the end circular groove, and the pressure storage locking hook can be limitedly engaged with the limiting clamping ring, and a ferromagnetic table plate is fixedly provided on the end of the pressure storage locking hook, and a table plate vertical shaft is fixedly provided inside the transformer air cavity, and the table plate vertical shaft passes through the ferromagnetic table plate to limit the ferromagnetic table plate, and a downward pressure spring is provided above the ferromagnetic table plate, and an electromagnet module is fixedly provided on the inner upper surface of the transformer air cavity, and the electromagnet module and the ferromagnetic table plate can be magnetically matched, and a limiting push rod is fixedly provided on the inner lower surface of the transformer air cavity, and the limiting push rod supports and limits the ferromagnetic table plate.

[0012] A rotating support plate is fixedly arranged on the surface of the fixed back plate, a swing shaft is rotatably arranged in the rotating support plate, the swing shaft is fixedly installed with the folding movable plate, and a heat dissipation groove is opened on the lower surface of the folding movable plate.

[0013] A method for using a sports health monitoring reminder system for thrombosis prevention, the method comprising the following steps: Step 1: Place the motion monitoring device on the bed, with the user lying on top of the thermal insulation pad; Step 2: Wear the reminder terminal on the caregiver; Step 3: The user's activity is monitored by the motion monitoring device. When a part of the body is still for a long time, the central processing unit module enables the reminder terminal to work and remind through the wireless communication module; Step 4: According to the reminder from the reminder terminal, the nursing staff will massage the corresponding long-time static parts to reduce the probability of thrombosis.

[0014] Compared with the prior art, the present invention has the following beneficial effects: The monitoring and reminder system of the present invention can perform health monitoring on the limb movements of patients who have been bedridden for a long time. By cooperating with the temperature-insulating base pad and the pressure sensor unit, the vertical projection of the patient's body weight is pressed on the pressure sensor unit, thereby monitoring the patient's limb movements. In conjunction with the reminder terminal and other equipment, nursing staff can promptly perform active massage on limbs that lack exercise, thereby reducing the probability of venous thrombosis in patients and reducing the nursing staff's care intensity. When exercising the patient's limbs, it is more targeted and can accurately massage limbs that have been in a static state for a long time.

[0015] The motion monitoring device in the present invention can actively control the lifting of the folding movable plate when it detects that the lower limbs have been inactive for a long time when the caregiver is resting at night or other situations, so that the patient's legs are lifted. After the lower limbs are lifted, gravity can be used to promote blood return in the lower limb veins, thereby reducing the probability of deep vein thrombosis.

[0016] The flat body driving structure of the present invention does not require noise equipment such as motors and air pumps, and uses the air pressure changes in the variable pressure air cavity to inflate the lifting airbag and drive the folding movable plate, thereby greatly reducing the generation of noise and avoiding affecting the user's rest; at the same time, through the structural setting, it occupies less longitudinal space and is more adaptable to the flat body environment, thereby ensuring that the entire motion monitoring device is in a thinner state.

[0017] The present invention can lock and limit the pressure-driven piston by cooperating with the end circular groove, pressure-accumulating lock hook, ferromagnetic table and other structures, so that the gas pressure in the variable-pressure air chamber accumulates to a certain level before releasing the pressure-driven piston, thereby making the air-pushing optical axis show rapid axial displacement, and the lifting airbag is quickly filled with a stream of air. When the folding movable plate is tilted up at each inflation stage, it is shown as being quickly tilted up a certain distance, and the legs are shaken to a certain extent through acceleration, so that the lower limbs can be initially moved during the lifting process of the folding movable plate. BRIEF DESCRIPTION OF THE DRAWINGS

[0018] Figure 1 It is a flow chart of the system of the present invention.

[0019] Figure 2 Schematic diagram of a motion monitoring device of the present invention.

[0020] Figure 3 FIG. 2 is a schematic diagram of the motion monitoring device of the present invention from another angle.

[0021] Figure 4 for Figure 3 A magnified schematic diagram of area A in the middle.

[0022] Figure 5 It is a three-dimensional half-section schematic diagram of the motion monitoring device of the present invention.

[0023] Figure 6 for Figure 5 Enlarged schematic diagram of area B in the middle.

[0024] Figure 7 for Figure 5 Enlarged schematic diagram of area C in the middle.

[0025] Figure 8 It is a horizontal half-section schematic diagram of the motion monitoring device of the present invention.

[0026] Fig. 9 for Figure 8 Enlarged schematic diagram of area D in the middle.

[0027] In the figure: 1. motion monitoring device; 2. temperature-insulating base pad; 3. pressure sensor unit; 4. central processing unit module; 5. wireless communication module; 6. reminder terminal; 7. control panel; 8. fixed back plate; 9. folding movable plate; 901. variable pressure air cavity; 902. strip cavity seat; 903. driving circular cavity; 904. gas transmission circular cavity; 905. pressure-driven piston; 906. air push optical axis; 907. breathing equalizing pressure hole; 908. end air flow channel; 909. branch air flow channel; 910. first unidirectional Air valve; 911, second one-way air valve; 912, electromagnetic opening and closing valve; 913, bottom sink; 914, lifting airbag; 915, heat pipe support arm; 916, electric heating tube; 917, air pressure sensor; 918, end circular groove; 919, limit clamp; 920, pressure storage lock hook; 921, ferromagnetic table; 922, table vertical axis; 923, downward pressure spring; 924, electromagnet module; 925, limit push rod; 801, rotating support plate; 802, swing shaft; 926, heat dissipation groove. DETAILED DESCRIPTION

[0028] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0029] See also Figures 1 to 9 The present invention provides a technical solution: a sports health monitoring reminder system for thrombosis prevention, such as Figure 1 As shown in , it includes a motion monitoring device 1, a central processing unit module 4, a wireless communication module 5, a reminder terminal 6 and a control panel 7. The motion monitoring device 1 is used to monitor the activity of the user's body parts and send the monitoring information to the central processing unit module 4. The central processing unit module 4 and the reminder terminal 6 establish a communication connection through the wireless communication module 5. The reminder terminal 6 is worn on the caregiver, and the central processing unit module 4 statistically analyzes the static time of the user's body parts. When the static time of a certain part exceeds the preset value, the reminder terminal 6 generates a reminder to the caregiver through the wireless communication module 5. At the same time, the reminder terminal 6 displays the corresponding long-term static part, and the caregiver can perform targeted massage on the user's part. The reminder terminal 6 is preferably a bracelet structure, worn on the wrist of the caregiver, and reminds by vibration reminders and other methods, and has a screen that can display information. The central processing unit module 4 is an operation processor and its matching circuit in the prior art.

[0030] like Figure 2As shown in , the motion monitoring device 1 includes a temperature-insulating base pad 2 and a pressure sensor unit 3. The temperature-insulating base pad 2 has a heat-insulating effect. The pressure sensor units 3 are evenly distributed on the upper surface of the temperature-insulating base pad 2 in a matrix manner. The user lies on the temperature-insulating base pad 2, and various parts of his body are pressed and contacted with the pressure sensor units 3. The pressure sensor unit 3 detects pressure changes, and the vertical projection of the user's body parts is depicted in the central processing unit module 4, so as to sense the activities of the user's body parts.

[0031] The insulation base 2 has insulation capability. A fixed back plate 8 and a folding movable plate 9 are arranged below the insulation base 2. The fixed back plate 8 and the folding movable plate 9 are rotatably connected. The fixed back plate 8 is fixedly fitted to the insulation base 2. A flat body driving structure with a mute function is arranged inside the folding movable plate 9. The flat body driving structure can drive the folding movable plate 9 to rotate relative to the fixed back plate 8, so that one end of the insulation base 2 is tilted. The control panel 7 can control and set the motion monitoring device 1 through the central processing unit module 4, set the static reminder time or set and control the flat body driving structure through the control panel 7. The control panel 7 is composed of buttons and a screen, and input control is performed through buttons.

[0032] The flat body driving structure includes a variable pressure air cavity 901 and a strip cavity seat 902. The variable pressure air cavity 901 is opened inside the folding movable plate 9. The strip cavity seat 902 is fixedly arranged inside the variable pressure air cavity 901. A driving circular cavity 903 and an air transmission circular cavity 904 are opened in the strip cavity seat 902. The driving circular cavity 903 and the air transmission circular cavity 904 are connected to each other, and the cross-sectional diameter of the driving circular cavity 903 is greater than the cross-sectional diameter of the air transmission circular cavity 904.

[0033] A pressure-driven piston 905 is provided in the driving circular cavity 903, and the pressure-driven piston 905 is in air-tight contact with the inner wall surface of the driving circular cavity 903. An air-pushing optical axis 906 is fixedly provided on one side of the pressure-driven piston 905. The air-pushing optical axis 906 is inserted into the inside of the air transmission circular cavity 904. The air-pushing optical axis 906 is in air-tight contact with the air transmission circular cavity 904. A breathing equalizing pressure hole 907 is connected to the end of the driving circular cavity 903, and the other end of the breathing equalizing pressure hole 907 is connected to the outside atmosphere.

[0034] An end airflow channel 908 and a branch airflow channel 909 are provided in the folding movable plate 9, and the end airflow channel 908 and the branch airflow channel 909 are interconnected. The end airflow channel 908 is connected to the gas delivery circular cavity 904. One end of the end airflow channel 908 is connected to a first one-way air valve 910, and the first one-way air valve 910 is connected to the outside atmosphere. A second one-way air valve 911 is provided in the branch airflow channel 909. The first one-way air valve 910 allows the gas in the outside atmosphere to flow unidirectionally into the end airflow channel 908, and the second one-way air valve 911 allows the gas in the end airflow channel 908 to flow unidirectionally into the branch airflow channel 909.

[0035] An electromagnetic opening and closing valve 912 is embedded in the surface of the folding movable plate 9, and the branch airflow channel 909 is connected to the electromagnetic opening and closing valve 912. When the electromagnetic opening and closing valve 912 is opened, the branch airflow channel 909 can be connected to the outside atmosphere through the electromagnetic opening and closing valve 912.

[0036] A bottom sink 913 is provided on the lower surface of the folding movable plate 9, and a lifting airbag 914 is provided in the bottom sink 913. The lifting airbag 914 is connected to the branch airflow channel 909. When the folding movable plate 9 needs to be turned down and reset, the electromagnetic opening and closing valve 912 is controlled to open, and the airflow in the lifting airbag 914 is discharged through the electromagnetic opening and closing valve 912.

[0037] A heat pipe support arm 915 is fixedly installed inside the transformer air cavity 901, and an electric heating tube 916 is installed on the heat pipe support arm 915. When the electric heating tube 916 is energized, it can heat the gas in the transformer air cavity 901, so that the gas in the transformer air cavity 901 expands. An air pressure sensor 917 is installed in the transformer air cavity 901.

[0038] An end circular groove 918 is provided on the surface of the pressure-driven piston 905, and a limiting clamp ring 919 is fixedly provided on the outer side of the end circular groove 918. A pressure storage lock hook 920 is inserted in the end circular groove 918, and the pressure storage lock hook 920 can be limitedly engaged with the limiting clamp ring 919. A ferromagnetic table plate 921 is fixedly provided at the end of the pressure storage lock hook 920, and a table plate vertical shaft 922 is fixedly provided inside the transformer air cavity 901. The table plate vertical shaft 922 passes through the ferromagnetic table plate 921 to limit the ferromagnetic table plate 921. A downward pressure spring 923 is provided above the ferromagnetic table plate 921, and an electromagnet module 924 is fixedly provided on the internal upper surface of the transformer air cavity 901. The electromagnet module 924 and the ferromagnetic table plate 921 can be magnetically matched, and a limiting push rod 925 is fixedly provided on the internal lower surface of the transformer air cavity 901. The limiting push rod 925 supports and limits the ferromagnetic table plate 921.

[0039] A rotating support plate 801 is fixedly arranged on the surface of the fixed back plate 8, a swing shaft 802 is rotatably arranged in the rotating support plate 801, the swing shaft 802 is fixedly installed with the folding movable plate 9, and a heat dissipation groove 926 is opened on the lower surface of the folding movable plate 9, and the heat dissipation groove 926 increases the heat dissipation efficiency of the gas in the transformer air cavity 901.

[0040] A method for using a sports health monitoring reminder system for thrombosis prevention, the method comprising the following steps: Step 1: Place the motion monitoring device 1 on the bed, and the user lies on the thermal insulation pad 2; Step 2: Wear the reminder terminal 6 on the nursing staff; Step 3: The user's activities are monitored by the motion monitoring device 1. When a part of the body is still for a long time, the central processing unit module 4 enables the reminder terminal 6 to work and remind through the wireless communication module 5; Step 4: The nursing staff massages the corresponding long-time static parts according to the reminder of the reminder terminal 6 to reduce the probability of thrombosis.

[0041] The motion monitoring device 1 of the present invention is placed on a hospital bed when in use, and the user lies on the thermal insulation base pad 2, with the user's body pressing on the pressure sensor unit 3. For example, when the user lies flat, the vertical projections of various parts of the body are pressed on the pressure sensor unit 3. The pressure sensor unit 3 is used as a pixel point for weight sensing, and the vertical projection of body activity is drawn in the central processing unit module 4. When the legs, torso, arms and other limbs move, the pressure sensor unit 3 will detect changes in position and weight.

[0042] For example, when a certain leg is inactive for a long time, the corresponding pressure sensor unit 3 detects no change for a long time, so that the reminder terminal 6 reminds the caregiver, and the caregiver performs targeted massage activities on the leg.

[0043] When it is necessary to control the folding movable plate 9 to rise, first control the electromagnet module 924 to be energized to attract the ferromagnetic platform 921 to move up, so that the pressure storage lock hook 920 is separated from the limit clamp ring 919, and the pressure driving piston 905 is unlocked; the electric heating tube 916 is energized to heat the gas in the variable pressure gas cavity 901, so that the gas in the variable pressure gas cavity 901 expands, and the pressure increase drives the pressure driving piston 905 to move axially, so that the air pushing optical axis 906 pushes the gas in the gas transmission circular cavity 904 through the second one-way gas The valve 911 and the branch air channel 909 are sent into the lifting air bag 914; then the electric heating tube 916 is powered off and stops heating, and the gas in the transformer air cavity 901 naturally dissipates heat and cools down. When the gas in the transformer air cavity 901 is at room temperature, the inside of the transformer air cavity 901 is in a negative pressure state, and the suction pressure drives the piston 905 to reset. At this time, the external gas enters the gas delivery circular cavity 904 through the first one-way air valve 910. The above cycle is repeated multiple times, so that the lifting air bag 914 is gradually inflated, and the folding movable plate 9 is lifted up.

[0044] During the above process, the lifting airbag 914 is slowly fed with air flow in divided parts, and at this time, each section of the folding movable plate 9 is slowly lifted; when it is necessary to quickly lift each section of the folding movable plate 9, during the heating process of the electric heating tube 916, the pressure storage lock hook 920 can be controlled to move down to hook the limit clamp ring 919, and at this time, the pressure-driven piston 905 is locked, and as the gas in the variable pressure air chamber 901 is heated, the air pressure increases and accumulates pressure. When the air pressure sensor 917 detects that the pressure has reached a certain value, the electromagnet module 924 is controlled to pass. Electricity attracts the ferromagnetic platform 921 to move up and unlock. At this time, the pressure-driven piston 905 is released. Under the accumulated pressure, the pressure-driven piston 905 quickly impacts and moves, and the air-pushing optical axis 906 quickly fills the gas in the air delivery circular cavity 904 into the lifting airbag 914, causing the lifting airbag 914 to expand rapidly for a period of time. At this time, the folding movable plate 9 is quickly lifted up during the inflation stage, and the acceleration is used to make the user's lower limbs shake. In the process of lifting the folding movable plate 9, the lower limbs and legs are initially moved.

[0045] Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and variations may be made to the embodiments without departing from the principles and spirit of the present invention, and that the scope of the present invention is defined by the appended claims and their equivalents.

Claims

1. A sports health monitoring reminder system for thrombosis prevention, comprising a sports monitoring device (1), a central processing unit module (4), a wireless communication module (5), a reminder terminal (6) and a control panel (7), characterized in that: The motion monitoring device (1) is used to monitor the activity of a user's body parts and send the monitoring information to a central processing unit module (4). A communication connection is established between the central processing unit module (4) and a reminder terminal (6) via a wireless communication module (5). The reminder terminal (6) is worn by a caregiver and statistically analyzes the static time of the user's body parts via the central processing unit module (4). When the static time of a certain part exceeds a preset value, the reminder terminal (6) generates a reminder to the caregiver via the wireless communication module (5). At the same time, the reminder terminal (6) displays the corresponding long-term static part, so that the caregiver can provide targeted treatment to the part of the user. The control panel (7) can control and set the motion monitoring device (1) through the central processing unit module (4), wherein the motion monitoring device (1) comprises a heat-insulating base pad (2) and a pressure sensor unit (3), wherein the pressure sensor unit (3) is evenly distributed on the upper surface of the heat-insulating base pad (2) in a matrix form, and the user lies on the heat-insulating base pad (2), and various parts of the user's body are pressed and contacted with the pressure sensor unit (3). The pressure sensor unit (3) detects pressure changes, and a vertical projection of the user's body parts is drawn in the central processing unit module (4), thereby sensing the activity of the user's body parts.

2. The sports health monitoring reminder system for thrombosis prevention according to claim 1, characterized in that: The thermal insulation base pad (2) has a thermal insulation capability. A fixed back plate (8) and a folding movable plate (9) are provided below the thermal insulation base pad (2). The fixed back plate (8) and the folding movable plate (9) are rotatably connected. The fixed back plate (8) is fixedly fitted to the thermal insulation base pad (2). A flat driving structure with a mute function is provided inside the folding movable plate (9). The flat driving structure can drive the folding movable plate (9) to rotate relative to the fixed back plate (8), so that one end of the thermal insulation base pad (2) is tilted.

3. The sports health monitoring reminder system for thrombosis prevention according to claim 2, characterized in that: The flat body driving structure comprises a variable pressure air cavity (901) and a strip-shaped cavity seat (902); the variable pressure air cavity (901) is arranged inside the folding movable plate (9); a strip-shaped cavity seat (902) is fixedly arranged inside the variable pressure air cavity (901); a driving circular cavity (903) and a gas transmission circular cavity (904) are arranged in the strip-shaped cavity seat (902); the driving circular cavity (903) and the gas transmission circular cavity (904) are interconnected, and the cross-sectional diameter of the driving circular cavity (903) is greater than the cross-sectional diameter of the gas transmission circular cavity (904).

4. The sports health monitoring reminder system for thrombosis prevention according to claim 3, characterized in that: A pressure-driven piston (905) is provided in the driving circular cavity (903), and the pressure-driven piston (905) is in air-tight contact with the inner wall surface of the driving circular cavity (903). An air-pushing optical axis (906) is fixedly provided on one side of the pressure-driven piston (905), and the air-pushing optical axis (906) is inserted into the interior of the air-transmitting circular cavity (904). The air-pushing optical axis (906) is in air-tight contact with the air-transmitting circular cavity (904). A breathing pressure-equalizing hole (907) is provided at the end of the driving circular cavity (903), and the other end of the breathing pressure-equalizing hole (907) is in communication with the outside atmosphere.

5. The sports health monitoring reminder system for thrombosis prevention according to claim 4, characterized in that: The folding movable plate (9) is provided with an end airflow channel (908) and a branch airflow channel (909), the end airflow channel (908) and the branch airflow channel (909) are connected to each other, the end airflow channel (908) is connected to the gas delivery circular cavity (904), one end of the end airflow channel (908) is connected to a first one-way air valve (910), the first one-way air valve (910) is connected to the outside atmosphere, and the branch airflow channel (909) is provided with a second one-way air valve (911), the first one-way air valve (910) allows the gas in the outside atmosphere to flow unidirectionally into the end airflow channel (908), and the second one-way air valve (911) allows the gas in the end airflow channel (908) to flow unidirectionally into the branch airflow channel (909).

6. The sports health monitoring reminder system for thrombosis prevention according to claim 5, characterized in that: An electromagnetic opening and closing valve (912) is embedded and installed on the surface of the folding movable plate (9), and the branch airflow channel (909) is connected to the electromagnetic opening and closing valve (912). When the electromagnetic opening and closing valve (912) is opened, the branch airflow channel (909) can be connected to the outside atmosphere through the electromagnetic opening and closing valve (912). A bottom sink groove (913) is provided on the lower surface of the folding movable plate (9), and a lifting air bag (914) is provided in the bottom sink groove (913). The lifting air bag (914) is connected to the branch airflow channel (909).

7. The sports health monitoring reminder system for thrombosis prevention according to claim 6, characterized in that: A heat pipe support arm (915) is fixedly arranged inside the pressure-changing air cavity (901), and an electric heating pipe (916) is arranged on the heat pipe support arm (915). When the electric heating pipe (916) is energized, it can heat the gas in the pressure-changing air cavity (901), so that the gas in the pressure-changing air cavity (901) expands. A gas pressure sensor (917) is arranged in the pressure-changing air cavity (901).

8. The sports health monitoring reminder system for thrombosis prevention according to claim 7, characterized in that: The surface of the pressure-driven piston (905) is provided with an end circular groove (918), a limiting clamp ring (919) is fixedly provided on the outer side of the end circular groove (918), a pressure storage lock hook (920) is inserted into the end circular groove (918), and the pressure storage lock hook (920) can be limitedly engaged with the limiting clamp ring (919), a ferromagnetic table (921) is fixedly provided at the end of the pressure storage lock hook (920), and a table vertical shaft (922) is fixedly provided inside the variable pressure air cavity (901), and the table vertical shaft (922) ) is inserted through the ferromagnetic table (921) to limit the ferromagnetic table (921), a downward pressure spring (923) is arranged above the ferromagnetic table (921), an electromagnet module (924) is fixedly arranged on the internal upper surface of the transformer air cavity (901), and the electromagnet module (924) and the ferromagnetic table (921) can be magnetically matched, and a limiting push rod (925) is fixedly arranged on the internal lower surface of the transformer air cavity (901), and the limiting push rod (925) supports and limits the ferromagnetic table (921).

9. The sports health monitoring reminder system for thrombosis prevention according to claim 2, characterized in that: A rotating support plate (801) is fixedly arranged on the surface of the fixed back plate (8), a swing shaft (802) is rotatably arranged in the rotating support plate (801), the swing shaft (802) is fixedly mounted on the folding movable plate (9), and a heat dissipation groove (926) is provided on the lower surface of the folding movable plate (9).

10. A method for using a sports health monitoring reminder system for thrombosis prevention according to any one of claims 1 to 9, characterized in that: The method comprises the following steps: Step 1: placing the motion monitoring device (1) on the hospital bed, with the user lying on top of the thermal insulation pad (2); Step 2: Wear the reminder terminal (6) on the caregiver; Step 3: The user's activity is monitored by the motion monitoring device (1). When a part of the body is still for a long time, the central processing unit module (4) causes the reminder terminal (6) to work and give a reminder through the wireless communication module (5); Step 4: The nursing staff massages the corresponding long-time static parts according to the reminder of the reminder terminal (6) to reduce the probability of thrombosis.

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