TWM483792U - Massager of shank - Google Patents

Description

Calf massager

This writing is about the technical field of the structure of a calf massager, especially a simple and convenient operation, and intermittent pressure on the calf muscle of the user to help the venous blood circulation of the calf to be smooth, thereby achieving deep prevention. The calf massager for venous thrombosis purposes.

"Deep vein thrombosis" is a blood embolism formed in deep veins that often forms in the veins of the lower extremities (calves) or deep in the pelvis. This embolism is caused by a lack of muscle transport in the lower extremities, venous blood or local vascular injury or excessive blood viscosity. The possible complications of deep vein thrombosis are "pulmonary embolism" caused by thrombosis and inflow into the lungs. The probability of death from pulmonary embolism caused by untreated lower extremity deep vein thrombosis is about 3%. The main cause of deep vein thrombosis is often found in clinical practice because of prolonged sitting in a small space, resulting in poor venous circulation and blood stagnation. Therefore, people who are often in sedentary conditions, such as long-distance travellers or drivers, captains and captains, are at high risk of developing deep vein thrombosis. The main method to eliminate or prevent deep vein thrombosis is to keep the blood flowing smoothly. The blood flow not only needs the heart beat but also the muscle contraction. Since the lower limbs of the human body concentrate more than half of the muscles of the human body, the lower limbs of the human body play the "second heart". Important role, therefore The most convenient way to avoid deep vein thrombosis is to apply intermittent pressure massage to the calf muscles by external force to promote the contraction of the muscles of the calf and drive blood flow.

The average person stays in a small space for a long time. It is easy to cause venous circulation and blood stagnation and cause deep vein thrombosis. Generally, drivers such as drivers, captains and captains are suffering from thrombosis. High risk group.

The creation provides a calf massager comprising a pressure relief device, a seat cushion, an operating device, a remote control and a smart phone. Wherein, the pressure-reducing device comprises two air-cushion sleeves which are respectively sleeved on the two lower legs of the user, and each air-cushion sleeve has a plurality of airbags, a plurality of infrared heat-sinking units and a plurality of electrode units. The plurality of airbags can be elastically expanded or contracted by filling and deflation to achieve the purpose of intermittently pressing the calf muscles. The plurality of infrared heat applying units can generate infrared heat to the muscles of the calves to promote blood circulation, and the plurality of electrode units can be used for the calves. The muscle produces an electrode stimulating effect to activate the muscle. The seat cushion can be placed on the seat for the user to sit on, and a pressure sensor, a charging and discharging device, a core processing module and a first wireless signal transceiver module are disposed in the seat cushion. The pressure sensor can detect whether the seat cushion is subjected to the pressure of the human body. The charging and deflation device comprises two sets of inflation motor and an exhaust valve for respectively connecting with the air bag of the two air cushion sleeves by using a tube body, and the air filling motor can inflate the air bag, and the exhaust valve can discharge the gas of the air bag. The core processing module is configured to receive a detection signal of the pressure sensor to calculate a time when the user sits on the seat cushion, and determine whether to drive the infrared heat applying unit and the electrode unit according to the determination And the charge and discharge device. The core processing module can also set, control, and record the heat application time of the infrared heat applying unit, the electrode stimulation frequency and time of the electrode unit, and the time and frequency of charging and deflation of the air motor and the exhaust valve. The first wireless signal transceiver module is electrically connected to the core processing module, and includes an infrared signal remote control module and a Bluetooth module. The operating device is electrically connected to the core processing module, and the operating device comprises a plurality of buttons and a display. The plurality of buttons can set the heat application time of the infrared heat applying unit, the electrode stimulation frequency and time of the electrode unit, and the time and frequency of charging and deflation of the air motor and the exhaust valve. The display is configured to display the heat application time of the infrared heat applying unit, the electrode stimulation frequency and time of the electrode unit, and the time and frequency of charging and deflation of the air motor and the exhaust valve. The remote controller includes a second wireless signal transceiver module, and the second wireless signal transceiver module includes an infrared signal remote control module. The remote controller can transmit and receive signals through the second wireless signal transceiver module and the infrared signal remote control module of the first wireless signal transceiver module to further set and control the infrared heat application unit through the core processing module. The heat application time, the electrode stimulation frequency and time of the electrode unit, and the time and frequency of charging and deflation of the gas motor and the exhaust valve. The smart phone includes a second wireless signal transceiver module and a built-in control program. The second wireless signal transceiver module includes a Bluetooth module, and the control program transmits and receives signals through the second wireless signal transceiver module and the Bluetooth module of the first wireless signal transceiver module. Further, the core processing module sets and controls the heat application time of the infrared heat applying unit, the electrode stimulation frequency and time of the electrode unit, and the time and frequency of charging and deflation of the air motor and the exhaust valve. and The control program can also store the records in the core processing module in the smart phone and store it in the cloud system through the Internet for the medical center's nursing staff to read and monitor at any time.

The calf massager provided by the creation can be sensed by the pressure The device detects the pressure of the human body sitting on the seat cushion and cooperates with the calculation of the core processing module to control the airbags in the two air cushion sleeves to perform intermittent expansion and contraction to achieve the purpose of applying pressure massage to the user's calf muscles. In order to prevent the muscles of the lower limbs from contracting and then drive the blood to flow, the purpose of preventing deep vein thrombosis is achieved. In particular, the control device controls the infrared heating device and the electrode device to perform infrared heating or electrodes on the lower limb muscles of the user, thereby promoting acceleration and stimulation of blood circulation of the lower limbs, so as to further enhance the effect of preventing deep vein thrombosis. In particular, the remote control or the smart phone can wirelessly set and control the heat application time of the infrared heat applying unit, the electrode stimulation frequency and time of the electrode unit, and the charging and deflation time of the charging and discharging device. The frequency, by which it can be used, is very convenient for operation and use.

10‧‧‧Squeezing device

11‧‧‧ Air cushion cover

12‧‧‧Airbag

13‧‧‧Infrared heat pack unit

14‧‧‧Electrode unit

20‧‧‧Cushion

21‧‧‧ Pressure Sensor

22‧‧‧ filling and venting device

23‧‧‧ Core Processing Module

24‧‧‧First wireless signal transceiver module

25‧‧‧Inflatable motor

26‧‧‧Exhaust valve

27‧‧‧ tube body

30‧‧‧Operating device

31‧‧‧ button

32‧‧‧ display

40‧‧‧Remote control

41‧‧‧Second wireless signal transceiver module

50‧‧‧Smart Phone

51‧‧‧Second wireless signal transceiver module

52‧‧‧Control program

53‧‧‧Cloud System

60‧‧ medical center

The first picture is a three-dimensional diagram of the creation.

Figure 2 is a block diagram of the system of this creation.

Figure 3 is another embodiment of the present creation.

Please refer to Figures 1 and 2 for the calf presses described in this creation. The brake device includes a pressure relief device 10, a seat cushion 20, an operating device 30, a remote controller 40, and a smart phone 50. The pressure relief device 10 includes two air cushion covers 11 for being respectively sleeved on the two lower legs of the user. Each air cushion cover 11 has a plurality of airbags 12, a plurality of infrared heat applying units 13 and a plurality of electrode units 14. The plurality of airbags 12 can be elastically expanded or contracted by charging and deflation to achieve the purpose of intermittently pressing the calf muscles. The plurality of infrared heat applying units 13 generate infrared heat to the muscles of the lower leg to promote blood circulation. The plurality of electrode units 14 can generate an electrode stimulating effect on the calf muscles to activate the muscles.

The seat cushion 20 can be placed on the seat for the user to sit on A pressure sensor 21, a charging and discharging device 22, a core processing module 23, and a first wireless signal transceiver module 24 are disposed in the seat cushion 20. The pressure sensor 21 is configured to detect whether the seat cushion 20 is subjected to the pressure of the human body. The charging and discharging device 22 includes two sets of the inflating motor 25 and the exhaust valve 26, and the two sets of the inflating motor 25 and the exhaust valve 26 are respectively connected to the air bag 12 of the two air cushion covers 11 by using the pipe body 27, and the air motor 25 can be The air bag 12 is inflated and the exhaust valve 26 is operable to exhaust the gas within the air bag 12. The core processing module 23 includes an electronic component such as a microprocessor, a memory, and the like, and the core processing module 23 is coupled to the infrared heat applying unit 13, the electrode unit 14, the pressure sensor 21, and the air motor. And the exhaust valve 26 is electrically connected to receive the detection signal of the pressure sensor 21 to calculate the time when the user sits on the seat cushion 20, and according to whether it is driven to drive the infrared heat applying unit 13, The electrode unit 14 and the charging and discharging device 22. The core processing module 23 can also set, control or record the The heat application time of the infrared heat applying unit 13, the electrode stimulation frequency and time of the electrode unit 14, and the time and frequency of charging and deflation of the air motor 25 and the exhaust valve 26. The first wireless signal transceiver module 24 is electrically connected to the core processing module 23, and the first wireless signal transceiver module 24 includes an infrared signal remote control module and a Bluetooth module.

The operating device 30 is electrically connected to the seat cushion 20 by a wire. The core processing module 23 is. The operating device 30 includes a plurality of buttons 31 and a display 32 for setting and controlling the heat application time of the infrared heat applying unit 13, the electrode stimulation frequency and time of the electrode unit 14, and the air motor 25 and the row. The time and frequency of charging and deflation of the gas valve 26. The display 32 can display the heat application time of the infrared heat applying unit 13, the electrode stimulation frequency and time of the electrode unit 14, the time and frequency of charging and deflation of the air motor 25 and the exhaust valve 26, or display various types. Operating modes and options.

The remote controller 40 includes a second wireless signal transceiver module 41. The second wireless signal transceiver module 41 includes an infrared signal remote control module. The remote controller 40 can transmit and receive signals through the second wireless signal transceiver module 41 and the infrared signal remote control module of the first wireless signal transceiver module 24, thereby being configured and controlled by the core processing module 23. The heat application time of the infrared heat applying unit 13, the electrode stimulation frequency and time of the electrode unit 14, and the time and frequency of charging and deflation of the air motor 25 and the exhaust valve 26.

The smart phone 50 includes a second wireless signal transceiving module Group 51 and a built-in control program 52. The second wireless signal transceiver module 51 includes a The Bluetooth module, the control program 52 can transmit and receive signals through the second wireless signal transceiver module 51 and the Bluetooth module of the first wireless signal transceiver module 24 to further transmit the core processing module. 23 sets and controls the heat application time of the infrared heat applying unit 13, the electrode stimulation frequency and time of the electrode unit 14, and the time and frequency of charging and deflation of the air motor 25 and the exhaust valve 26. In addition, the control program 52 can also store the records in the core processing module 23 in the smart phone 50, or can be stored in the cloud system 53 through the Internet for the nursing staff of the medical center 60 to read at any time. Take monitoring.

Please refer to FIG. 3, which is another embodiment of the present invention. The structure is substantially the same as that of the above embodiment, with the difference that the operating device 30 is integrally integrated with the seat cushion 20 in this embodiment.

In the present creation, the seat cushion 20, the remote controller 40, the smart phone Each of the 50 series is provided with a power supply structure such as a battery, a power supply line, etc., for providing power of the internal components thereof as a driving force for the operation thereof, and the power supply structure is a conventionally known technique, and no further details are provided herein. .

When the creation is in use, when the user sits on the seat cushion 20, the pressure The force sensor 21 can detect the pressure of the user sitting on the seat cushion 20 and generate a signal to notify the core processing module 23, and the core processing module 23 can calculate the messenger sitting by receiving the signal. During the time on the seat cushion 20, when it is determined that the time when the user sits on the seat cushion 20 reaches a preset value, the charging and discharging device 22 is controlled to be charged and deflated, so that the two air cushion covers 11 can be driven. The plurality of airbags 12 are intermittently expanded and contracted, and the intermittent expansion and contraction of the plurality of airbags 12 can be utilized. The effect of intermittent pressure massage on the calf muscle of the user is achieved, so as to promote the contraction of the muscles of the lower limbs and then drive the blood to flow, thereby achieving the purpose of preventing deep vein thrombosis. Moreover, the user can also set and control the infrared heat applying unit 13 and the electrode unit 14 to perform infrared heating or electrodes on the calf muscle of the user as needed to promote acceleration and stimulate blood circulation, thereby further improving prevention of deep vein thrombosis. Effect.

In the present creation, the operating device 30 and the remote controller 40 can be utilized. Or the smart phone 50 sets and controls the heat application time of the infrared heat applying unit 13, the electrode stimulation frequency and time of the electrode unit 14, and the time and frequency of charging and deflation of the charging and discharging device 22, thereby It is very convenient to use.

10‧‧‧Squeezing device

11‧‧‧ Air cushion cover

12‧‧‧Airbag

13‧‧‧Infrared heat pack unit

14‧‧‧Electrode unit

20‧‧‧Cushion

21‧‧‧ Pressure Sensor

22‧‧‧ filling and venting device

23‧‧‧ Core Processing Module

24‧‧‧First wireless signal transceiver module

25‧‧‧Inflatable motor

26‧‧‧Exhaust valve

27‧‧‧ tube body

30‧‧‧Operating device

31‧‧‧ button

32‧‧‧ display

40‧‧‧Remote control

41‧‧‧Second wireless signal transceiver module

50‧‧‧Smart Phone

51‧‧‧Second wireless signal transceiver module

52‧‧‧Control program

53‧‧‧Cloud System

60‧‧ medical center

Claims (1)

A calf massager comprising: a pressure relief device comprising two air cushion sleeves respectively sleeved on two legs of a user, each air cushion sleeve having a plurality of airbags, a plurality of infrared heat applying units and a plurality of electrode units, the plurality of airbags The purpose of intermittently pressing the calf muscles can be achieved by elastically expanding or contracting by filling and deflation. The plurality of infrared heat applying units can generate infrared heat for the muscles of the calf to promote blood circulation, and the plurality of electrode units can generate electrodes for the calf muscles. Stimulating effect to activate the muscle; a seat cushion can be placed on the seat for the user to sit thereon, the cushion is provided with a pressure sensor, a charging and discharging device, a core processing module and a first The wireless signal transceiving module can detect whether the seat cushion is subjected to the pressure of the human body, and the charging and discharging device comprises two sets of the inflating motor and the exhaust valve for respectively utilizing the air tube of the tube body and the air cushion sleeve Connected, the air motor can inflate the air bag, the exhaust valve can discharge the gas of the air bag, and the core processing module can receive the pressure sensor Detecting a signal to calculate a time when the user sits on the seat cushion, and determining whether to drive the infrared heat applying unit, the electrode unit, and the charging and discharging device according to the determination, the core processing module can also set, control, and record the infrared light. The heat application time of the heat applying unit, the frequency and timing of the electrode stimulation of the electrode unit, and the time and frequency of charging and deflation of the air motor and the exhaust valve, the first wireless signal transceiver module and the core processing module The utility model comprises an infrared signal remote control module and a Bluetooth module; an operating device is electrically connected to the core processing module, and the operating device comprises a plurality of buttons and a display, the plurality of buttons are available Setting and controlling the heat application time of the infrared heat applying unit, and the electrode stimulation frequency of the electrode unit Rate and time and time and frequency of charging and deflation of the air motor and the exhaust valve, the display is for displaying the heat application time of the infrared heat applying unit, the electrode stimulation frequency and time of the electrode unit, and the air motor and The time and frequency of charging and deflation of the exhaust valve; a remote controller comprising a second wireless signal transceiver module, the second wireless signal transceiver module comprising an infrared signal remote control module, the remote controller is transparent The second wireless signal transceiver module and the infrared signal remote control module of the first wireless signal transceiver module transmit and receive signals to further set and control the heat application time of the infrared heat applying unit through the core processing module. The electrode stimulation frequency and time of the electrode unit and the time and frequency of charging and deflation of the air motor and the exhaust valve; and a smart phone, comprising a second wireless signal transceiver module and a built-in control program. The second wireless signal transceiver module of the smart phone includes a Bluetooth module, and the control program can receive the second wireless signal through the smart phone. The module and the Bluetooth module of the first wireless signal transceiver module transmit and receive signals to further set and control the heat application time of the infrared heat applying unit, the electrode stimulation frequency of the electrode unit, and the core processing module. Time and frequency and frequency of charging and deflation of the air motor and the exhaust valve, and the control program can also store the records in the core processing module in the smart phone and store in the cloud through the Internet. The caregivers in the system for the medical center can read and monitor at any time.