CN210228904U - Electronic physiotherapy massage instrument with mobile power supply - Google Patents

Abstract

The utility model relates to a take portable power source's electron physiotherapy massage appearance, the PCB circuit board includes MCU control module and the waveform generator module of being connected with MCU control module respectively, but charging source module, charging source module and discharge module, but charging source module respectively with MICRO interface and TYPE-C interface connection, discharge module respectively with TYPE-C interface, USB-A interface, USB-B interface and two at least jack connections, the jack still is connected with waveform generator module, MICRO interface and TYPE-C interface external power supply, USB-A interface and USB-B interface connection cell-phone or hot compress paste, a massage subsides of each jack connection. The utility model discloses can give the power supply of cell-phone and hot compress paste, massage subsides etc. electronic equipment in the massage of physiotherapy, reach the purpose of charging for electronic equipment, external interface is multiple types, and is fit for the wide range, convenient and practical.

Description

Electronic physiotherapy massage instrument with mobile power supply

Technical Field

The utility model relates to a physiotherapy massage technical field especially relates to a take portable power source's electron physiotherapy massage appearance.

Background

At present, the common physiotherapy instruments in the market only have one input port and one output port, most of the output ports are connected in a button type mode, power can be supplied to matched physiotherapy instrument equipment only, and the application range is very limited. When a user travels or goes out, the user needs to carry a physiotherapy instrument device and a mobile power supply to charge electronic equipment such as a mobile phone, and the travel is very inconvenient.

SUMMERY OF THE UTILITY MODEL

Aiming at the defects existing in the prior art, the utility model aims to provide a convenient and practical electronic physiotherapy massage instrument with a mobile power supply with wide application range.

In order to achieve the above purpose, the utility model can be realized by the following technical proposal:

an electronic physiotherapy massage instrument with a mobile power supply comprises a PCB circuit board, wherein the PCB circuit board comprises an MCU control module, a waveform generator module, a chargeable power supply module, a charging module and a discharging module which are respectively connected with the MCU control module, the chargeable power supply module is respectively connected with a MICRO interface and a TYPE-C interface, the discharging module is respectively connected with a TYPE-C interface, a USB-A interface, a USB-B interface and at least two jacks, the jacks are also connected with the waveform generator module, the MICRO interface and the TYPE-C interface are externally connected with a power supply, the USB-A interface and the USB-B interface are connected with a mobile phone or a hot patch, each jack is connected with a massage patch, the MCU control module is used for detecting signals and controlling the waveform generator module, the chargeable power supply module, the charging module and the discharging module to work, the waveform generator module is used for generating waveforms required by massage, the rechargeable power supply module provides power, the charging module performs charging management on the rechargeable power supply module, and the discharging module performs discharging management on the mobile phone, the hot-compress patch, the massage patch and the rechargeable power supply module.

Furthermore, the device also comprises a key switch module, and the key switch module is connected with the input end of the MCU control module.

Furthermore, the key switch module comprises a jack key switch, an upshift key and a downshift key.

Furthermore, the device also comprises an indicator light module, and the indicator light module is connected with the output end of the MCU control module.

Further, the indicator light module comprises an electric quantity indicator light and a status indicator light.

Furthermore, the intelligent control system also comprises a Bluetooth module, and the Bluetooth module is in communication connection with the MCU control module.

Further, the rechargeable power supply module comprises a rechargeable battery cell.

Further, still include epitheca, inferior valve and decorate the piece, the epitheca surrounds PCB circuit board wherein with the inferior valve, decorate the piece and pass MICRO interface, TYPE-C interface, USB-A interface and USB-B interface and respectively with epitheca and inferior valve buckle connection.

Compared with the prior art, the beneficial effects of the utility model are that: the electronic physiotherapy massage instrument and the mobile power supply are combined with each other, power can be supplied to the mobile phone, the hot compress patch, the massage patch and other electronic equipment while physiotherapy massage is carried out, the purpose of charging the electronic equipment is achieved, and the problem that a user needs to carry a plurality of equipment when going out is solved. External interface is multiple in kind, when charging for external equipment, can also connect two passageways simultaneously (be not limited to two passageways) massage subsides, can connect two passageways simultaneously (be not limited to two passageways) heat application, and the fit for wide range, convenient and practical.

Drawings

Fig. 1 is a schematic view of the overall structure of the present invention;

FIG. 2 is a schematic view of the exploded structure of the present invention;

fig. 3 is a schematic block circuit diagram of the present invention;

FIG. 4 is a schematic view of a body patch;

in the figure: 1. a key switch; 2. a decorative sheet; 3. a MICRO interface; 4. a TYPE-C interface; 5. a USB-A interface; 6. a USB-B interface; 7. an electric quantity indicator light; 8. a status indicator light; 9. a Bluetooth module; 10. a lower case; 11. a key switch of the jack A; 12. a PCB circuit board; 13. an electric core; 14. a gear-up key; 15. a jack A; 16. an upper shell; 17. a jack B; 18. a key switch of the jack B; 19. the down-shift key.

Detailed Description

The invention will be further described with reference to the accompanying drawings and specific embodiments:

as shown in fig. 1-3, take portable power source's electron physiotherapy massage appearance, including PCB circuit board 12, PCB circuit board 12 includes MCU control module, waveform generator module, power module, chargeable power module and the module of discharging are connected with MCU control module respectively, the module of charging is connected with MICRO interface 3 and TYPE-C interface 4 respectively, the module of discharging is connected with TYPE-C interface 4, USB-A interface 5, USB-B interface and two at least jack connections respectively. The MCU control module is used for detecting signals and controlling the waveform generator module, the rechargeable power supply module, the charging module and the discharging module to work, the waveform generator module generates sine waves, rectangular waves, triangular waves, mixed waveforms and the like required by physiotherapy massage, the rechargeable power supply module supplies power to the MCU control module and other modules, the charging module performs charging management on the rechargeable power supply module, and the discharging module performs discharging management on the mobile phone, the hot compress patch, the massage patch and the rechargeable power supply module. The MICRO interface and the TYPE-C interface 4 external adapter are used for charging the electronic physiotherapy instrument, the USB-A interface 5 and the USB-B interface are used for connecting an external load, the number of the USB interfaces is not less than 2, charging for a plurality of loads is facilitated, and the external load is a mobile phone or a hot compress patch. Each jack is connected with a massage plaster, wherein the number of the jacks is not less than 2, so that a plurality of massage plasters can be connected according to requirements. In the present embodiment, the receptacles include receptacle a15 and receptacle B17. As shown in fig. 4, the utility model can massage the corresponding part of the human body to achieve the effects of relieving muscle pain and relaxing the body.

As a specific improvement of this embodiment, the MCU control module is composed of a single chip microcomputer and its peripheral circuits, and the waveform generator module is composed of a waveform generation chip for generating adjustable standard sine waves, rectangular waves, triangular waves, mixed waveforms, etc., and its peripheral circuits.

This embodiment still includes key switch 1 module, and key switch 1 module is connected with MCU control module's input. The key switch 1 module comprises a jack key switch 1, an upshift key 14 and a downshift key 19. The key switch 1 wakes up the MCU control module, the jack key switch 1 controls the output of the jack to be turned on or off, and the shift-up key 14 and the shift-down key 19 control the shift of the massage patch connected with the jack to be increased or decreased.

This embodiment still includes the pilot lamp module, and the pilot lamp module is connected with MCU control module's output. The indicator light module comprises an electric quantity indicator light 7 and a state indicator light 8 and is used for displaying the electric quantity and the working state of the physical therapy massage instrument.

This embodiment still includes bluetooth module 9, and bluetooth module 9 is connected with MCU control module communication for connect cell-phone APP and electron physiotherapy massage appearance and carry out data transmission.

The rechargeable power supply module includes a rechargeable battery cell 13. The rechargeable power supply module can be charged by an external adapter and supplied with power by an external load. In an initial state, the key switch 1 is pressed down to wake up the MCU controller, the electric quantity indicator lamp 7 is normally on and displays the current electric quantity, the MCU controller detects an input signal and an output signal of an input end of the electronic physiotherapy instrument and a key pressing signal of the key switch 1 and the jack, and the electric quantity indicator lamp 73S is turned off; the MICRO end detects the input voltage, awakens the MCU controller, enables the charging signal, and the MCU controller receives the charging signal and starts charging. When the TYPE-C end detects input voltage, the MCU controller is awakened, the CC1 or CC2 pin of the single chip microcomputer detects the insertion of an input signal, a charging signal is enabled, and the MCU controller receives the charging signal and starts charging; when the CC1 or CC2 pin at the TYPE-C end detects that a load is inserted, the MCU is awakened, and discharging is started; and when the USB end detects the load, the MCU controller is awakened, the load is automatically identified, the discharging signal is enabled, and the MCU controller receives the discharging signal and starts discharging.

The embodiment further comprises an upper shell 16, a lower shell 10 and a decorative sheet 2, the PCB is surrounded by the upper shell 16 and the lower shell 10, the decorative sheet 2 penetrates through the MICRO interface 3, the TYPE-C interface 4, the USB-A interface 5 and the USB-B interface and is respectively connected with the upper shell 16 and the lower shell 10 in a buckling mode, various interfaces are exposed outside to facilitate connection of equipment, and meanwhile the decorative sheet 2 plays roles in decoration and tidiness of appearance.

The utility model discloses there are two kinds of control mode, manual control and APP control.

Manual control: in an initial transition state, a wake-up key is pressed to wake up the MCU controller, the electric quantity indicator lamp 7 is normally on and displays the current electric quantity, the MCU controller does not detect input signals and output signals of the input end of the electronic physical therapy massager and pressing signals of the key switch 11 and the jack key, all touch instructions of the APP are turned off, and the electric quantity indicator lamp 73S is turned off; pressing down the key switch 11 of the jack A15, turning on the output of the jack A15, turning on the output of the jack A15 status indicator light 8 normally, outputting a waveform of a default mode by the MCU controller, pressing down the key switch 18 of the jack B, turning on the output of the jack B17, turning on the output of the jack B17 status indicator light 8 normally, outputting a waveform of a default mode by the MCU controller, pressing the plus or minus gear button 19, and synchronously switching plus or minus gears by the jack A15 and the jack B17; jack a15 output is on, jack a key switch 11 is pressed, jack a15 output is off, jack a15 status indicator light 8 is off, jack B17 output is on, jack B key switch 18 is pressed, jack B17 output is off, jack B17 status indicator light 8 is off.

APP control: in an initial state, pressing a wake-up key to wake up the MCU controller, enabling the electric quantity indicator lamp 7 to be normally on and display the current electric quantity, turning on the Bluetooth of the mobile phone, connecting the electronic physiotherapy massage instrument equipment, turning on the APP, wherein the MCU controller does not detect input signals and output signals of the input end of the electronic physiotherapy instrument, and pressing signals of the key switch 1 and the jack key, all touch instructions of the APP are turned off, and the electric quantity indicator lamp 73S is turned off; the method comprises the steps that a button is switched on by touching an electronic physiotherapy instrument jack A15, the output of a jack A15 is switched on, a jack A15 status indicator lamp 8 is normally on, a waveform of a default mode is output by an MCU (microprogrammed control Unit), a button is switched on by touching a jack B17, the output of a jack B17 is switched on, a jack B17 status indicator lamp 8 is normally on, a waveform of a default mode is output by the MCU, a plus or minus gear button 19 is pressed, and a jack A15 and a jack B17 synchronously switch plus or minus gears; touch jack a15 output off button, jack a15 output off, jack a15 status indicator 8 goes out, touch jack B17 output off button, jack B17 output off, jack B17 status indicator 8 goes out. In addition, the MCU controller is provided with a plurality of physical therapy function modes, the jacks touch and switch various functions, for example, the jack A15 is a button for relieving the ache and the numbness, and the MCU controller outputs a waveform for relieving the ache and the numbness; the jack A15 is a button for promoting blood circulation, and the MCU controller switches and outputs a waveform for promoting a blood circulation mode; the jack A15 is a rehabilitation physiotherapy button, and the MCU controller switches and outputs a waveform of a rehabilitation physiotherapy mode; the jack A15 is a button for relieving scapulohumeral periarthritis and cervical spondylosis, and the MCU controller switches and outputs a waveform for relieving scapulohumeral periarthritis and cervical spondylosis; setting a current operation mode as a default mode; jack B17 is the same.

Various other changes and modifications may be made by those skilled in the art based on the above technical solutions and concepts, and all such changes and modifications should fall within the scope of the claims of the present invention.

Claims (7)

1. The utility model provides a take portable power source's electron physiotherapy massage appearance, includes PCB circuit board, its characterized in that: the PCB circuit board comprises an MCU control module, a waveform generator module, a chargeable power supply module, a charging module and a discharging module, wherein the waveform generator module, the chargeable power supply module, the charging module and the discharging module are respectively connected with the MCU control module, the chargeable power supply module is respectively connected with a MICRO interface and a TYPE-C interface, the discharging module is respectively connected with a TYPE-C interface, a USB-A interface, a USB-B interface and at least two jacks, the jacks are also connected with the waveform generator module, the MICRO interface and the TYPE-C interface are externally connected with a power supply, the USB-A interface and the USB-B interface are connected with a mobile phone or a hot compress patch, each jack is connected with a massage patch, the MCU control module is used for detecting signals and controlling the waveform generator module, the chargeable power supply module, the charging module and the discharging module to work, and the waveform generator module is used for, the mobile phone comprises a rechargeable power supply module, a discharging module, an upper shell, a lower shell and a decorative sheet, wherein the rechargeable power supply module supplies power, the charging module is used for charging management of the rechargeable power supply module, the discharging module is used for discharging management of the mobile phone, the hot compress patch, the massage patch and the rechargeable power supply module, the upper shell and the lower shell surround a PCB (printed circuit board), and the decorative sheet penetrates through a MICRO (MICRO-electro-mechanical System) interface, a TYPE-C (TYPE-C) interface, a USB-A (Universal Serial bus-A) interface and a USB-B (Universal Serial.

2. The electronic physiotherapy massage apparatus with mobile power supply of claim 1, wherein: the MCU control module is connected with the input end of the MCU control module.

3. The electronic physiotherapy massage apparatus with a mobile power supply of claim 2, wherein: the key switch module comprises a jack key switch, an upshift key and a downshift key.

4. The electronic physiotherapy massage apparatus with mobile power supply of claim 1, wherein: the MCU control module is connected with the output end of the MCU control module.

5. The electronic physiotherapy massage apparatus with mobile power supply of claim 4, wherein: the indicating lamp module comprises an electric quantity indicating lamp and a state indicating lamp.

6. The electronic physiotherapy massage apparatus with mobile power supply of claim 1, wherein: the Bluetooth module is in communication connection with the MCU control module.

7. The electronic physiotherapy massage apparatus with mobile power supply of claim 1, wherein: the rechargeable power supply module comprises a rechargeable battery cell.

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