CN208436059U - A kind of independent dual temperature control moxibustion device - Google Patents

Abstract

The utility model relates to medical health fields, specifically design a kind of independent dual temperature control moxibustion device, including heating module, the first temperature sensing module and the first controller module, it is connected with each other between the heating module, the first temperature sensing module and main controller module；A separate controller module and second temperature detecting module are additionally provided between first controller and the heating module；The separate controller module is connected with main controller module, second temperature detecting module respectively；The second temperature detecting module is used to detect the real time temperature of the moxibustion head and real time temperature is sent to the separate controller module.The utility model between heating module and main controller module by being arranged a separate controller module, control the energized state in the circuit, it prevents in the first temperature sensing module failure, the accident that heating module continues heating scald human body occurs, and increases the safety of moxibustion device.

Description

A kind of independent dual temperature control moxibustion device

Technical field

The utility model relates to medical health field more particularly to a kind of independent dual temperature control moxibustion devices.

Background technique

The design of heat generating device inside moxibustion head in the prior art generally comprises a temperature control modules and one There are one temperature sensing modules for heating module, and when temperature sensing module failure, temperature control modules cannot obtain moxibustion head Temperature, cause heating module continuous heating, by human body scald accident occur.

Utility model content

In view of the deficiencies in the prior art or insufficient, the technical problem to be solved by the utility model is to provide one For kind in temperature sensing module failure, moxibustion head will not scald the moxibustion device of human body.

To achieve the goals above, the technical solution that the utility model is taken is to provide a kind of independent dual temperature control moxa-moxibustion dress It sets, including heating module, the first temperature sensing module and the first controller module, the heating module, the first temperature sensing It is connected with each other between module and main controller module；The heating module is used to heat the moxibustion head of moxibustion device, and described the One temperature sensing module is used to detect the real time temperature of the moxibustion head and real time temperature is sent to the first controller module；Institute The first controller module is stated for controlling the heated condition of the heating module, first controller and the heating module it Between be additionally provided with a separate controller module and second temperature detecting module；The separate controller module respectively with master controller mould Block, second temperature detecting module are connected；The separate controller module is used to control the power supply state for flowing to the heating module, The second temperature detecting module is used to detect the real time temperature of the moxibustion head and real time temperature is sent to the independent control Device module processed.When temperature is more than temperature threshold set in separate controller module, the separate controller module cutting The power-on circuit of heating module, the moxibustion device stop working.

The master controller includes a communication interface, the independent control as a further improvement of the utility model, Module, the first temperature control modules, second temperature control module and the heating module by the communication interface with it is described Main controller module is connected.

As a further improvement of the utility model, the separate controller module include resistance wire L101, resistance R101, Resistance R102, resistance R103, resistance R104, adjustable resistance R105, resistance R106, resistance R107, capacitor C101, capacitor C102, Zener diode D101, light emitting diode D102, Micro-processor MCV 101, key switch S101, N-MOS pipe Q101；It is described micro- Processor MCU1 includes stitch 1, stitch 2, stitch 3, stitch 4, stitch 5, stitch 6, stitch 7 and stitch 8；The stitch 1 divides It is not connected with capacitor C1, resistance R1, another termination GND of the capacitor C101；The other end of the capacitor R101 respectively with electricity Hinder silk L101, the cathode of zener diode D101 is connected, another termination 5V power end of the resistance wire L1, two pole of pressure stabilizing The anode of pipe D101 meets GND and is connected with one end of resistance R102；The other end of the resistance R102 respectively with N-MOS pipe Q101 Grid G, resistance R103 be connected；Another termination stitch 4 of the resistance R103, the drain D of the N-MOS pipe Q101 with it is described Communication interface is connected, and the source S of the N-MOS pipe Q101 meets GND and is connected with the communication interface；The stitch 2 and key Switch S101, which is connected, is followed by GND；The stitch 3 meets GND；The stitch 5 meets GND；The stitch 6 and the light emitting diode The cathode of D102 is connected, and the anode of the light emitting diode D102 is connected with resistance R107；The other end of the resistance R107 point It is not connected with stitch 1, resistance R106, the other end of the resistance R106 and the resistance R104, capacitor C102, adjustable resistance R105 is respectively connected with, and the other end of the resistance R104 is connected with stitch 7, another termination GND of the capacitor C102, it is described can Adjust another termination GND of resistance R105.

The second temperature detecting module includes adjustable resistance R108 as a further improvement of the utility model, described A termination GND of adjustable resistance R108, the other end are connected with the separate controller module.

The separate controller module is equipped with temperature threshold, the temperature threshold as a further improvement of the utility model, Value is 50-55 degree, when the second temperature detecting module detects that the temperature of moxibustion head is more than the temperature threshold, the independence Control module disconnecting power switch.A range, which is arranged, to be needed pair since sensing capability of the men and women, old and young for temperature is different Temperature threshold is finely adjusted, to reach better therapeutic effect.

The temperature threshold is 50 degree as a further improvement of the utility model,.

The beneficial effects of the utility model are: the utility model between heating module and main controller module by being arranged One separate controller module, controls the energized state in the circuit, it is therefore prevented that in the first temperature sensing module failure, hair The accident that thermal modules continue heating scald human body occurs, and increases the safety of moxibustion device.

Detailed description of the invention

Fig. 1 is the circuit module block diagram of the utility model；

Fig. 2 is the main controller module circuit diagram of the utility model；

Fig. 3 is the separate controller module circuit diagram of the utility model；

Fig. 4 is the heating module circuit diagram of the utility model.

Specific embodiment

The present invention will be further described for explanation and specific embodiment with reference to the accompanying drawing.

As shown in Figs 1-4, the utility model provides a kind of independent dual temperature control moxibustion device, including heating module, the first temperature Spend detecting module and the first controller module, the heating module, the first temperature sensing module and main controller module it Between be connected with each other；The heating module is used to heat the moxibustion head of moxibustion device, and the first temperature sensing module is for detecting Real time temperature is simultaneously sent to the first controller module by the real time temperature of the moxibustion head；First controller module is for controlling The heated condition of the heating module is made, an independent control mould is additionally provided between first controller and the heating module Block and second temperature detecting module；The separate controller module respectively with main controller module, second temperature detecting module phase Even；The separate controller module is for controlling the power supply state for flowing to the heating module, the second temperature detecting module For detecting the real time temperature of the moxibustion head and real time temperature being sent to the separate controller module.By original On the basis of, a separate controller module is set between main controller module and heating module and controls the energization in the circuit and breaks Electricity reaches, and in main controller module or the first temperature detecting module failure, the separate controller module can control institute Heating module normal work is stated, and the real time temperature for the moxibustion head that the second temperature detection module detects is sent to independence Controller module, when temperature is more than temperature threshold set in separate controller module, the separate controller module is cut The power-on circuit of disconnected heating module, the moxibustion device stop working.

Further, after cutting off the power, after needing to restart manually the key switch S101 on the moxibustion device Work can just be re-started.

Specifically, the master controller includes a communication interface, the separate controller module, the first temperature control mould Block, second temperature control module and the heating module are connected by the communication interface with the main controller module.Institute Stating separate controller module includes resistance wire L101, resistance R101, resistance R102, resistance R103, resistance R104, adjustable resistance R105, resistance R106, resistance R107, capacitor C101, capacitor C102, zener diode D101, light emitting diode D102, micro process Device MCU101, key switch S101, N-MOS pipe Q101；The Micro-processor MCV 1 includes stitch 1, stitch 2, stitch 3, stitch 4, stitch 5, stitch 6, stitch 7 and stitch 8；The stitch 1 is connected with capacitor C1, resistance R1 respectively, the capacitor C101's Another termination GND；The other end of the capacitor R101 is connected with the cathode of resistance wire L101, zener diode D101 respectively, institute Another termination 5V power end of resistance wire L1 is stated, the anode of the zener diode D101 connects GND and one end with resistance R102 It is connected；The other end of the resistance R102 is connected with the grid G of N-MOS pipe Q101, resistance R103 respectively；The resistance R103's The drain D of another termination stitch 4, the N-MOS pipe Q101 is connected with the communication interface, the source S of the N-MOS pipe Q101 It meets GND and is connected with the communication interface；The stitch 2 is connected with key switch S101 is followed by GND；The stitch 3 meets GND； The stitch 5 meets GND；The stitch 6 is connected with the cathode of the light emitting diode D102, and the light emitting diode D102 is just Pole is connected with resistance R107；The other end of the resistance R107 is connected with stitch 1, resistance R106 respectively, the resistance R106's The other end is respectively connected with the resistance R104, capacitor C102, adjustable resistance R105, the other end and stitch of the resistance R104 7 are connected, another termination GND of another termination GND of the capacitor C102, the adjustable resistance R105.

The second temperature detecting module includes adjustable resistance R108, and the one of the adjustable resistance R108 terminates GND, another End is connected with the separate controller module.

The separate controller module is equipped with temperature threshold, and the temperature threshold is 50-55 degree, when the second temperature is visited It surveys module and detects that the temperature of moxibustion head is more than the temperature threshold, the individual control module disconnecting power switch.The temperature The size for spending threshold value is 50 degree.When moxibustion head is heated to above preset temperature threshold by heating module, the independent control Device module cuts off circuit, it is therefore prevented that heating module continues to heat up, and scalds human body.

The beneficial effects of the utility model are: by the way that an independent control is arranged between heating module and main controller module Device module processed, controls the energized state in the circuit, it is therefore prevented that in the first temperature sensing module failure, heating module continues The accident of heating scald human body occurs, and increases the safety of moxibustion device.

It, cannot the above content is specific preferred embodiment further detailed description of the utility model is combined Assert that the specific implementation of the utility model is only limited to these instructions.For the ordinary skill of the utility model technical field For personnel, without departing from the concept of the premise utility, a number of simple deductions or replacements can also be made, should all regard To belong to the protection scope of the utility model.

Claims (6)

1. a kind of independent dual temperature control moxibustion device, including heating module, the first temperature sensing module and the first controller module, It is connected with each other between the heating module, the first temperature sensing module and main controller module；The heating module is for adding The moxibustion head of hot moxibustion device, the first temperature sensing module are used to detect the real time temperature of the moxibustion head and will be warm in real time Degree is sent to the first controller module；First controller module is used to control the heated condition of the heating module, special Sign is, a separate controller module and second temperature detection mould are additionally provided between first controller and the heating module Block；The separate controller module is connected with main controller module, second temperature detecting module respectively；The independent control mould Block is for controlling the power supply state for flowing to the heating module, and the second temperature detecting module is for detecting the moxibustion head Real time temperature is simultaneously sent to the separate controller module by real time temperature.

2. independent dual temperature control moxibustion device according to claim 1, which is characterized in that the master controller includes a communication Interface, the separate controller module, the first temperature control modules, second temperature control module and the heating module are logical The communication interface is crossed to be connected with the main controller module.

3. independent dual temperature control moxibustion device according to claim 2, which is characterized in that the separate controller module includes Resistance wire L101, resistance R101, resistance R102, resistance R103, resistance R104, adjustable resistance R105, resistance R106, resistance R107, capacitor C101, capacitor C102, zener diode D101, light emitting diode D102, Micro-processor MCV 101, key switch S101, N-MOS pipe Q101；The Micro-processor MCV 1 includes stitch 1, stitch 2, stitch 3, stitch 4, stitch 5, stitch 6, stitch 7 and stitch 8；The stitch 1 is connected with capacitor C1, resistance R1 respectively, another termination GND of the capacitor C101；The electricity The other end for holding R101 is connected with the cathode of resistance wire L101, zener diode D101 respectively, the other end of the resistance wire L1 5V power end is connect, the anode of the zener diode D101 meets GND and is connected with one end of resistance R102；The resistance R102's The other end is connected with the grid G of N-MOS pipe Q101, resistance R103 respectively；Another termination stitch 4 of the resistance R103, it is described The drain D of N-MOS pipe Q101 is connected with the communication interface, the source S of the N-MOS pipe Q101 connect GND and with the communication Interface is connected；

The stitch 2 is connected with key switch S101 is followed by GND；The stitch 3 meets GND；The stitch 5 meets GND；The stitch 6 are connected with the cathode of the light emitting diode D102, and the anode of the light emitting diode D102 is connected with resistance R107；The electricity The other end of resistance R107 is connected with stitch 1, resistance R106 respectively, the other end of the resistance R106 and the resistance R104, electricity Appearance C102, adjustable resistance R105 are respectively connected with, and the other end of the resistance R104 is connected with stitch 7, and the capacitor C102's is another One termination GND, another termination GND of the adjustable resistance R105.

4. independent dual temperature control moxibustion device according to claim 3, which is characterized in that the second temperature detecting module packet Adjustable resistance R108, a termination GND of the adjustable resistance R108 are included, the other end is connected with the separate controller module.

5. independent dual temperature control moxibustion device according to claim 2, which is characterized in that the separate controller module is equipped with Temperature threshold, the temperature threshold are 50-55 degree, when the second temperature detecting module detects that the temperature of moxibustion head is more than institute State temperature threshold, the individual control module disconnecting power switch.

6. independent dual temperature control moxibustion device according to claim 5, which is characterized in that the temperature threshold is 50 degree.