TWM644834U - All-round pulsating negative potential therapy device - Google Patents

Abstract

This invention relates to an all-round pulsating negative potential therapy device, which includes a high-voltage transformer, an electric field adjustment circuit, a full-wave rectifier circuit, a smoothing circuit, and a cylindrical high-voltage metal electrode; it passes the city power through the high-voltage After the transformer boosts the voltage and the electric field adjustment circuit acts, it is rectified into a full-wave DC pulsating current by the full-wave rectifier circuit, and then the pulsating DC negative high voltage is introduced into the cylindrical high-voltage metal electrode, using the cylindrical high-voltage Metal electrodes can convert the introduced pulsating DC negative high voltage into a pulsating electric field in a 360-degree field space. As long as the human body is in this electric field and space field, it can produce periodic pulsating negative potential therapeutic effects, which not only improves the traditional constant Since the negative electric potential does not change in the negative electric field, it is easy to cause an inertia problem in which the effectiveness cannot be felt. This also makes the negative potential therapy device have the effect of expanding the range of use and improving the effectiveness of the use.

Description

All-round pulsating negative potential therapy device

The purpose of this invention is to provide an all-round pulsating negative potential therapy device, especially one that is simple to set up, simple to operate and use, convenient and safe. It can expand the scope of use of the negative potential therapy device and improve its effectiveness, and is extremely practical. A comprehensive, ideal and progressive pulsating negative potential therapy device.

Today, there are many types of negative potential therapeutic devices. However, it is well known that when people use these negative potential therapeutic devices, they must sit or lie on the insulated high-voltage metal electrode of the negative potential therapeutic device to create a negative potential electric field. The insulated high-voltage metal electrode pad passes through the human body and then reaches the counter electrode ground plate to form a complete circuit. Accordingly, through the continuous action of the negative potential electric field on the human body, the expected negative potential treatment effect can be achieved.

However, it is also known from the above that when using the above-mentioned traditional negative potential therapy device, the user must sit or lie on the insulated high-voltage metal electrode pad to produce therapeutic effects. Otherwise, once left, a complete circuit cannot be formed and the user cannot have any effect on the human body. , therefore, the traditional negative potential therapy device can only be used within the effective range between the insulated high-voltage metal electrode pad and the counter electrode, and is generally limited to use by a single person, and the use range, space and number of people are obviously limited. The lack of constriction.

Furthermore, since the negative potential output by the above-mentioned traditional negative potential therapy device is a stable negative DC high voltage, the negative electric field generated is a constant and unchanging DC negative electric field. Accordingly, using After users use the negative potential therapy device for a period of time, they will easily adapt and get used to the constant and unchanging negative electric field, which may lead to inertia problems such that they cannot feel the effectiveness, which in turn leads to the disadvantage of reducing the willingness to use it.

The main purpose of this invention is to provide an all-round pulsating negative potential therapeutic device that can improve the above shortcomings and enable the negative potential therapeutic device to expand its range of use and improve its efficiency.

In order to achieve the above purpose, this invention mainly includes a high-voltage transformer, an electric field adjustment circuit, a full-wave rectifier circuit, a smoothing circuit, and a cylindrical high-voltage metal electrode; it boosts the city power supply through the high-voltage transformer and adjusts the voltage. After the electric field adjustment circuit reaches a voltage corresponding to the electric field intensity suitable for the user, it is then rectified into a full-wave DC pulsating current by the full-wave rectifier circuit, and then the pulsating DC negative high voltage is introduced into the cylindrical high-voltage metal electrode, using the The cylindrical high-voltage metal electrode can convert the introduced pulsating DC negative high voltage into a pulsating electric field in a 360-degree field space. As long as the human body is in this electric field and space field, it can produce periodic pulsating negative potential therapeutic effects. It not only improves the inertia problem of the traditional constant negative electric field that tends to cause no effect due to no change in negative potential, but also enables the negative potential therapy device to expand its range of use and improve its effectiveness.

In order to enable your review committee to have a further understanding and recognition of the purpose, characteristics and functions of this creation, it is explained in detail below with the drawings and examples:

1: fuse

2:Power switch

3:Power indicator light

4: First current limiting resistor

5: High voltage indicator light

6: Second current limiting resistor

10:High voltage transformer

101: Zero voltage contact terminal

102:Highest voltage contact end

103: High voltage output contact terminal

20: Electric field adjustment circuit

201:Variable resistor

2011:Mobile contacts

2012: lowest voltage contact end

2013: Highest voltage contact end

30:Full wave rectifier circuit

301: Diode

302:Power input contact

303: High voltage input contact

304: Positive voltage output terminal

305: Negative voltage output terminal

40: Advection circuit

401:Capacitor

50: Cylindrical high-voltage metal electrode

51: Carrier

Figure 1 is a three-dimensional appearance view of the embodiment of this invention.

Figure 2 is a schematic cross-sectional view of Figure 1.

Figure 3 is a system block diagram of an embodiment of this invention.

Figure 4 is a circuit diagram of an embodiment of this invention.

Figure 5 is a perspective view of an embodiment of the cylindrical high-voltage metal electrode of this invention.

Figure 6 is a schematic plan view of an embodiment of the distribution and direction of the cylindrical high-voltage metal electrode power lines of this invention.

Please refer to Figures 1, 2, 3, 4, 5, and 6. The all-round pulsating negative potential therapy device of this invention mainly includes a high-voltage transformer 10, an electric field adjustment circuit 20, and a full-wave rectifier. Circuit 30, a flat current circuit 40, and a cylindrical high-voltage metal electrode 50; among them, the electric field adjustment circuit 20 is provided with a variable resistor 201 that can adjust the electric field intensity; the full-wave rectifier circuit 30 is a bridge rectifier circuit. For high voltages, at least four diodes 301 need to be provided depending on the withstand voltage specifications of the diodes; the smoothing circuit 40 is used to reduce the pulsation amplitude, and at least one capacitor 401 also needs to be provided depending on the withstand voltage specifications of the capacitor: the circuit The cylindrical high-voltage metal electrode 50 is a cylindrical metal mesh or metal sheet, which is installed and combined in an insulating carrier 51;

That is, in this invention, the high-voltage winding and the power winding of the high-voltage transformer 10 are isolated from each other and connected in series. The series connection point between the high-voltage winding and the power winding is the moving contact point of the variable resistor 201 of the electric field adjustment circuit 20 2011 is connected, and the city power supply is connected to the lowest voltage contact end 2012 and the highest voltage contact end 2013 of the variable resistor 201 respectively. By adjusting the variable resistor 201, the power supply voltage input to the high voltage transformer 10 can be adjusted to change the output voltage. The output AC power is then introduced into the full-wave rectifier circuit 30 to generate a pulsating current twice the power frequency. In order to reduce the amplitude of the pulsating current, the flat current is connected in parallel to the output end of the pulsating current. The capacitor 401 of the circuit 40 is used to reduce the ripple amplitude and produce a smoother and more comfortable pulsation effect. Therefore, the negative voltage terminal of the capacitor 401 is connected to the negative voltage output terminal 305 of the full-wave rectifier circuit 30 and introduced into the cylindrical high-voltage metal electrode 50. The cylindrical high-voltage metal electrode 50 can generate a 360-degree The omnidirectional negative potential pulsating high-voltage electric field, due to the negative potential electric field generated in the cylindrical high-voltage metal electrode 50, the direction of the electric power line is emitted from the wide zero-voltage into the cylindrical high-voltage metal electrode 50, and can form a 360 degree All-round negative potential electric field (as shown in Figure 6), so as long as the human body is in a wide range of zero voltage and the negative potential electric field and field space generated by the cylindrical high-voltage metal electrode 50, all-round pulsating negative potential will be obtained. The effect of potential therapy.

That is to say, this invention connects one end of the city power supply to the lowest voltage contact end 2012 of the variable resistor 201 of the electric field adjustment circuit 20 through the fuse 1 and then through the power switch 2, and connects the other end of the city power supply directly to the electric field adjustment circuit. The highest voltage contact end 2013 of the variable resistor 201 of the circuit 20 is connected, and the power indicator light 3 is connected across the lowest voltage contact end 2012 and the highest voltage contact end 2013 of the variable resistor 201. When When the power switch 2 is closed, city power is applied to the lowest voltage contact end 2012 and the highest voltage contact end 2013 of the variable resistor 201, causing the power indicator light 3 to light up; The lowest voltage contact end 2012 is connected to the zero-voltage contact end 101 of the mains power input of the high-voltage transformer 10. The moving contact 2011 of the variable resistor 201 is connected to the mains power supply of the high-voltage transformer 10 through the first current limiting resistor 4. The power input highest voltage contact end 102 is connected. When the power switch 2 is closed, the voltage of the zero voltage contact end 101 and the highest voltage contact end 102 of the high voltage transformer 10 depends on the voltage of the variable resistor 201 The moving contact 2011 is rotated leftward toward the lowest voltage contact end 2012 or clockwise toward the highest voltage contact end 2013. When the moving contact 2011 of the variable resistor 201 is closer to When the lowest voltage contact end 2012 is, the voltage on the zero voltage contact end 101 and the highest voltage contact end 102 of the high voltage transformer 10 is lower; when the moving contact 2011 of the variable resistor 201 and the lowest When the voltage contact terminals 2012 overlap, the high-voltage transformer The voltage on the zero voltage contact end 101 and the highest voltage contact end 102 of 10 is equal to zero; when the moving contact 2011 of the variable resistor 201 is closer to the highest voltage contact end 2013, the high voltage transformer 10 The higher the voltage between the zero voltage contact end 101 and the highest voltage contact end 102; and when the moving contact 2011 of the variable resistor 201 completely overlaps the highest voltage contact end 2013, the high voltage The voltage between the zero-voltage contact end 101 and the highest voltage contact end 102 of the transformer 10 is equal to the voltage of the city power input; that is, the zero-voltage contact end 101 and the highest voltage contact end of the high-voltage transformer 10 The terminal 102 is the power input winding, and the highest voltage contact terminal 102 and the high voltage output contact terminal 103 are high voltage windings. The power input winding and the high voltage winding are isolated from each other and connected in series from end to end to form an autotransformer. Because the high voltage The winding has more turns than the power winding. Therefore, the voltage output by the high-voltage winding is higher than the input voltage of the power winding. Therefore, changing the position of the variable resistor 201 can change the zero-voltage contact point of the high-voltage transformer 10 The voltage across the terminal 101 and the highest voltage contact terminal 102 changes the voltage output by the high voltage output contact terminal 103, and the higher the voltage across the zero voltage contact terminal 101 and the highest voltage contact terminal 102, the The voltage output by the high voltage output contact terminal 103 is also higher.

As mentioned above, when the power switch 2 is open, since the variable resistor 201 of the electric field adjustment circuit 20 has no power supply, the zero voltage contact end 101 and the highest voltage contact end 102 on the high voltage transformer 10 also If there is no power supply, the highest voltage contact end 102 and the high voltage output contact end 103 of the high voltage transformer 10 will have no high voltage output, and the power indicator light 3 will go out.

Subsequently, the moving contact 2011 of the variable resistor 201 of the electric field adjustment circuit 20 is connected to the mains power input contact 302 of the full-wave rectifier circuit 30 (bridge rectifier circuit), and the high-voltage output of the high-voltage transformer 10 The contact terminal 103 is connected to the high-voltage input contact 303 of the full-wave rectifier circuit 30 (bridge rectifier circuit). Accordingly, through the action of the full-wave rectifier circuit 30, the full-wave rectifier circuit can The positive voltage output terminal 304 and the negative voltage output terminal 305 of the rectifier circuit 30 output a pulsating DC current whose frequency is twice the power frequency. Among them, since the positive voltage pulsating DC current output at the positive voltage output terminal 304 of the full-wave rectifier circuit 30 and the negative voltage pulsating DC current output at the negative voltage output terminal 305 are not smoothed at all, a relatively large amount of current will be generated. The large pulsation amplitude will cause the pulsating electric field to cause excessive impact on the human body. Therefore, the positive voltage output terminal 304 and the negative voltage output terminal 305 of the full-wave rectifier circuit 30 that outputs the pulsating DC current are connected in parallel with the capacitor with a small capacitance. 401 serves as an advection circuit 40 to reduce the amplitude of the ripple, and thereby moderate the amplitude of the pulsation to create a smoother and more comfortable negative potential electric field.

As mentioned above, in order to show whether the negative high-voltage pulsating DC current after the full-wave rectifier circuit 30 is output normally, a high-voltage indicator light is connected in series between the positive voltage output terminal 304 and the negative voltage output terminal 305 of the high-voltage pulsating DC current. 5 and a second current-limiting resistor 6, wherein the high-voltage indicator lamp 5 is connected to the positive voltage output terminal 304 of the full-wave rectifier circuit 30, and the other end is connected in series with the second current-limiting resistor 6 and connected to the negative voltage output terminal 304 of the full-wave rectifier circuit 30. Voltage output terminal 305.

Subsequently, the negative voltage output terminal 305 of the full-wave rectifier circuit 30 is connected to the negative voltage terminal of the capacitor 401 of the smoothing circuit 40 and introduced into the cylindrical high-voltage metal electrode 50, so that the cylindrical high-voltage metal electrode 50 generates a negative potential electric field. Since the direction of the electric power line of the cylindrical high-voltage metal electrode 50 is from a wide zero-voltage emission into the cylindrical high-voltage metal electrode 50 (as shown in Figure 6), the cylindrical high-voltage metal electrode 50 is The metal electrode 50 will form a 360-degree all-round negative potential electric field distribution. Furthermore, as long as the human body is in a wide area of zero voltage and a negative potential electric field and field space where the cylindrical high-voltage metal electrode 50 is distributed, the negative potential electric field will It can pass through the human cell membrane to achieve the effect of enhancing cell vitality and promoting physical health.

As mentioned above, due to the movement of the variable resistor 201 in the electric field adjustment circuit 20 The first current limiting resistor 4 is connected in series between the contact point 2011 and the highest voltage contact end 102 of the power input of the high voltage transformer 10, so the current passing through the variable resistor 201 will be limited. According to This prevents sparks from being generated at the carbon film contact points between the moving contact 2011 of the variable resistor 201 and the lowest voltage contact end 2012 and the highest voltage contact end 2013, thereby preventing burnout.

As mentioned above, since the variable resistor 201 of the electric field adjustment circuit 20 can adjust the voltage arbitrarily, when using this invention, according to the needs of different users, the voltage can be adjusted to the corresponding voltage suitable for the electric field intensity of the user to achieve improvement. Use potency effects.

As mentioned above, since this invention uses a wide ground connection between alternating current and transmission and distribution ground zero potential as the counter electrode, there is no need to set up another counter electrode or another ground wire during implementation, and it is easy to use.

As mentioned above, since the cylindrical high-voltage metal electrode 50 of the present invention is installed and combined in the insulating carrier 51, it will have the effect of safety in use.

Above, according to the motion quantity theorem Ft=△MV, where F is the average force, t is time, M is the mass of the object, V is the speed, and △ is the amount of change; since this formula can be understood as the impact force and its effect on the object Time is equal to the change in the momentum of the object; and in the field of electricity, M is equivalent to the electric field penetration of the completely DC and completely unchanged stable electric field (ripple is equal to zero), and V is equivalent to the change speed per unit time, that is Power frequency, △ is equivalent to the amplitude of change, that is, the size of the ripple. For a DC electric field, when the load is a constant value, the size of the ripple is inversely proportional to the capacity of the capacitor. The larger the capacitance, the smaller the ripple. The power line of the electric field The penetrating power is small, the capacitance is small, the ripple is large, and the electric field power line has a large penetrating power. It can be seen from this that when the mass of M remains unchanged, the force V is applied for a short time and the impact force Ft is large. Therefore, the impact force of an electric field with a large change must be greater than a stable electric field with no change at all. Field, as far as the ripple current of this invention passes through the bridge full-wave rectifier circuit at the market power frequency of 50HZ or 60HZ, the penetrating power of the pulsating negative potential electric field generated by it through the human cell membrane must be greater than the frequency equal to zero. A completely unchanging DC stable electric field, and its effect in enhancing cell vitality must always be greater than a completely unchanging DC stable electric field with a frequency equal to zero.

As mentioned above, the pulsating negative potential electric field generated by this invention not only has the effect of enhancing cell activity, but also uses the effect of the pulsating negative electric field to make it easier for conventional negative potential therapy devices to maintain a constant and unchanging negative electric field. Substantial improvement can be achieved to solve the inertia problem of not feeling the performance, which will have the effect of improving the performance of use.

Furthermore, since this creation uses the cylindrical high-voltage metal electrode 50 to generate a 360-degree all-round pulsating negative potential electric field, the human body can achieve the expected therapeutic effect as long as it is in the electric field and spatial field. It is known that the conventional negative potential therapy device has the disadvantages of limited number of users, space and scope. This can be improved, and has the effect of expanding the scope of use and improving the efficiency of use.

In other words, using this creation will have at least the following advantages:

1. Simple to set up and economical.

2. It is easy, convenient and safe to operate and use, and is easy to implement.

3. It can expand the range of use and improve the efficiency of negative potential therapy devices.

4. It is small in size, light in weight and has good maneuverability. It can be moved to different locations according to different usage requirements without being restricted by the usage site.

To sum up, the present invention is an all-round pulsating negative potential therapy device that obviously provides better performance than the conventional ones. Although its device and structure do not appear complicated and cumbersome, the overall operation concept is very practical. The specificity and application of similar products have not been seen at present, so Since it has met the requirements of "novelty and advancement" for a new type patent application, we sincerely ask the review committee to review it and grant the patent. Thank you for your prayers.

However, the above are only the preferred embodiments of this invention, and any functional changes and modifications made in accordance with the spirit of this invention should still be included in the patent application scope of this invention.

10:High voltage transformer

20: Electric field adjustment circuit

30:Full wave rectifier circuit

40: Advection circuit

50: Cylindrical high-voltage metal electrode

Claims (5)

An all-round pulsating negative potential therapy device, including a high-voltage transformer, an electric field adjustment circuit, a full-wave rectifier circuit, a smoothing circuit and a cylindrical high-voltage metal electrode; wherein, the electric field adjustment circuit is provided with a variable resistor; the The full-wave rectifier circuit is provided with a positive voltage output terminal and a negative voltage output terminal; the smoothing circuit is provided with a capacitor; the high-voltage winding and the power winding of the high-voltage transformer are isolated from each other and connected in series, and the series connection point of the high-voltage winding and the power winding is with The moving contacts of the variable resistor of the electric field adjustment circuit are connected, and the city power supply is respectively connected to the lowest voltage contact end and the highest voltage contact end of the variable resistor. Adjusting the variable resistor can adjust the input voltage of the high-voltage transformer. The power supply voltage changes the level of the output voltage. The output alternating current is introduced into the full-wave rectifier circuit and generates a pulsating current twice the power frequency. The output of the pulsating current is connected in parallel to the capacitor of the smoothing circuit, and the negative voltage of the capacitor The negative voltage output terminal of the full-wave rectifier circuit is connected to the cylindrical high-voltage metal electrode. The omnidirectional pulsating negative potential therapeutic device as described in claim 1, wherein the full-wave rectifier circuit is a bridge rectifier circuit. The omnidirectional pulsating negative potential therapy device as described in claim 1, wherein the cylindrical high-voltage metal electrode is a cylindrical metal mesh or metal sheet, and the cylindrical high-voltage metal electrode is installed and combined on an insulated carrier. inside the body. The omnidirectional pulsating negative potential therapeutic device as described in claim 1, wherein a power indicator light is connected across the lowest voltage contact end and the highest voltage contact end of the variable resistor of the electric field adjustment circuit. The omnidirectional pulsating negative potential therapeutic device as described in claim 1, wherein the output end of the pulsating current of the full-wave rectifier circuit is connected in series with a high-voltage indicator light and a current-limiting resistor.

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