CN116838149A - A far-infrared sauna with low electric and magnetic field radiation - Google Patents

Abstract

The application of the present invention discloses a far-infrared sauna with low electric field and magnetic field radiation, which includes a sauna body, a control unit, a shielding module and a far-infrared heating module. The control unit is electrically connected to the far-infrared heating module; the low electric field and magnetic field radiation The far-infrared sauna room consists of the base plate of the sauna body composed of interior panels, structural panels and exterior panels. The multi-layer plate structure can effectively absorb external fields and magnetic fields. At the same time, the metal plates set between the structural panels and exterior panels The foil film can better isolate external electric fields and magnetic fields from entering the sauna body, so that the sauna can effectively reduce the conduction of external electric fields and magnetic fields into the human body. On the other hand, by covering the far-infrared heating module and control unit The shielding module is provided to effectively shield the electric field and magnetic field of the control unit and far-infrared heating module from affecting the human body; the sauna can better shield the magnetic field and electric field radiation during use, effectively reducing the impact of the electric field and magnetic field on the human body.

Description

A far-infrared sauna with low electric and magnetic field radiation

Technical field

The invention relates to the technical field of construction machinery, and in particular to a far-infrared sauna room with low electric field and magnetic field radiation.

Background technique

As people's demands for life increase, they pay more and more attention to human health, and many people use health care equipment for health care. The far-infrared sauna is a good health care equipment, emitting 5.6-15um far-infrared rays. The frequency of light waves in this band is consistent with the vibration frequency of water molecules in human cells, causing the water molecules in human cells to resonate and vibrate faster. Strengthen the function of human cells, speed up metabolism, and have health care effects on the human body.

The far-infrared sauna made based on the far-infrared health-care mechanism has a suitable space and is comfortable to use. The human body is irradiated by far-infrared rays internally, and has good health-care effects, so it is very popular.

However, because the far-infrared rays in the sauna are generated by current, electromagnetic radiation will occur when there is current. This electromagnetic radiation includes electric field radiation and magnetic field radiation, which are harmful to the human body. Therefore, when designing a far-infrared sauna, it is necessary to not only enhance the effect of far-infrared rays, but also reduce the harm of electromagnetic radiation to the human body.

The existing far-infrared saunas on the market have the following problems:

1. Some far-infrared saunas do not have any electromagnetic radiation control, and the electric field and magnetic field radiation are both high.

This kind of far-infrared sauna does not consider the harm of electromagnetic radiation to the human body at all. When the human body is in the sauna, it is very close to the heating plate circuit. The electromagnetic radiation generated by the circuit has a greater harmful effect on the human body. Long-term use will have a negative impact on the human body. Radiation damage may even be greater than the health care of the human body.

2. Some far-infrared saunas have certain electromagnetic radiation control, the magnetic field they generate is low and the electric field they generate is high.

Some far-infrared saunas consider the control of electromagnetic radiation and have taken certain control measures, but the results are mostly to control magnetic field radiation, but not to control electric field radiation. The harm caused by electric field radiation to the human body includes the following aspects:

(1) Affects the nervous system: It may cause symptoms such as headache, insomnia, fatigue, and mood swings.

(2) Affects cognitive function: leading to symptoms such as inattention, memory loss, and mood swings.

(3) Affects the immune system: It may weaken the function of the immune system and increase the risk of infectious diseases.

(4) Impact on the reproductive system: Some studies have shown that electric fields may have a negative impact on male reproductive capacity and sperm quality, and may also have an impact on women's menstrual cycles.

Therefore, it can be seen that existing far-infrared sauna rooms have large electric field radiation and/or magnetic field, which is not conducive to people using far-infrared sauna rooms for health care.

Contents of the invention

In order to solve the above technical problems, a far-infrared sauna room with low electric field and magnetic field radiation is provided.

In order to achieve the above purpose, the following solution is provided: a far-infrared sauna with low electric field and magnetic field radiation, including a sauna body, a control unit, a shielding module and a far-infrared heating module. The control unit is installed at the sauna body and controls The unit is electrically connected to the far-infrared heating module. The far-infrared heating module is installed in the sauna body. The shielding module is wrapped around the sauna body and the far-infrared heating module. The far-infrared heating module includes a connecting mechanism and a far-infrared heating plate. , one end of the connection mechanism is electrically connected to the far-infrared heating plate, and the other end of the connection mechanism is electrically connected to the control unit. The connection mechanism includes a first connection wire, a second connection wire and a connection joint. The first connection wire One end of the first connection wire is provided with a connection joint, and the connection joint is inserted into the control unit. The other end of the first connection wire is provided with a first live wire terminal, a first neutral wire terminal and a first ground terminal. One end of the second connection wire is connected to the remote control unit. The infrared heating plate is connected. The other end of the second connection wire is provided with a second live wire terminal, a second neutral wire terminal and a second ground terminal. The first live wire terminal, the first neutral wire terminal and the first ground terminal are respectively connected to the first live wire terminal. The two live wire terminals, the second neutral wire terminal and the second ground terminal are connected in a one-to-one correspondence. The shielding module includes a sleeve mechanism and a metal shielding foil film. The sauna room body is wrapped with a layer of metal shielding foil film. The sleeve The tube mechanism includes a first shielding sleeve, a second shielding sleeve, a third shielding sleeve and a fourth shielding sleeve. The first shielding sleeve is set at the control unit, and the second shielding sleeve is set at the control unit. At the first connecting wire, the third shielding sleeve is set outside the first live wire terminal, the first neutral wire terminal, the first ground terminal, the second live wire terminal, the second neutral wire terminal and the second ground terminal, and the fourth shielding sleeve is The pipe sleeve is located at the second connecting wire.

Further, the second shielding tube, the third shielding tube and the fourth shielding tube are connected end to end in sequence.

Further, the control unit includes a control panel and a control host. The control host is installed on the outside of the sauna body. The control panel is installed on the surface of the sauna body. The control host is electrically connected to the control panel. The connection joint is inserted into the control host. The control host is electrically connected to the control host, and the control host is connected to the external power supply through a power cord. The power cord has a ground wire, and the power cord outer cover is provided with a first shielding sleeve.

Further, a reading light is provided on the top of the sauna body, and the reading light is electrically connected to the control host.

Further, the sauna room body includes a plurality of substrates, and the sauna body is formed by a plurality of substrates that are surrounded and closed. The substrates include exterior panels, structural panels and interior panels that are fixedly connected in sequence from the outside to the inside. The metal shielding foil The membrane is placed between the exterior cladding and the structural panels.

Furthermore, the structural panel is provided with an installation groove, the far-infrared heating plate is installed in the installation groove, and the interior panel is provided with a screen adapted to the far-infrared heating plate.

Further, a door is provided on the front of the sauna room body and an observation window is provided on the door. Ventilation windows are provided on both sides of the sauna room body.

The working principle and advantage of the present invention are that this far-infrared sauna with low electric field and magnetic field radiation uses the base plate of the sauna body composed of interior panels, structural panels and exterior panels, and the multi-layer plate structure can effectively absorb external fields. and magnetic field. At the same time, the metal foil film set between the structural plate and the exterior decorative plate can better isolate the external electric field and magnetic field from entering the sauna body, so that the sauna room can effectively reduce the conduction of external electric fields and magnetic fields into the human body. , on the other hand, by installing a shielding module on the far-infrared heating module and the control unit, the influence of the electric field and magnetic field of the control unit and the far-infrared heating module on the human body is effectively shielded; this sauna can better shield the magnetic field during use. and electric field radiation, effectively reducing the impact of electric fields and magnetic fields on the human body.

Description of the drawings

Figure 1 is a structural diagram of the present invention;

Figure 2 is a structural diagram of the far-infrared heating module of the present invention.

The reference signs in the drawings of this specification include:

11. Exterior trim panel, 12. Metal shielding foil film, 13. Structural panel, 14. Installation slot, 15. Interior panel, 21. Control panel, 22. Control host, 23. Power cord, 24. Reading light, 31 .The first shielding sleeve, 32. The second shielding sleeve, 33. The third shielding sleeve, 34. The fourth shielding sleeve, 41. The first connecting wire, 42. The connecting connector, 43. The first live wire terminal, 44. The first neutral terminal, 45. The first ground terminal, 46. The second connecting wire, 47. The second live wire terminal, 48. The second neutral terminal, 49. The second ground terminal, 5. Far infrared heating plate .

Detailed ways

The following is a further detailed description through specific implementation methods:

As shown in Figure 1 and Figure 2:

A far-infrared sauna with low electric field and magnetic field radiation, including a sauna body, a control unit, a shielding module and a far-infrared heating module. The sauna body constitutes the main sauna space, and the control unit is used to control the work of the infrared heating module. The far-infrared heating module is used to emit 5.6-15um far-infrared rays to perform far-infrared sauna on the human body. The shielding module is used to shield the electric and magnetic fields generated by the control unit, the wires of the far-infrared heating unit and the external conduction to the sauna body; The far infrared heating module includes a connecting mechanism and a far infrared heating plate 5. The far infrared heating plate 5 is a far infrared heating plate 5 without electromagnetic radiation. The connecting mechanism is used for the far infrared heating plate 5 and the control unit. The connecting mechanism consists of a first connecting wire 41 , the second connecting wire 46 and the connecting joint 42 are composed of the first connecting wire 41 and the second connecting wire 46. Both are three-wire structures, including live wires, neutral wires and ground wires. The first live wire terminal at the first connecting wire 41 43. The first neutral terminal 44 and the first ground terminal 45 are respectively adapted and connected with the second live terminal 47, the second neutral terminal 48 and the second ground terminal 49 at the second connection wire 46, so that the first connection The wire 41 is connected to the second connecting wire 46, and the first connecting wire 41 and the second connecting wire 46 on the edge are separated and connected. The connecting joint 42 at the end of the first connecting wire 41 is inserted into the control unit, and the second connecting wire 41 is connected to the control unit. 46 is connected to the far-infrared heating plate 5, so that the control unit can control the operation of the far-infrared heating plate 5;

The shielding module includes a casing mechanism and a metal shielding foil film 12. The metal shielding foil film is an aluminum foil film or other metal film that can shield electric field radiation and magnetic field radiation. Electric field radiation and magnetic field radiation are collectively called electromagnetic radiation. The metal shielding foil film 12 is embedded At the sauna body, the sauna body is wrapped as a whole, thereby effectively reducing the conduction of external electromagnetic radiation to the interior of the sauna body; the casing mechanism includes a first shielding casing 31, a second shielding casing 32, a third shielding casing The sleeve 33 and the fourth shielding sleeve 34, the second shielding sleeve 32, the third shielding sleeve 33 and the fourth shielding sleeve 34 are sequentially sleeved on the first connecting wire 41, the first connecting wire 41 and the second connecting wire. The connection portion of the conductor 46 (i.e., the first live terminal 43, the first neutral terminal 44, the first ground terminal 45, the second live terminal 47, the second neutral terminal 48, and the second ground terminal 49), the second connection At the wire 46, since current is generated after the first connecting wire 41 and the second connecting wire 46 are connected, electromagnetic radiation is generated, so the electromagnetic radiation generated by the two connecting wires is shielded and isolated by the shielding tube. It is a metal foil film shielding tube or other tubes and films with the same function.

The number of far-infrared heating modules can be multiple, and the specific number and location can be set as needed.

The second shielding tube, the third shielding tube and the fourth shielding tube are connected end to end in order. There is no gap between the second shielding tube, the third shielding tube and the fourth shielding tube, which can prevent electromagnetic radiation from passing through the gaps between the shielding tubes. transmitted to the outside world.

The control unit includes a control panel 21 and a control host 22. Both the control panel 21 and the control host 22 are existing mature technologies. Users can purchase them as needed. The control host 22 is installed on the outside of the sauna body, and the control panel 21 is installed on the outside of the sauna. On the surface of the body, the control host 22 is electrically connected to the control panel 21. The connection connector 42 is inserted into the control host 22 and is electrically connected to the control host 22. The control panel 21 is used to send control instructions to the control host 22, and the control host 22 is used to To control the work of the far-infrared heating plate 5, the control host 22 is connected to the external power supply through the power cord 23. The power cord 23 has a three-wire structure with a live wire, a neutral wire and a ground wire. The outer cover of the power wire 23 is provided with a first shielding sleeve 31. A shielding sleeve 31 is used to shield electromagnetic radiation generated at the power cord 23 .

Through the ground wires at the power cord 23, the first connecting wire 41 and the second connecting wire 46, the circuits inside the sauna can be grounded, thereby effectively pouring static electricity to the earth, eliminating the electric field, and thereby reducing electromagnetic radiation.

All circuits in this sauna are arranged in parallel, and the current loops are equal in magnitude and opposite in direction. The electric field and magnetic field generated by the circuit cancel each other out to reduce electromagnetic radiation.

A reading light 24 is provided on the top of the sauna body. The reading light 24 is electrically connected to the control host 22. The reading light 24 is used for lighting in the sauna body.

The sauna room body includes several substrates, which are enclosed and formed by several substrates. The substrates include exterior panels 11, structural panels 13 and interior panels 15 that are fixedly connected in sequence from the outside to the inside. Through a multi-layer panel structure, It can reduce the conduction of external electromagnetic radiation to the inside of the sauna body to a certain extent. Metal shielding foil films 12 are affixed between the exterior panels 11 and the structural panels 13 of each substrate, so that each metal shielding foil film 12 can shield the sauna. The whole body of the sauna room is wrapped, and the metal shielding foil film 12 can effectively isolate the electromagnetic radiation outside the sauna room body. The control host 22 is installed on the outside of the sauna room body. The metal shielding foil film 12 on the top of the sauna room body can effectively isolate the sauna room body. The electromagnetic radiation generated by the control host 22 is isolated.

The structural panel 13 is provided with an installation groove 14, and the far-infrared heating plate 5 is installed in the installation groove 14. The interior panel 15 is provided with a barrier adapted to the far-infrared heating plate 5. The installation groove 14 is used to connect the far-infrared heating plate 5 to the far-infrared heating plate 5. The infrared heating plate 5 is embedded in the base plate to prevent the far infrared heating plate 5 from protruding from the inner wall of the sauna body. Corresponding nets are installed on the interior panel 15 to prevent users from directly touching the far infrared heating plate 5.

A door is provided on the front of the sauna body and an observation window is provided on the door. The door is convenient for users to open and enter the sauna body. A metal shielding foil film 12 is also provided in the door. The observation window at the door is convenient for users to open and enter the sauna body. Outsiders observe the situation in the sauna room. There are breathable windows on both sides of the sauna body. The breathable windows facilitate ventilation for users in the sauna room.

The specific implementation process is as follows:

The far-infrared sauna using this low electric field and magnetic field radiation connects the power cord 23 of the control host 22 to the external power supply so that the power cord 23 can be grounded, and then operates the control panel 21 to set the working parameters of the sauna and control the host 22 By controlling the operation of the far-infrared heating panel 5, the user can open the door and enter the sauna body for sauna; the metal shielding foil film 12 in the sauna body can block external electromagnetic radiation from passing into the sauna body. 22 is also located outside the metal shielding foil film 12. The metal shielding foil film 12 can also block the electromagnetic radiation generated by the control host 22, effectively reducing the conduction of electromagnetic radiation into the sauna room, and each metal shielding sleeve can be used as a power supply. The electric field and magnetic field radiation generated by the wire 23, the first connecting wire 41 and the second connecting wire 46 are shielded and blocked to reduce the electromagnetic radiation in the sauna body; through the first connecting wire 41, the second connecting wire 46 or the power cord 23 The ground wire at 12 can introduce the static electricity generated at each shielding sleeve and metal shielding foil film 12 into the earth, so that the electric field intensity in the sauna room is greatly reduced.

This far-infrared sauna with low electric field and magnetic field radiation uses the interior panel 15, the structural panel 13 and the exterior panel 11 as the base plate of the sauna body. The multi-layer plate structure can effectively absorb external fields and magnetic fields. At the same time, the structural panel The metal foil film provided between 13 and the exterior panel 11 can better isolate external electric fields and magnetic fields from entering the sauna body, so that the sauna room can effectively reduce the conduction of external electric fields and magnetic fields into the human body. On the other hand, By installing a shielding module on the far-infrared heating module and the control unit, the influence of the electric field and magnetic field of the control unit and the far-infrared heating module on the human body is effectively shielded; this sauna can better shield the magnetic field and electric field radiation during use. Effectively reduce the impact of electric and magnetic fields on the human body.

The above are only embodiments of the present invention. Common knowledge such as the specific structures and characteristics that are known in the scheme are not described in detail here. Persons of ordinary skill in the art are aware of all common techniques in the technical field to which the invention belongs before the filing date or priority date. Knowledge, being able to know all the existing technologies in the field, and having the ability to apply conventional experimental methods before that date. Persons of ordinary skill in the field can, under the inspiration given by this application, improve and implement this solution based on their own abilities. Some Typical well-known structures or well-known methods should not hinder those of ordinary skill in the art from implementing the present application. It should be pointed out that for those skilled in the art, several modifications and improvements can be made without departing from the structure of the present invention. These should also be regarded as the protection scope of the present invention and will not affect the implementation of the present invention. effect and applicability of the patent. The scope of protection claimed in this application shall be based on the content of the claims, and the specific implementation modes and other records in the description may be used to interpret the content of the claims.

Claims (7)

1. A far-infrared sauna with low electric field and magnetic field radiation, characterized by: including a sauna body, a control unit, a shielding module and a far-infrared heating module. The control unit is installed at the sauna body and is connected to a remote control unit. The infrared heating module is electrically connected, and the far-infrared heating module is installed in the sauna body. The shielding module is wrapped around the sauna body and the far-infrared heating module. The far-infrared heating module includes a connecting mechanism and a far-infrared heating plate. One end of the connecting mechanism is electrically connected to the far-infrared heating plate, and the other end of the connecting mechanism is electrically connected to the control unit. The connecting mechanism includes a first connecting wire, a second connecting wire and a connecting joint. One end of the first connecting wire is provided with There is a connecting joint, which is inserted into the control unit. The other end of the first connecting wire is provided with a first live terminal, a first neutral terminal and a first ground terminal. One end of the second connecting wire is connected to the far infrared heating plate. connection, the other end of the second connection wire is provided with a second live wire terminal, a second neutral wire terminal and a second ground terminal, and the first live wire terminal, the first neutral wire terminal and the first ground terminal are respectively connected with the second live wire terminal. , the second neutral terminal and the second ground terminal are connected in a one-to-one correspondence. The shielding module includes a casing mechanism and a metal shielding foil film. The sauna body is wrapped with a layer of metal shielding foil film. The casing mechanism includes There are first shielding sleeves, second shielding sleeves, third shielding sleeves and fourth shielding sleeves. The first shielding sleeve is set at the control unit, and the second shielding sleeve is set at the first connecting wire. At at the second connecting wire. 2. The far-infrared sauna room with low electric field and magnetic field radiation according to claim 1, characterized in that: the second shielding tube, the third shielding tube and the fourth shielding tube are connected end to end in sequence. 3. The far-infrared sauna with low electric field and magnetic field radiation according to claim 1, characterized in that: the control unit includes a control panel and a control host, the control host is installed on the outside of the sauna body, and the control panel is installed On the surface of the sauna body, the control host is electrically connected to the control panel. The connection connector is inserted into the control host and is electrically connected to the control host. The control host is connected to the external power supply through a power cord. The power cord has a ground wire and a power cord jacket. A first shielding sleeve is provided. 4. The far-infrared sauna with low electric field and magnetic field radiation according to claim 3, characterized in that: a reading light is provided on the top of the sauna body, and the reading light is electrically connected to the control host. 5. The far-infrared sauna room with low electric field and magnetic field radiation according to claim 1, characterized in that: the sauna room body includes a plurality of substrates, the sauna body is formed by a plurality of substrates surrounding and sealing, the substrate includes a It consists of exterior trim panels, structural panels and interior trim panels that are fixedly connected in sequence, and the metal shielding foil film is arranged between the exterior trim panels and the structural panels. 6. The far-infrared sauna with low electric field and magnetic field radiation according to claim 4, characterized in that: the structural plate is provided with an installation groove, the far-infrared heating plate is installed in the installation groove, and the interior panel is A screen adapted to the far-infrared heating plate is provided. 7. The far-infrared sauna with low electric field and magnetic field radiation according to claim 1, characterized in that: a door is provided on the front of the sauna body and an observation window is provided on the door. There are breathable windows on both sides.