Diabetes treatment equipment

Abstract

The invention relates to diabetes treatment equipment, which comprises a sofa for a user to sit and lie, a plurality of groups of probe assemblies for generating a magnetic field and acting on different body parts of the user, and a host for controlling each group of probe assemblies, the probe assembly comprises a static magnetic probe, a movable magnetic probe, a gyromagnetic probe and a pulse magnetic probe, the static magnetic probe is movably arranged in a static magnetic treatment area on the backrest, the movable magnetic probe is movably arranged in a movable magnetic treatment area on the leg support, and the gyromagnetic probe is movably arranged in a gyromagnetic treatment area on the backrest; the pulse magnetic probes are arranged on the backrest and in a pulse treatment area at the joint of the backrest and the seat, the host is arranged in the armrest, and the host is respectively connected with the static magnetic probe, the dynamic magnetic probe, the gyromagnetic probe and the pulse magnetic probes. The device is convenient for a user to use and operate, and can be adjusted according to the body condition of the user.

Description

Technical Field

[0001] The present invention relates to the field of medical devices, and in particular to a diabetes treatment device. Background Art

[0002] Existing products that use magnetic fields to treat diabetes are all independent therapeutic devices, which require users to lie on a bed and connect to an external therapeutic device for treatment. This form is inconvenient for users to use and operate, and often requires help from others. Summary of the invention

[0003] The object of the present invention is to provide a diabetes treatment device which is easy to use and can be operated independently by a user.

[0004] In order to achieve the above object, a technical solution adopted by the present invention is: A diabetes treatment device, comprising a sofa for a user to sit or lie on, a plurality of probe assemblies for generating a magnetic field and acting on different parts of the user's body, and a host for controlling each group of the probe assemblies, wherein the sofa comprises a seat, a backrest arranged at the rear side, a leg support arranged at the front side, and armrests arranged at both sides of the seat, and the probe assemblies comprise a plurality of static magnetic probes for generating a static magnetic field under the control of the host, a plurality of dynamic magnetic probes for generating an alternating magnetic field under the control of the host, and a plurality of rotating magnetic probes for generating a rotating magnetic field under the control of the host. A magnetic probe, and several pulse magnetic probes for generating a pulse alternating magnetic field under the control of the host; the static magnetic probe is movably arranged in the static magnetic treatment area on the backrest; the dynamic magnetic probe is movably arranged in the dynamic magnetic treatment area on the leg support; the gyromagnetic probe is movably arranged in the gyromagnetic treatment area on the backrest; the pulse magnetic probe is arranged in the pulse treatment area on the backrest and at the junction of the backrest and the seat; the host is arranged in the armrest, and the host is respectively connected to the static magnetic probe, the dynamic magnetic probe, the gyromagnetic probe, and the pulse magnetic probe.

[0005] The static magnetic probe, the dynamic magnetic probe, the gyromagnetic probe, and the pulse magnetic probe are respectively arranged in the static magnetic treatment area, the dynamic magnetic treatment area, the gyromagnetic treatment area, and the pulse treatment area through a position fine-tuning mechanism.

[0006] The position fine-tuning mechanism includes a power device and a displacement device driven by the power mechanism to generate displacement. The static magnetic probe, the dynamic magnetic probe, the gyromagnetic probe or the pulse magnetic probe is connected to the corresponding displacement device, and the power device is connected to the host.

[0007] The displacement device is a worm gear device, a gear set device or a multi-link device.

[0008] The host is connected to the static magnetic probe, the dynamic magnetic probe, the gyromagnetic probe and the pulse magnetic probe respectively through connecting wires, and the connecting wires are built into the sofa.

[0009] To achieve the above object, another technical solution adopted by the present invention is: A diabetes treatment device comprises a recliner for a user to lie on in a lying or prone position, a plurality of probe assemblies for generating magnetic fields and acting on different body parts of the user, and a host for controlling each group of the probe assemblies. The recliner comprises a lower limb area for supporting the lower limbs of the user and a trunk area for supporting the torso of the user. The probe assemblies comprise a plurality of static magnetic probes for generating a static magnetic field under the control of the host, a plurality of dynamic magnetic probes for generating an alternating magnetic field under the control of the host, a plurality of gyromagnetic probes for generating a rotating magnetic field under the control of the host, and a plurality of pulse magnetic probes for generating a pulse alternating magnetic field under the control of the host. The static magnetic probe is movably arranged in a static magnetic treatment area of ​​the trunk area, the dynamic magnetic probe is movably arranged in a dynamic magnetic treatment area of ​​the lower limb area, the gyromagnetic probe is movably arranged in a gyromagnetic treatment area of ​​the trunk area, and the pulse magnetic probe is arranged in a pulse treatment area of ​​the trunk area. The host is arranged at the side of the recliner and is connected to the static magnetic probe, the dynamic magnetic probe, the gyromagnetic probe, and the pulse magnetic probe, respectively.

[0010] The static magnetic probe, the dynamic magnetic probe, the gyromagnetic probe, and the pulse magnetic probe are respectively arranged in the static magnetic treatment area, the dynamic magnetic treatment area, the gyromagnetic treatment area, and the pulse treatment area through a position fine-tuning mechanism.

[0011] The position fine-tuning mechanism includes a power device and a displacement device driven by the power mechanism to generate displacement. The static magnetic probe, the dynamic magnetic probe, the gyromagnetic probe or the pulse magnetic probe is connected to the corresponding displacement device, and the power device is connected to the host.

[0012] The displacement device is a worm gear device, a gear set device or a multi-link device.

[0013] The host is connected to the static magnetic probe, the dynamic magnetic probe, the gyromagnetic probe, and the pulse magnetic probe respectively through connecting wires, and the connecting wires are built into the recliner.

[0014] Due to the application of the above technical solution, the present invention has the following advantages compared with the prior art: the present invention is easy for users to use and operate, and can be adjusted according to the user's physical condition. BRIEF DESCRIPTION OF THE DRAWINGS

[0015] Attached Figure 1 This is a schematic diagram of a diabetes treatment device according to Embodiment 1 of the present invention.

[0016] In the above figures: 1. seat; 2. backrest; 3. leg support; 4. armrest; 5. static magnetic probe; 6. dynamic magnetic probe; 7. gyromagnetic probe; 8. pulse magnetic probe. DETAILED DESCRIPTION

[0017] The present invention will be further described below in conjunction with the embodiments shown in the accompanying drawings.

[0018] Embodiment 1: As shown in the attached Figure 1 As shown, a diabetes treatment device includes a sofa, multiple probe components and a host.

[0019] The sofa is used for users to sit or lie down, and includes a seat 1, a backrest 2 arranged at the rear side, a leg support 3 arranged at the front side, and armrests 4 arranged on both sides of the seat 1. The backrest 2 has a static magnetic treatment area, which corresponds to the left and right Qimen acupoints and Riyue acupoints in front of the user and the left and right Shenshu acupoints on the back of the user. The leg support 3 has a dynamic magnetic treatment area, which corresponds to the left and right Zusanli acupoints and the left and right Yongquan acupoints of the user. The backrest 2 has a rotary magnetic treatment area, which corresponds to the Mingmen acupoint on the back of the user. The backrest 2 and the connection between the backrest 2 and the seat 1 have pulse treatment areas, which correspond to the Dazhui acupoint on the back of the user and the Shenque acupoint in front of the user.

[0020] The probe assembly is used to generate a magnetic field under the control of the host and act on different parts of the user's body. Specifically, the probe assembly includes a number of static magnetic probes 5 for generating a static magnetic field under the control of the host (for example, generating a static magnetic field 100 times that of the background magnetic field of the earth), a number of dynamic magnetic probes 6 for generating an alternating magnetic field under the control of the host (for example, generating an alternating magnetic field of 50Hz), a number of gyromagnetic probes 7 for generating a rotating magnetic field under the control of the host (for example, generating a rotating magnetic field of 10Hz, 500 times that of the background magnetic field of the earth), and a number of pulse magnetic probes 8 for generating a pulse alternating magnetic field under the control of the host (for example, generating a pulse alternating magnetic field of a set frequency or a pulse alternating magnetic field of 500 times the intensity of the earth's magnetic field that changes frequency according to the user's heart rate). The static magnetic probe 5 is movably arranged in the static magnetic treatment area on the backrest 2, the dynamic magnetic probe 6 is movably arranged in the dynamic magnetic treatment area on the leg support 3, the gyromagnetic probe 7 is movably arranged in the gyromagnetic treatment area on the backrest 2, and the pulse magnetic probe 8 is arranged in the pulse treatment area on the backrest 2 and at the junction of the backrest 2 and the seat 1.

[0021] The static magnetic probe 5, the dynamic magnetic probe 6, the gyromagnetic probe 7, and the pulse magnetic probe 8 are respectively arranged in the static magnetic treatment area, the dynamic magnetic treatment area, the gyromagnetic treatment area, and the pulse treatment area through the position fine-tuning mechanism. The position fine-tuning mechanism includes a power device and a displacement device driven by the power device to generate displacement. The static magnetic probe 5, the dynamic magnetic probe 6, the gyromagnetic probe 7, or the pulse magnetic probe 8 is connected to the corresponding displacement device, and the power device is connected to the host. The displacement device can be a worm gear device, a gear set device, or a multi-link device.

[0022] The host is used to control each group of probe components. The host is arranged in the armrest 4, and is connected to the static magnetic probe 5, the dynamic magnetic probe 6, the gyromagnetic probe 7, and the pulse magnetic probe 8 through connecting wires, and the connecting wires are built into various parts of the sofa.

[0023] Embodiment 2: A diabetes treatment device, which differs from Embodiment 1 in that: it includes a reclining chair for a user to lie on in a lying or prone position, with the reclining chair replacing the sofa, and the reclining chair includes a lower limb area for supporting the user's lower limbs and a trunk area for supporting the user's trunk, the static magnetic treatment area, the gyromagnetic treatment area, and the pulse treatment area are all located in the trunk area, and the dynamic magnetic treatment area is located in the lower limb area, then the static magnetic probe 5 is movably arranged in the static magnetic treatment area of ​​the trunk area, the dynamic magnetic probe 6 is movably arranged in the dynamic magnetic treatment area of ​​the lower limb area, the gyromagnetic probe 7 is movably arranged in the gyromagnetic treatment area of ​​the trunk area, and the pulse magnetic probe 8 is arranged in the pulse treatment area of ​​the trunk area. The main unit is arranged on the side of the reclining chair. The rest of the scheme is the same as Embodiment 1.

[0024] The above embodiments are only for illustrating the technical concept and features of the present invention, and their purpose is to enable people familiar with the technology to understand the content of the present invention and implement it accordingly, and they cannot be used to limit the protection scope of the present invention. Any equivalent changes or modifications made according to the spirit of the present invention should be included in the protection scope of the present invention.

Claims

1. A diabetes treatment device, characterized in that: The diabetes treatment device includes a sofa for users to sit or lie on, multiple groups of probe assemblies for generating magnetic fields and acting on different body parts of users, and a host for controlling each group of the probe assemblies. The sofa includes a seat, a backrest arranged at the back side, a leg support arranged at the front side, and armrests arranged at both sides of the seat. The probe assembly includes a plurality of static magnetic probes for generating a static magnetic field under the control of the host, a plurality of dynamic magnetic probes for generating an alternating magnetic field under the control of the host, a plurality of gyromagnetic probes for generating a rotating magnetic field under the control of the host, and a plurality of pulse magnetic probes for generating a pulse alternating magnetic field under the control of the host. The static magnetic probe is movably arranged in a static magnetic treatment area on the backrest, the dynamic magnetic probe is movably arranged in a dynamic magnetic treatment area on the leg support, the gyromagnetic probe is movably arranged in a gyromagnetic treatment area on the backrest, the pulse magnetic probe is arranged in a pulse treatment area on the backrest and at a junction of the backrest and the seat, and the host is arranged in the armrest. The host is connected to the static magnetic probe, the dynamic magnetic probe, the gyromagnetic probe, and the pulse magnetic probe, respectively.

2. The diabetes treatment device according to claim 1, characterized in that: The static magnetic probe, the dynamic magnetic probe, the gyromagnetic probe, and the pulse magnetic probe are respectively arranged in the static magnetic treatment area, the dynamic magnetic treatment area, the gyromagnetic treatment area, and the pulse treatment area through a position fine-tuning mechanism.

3. The diabetes treatment device according to claim 2, characterized in that: The position fine-tuning mechanism includes a power device and a displacement device driven by the power mechanism to generate displacement. The static magnetic probe, the dynamic magnetic probe, the gyromagnetic probe or the pulse magnetic probe is connected to the corresponding displacement device, and the power device is connected to the host.

4. The diabetes treatment device according to claim 3, characterized in that: The displacement device is a worm gear device, a gear set device or a multi-link device.

5. The diabetes treatment device according to claim 1, characterized in that: The host is connected to the static magnetic probe, the dynamic magnetic probe, the gyromagnetic probe and the pulse magnetic probe respectively through connecting wires, and the connecting wires are built into the sofa.

6. A diabetes treatment device, characterized in that: The diabetes treatment device includes a recliner for a user to lie on in a lying or prone position, a plurality of probe assemblies for generating magnetic fields and acting on different body parts of the user, and a host for controlling each group of the probe assemblies. The recliner includes a lower limb area for supporting the lower limbs of the user and a trunk area for supporting the torso of the user. The probe assemblies include a plurality of static magnetic probes for generating a static magnetic field under the control of the host, a plurality of dynamic magnetic probes for generating an alternating magnetic field under the control of the host, a plurality of gyromagnetic probes for generating a rotating magnetic field under the control of the host, and a plurality of pulse magnetic probes for generating a pulse alternating magnetic field under the control of the host. The static magnetic probe is movably arranged in a static magnetic treatment area of ​​the trunk area, the dynamic magnetic probe is movably arranged in a dynamic magnetic treatment area of ​​the lower limb area, the gyromagnetic probe is movably arranged in a gyromagnetic treatment area of ​​the trunk area, and the pulse magnetic probe is arranged in a pulse treatment area of ​​the trunk area. The host is arranged on the side of the recliner, and the host is respectively connected to the static magnetic probe, the dynamic magnetic probe, the gyromagnetic probe, and the pulse magnetic probe.

7. The diabetes treatment device according to claim 6, characterized in that: The static magnetic probe, the dynamic magnetic probe, the gyromagnetic probe, and the pulse magnetic probe are respectively arranged in the static magnetic treatment area, the dynamic magnetic treatment area, the gyromagnetic treatment area, and the pulse treatment area through a position fine-tuning mechanism.

8. The diabetes treatment device according to claim 7, characterized in that: The position fine-tuning mechanism includes a power device and a displacement device driven by the power mechanism to generate displacement. The static magnetic probe, the dynamic magnetic probe, the gyromagnetic probe or the pulse magnetic probe is connected to the corresponding displacement device, and the power device is connected to the host.

9. The diabetes treatment device according to claim 8, characterized in that: The displacement device is a worm gear device, a gear set device or a multi-link device.

10. The diabetes treatment device according to claim 6, characterized in that: The host is connected to the static magnetic probe, the dynamic magnetic probe, the gyromagnetic probe, and the pulse magnetic probe respectively through connecting wires, and the connecting wires are built into the recliner.

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