DE202018103157U1 - Magnetic field interaction device for a magnetic resonance physiotherapy device - Google Patents

Abstract

Magnetic field interaction device for a magnetic resonance physiotherapy device, comprising a base support (1), a strong ring magnet (9) and an inductor (14), characterized in that a physiotherapy bed body (2) is provided on the uppermost area of the basic support (1), At the top of a bed plate (3) is provided, wherein at the junction of the base support (1) and the Physiotherapiebettkörpers (2) a slide rail (4) is provided, on one side of its end a drive motor (5) and at its uppermost A ring magnet mounting plate (6), which ring magnet mounting plate (6) is in sliding connection with the slide rail (4) and at its uppermost portion a magnetic turntable motor (7), wherein at one end of the output shaft of the magnet turntable motor (7) Magnetic turntable (8) is connected, which has on one side a strong ring magnet (9), wherein between the Physiotherapiebettk 2) and the bed plate (3) a first sliding groove (11) is provided, wherein the strong ring magnet (9) within the first sliding groove (11) and movably connected to the first slide groove (11), in the inside of a second sliding groove (12) is provided.

Description

TECHNICAL AREA

The present utility model relates to the field of magnetic resonance, in particular a magnetic field interaction device for a magnetic resonance physiotherapy device.

STATE OF THE ART

Magnetotherapy is a method of treating some diseases by applying an artificial magnetic field (external magnetic field) to channels and colaterals, acupuncture points, and diseased parts of a human body, that is, using biomagnetic effects within the human body to produce various unbalanced or abnormal functional states adapted and restored within the human body to fulfill the task of disease treatment.

Numerous existing furniture, massaging and health care equipment and medical devices have already employed means for rotating a magnetic field, however, due to a lack of interaction of an existing rotating magnetic field in the field of magnetic resonance, a rotating magnetic field structure used in a magnetic resonance physiotherapy apparatus is inadequate Stability, poor physical performance, insufficiently optimized magnetic field distribution, low utilization, high manufacturing cost and non-ideal magnetic health care impact.

Therefore, it is necessary to provide a magnetic field interaction device for a magnetic resonance physiotherapy apparatus to solve the above problem.

CONTENTS OF THE PRESENT INVENTION

The object of the present invention is to provide a magnetic field interaction device for a magnetic resonance physiotherapy device for solving the above problem in the prior art.

According to the present invention, the object is achieved by a magnetic field interaction device for a magnetic resonance Physiotherapiegerät comprising a base support, a strong ring magnet and an inductor, wherein at the uppermost portion of the base support a Physiotherapiebettkörper is provided on the uppermost portion of a bed plate provided wherein there is provided at the juncture of the base support and the physiotherapy bed body a slide rail having on one side of its end a drive motor and at its uppermost portion a ring magnet mounting plate which annular magnet mounting plate is in sliding contact with the slide rail and at its uppermost portion a magnetic rotary disk motor, wherein at one end of the output shaft of the magnetic rotary disk motor, a magnetic turntable is connected, which has on one side a strong ring magnet, wherein between the Physiotherapiebettkörper and de r bed plate, a first sliding groove is provided, wherein the strong ring magnet is disposed within the first sliding groove and movably connected to the first sliding groove.

Preferably, the base support is formed as a movable structure.

Preferably, a generator of negatively charged oxygen ions is provided at the uppermost portion of the strong ring magnet.

Preferably, the second sliding groove comprises a first sub-groove and a second sub-groove, wherein within the first sub-carriage a first carriage and within the second sub-carriage a second carriage is provided and the first sub-carriage and the first carriage and the second carriage and the second carriage each movable connected to each other.

Preferably, an elastic fastening band is provided on the uppermost portion of the first carriage, on which an inductor is provided, which is movably connected to the elastic fastening tape.

Preferably, a fastening bar is provided at one end of the elastic fastening strap.

Preferably, a recess passing through this is provided in the second carriage, with which cooperates the mounting rod.

1. 1. Die Magnetfeldresonanz wird durch Drehung eines Magnetfelds verstärkt, so dass über eine multidimensionale Einstellung des Magnetfelds eine genauere Positionierung der Zielstelle der Physiotherapie für Benutzer und eine verbesserte Auswirkung verwirklicht werden,
2. 2. Während einer Behandlung mittels des Induktors erfolgt eine Induktion bei einer Magnetfeld-Abtastung des starken Ringmagnets und in Abhängigkeit von der Frequenz des starken Ringmagnets wird eine Schwingung gleicher Frequenz durch Induktion erzeugt, um eine Behandlung mittels einer Magnetfeld-Massage und eines Verbundmagnetfelds durchzuführen, so dass ein Krampf oder eine Spastik in Händen, Füßen oder anderen Körpergliedern gemildert bzw. beseitigt wird und das Körperglied seine Funktion wiedererlangt,
3. 3. Anhand der Drehrichtung und Frequenz der Abtriebswelle des Magnetdrehscheibenmotors werden die Drehrichtung und Frequenz der Magnetdrehscheibe gesteuert, um die Aufgabe zur Einstellung der Frequenz der durch den starken Ringmagnet erzeugten magnetischen Schwingung zu erfüllen,
4. 4. Mittels des Erzeugers negativ geladener Sauerstoff-Ionen werden negativ geladene Ionen mit einer hohen Konzentration erzeugt, um die Konzentration negativ geladener Ionen in der Umgebung des Benutzers des Magnetresonanz-Physiotherapiegeräts zu erhöhen und somit die Mikrozirkulation des Benutzers zu fördern.

The present utility model has the following effects and advantages:

1. 1. The magnetic field resonance is amplified by rotation of a magnetic field, so that a more precise positioning of the target site of the physiotherapy for users and an improved effect are realized via a multi-dimensional adjustment of the magnetic field,
2. 2. During a treatment by means of the inductor, an induction takes place during a magnetic field scanning of the strong ring magnet and, depending on the frequency of the strong ring magnet, an oscillation becomes the same Induces frequency to perform treatment by means of a magnetic field massage and a composite magnetic field, so that a spasm or spasticity in the hands, feet or other limbs is mitigated and the limb regains its function,
3. 3. Based on the rotational direction and frequency of the output shaft of the magnetic rotary disk motor, the rotation direction and frequency of the magnetic rotary disk are controlled to perform the task of adjusting the frequency of the magnetic vibration generated by the strong ring magnet,
4. 4. By means of the generator of negatively charged oxygen ions, negatively charged ions are generated at a high concentration in order to increase the concentration of negatively charged ions in the environment of the user of the magnetic resonance physiotherapy device and thus to promote the microcirculation of the user.

list of figures

• 1 eine Gesamtansicht des vorliegenden Gebrauchsmusters in einer schematischen strukturellen Darstellung,
• 2 eine Detailansicht des vorliegenden Gebrauchsmusters in einer schematischen strukturellen Darstellung,
• 3 eine vergrößerte Ansicht der Stelle A in 1 des vorliegenden Gebrauchsmusters,
• 4 den zweiten Schlitten nach dem vorliegenden Gebrauchsmusters in einer Schnittdarstellung.

Show it

• 1 an overall view of the present utility model in a schematic structural representation,
• 2 a detailed view of the present utility model in a schematic structural representation,
• 3 an enlarged view of the point A in 1 of the present utility model,
• 4 the second carriage according to the present utility model in a sectional view.

Here are 1 for basic carrier, 2 for physiotherapy bed body, 3 for bed plate, 4 for slide, 5 for drive motor, 6 for ring magnet mounting plate, 7 for magnetic turntable motor, 8 for magnetic turntable, 9 for strong ring magnet, 10 for producers of negatively charged oxygen ions, 11 for the first sliding groove, 12 for the second sliding groove, 13 for the elastic fixing band, 14 for the inductor, 15 for the fixing rod and 16 for the recess.

DETAILED DESCRIPTION

Embodiments of an embodiment according to the present invention with reference to the accompanying drawings in the embodiment will be fully and clearly explained, it being understood that the described embodiment is only a part of the embodiments instead of all embodiments. All other embodiments obtained by those of ordinary skill in the art from the exemplary embodiment of the utility model without inventive activities are also within the scope of the utility model.

A magnetic field interaction device for a magnetic resonance physiotherapy device according to 1 and 2 includes a basic carrier 1 , a strong ring magnet 9 and an inductor 14 , where the basic carrier 1 is designed as a movable structure to facilitate a positional adjustment of the physiotherapy apparatus according to the actual environment and to improve the effect of the physiotherapy, wherein at the uppermost portion of the base support 1 a physiotherapy bed body 2 is provided, at its uppermost area a bed plate 3 is provided, wherein at the junction of the base support 1 and the Physiotherapiebettkörpers 2 a slide rail 4 is provided, which on one side of its end a drive motor 5 having, under the action of the drive motor 5 the frequency of the reciprocating motion of the strong ring magnet by means of the slide rail 4 can be controlled, wherein at the top of the slide rail 4 a ring magnet mounting plate 6 is provided which in sliding connection with the slide rail 4 stands and at its uppermost area a magnetic turntable motor 7 has, wherein at one end of the output shaft of the magnetic rotary engine 7 a magnetic turntable 8th is connected, the direction of rotation and frequency based on the direction of rotation and frequency of the output shaft of the magnetic rotary motor 7 can be controlled to the frequency of the strong ringmanget 9 adjusted magnetic vibration, wherein on one side of the magnetic turntable 8th a strong ring magnet 9 which can serve to generate a strong magnetic field, and at the uppermost portion of the strong ring magnet 9 a generator of negatively charged oxygen ions 10 is provided to increase the concentration of negatively charged ions in the environment of the user of the magnetic resonance physiotherapy device and thus to promote the microcirculation of the user, wherein between the physiotherapy bed body 2 and the bed plate 3 a first sliding groove 11 is provided, wherein the strong ring magnet 9 within the first sliding groove 11 arranged and with the first sliding groove 11 is movably connected, in the inside of a second sliding groove 12 is provided, wherein the second sliding groove 12 a first sub-carriage and a second sub-carriage, wherein within the first sub-carriage a first carriage and within the second sub-carriage a second carriage is provided and the first sub-carriage and the first carriage and the second sub-carriage and the second carriage are each movably interconnected.

In the magnetic field interaction device for a magnetic resonance physiotherapy device 3 At the top of the first carriage, there is an elastic fastening strap 13 provided in the treatment of a local disease for attachment of the inducer 14 at a site to be treated by the user's body to enhance the effect of physiotherapy on the site to be treated, with the elastic band attached to it 13 an inductor 14 is provided, the induction during a treatment by a magnetic field sensing of the strong ring magnet 9 causes and depending on the frequency of the strong ring magnet 9 generates an oscillation of equal frequency by induction to perform a treatment by means of a magnetic field massage and a composite magnetic field, so that a spasm or spasticity in hands, feet or other limbs is mitigated and the limb regains its function, the inductor 14 with the elastic fastening strap 13 movably connected to a position adjustment of the inductor 14 to facilitate and thus improve the impact of local physiotherapy, being at one end of the elastic strap 13 a fixing rod 15 is provided, which is a slide down of the inductor 14 from the elastic attachment band 13 can prevent.

In the magnetic field interaction device for a magnetic resonance physiotherapy device 4 is in the second carriage a passing through this recess 16 provided with the attachment rod 15 cooperates, wherein at an executed intensive treatment of a local site of the body of the user, the elastic fastening band 13 13 can be stretched and at the same time the inductor 14 moved to the point to be treated and then the mounting rod 15 in the recess 16 is introduced to the position of the inductor 14 to fix.

The present utility model follows the following operating principle that when using the user first on the bed plate 3 and via an external control, the magnetic resonance physiotherapy device is put into operation, wherein during the operation of the magnetic resonance Physiotherapiegeräts the drive motor 5 under the action of the external control rotates to the ring magnet mounting plate 6 for movement on the slide rail 4 to drive to the left and right, with the slide rail 4 for controlling the frequency of the reciprocating motion of the strong ring magnet 9 can serve and at the same time the magnet turntable motor 7 under the action of the external control rotates to the magnetic turntable 8th to drive to the rotation. During this process, the direction of rotation and the frequency of the output shaft of the rotary disk motor can be used 7 the direction of rotation and frequency of the magnetic turntable 8th be controlled to the task of adjusting the frequency of the strong ring magnet 9 magnetic vibration to be performed, wherein at a perform intensive treatment of a local site of the body of the user, the elastic fastening band 13 stretched 13, at the same time the inductor 14 moved to the point to be treated and then the mounting rod 15 can be inserted into the recess to the position of the inductor 14 to fix, with the inductor 14 induction during a treatment by magnetic field sensing of the strong ring magnet 9 causes and depending on the frequency of the strong ring magnet 9 generates a vibration of equal frequency by induction to perform a treatment by means of a magnetic field massage and a composite magnetic field, so that a spasm or spasticity in hands, feet or other limbs is mitigated or removed and the limb regains its function, during which the operation of the magnetic resonance physiotherapy device by means of the generator of negatively charged oxygen ions 10 negatively charged ions can be generated at a high concentration in order to increase the concentration of negatively charged ions in the environment of the user of the magnetic resonance physiotherapy device and thus to promote the microcirculation of the user.

Finally, it should be noted that hitherto only preferred embodiments of the present utility model have been explained, which by no means limit the utility model, and despite the detailed description of the present utility model of the above embodiments, modifications to the embodiments of the above embodiments or equivalent substitutions of some features thereof for those skilled in this Territory and any modifications, equivalent substitutions and improvements, insofar as they are within the basic ideas and principles of the utility model, are intended to be included in the scope of protection of the present utility model.

Claims (7)

Magnetic field interaction device for a magnetic resonance physiotherapy device, comprising a base support (1), a strong ring magnet (9) and an inductor (14), characterized in that a physiotherapy bed body (2) is provided on the uppermost region of the basic support (1), At the top of a bed plate (3) is provided, wherein at the junction of the base support (1) and the Physiotherapiebettkörpers (2) a slide rail (4) is provided, which has on one side of its end a drive motor (5) and at its uppermost portion a ring magnet mounting plate (6), which ring magnet mounting plate (6) in sliding connection with the slide rail ( 4) and at its uppermost portion comprises a magnetic turntable motor (7), wherein at one end of the output shaft of the Magnetdrehscheibenmotors (7) a magnetic turntable (8) is connected, which on one side a strong ring magnet (9), wherein between the Physiotherapiebettkörper (2) and the bed plate (3) a first sliding groove (11) is provided, wherein the strong ring magnet (9) within the first slide groove (11) and movably connected to the first slide groove (11), in the inside of a second Sliding groove (12) is provided. Magnetic field interaction device for a magnetic resonance physiotherapy device according to Claim 1 , characterized in that the base support (1) is formed as a movable structure. Magnetic field interaction device for a magnetic resonance physiotherapy device according to Claim 1 , characterized in that at the uppermost portion of the strong ring magnet (9) a generator of negatively charged oxygen ions (10) is provided. Magnetic field interaction device for a magnetic resonance physiotherapy device according to Claim 1 characterized in that the second sliding groove (12) comprises a first sub-groove and a second sub-groove, wherein within the first sub-groove a first carriage and within the second sub-carriage a second carriage is provided and the first sub-groove and the first carriage or the second Unternut and the second carriage are each movably connected. Magnetic field interaction device for a magnetic resonance physiotherapy device according to Claim 4 , characterized in that at the uppermost portion of the first carriage, an elastic fastening strip (13) is provided, on which an inductor (14) is provided, which is movably connected to the elastic fastening strip (13). Magnetic field interaction device for a magnetic resonance physiotherapy device according to Claim 5 , characterized in that at one end of the elastic fastening strap (13) a fastening rod (15) is provided. Magnetic field interaction device for a magnetic resonance physiotherapy device according to Claim 4 or 6 , characterized in that in the second carriage a passing through this recess (16) is provided, with which the fastening rod (15) cooperates.

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