THERAPEUTIC BED WITH PULSED ELECTROMAGNETIC AND THERMAL EFFECTS

Abstract

The invention relates to a therapeutic bed with pulsed electromagnetic and thermal effects. This bed consists of a cover (1), a flexible core (2) beneath which is placed an emission array (3) with an electromagnetic induction emitter with a value of 0.2 to 25 μT, consisting of a resistance cable (7) arranged in equidistant parallel loops located at least under a portion of the flexible core (2). The ends of the resistance cable (7) are connected to the pulsed current source, while the emission array (3) with insulating material (4) is attached to the flexible core (2) by Velcro fasteners (5), and the entire emission array (3) is connected by a cable (7) to the control unit (6). Figure to be published with the abbreviation: FIGURE 1

Description

Title of the invention: THERAPEUTIC BED WITH PULSED ELECTROMAGNETIC AND THERMAL EFFECTS technical field

[0001] The technical solution implements a physiotherapy bed with pulsed electromagnetic and thermal effects which is a priori used to stimulate physiological processes in animals, particularly companion animals. Prior art

[0002] On the market, there are numerous heated pet beds and blankets that generate infrared radiation or heat, or heat with temperature control. Also on the market are various applicators and flat strips that emit pulsed magnetic fields. These products are used independently, without heating.

[0003] The synergistic effect of heat and pulsed magnetic field is known and is used only in the form of physiotherapy cushions and mattresses for humans, but not for animals. Summary of the invention

[0004] All the drawbacks mentioned above are eliminated by the therapeutic bed based on this technical solution with pulsed electromagnetic and thermal effects. This animal-assisted therapy bed consists of a flexible core under which is fixed an emission network that emits pulsed electromagnetic induction from 0.2 to 25 pT. This network is formed from a single resistance cable arranged in equidistant parallel loops placed at least under a portion, preferably under the entire surface of the flexible body intended for therapy, while the ends of the resistance cable are connected to the pulsed current source at a frequency of 1 to 50 Hz. The use of the resistance cable for the emission network is particularly advantageous. It allows for its relatively inexpensive and precise production and ensures the creation of appropriate electromagnetic induction and heat.

[0005] According to its preferred embodiment, the therapeutic bed comprises a core made of flexible material, preferably PUR or HR foam, specially milled to ensure efficient heat and moisture dissipation. This solution allows the free propagation of electromagnetic induction and heat from the emitting network through the flexible core upwards. According to the advantageous embodiment, the flexible core is equipped with ventilation channels in the form of longitudinal and transverse sections, further enabling smooth propagation of Electromagnetic waves and thermal radiation are directed towards the upper surface of the bed. It is also advantageous for the height of the flexible core to be between 4 and 12 cm.

[0006] A completely new dimension of the therapeutic properties relates to the use of periodic program cycles without the need for a thermal sensor. For effective stimulation of the animal's body, it is advantageous to use three types of daily cycle programs and preferably at least three nighttime cycle programs with automatic shut-off after the end of the given therapeutic program. Another improvement lies in the fact that, through a hardware modification of the control unit, two options for the operation of the emission network can be activated. The first is the possibility of simultaneous action of heat and pulsed electromagnetic induction, and the second is the action of heat without pulsed electromagnetic induction.

[0007] According to the advantageous embodiment, the emission network is created as a removable, self-contained module where a thin insulating material, preferably 0.2 to 1 cm thick, forms part of the emission network, ensuring that the emission network does not cool from below. Attaching the emission network to the flexible core with Velcro is also advantageous because it allows good access for cleaning and repairs.

[0008] According to yet another advantageous embodiment, the therapy bed has a resistance cable length in the emission mat of between 15 and 30 m (depending on the size of the bed), while its diameter is 0.42 mm. This ensures that the electromagnetic induction value is within the range favorable for this application. As already mentioned, the resistance cable is arranged in equidistant parallel loops in the emission mat. The distance can be chosen according to the requirements of the therapy's effects, particularly the area where it is to act. The resistance cable is preferably sewn into a plastic mesh in the emission mat, so that the emission network is accessible for cleaning and the resistance cable is not affected by external moisture.The emission network is particularly advantageously designed so that the therapeutic effect has a global impact on the entire organism of the animal.

[0009] As already mentioned, the ends of the resistance cable are connected to the control unit. According to one of its preferred embodiments, the control unit also includes a DC power supply whose polarity is changed according to the appropriate number of cycles per minute, so that an alternating current with rectangular pulses at a frequency of 1 to 50 Hz, preferably 1 to 49 Hz, is created, and the supply current frequency is particularly advantageous at 48 Hz. The voltage has a particularly advantageous value of 24 V.

[0010] Of course, it is also possible to make certain adjustments to the therapy bed, such as changing the core thickness or the length of the resistance cable, etc. However, care must be taken to ensure that the resulting value of the electromagnetic induction at the upper surface of the bed remains within the prescribed range. Nevertheless, such modifications also fall within the scope of this technical solution.

[0011] An important part of the control unit is the mounting brackets that allow it to be fixed to the wall or bed frame, which will be appreciated by elderly and infirm individuals. This part of the control unit is important both for the safety of the animal, preventing it from reaching the unit, and for the caregiver, who can fix the unit at a height and location that allows for comfortable operation. Of course, the control unit can also be placed freely on the floor.

[0012] The bedding cover is also very specific for the correct upward flow of heat and the ventilation of excess heat and moisture. It is advantageous to use a cover made of two materials, where the lower part and sides of the bedding are made of a waterproof material (for example, KORTEXIN) and the upper part, on which the animal rests, is preferably made of a breathable material. This solution ensures the direct effect of heat on the lying animal and the elimination of cold from the bottom and sides of the bedding.

[0013] In particular, the invention relates to a therapeutic bed with pulsed electromagnetic and thermal effects characterized in that it consists of a cover, a flexible core under which is placed an emission network with an electromagnetic induction emitter of value 0.2 to 25 made up of a resistance cable arranged in equidistant parallel loops arranged at least under a part of the flexible core, where the ends of the resistance cable are connected to the pulsed current source, while the emission network with insulating material is fixed to the flexible core by Velcro fasteners while the whole of the emission network is connected by the resistance cable to a control unit.

[0014] According to other optional features of the process, the latter may optionally include one or more of the following features, alone or in combination: • The control unit is equipped with therapeutic programs to ensure a periodic therapy cycle during the day at intervals of 2 to 6 times per hour and during the night at intervals of 1 to 4 times per hour, and therapeutic programs for combined heat emission and electromagnetic induction or for heat emission only. electromagnetic induction and automatic therapy shutdown programs. • The control unit is equipped with fixings to hang on the bed frame or to fix to the wall. • The height of the flexible core is 4 cm to 12 cm. • The emission network is fixed to the insulating material to prevent a Rapid cooling of this emission network from below. • The resistance cable is attached to a flexible mesh in the transmission network. • The transmission network, as a standalone module, is removable from the core. flexible, while it is preferably fixed there using Velcro fasteners. • The cover is made of non-breathable material on the bottom and sides, and its upper part is made of breathable material. Brief description of the drawings

[0015] [Fig.1] is a cross-sectional view of the therapeutic bed with control unit.

[0016] [Fig.2] is a view of the emission network with the distribution of the Velcro fasteners for the attachment to the flexible core.

[0017] [Fig.3] is a view of the control unit with fixings that allow hang it on the bed frame or fix it to the wall. Example of implementation methods

[0018] The implementation example is shown in [Fig. 1] to [Fig. 3]. [Fig. 1] shows the different parts of the therapy bed arranged from top to bottom: cover 1, flexible core 2, under which the emission network 3 is arranged, and below that is the insulating material 4, which is part of the emission network 3, and which is preferably attached to the flexible core, e.g. with Velcro fasteners 5. The control unit 6 with periodic therapy cycle programs is connected by cable 7 to the emission network 3 and is equipped with fixings 8 for hanging on the bed frame or the wall.

[0019] The flexible core 2 is shown in [Fig. 1] as a single unit, which is preferably stored in the sleeping bag cover to ensure the compactness of the flexible core 2 and thus easy handling. It is important to emphasize that this sleeping bag cover has no positive effect on the therapy, but it is important to comply with the requirement that the sleeping bag cover be made of non-breathable materials on the underside and sides, and breathable materials on the top. The advantage of the flexible core 2 is that it forms a limited and closed environment in which the air can quickly heat up or cool down. It is important to understand that the therapy bed is intended to be used for at least a few hours, preferably overnight, and for some animals lying down, this may be The comfort provided by this therapeutic bed is therefore very important, as it is used practically all day long.

[0020] A resistance cable is arranged in the emission network 3, which is positioned in the same manner as shown in [Fig. 2]. It is clear that this placement of the resistance cable in the emission network 3 is not the only possible method; there are several ways to position the resistance cable in the emission network 3 to ensure the corresponding electromagnetic induction value. The location is primarily determined by the needs of the area where the electromagnetic induction is to be radiated. Its placement in the emission mat will certainly be suggested by anyone working in the field of pulsed magnetotherapy. The emission network 3 can be divided into several zones that can have different electromagnetic induction values. For example, it can be lowest in the middle of the bed and higher at the sides. The emission network 3 is preferably designed to be removable from the flexible core to facilitate cleaning.

[0021] Fig. 3 shows the control unit which includes universal fixings 8 for fixing to the wall by drilling or hooking to the bed frame while this control unit can also be placed on the floor. Industrial uses

[0022] The technical solution can be used in the breeding of pets, in particular dogs and cats. List of symbols

[0023] 1 - Cover

[0024] 2 - Flexible core

[0025] 3 - Transmission network

[0026] 4 - Insulating material

[0027] 5 - Velcro fasteners

[0028] 6 - Control unit

[0029] 7 - Cable

[0030] 8 - Universal fixings on the control unit

Claims

Demands

1. A therapeutic bed with pulsed electromagnetic and thermal effects characterized in that it consists of a cover (1), a flexible core (2) under which is placed an emission network (3) with an electromagnetic induction emitter of value 0.2 to 25 qT consisting of a resistance cable (7) arranged in equidistant parallel loops arranged at least under a part of the flexible core (2), where the ends of the resistance cable (7) are connected to the pulsed current source, while the emission network (3) with insulating material (4) is fixed to the flexible core (2) by Velcro fasteners (5) while the whole of the emission network (3) is connected by the resistance cable (7) to a control unit (6).

2. The therapy bed according to claim 1 characterized in that the control unit (6) is provided with therapeutic programs to ensure a periodic therapy cycle during the day at intervals of 2 to 6 times per hour and during the night, at intervals of 1 to 4 times per hour, and therapeutic programs for the joint emission of heat and electromagnetic induction or only for the emission of heat without electromagnetic induction and automatic therapy shutdown programs.

3. The therapeutic bed according to claims 1 or 2, characterized in that the control unit (6) is equipped with fixings (8) to be hung on the bed frame or fixed to the wall.

4. The therapeutic bed according to any one of claims 1 to 3 characterized in that the height of the flexible core (2) is 4 cm to 12

5. cm. The therapeutic bed according to any one of claims 1 to 4 characterized in that the emission network (3) is fixed to the insulating material (4) to prevent rapid cooling of this emission network (3) from below.

6. The therapeutic bed according to any one of claims 1 to 5 characterized in that the resistance cable is fixed to a flexible lattice in the emission network (3).

7. The therapeutic bed according to any one of claims 1 to 6 characterized in that the emission network (3) as a module

8. autonomous is removable from the flexible core (2), while it is preferably fixed to it by means of the Velcro fasteners (5). The therapeutic bed according to any one of claims 1 to 7 characterized in that the cover (1) is made of non-breathable material on the bottom and sides and its upper part is made of breathable material.

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