RU173209U1 - Stalker - Google Patents

Abstract

The utility model relates to veterinary medicine and can be used to relieve inflammation, edema, stimulate blood circulation, and accelerate the healing of the horse's legs. spectrum. The main legs are two layers of polypropylene with ceramic fibers 1 and 2, between which there is a soft thick layer of polyester 3. Adjacent to the outer layer of polypropylene 2 is a dense neoprene layer 4 duplicated with it, with fasteners 5 fastened thereon, for example, reinforced Velcro textile fasteners. An insert 6 containing two electrically insulating layers of non-woven needle-punched fabric 7 and 8 is adjacent to the horse’s foot. between which there is a shielding layer 9 with a high reflection coefficient of electromagnetic waves of EHF and IR spectrum. The screen 9 contains a high temperature degradation polyethylene terephthalate film 10 with a metallization layer 11 (aluminum sputtering) coated with a polymer film layer 12 with a low melting point, by which the screen is duplicated using an external layer of non-woven needle-punched fabric 7 on which Velcro textile fasteners are fastened 13. The inner layer of non-woven needle-punched fabric 8, the liner is directly adjacent to the skin 14 of the horse's legs. Dennih nails are used in pairs on the front and / or hind legs. They can be worn by the horse several times a day (at the discretion of the veterinarian) with sessions of up to 1 hour, depending on the condition or behavior of the horse. 1 ill.

Description

The utility model relates to veterinary medicine and can be used to relieve inflammation, edema, stimulate blood circulation, accelerate the healing of the horse's legs.

Known are nails with ceramic fibers that reflect heat, with a gel for cooling or heating, with magnets, with padded jackets to improve blood circulation, reduce swelling and inflammation in the horse's legs (http://shop-piaffe.ru/index.php?route=product / product & path = 82_212_120 & product_id = 2296).

Such curative, usually sternal nails (for horses in a stall), are used to treat and prevent diseases of the horse's front and / or hind legs and they can cover the legs starting from the put joints and up to the wrists (metacarpal joints) on the front legs and hocks on hind legs.

The disadvantages of the famous leggings:

- the inconvenience of using, especially gel, requiring heating the gel in a microwave oven or cooling it in a freezer, in which it is easy to overheat or subcool the gel;

- the relatively high cost of gel and magnetic nails.

Let us consider in more detail the stalk foot with the inner quilted padded liner, adopted as a prototype

(http://indrick.ru/goods/Dennikovye-nogavki-s-vatnikami-Royal?from=ZTg4).

According to the advertisement, such a leggrip improves blood circulation in the legs, reduces swelling and inflammation, accelerates the healing process, and provides prevention of injuries and inflammations. She quickly and easily removes and dresses. The replaceable quilted padded liner is easily inserted and removed from the leg, and it can be washed separately. The inner part of the nail is made in the form of a flat bag made of polypropylene with the addition of ceramic fibers, filled with a soft thick layer of polyester. The outer material of the nail is neoprene.

Typically, such nails are used in pairs (on the front and / or hind legs of the horse). A few centimeters of cotton pad overlays the put and / or metacarpal joints on the front legs and / or the put and / or hock joints on the hind legs.

Ceramic fibers in the composition of polypropylene reflect the heat (infrared radiation) of the horse's legs.

The disadvantage of the prototype is a weak preventive and therapeutic effect on the horse's legs, including due to insufficiently effective reflection of infrared radiation with ceramic fibers in the composition of polypropylene.

The purpose of the proposed utility model is to increase the therapeutic effect through the use of a simple and cheap metallized screen with a high reflection coefficient of electromagnetic waves of extremely high frequency and the infrared spectrum (hereinafter referred to as the EHF and IR spectrum).

This goal is achieved by the fact that the stalk nugget contains two layers of polypropylene with ceramic fibers, between which a soft layer of polyester is placed, while the outer layer of polypropylene is duplicated with dense neoprene material with fasteners fixed on it, as well as a removable liner, which includes two electrically insulating layers of needle-punched non-woven fabric, between which there is a screen with a high reflection coefficient of electromagnetic waves of extremely EHF and IR spectrum, made of polyethylene reftalatnoy (Mylar) film with a layer of metallization on top of which a layer of polyethylene film and this side of the screen by means of pressure and heat to duplicate with the inner side nonwoven needled adjacent to ProtectionBoots.

The utility model is illustrated in the drawing, which shows:

FIG. 1 - Legnachka stalk (fragment) in cross section.

The base of the nail is two layers of polypropylene with ceramic fibers 1 and 2, between which there is a soft thick layer of polyester 3. Adjacent to the outer layer of polypropylene 2 is a dense layer of neoprene 4, duplicated with it, with fasteners 5 fixed on it, for example, reinforced Velcro textile fasteners .

Directly adjacent to the horse’s foot is an insert 6 containing two electrically insulating layers of needle-punched non-woven fabric 7 and 8, between which is located a shielding layer 9 with a high reflection coefficient of electromagnetic waves of EHF and IR spectrum. The screen 9 contains a high temperature degradation polyethylene terephthalate film 10 with a metallization layer 11 (aluminum sputtering) coated with a low melting point polyethylene film 12, by which the screen is duplicated with an outer layer of needle-punched non-woven fabric 7 on which Velcro textile fasteners are fastened 13. The inner layer of needle-punched non-woven fabric 8 liner directly adjacent to the skin 14 of the horse's legs.

The following is the procedure for dressing and removing the stall legs from the horse’s legs. First, insert the liner with 6 Velcro textile fasteners on that part of the horse’s leg that needs to be cured or prevented. Then, on top of the liner, they put on the nail itself and fix it with reinforced Velcro fasteners 5. Only the liner can be worn on the legs of a calm horse. Removal of the stamen leggings is carried out in the reverse order.

EHF and IR spectrum radiation through the electrical insulating layer 8 freely reaches the metallization layer 11, is reflected from it and returns to the horse’s leg.

The effectiveness of using devices that reflect the radiation of the body in the opposite direction (inside the body) is known, which is confirmed by their inclusion in the "Nomenclature classification of medical devices by type" (http://www.roszdravnadzor.ru/services/mi_reestr (see, for example, product 262680).

Since the spectrum of emitted electromagnetic waves of EHF corresponds to the nature of the disturbances in biological tissues, the reflection of these radiations leads to an accelerated restoration of the normal functioning of tissues according to the homeopathic principle "similar - similar", normalization and maintenance of cellular homeostasis occurs in this section of the horse's leg. In addition, the effect on the horse’s leg with its own infrared radiation reflected by the metallization layer 11, in addition to reflected by ceramic fibers, increases the skin temperature on the treated area of the horse’s legs, which further improves local blood flow and has a beneficial effect on the functional state of local hemodynamics. The screen also contributes to local protection against harmful external electromagnetic fields.

Dennis leg nails are used in pairs on the front and / or hind legs. They can be worn by the horse several times a day (at the discretion of the veterinarian) with sessions of up to 1 hour, depending on the condition or behavior of the horse.

After each session, the liners must be dried, if necessary, wet clean.

Claims (1)

Dennikovka hogtail, containing two layers of polypropylene with ceramic fibers, between which a soft layer of polyester is placed, while the outer layer of polypropylene is duplicated with a dense neoprene material with fasteners fixed on it, as well as a removable liner, characterized in that the removable liner includes two electrically insulating layers of needle-punched non-woven fabric, between which there is a screen with a high reflection coefficient of electromagnetic waves of extremely high frequency and infrared spectrum, made The first of polyethylene terephthalate film with a layer of metallization on top of which a layer of polyethylene film, and this side of the screen by means of pressure and heat to duplicate with the inner side nonwoven needled adjacent to ProtectionBoots.

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