DE10328152A1 - Compress with a latent heat storage with constant temperature delivery to a human body and energizing effect - Google Patents

Abstract

In a compress with a latent heat storage device with a constant temperature output to a human body and energizing effect, the invention proposes to create two storage zones with charged material, with heat delivery to the human body two temperature zones (1a) and (1b). DOLLAR A Since the heat only with max. 42 DEG C is released to the body, creates a constant heat, which can use not only the latent heat and the sensible heat from the temperature difference. This makes it possible to load high amounts of heat at a tissue-compatible temperature level in the body. DOLLAR A The permanent release of heat to the human body creates a buffer. The constant reloading from the core> 52 ° C (1a) into the buffer 42 ° C (1b) produces a continuous interaction of heat states and through this a constant photon emission.

Description

The The invention relates to a storage compressor according to the preamble of Claim 1.

The proposed storage Compresses consists of a polyurethane film and is filled with highly refined hydrocarbons.

Similar filled with paraffin Compresses are sufficient known.

The proposed compress differs from the conventional ones Compresses clearly in their mode of action. So is essential of Meaning that exact the melting temperature is maintained, a very thin buffer forms and the compress is coated with a polyurethane film.

Of the Melting point of hydrocarbons (paraffins) is exactly at 52 ° C. At At this temperature, the storage material goes from a solid in a liquid Condition over. (Physical state change) This is known.

The in the proposed compress, latent heat generated used as much as possible Heat up a constant level of 40 ° - 42 ° C in the human body contribute.

The Temperature difference of 10 ° C arises through the heat release on the body, in which immediately the first, thin Solidified layer of hydrocarbons.

(Physical state change)

The temperature difference between nuclear ( 1a ) and buffer zone ( 1b ) can also be larger or smaller, if in the core zone, besides the latent heat, there is still sensible heat.

After warming up and laying on the body, a buffer zone is formed within seconds due to the state of aggregation ( 1b ).

This layer ( 1b ) thus represents a constant heat buffer and gives exactly the heat with max. 42 ° C to the body. There are two temperature zones. A wafer-thin buffer zone ( 1b ) and the core zone ( 1a ) with the actual storage volume. So it is possible to use large amounts of heat through the combination of sensible and latent heat to invite them to a well-tolerated temperature level (42 ° C) in the body, without proteins, or damage tissue.

Due to the constant reloading from the core 52 ° C ( 1a ) in the buffer 42 ° C ( 1b ) creates a continuous interaction of heat states (states of matter) and through this a constant photon emission.

The Polyurethane film has a function similar to a converter and serves as a projection surface for photons.

The Polyurethane film of the memory Compress is also in the warmed up state very elastic, stable and holds size Loads off. She lets through the direct concern on the body no heat of evaporation at the adjoining location too.

So the blood is forced to dissipate heat to take over at the stimulated place. The Vascular and capillary structures are big and far and are well supplied with blood. So can nutrients on the bloodstream and oxygen are transported to the location where they are urgently needed; with simultaneous removal of waste products.

By the deep heat absorbed in the subcutaneous fat tissue (deep heat), new blood vessels (proliferation) arise in poorly perfused tissues.

Of the Metabolism is significantly increased.

Anoint and agents can applied directly to the film of the storage compressor and thus to the skin become.

Due to the heat balance of the compress, from the buffer zone ( 1b ) With the human body, it is possible to quickly introduce active ingredients such as ointments or the like via the skin (transdermally) into the body.

By the constant heat to the body and the permanent reloading from the least 10 ° C warmer core the storage compressor, become the carbon and hydrogen atoms permanently energized and discharged again, so that they constantly emit light into the body, that then with more than 70 atomic percent of the molecular structure at the excited site in Resonance occurs.

The Voltage potential of the cells is charged.

If atoms are within the coherence length of the photons, then you connect through these photons. If, for example, an atom emits a photon, it is immediately absorbed by the neighboring atom and excited itself. The excited atom then radiates back in the same way, so that a Kettenre action between the neighboring atoms.

The Cell division is stimulated and cells can differentiate better.

Further Advantages of this compress are that the treatment during the Sleeping can be made.

The Compress is usable again and again.

The Storage material is cycle stable.

The Polyurethane film stops huge Loads stood.

The Compress adapts to the body shapes and the body is in a specially for him made modelage.

With the phase change of the memory material is this liquid than Water. This allows the compress to be used like a warming waterbed become.

at Temperatures from 40 ° C - 42 ° C.

The Compress is heated in a specially designed warm-up device.

Consequently the storage compress can be independent from internal power supply everywhere be safely used.

By the buffer and the storage core liquid keeps the compress a constant skin-friendly Heat for hours.

embodiments will be explained in more detail with reference to the drawings.

there shows

1 a first embodiment

2 a sectional diagram of the memory Compress

In 1 is a body on the storage compressor ( 1a . 1b ) and this is applied to a, against heat loss insulating substrate.

In 2 the storage compresse is shown as a section. ( 1a ) represents the 52 ° C core.

( 1b ) represents the thin buffer layer which permanently gives off heat to the body and constantly absorbs heat from the warm core.

( 2 ) represents the encapsulating polyurethane film.

( 4 ) represents the insulating layer against heat loss.

( 5 ) represents the photon emission.

Claims (17)

Compressor for the constant release of heat to a human body, characterized in that the heat-storing material ( 1a ) 1b ) is configured as a latent heat storage, can bring a constant temperature of the heat in the body and energizing effect. Compress according to claim 1, characterized in that the heat-storing material ( 1a ) 1b ) consists of a hydrocarbon mixture (paraffin). Compress according to claim 1 or 2, characterized in that the hydrocarbon mixture (paraffin) ( 1a ) 1b ) changes its state of aggregation exactly at 52 ° C after supplying a quantity of heat corresponding to the size of the compress and liquefies. Compress according to one of the preceding claims, characterized in that the wrapping ( 2 ), the latent heat-storing material is polyurethane. Compress according to one of the preceding claims, characterized in that the latent heat-storing material is liquid-tight ( 2 ) is sheathed. Compress according to one of the preceding claims, characterized in that the hydrocarbon mixture ( 1b ) (Paraffin) gives off its heat after application to the human body and a heat buffer ( 1b ). Compress according to one of the preceding claims, characterized in that the compress when placed on the human body, against escaping heat ( 4 ), is insulated towards the bottom. Compress according to one of the preceding claims, characterized in that the compress when placed on the human body, by the polyurethane film ( 2 ) does not permit any heat of evaporation of the human body at the point of contact. A compress according to one of the preceding claims, characterized in that the surface temperature of the compress at the heat-emitting surface ( 1b ) 2 ) on the human body does not have a higher temperature than 42 ° Celsius. Compress according to one of the preceding claims, characterized in that the storage layer ( 1b ) (Paraffin) releases its heat continuously to the human body and the storage layer ( 1a ) (Paraffin) the storage layer ( 1b ) (Paraffin) continuously charges. Compress according to one of the preceding claims, characterized in that the storage layer ( 1b ) (Paraffin) over a very long period a temperature level of 40 ° -42 ° Celsius at the delivery area ( 1b ) 2 ) to the human body. Compress according to one of the preceding claims, characterized in that the storage layer ( 1b ) (Paraffin) is constantly discharged and constantly charged. Compress according to Claim 12 or one of the preceding claims, characterized in that the atoms of the hydrocarbons in the storage layer ( 1b ) constantly make quantum leaps and thereby light quanta (photons) ( 5 ) emit. Compress according to claim 12, 13 and 14, or one of the preceding claims, characterized in that the emitted photons ( 5 ) resonate with the human body. Compress according to Claim 12, 13, 14, 15 or one of the preceding claims, characterized in that the polyurethane film ( 2 ) is designed as a converter. Compress according to Claim 12, 13, 14, 15 or one of the preceding claims, characterized in that the polyurethane film ( 2 ) is designed as a projection surface. A compress according to claim of the preceding claims characterized in that Memory Compress can be formed up to a size of 2 m × 1 m.