CN2866527Y

CN2866527Y - Natural energy health care macromolecular shell fabrics

Info

Publication number: CN2866527Y
Application number: CN 200520103137
Authority: CN
Inventors: 杨胜仲
Original assignee: Individual
Current assignee: Individual
Priority date: 2005-07-29
Filing date: 2005-07-29
Publication date: 2007-02-07
Anticipated expiration: 2015-07-29

Abstract

The utility model relates to a natural energy hygienic macromolecular surface-form cloth material, which blended oxide particles that can generate far-infrared ray or anion in high molecular polymer, by using processing aid and bridge-agent let far-infrared ray and high molecular polymer adjust their cross linking density so that to be mixed and amalgamated, then let mixed material be squeezed out by roller of calendar to make sheet-formed cloth material, further adding sulfur to ripen bridging, and then impact intensive breathers on sheet-formed cloth material by using eyelet machine, after that cut the cloth out to proper length to further produce macromolecular surface-form cloth material which has good air permeability and structural strength and mixed with enough dosage of functional oxide particles. The cloth material adapted for variety articles has good far-infrared emission rate and penetrability.

Description

The planar cloth material of natural energy health care macromolecule

Technical field

The utility model is the relevant planar cloth material of a kind of natural energy health care macromolecule, especially refer to a kind of planar cloth material made from high molecular polymer (this high molecular polymer can be rubber or plastics) of non-braiding, thin slice, and in this high molecular polymer, mix and contain a plurality of function oxide powders, and be provided with a plurality of densely covered air-vents in this cloth material upper punch, reach certain raising health care usefulness, comfort and durability whereby, and fill the purpose that part is applied to all kinds of people's livelihood articles for use.

Background technology

General traditional far infrared emitter is to be taken from natural ore and metal oxide, the several metal oxide is mixed, and form through high-temperature calcination.Having emitting far-infrared product in early days, all be to extend its value of the product with the form of pottery magnetic mainly, but the quality of pottery magnetic is hard, also be difficult to the molding product shape, especially common product is applied on the human body, and the requirement of its docile property is quite strict, with real difficult being suitable for of known pottery magnetic.For this reason, there was the dealer that its far infrared emitter through calcining is ground to form powdery afterwards again, utilize its powder blending again in polyester fiber, in the mode of blending or coating attached to its practice above cloth or the like, and then opened and human the far infrared emitter is widely used on the human body, with new era as health care or heat storing and heat preserving application.Yet, in at present known technology, still have its shortcoming and can't further break through again, because the ratio that generally is used in far infrared on the weaving industry and fiber blend is about below 1: 10, if with the too a high proportion of words of the dosage adjustment of far infrared powder, easily influence the rerum natura of the fiber that reels off raw silk from cocoons, be easy to cause the degree of difficulty in tendering of fiber fracture and the back processing.Therefore, the present known fiber that contains the far infrared powder, the dosage of its far infrared powder all is seldom, and underdosage, its far infrared irradiation rate and permeability are not enough at all, can't reach effective health care or hold warm function, and its effect is had a greatly reduced quality really.

Summary of the invention

The purpose of this utility model is to be to overcome the deficiencies in the prior art, provide a kind of and can effectively promote the mixed function oxide powder dosage that contains, to improve usefulness to body-care, can have preferable structural strength concurrently again, can improve durability, and the energy of promoting gas permeability and comfortableness keep healthy planar cloth material and method for making thereof.

For achieving the above object, the utility model is taked following design:

The planar cloth material of a kind of natural energy health care macromolecule, it mainly is the planar cloth material made from high molecular polymer of non-braiding, thin slice, and in this high molecular polymer, mix and contain a plurality of function oxide powders, and be provided with a plurality of densely covered air-vents in this cloth material upper punch.

The particle diameter of this function oxide powder is time micron or rice how.

This function oxide powder is for producing the oxide powder of far infrared.

This function oxide powder includes Al ₂O ₃, or MgO, or ZrO ₂, or TiO ₂, or SiO ₂, or its combination.

This dynamopathic oxide powder includes Al ₂O ₃, or MgO, or ZrO ₂, or TiO ₂, or SiO ₂, or Al ₂O ₃, MgO, ZrO ₂, TiO ₂, SiO ₂Combination, these oxide powders are stored in granite, dolomite, medical stone, in the powder of serpentine or tourmaline, and this granite, dolomite, medical stone, the powder of serpentine or tourmaline evenly is blended in this high molecular polymer, and this granite, dolomite, medical stone, the particle diameter of the powder of serpentine or tourmaline are time micron.

This function oxide powder is for producing the oxide powder of far infrared, and the emissivity of its far infrared is more than 0.8.

This function oxide powder is for producing the oxide powder of anion.

This function oxide powder is a photocatalyst.

This high molecular polymer is a rubber.

This high molecular polymer is PU, or UP, or Phenol, or NBR, or SBR, and oxide powder includes SiO ₂

This high molecular polymer is Epoxy, and oxide powder includes SiO ₂, or TiO ₂

This high molecular polymer is plastics.

This high molecular polymer is PS, or ABS, or PVC, or PET, or Nylon, or PBT, or TPE, and oxide powder includes SiO ₂

This high molecular polymer is PET, or PP, or Nylon, and oxide is ZrO ₂

It is the planar cloth material made from high molecular polymer of non-braiding, thin slice, in this high molecular polymer, mix and contain a plurality of densely covered function oxide powders, and be provided with a plurality of densely covered air-vents, and be sticked on the one side at least at this cloth material and one form shield with fibrous layer of cloth in this cloth material upper punch.

This cloth material two sides respectively is sticked one with fibrous layer of cloth, and wherein a layer of cloth is a gauze.

The utility model has the advantages that:

1, the planar cloth material of the utility model is because of being mixed with the oxide powder that can produce far infrared or anion, and oxide powder can not come off, and is easy to transfer and increases dosage, and the usefulness that not only keeps healthy significantly enhances, and not fragile, and durability is splendid.

2, the made planar cloth material of the utility model not only have splendid far infrared or negative ion health function, and processing procedure is simple and easy, can reduce manufacturing cost.

3, the made planar cloth material of the utility model can effectively improve under the principle of health-care effect really, and the air-vent that gathers on it has preferable gas permeability again, posts on user's skin, still can take into account comfortableness, and reach the optimized effect of product.

4, the made planar cloth material of the utility model, except more known textiles has far and higher infrared emission rate and health care usefulness, also with enough pliabilitys and pliability, can fill part and be applied in and more plant on the daily necessities, as mattress, chair cushion and clothes cloth or the like.

Description of drawings

Fig. 1 is the schematic perspective view of the utility model cloth material;

Fig. 2 is the utility model is made shield with the cloth material a sectional schematic diagram;

Fig. 3 is the utility model is made shield with the cloth material a schematic perspective view;

Fig. 4 is a method flow schematic diagram of the present utility model;

Fig. 5 is the rough schematic of method flow cooperating equipment of the present utility model.

The specific embodiment

Please extremely shown in Figure 3 referring to Fig. 1, the cloth material structure of the utility model specific embodiment, it is the planar cloth material made from high molecular polymer (this high molecular polymer can be rubber or plastics) 10 of non-braiding, thin slice, and in this high molecular polymer, mix and contain a plurality of function oxide powders 11, and be provided with a plurality of densely covered air-vents 12 in these cloth material 10 upper punches.Wherein, the function oxide powder maybe can produce the oxide powder of anion, or be photocatalyst, for example ZnO, or Al for producing the oxide powder of far infrared ₂O ₃, or MgO, or ZrO ₂, or TiO ₂, or SiO ₂, or its combination, the particle diameter of this oxide powder can be time micron or rice how.Moreover this function oxide powder is ZnO, or Al ₂O ₃, or MgO, or ZrO ₂, or TiO ₂, or SiO ₂Be stored in the powder of granite, dolomite, medical stone, serpentine or tourmaline, and the powder of this granite, dolomite, medical stone, serpentine or tourmaline evenly is blended in this high molecular polymer, and this granite, dolomite, medical stone, the particle diameter of the powder of serpentine or tourmaline are time micron.Wherein, the emissivity at least 0.85 of far infrared, that is 4 ~ 15 μ m on average radiate more than 85%, so can reach the real effectively health-care function of human body.

Please extremely shown in Figure 3 referring to Fig. 1, the utility model can be made the shield that can be applicable to mattress, chair cushion with aforesaid cloth material, it is the planar cloth material made from high molecular polymer 10 of non-braiding, thin slice, mix in inside and to contain a plurality of densely covered function oxide powders 11, and be provided with a plurality of densely covered air-vents 12, and be sticked one with fibrous layer of cloth 13,14 on the one side at least at this planar cloth material 10 in these planar cloth material 10 upper punches.When the utility model is implemented, can respectively be sticked one on these cloth material 10 two sides with fibrous layer of cloth 13,14, wherein a layer of cloth can be gauze 13.

In the utility model specific embodiment, this high molecular polymer can be the PU resin, the UP resin, and phenolic resin Phenol, butyronitrile resin NBR, or SBR resin, and oxide is SiO ₂If high molecular polymer is epoxy resin Epoxy, and oxide is SiO ₂Or TiO ₂

During the utility model tool embodiment implemented, this high molecular polymer can be PS, acrylonitrile-butadiene-styrene resin ABS, and polyvinylchloride, polyethylene terephthalate PET, nylon Nylon, polybutyl terapthalate PBT, or TPE, and oxide is SiO ₂If this high molecular polymer is polyethylene terephthalate PET, polypropylene PP, or nylon Nylon, and oxide is ZrO ₂

Please referring to Fig. 4 to Fig. 5, the method that the utility model is made includes:

Prepare 10～50 weight portions and can produce far infrared, maybe can produce anion, or the oxide powder of photocatalyst, and the high molecular polymer 100 (as rubber or plastics) of 100 weight portions;

In mixer,, make far infrared and high molecular polymer adjust its crosslink density and mix (steps A) in conjunction with the processing aid and the bridging agent (bridging agent such as CZ, BZ, EZ and PZ) of 1 ~ 15 weight portion;

Again the material that mixes is extruded the planar cloth material 10 (step B) of flakiness with the running roller of calender;

Add sulphur and the maturation (step e) that makes it to build bridge again;

On the planar cloth material 10 of thin slice, impact intensive air-vent (step G) with perforating press 15 again; And

Again this cloth material is cut into suitable length, promptly finishes manufacturing (step H).

Wherein, in the above-mentioned processing procedure of the present utility model, when calender extrudes the planar cloth material of thin slice (step B), can be on first of this cloth material the cover antiseized layer of cloth of last layer (step C), folded mutually place can cling mutually when rolling up to avoid the cloth material to tie, after this cloth material adds the maturation of sulphur bridge formation, should remove by antiseized layer of cloth again.Moreover, also can be when calender extrudes the planar cloth material of thin slice, on second of this cloth material, put one deck gauze (step D), to form a protective layer.In addition, in the above-mentioned processing procedure, after the cloth material impact to gather air-vent, the aspect cloth (step F) of on first of this cloth material, fitting again, this face cloth can be the functional cloth of tool, as mite-proofing and antimicrobial, the cloth of moisture absorbing and sweat releasing etc.

The above, be possible embodiments of the present utility model, be not in order to limiting claim of the present utility model, such as according to the described content of following claim, feature with and spirit and for it the equivalence of other variation implement, all should be contained in the claim of the present utility model.

Claims

1, the planar cloth material of a kind of natural energy health care macromolecule is characterized in that:

It is the planar cloth material made from high molecular polymer of non-braiding, thin slice, is provided with a plurality of densely covered air-vents in this cloth material upper punch.

2, the planar cloth material of natural energy health care macromolecule according to claim 1, it is characterized in that: this high molecular polymer is a rubber.

3, the planar cloth material of natural energy health care macromolecule according to claim 1, it is characterized in that: this high molecular polymer is plastics.

4, the planar cloth material of natural energy health care macromolecule according to claim 1, it is characterized in that: this high molecular polymer is PET, or PP, or Nylon.

5, the planar cloth material of natural energy health care macromolecule according to claim 1 is characterized in that: this cloth material is sticked on the one side at least and one forms shield with fibrous layer of cloth.

6, the planar cloth material of natural energy health care macromolecule according to claim 5 is characterized in that: this cloth material two sides respectively is sticked one with fibrous layer of cloth, and wherein a layer of cloth is a gauze.