TWM522853U - Article structure with dye color-variation when being consumed - Google Patents

Description

Structure with loss and discoloration

This creation is about a structure that has a lossy color change, especially one that has an item that identifies its overall wear and tear.

According to the advancement of technology and the improvement of consumer demand, more and more products can be personalized or personalized, such as: computers, communication products, consumer electronics, home appliances, car accessories or mechanical parts. The shell, or cups, coasters, boxes, containers or personal items used in daily life, etc., and if you want to add patterns to the surface of each product to increase the change, most of them use the stickers with the pattern to directly paste On the surface of each product, however, the sticker of the pattern is adhered to the surface of each product. After a period of use, the sticker is reduced in viscosity, and the material of the sticker changes after being exposed to the sun and rain. Edge, fading, peeling, weakening, etc., and if there is still residual glue on the surface after the sticker is torn, it is not only unsightly and difficult to remove.

Along with the increasing demand for product styles, printing technology is widely used in various industrial fields, and the printing method of transferring the graphic on the intermediate carrier object to the substrate at a corresponding temperature and pressure is called transfer. . According to the different pressures used, the transfer is divided into: thermal transfer, water transfer, gas transfer, silk transfer, low temperature transfer, and the like.

The principle of thermal transfer is to first print the pattern on the heat-resistant adhesive paper, and print the pattern of the ink layer on the heat-resistant substrate by heat and pressure. The quality end depends on the technology, material formula and equipment. The color matching pattern uses a thermal transfer film to print a multi-color pattern at a time, eliminating the need for color registration, shortening the printing pattern operation, and reducing the loss of material (finished product) caused by printing errors, so that even simple equipment can be printed. Realistic pattern.

Thermal transfer technology is widely used in electrical appliances, daily necessities, building materials decoration, etc., because of its anti-corrosion, anti-shock, anti-aging, wear-resistant, fire-proof, long-term outdoor color and other properties, many products use the above technology. For example, many labels are required to be able to withstand the test of time, long-term invariable type, no fading, no wear due to contact with solvents, and no discoloration due to high temperature. Therefore, special materials, printing media and printing materials must be used to ensure these characteristics.

However, as far as the above is concerned, the conventional method of printing a pattern on the surface of an article is to directly transfer the pattern to the surface of the object, so that the appearance of the article is aesthetically pleasing to meet the demand of the consumer for new demands; It is a big drawback for users to judge the wear and tear of their products as a whole, and it is urgent to improve them.

The present invention provides a loss-reducible article structure, comprising: a contact body having a first surface and a second surface; the contact body is embedded with a plurality of non-dyeing units, a plurality of first dyeing units and a plurality of a second dyeing unit; wherein the first dyeing units are coated on the surface of the non-dyeing units, and the second dyeing units are disposed on the surface of the first dyeing units; a plurality of color warning range regions, wherein the ink dye penetrates into the contact body and adheres to the second dyeing unit and the first dyeing units, and blocks the ink by the non-staining units in the first dyeing units It completely penetrates into the interior of the first dyeing unit, so that the contact body forms the plurality of color warning range regions therein.

Wherein the dyeing ability of the non-dyeing units to receive the ink dye penetration is in the range of 0% to 10%; and the dyeing ability of the first dyeing units to receive the ink dye penetration is in the range of 20% to 60%; The dyeing ability of the second dyeing unit to receive the ink dye penetration is in the range of 80% to 100%; wherein the non-dyeing units are selected from the plurality of ink repelling molecules; and the first dyeing units are selected from the plurality of And the second dyeing unit is selected from the plurality of ink affinity molecules, and is disposed on the surface of the material molecules of the first dyeing units respectively. Presenting; wherein the ink repelling molecules of the non-staining units, the material molecules of the first dyeing units, and the ink affinity molecules of the second dyeing units are combined in a different arrangement to affect the contact body in absorbing the ink dye The color warning range regions which are presented later are dyed and shallow; wherein the color warning range of the contact body after absorbing the ink dye is a single color or The composition of any of the same color or plural times per one processing is presented, the effect is enhanced by its identification; wherein the plurality of non-staining cells ink repellent molecules selected from rubber, plastic or composite materials Any one of the material molecules and the related auxiliary agent formed with the ink non-polar affinity material molecules; wherein the ink affinity molecules of the second dyeing units are selected from any of the rayon or synthetic petrochemical raw materials having the ink polar affinity material The material affinity molecule; wherein the ink affinity molecules of the second dyeing unit are selected from any of the natural mineral powders or natural materials having the ink polar affinity material; wherein the ink affinity molecules of the second dyeing units are selected An ink polar affinity material molecule formed by adding a related auxiliary agent from any one of a rubber, a plastic or a composite material; wherein the contact body is integrally formed into a cushion body, a tire, a shoe material, a bag material, an oil seal, Rehabilitation tools, inductive components, passive components, electrical loss components, mobile phone kits, heat loss components, gloves, ball materials, leather, protective gear, furniture, toys, stationery, bedding, building materials, pet supplies, machinery, hands Tools, clothing materials, accessories, trademarks, household goods, kitchen supplies, bathroom products, swimwear, glasses, computer peripheral products, travel Peripherals, peripherals fitness, yoga peripheral products, automobile parts, bicycle parts, or the like of the lighting device according to any one of the items by the shape contour patterns presented.

The main purpose of this creation is to provide an item with an item that identifies its overall wear and tear.

Because of the lossy and discolorable article structure of the present invention, the effect is that the contact body is embedded with a plurality of non-staining units, a plurality of first dyeing units and a plurality of second dyeing units; wherein the first dyeing units are Coating at the surface of the non-dyeing unit, and the second dyeing units are disposed at the surface of the first dyeing unit; and are selected from ink dyeing Into the contact body, attached to the second dyeing unit and the first dyeing unit, and blocking the ink from completely penetrating into the first dyeing unit by the non-staining unit in the first dyeing unit, a plurality of color warning range regions formed in the contact body; wherein the overall shape of the contact body is a pad body, a tire, a shoe material, a bag material, an oil seal, a rehabilitation tool, an inductive component, a passive component, and an electrical loss component , mobile phone kits, heat loss components, gloves, ball, leather, protective gear, furniture, toys, stationery, bedding, building materials, pet supplies, machinery, hand tools, clothing materials, accessories, trademarks, household goods, kitchen Products such as supplies, toiletries, swimwear, glasses, computer peripheral products, game peripheral products, fitness peripheral products, yoga peripheral products, automobile and motorcycle parts, bicycle parts or lighting equipment, etc. Thereby, when the contact body is used, the first surface or the second surface may be aged or thinned due to successive wear and tear, and the degree of loss thereof The second dyeing unit, each of the first dyeing units and the non-dyeing units in the plurality of color warning range areas buried in the contact body are sequentially exposed to prompt the user to understand the overall loss degree and determine whether to replace or not. Further, an object having an item that identifies the wear of the entire use is provided.

This creation:

1‧‧‧Contact body

11‧‧‧ first surface

12‧‧‧ second surface

13‧‧‧ Non-staining unit

14‧‧‧First staining unit

15‧‧‧Second staining unit

2‧‧‧Color warning range area

Figure 1 is a schematic cross-sectional view of the creation (1).

Figure 2 is a schematic cross-section of the creation (2).

Figure 3 is a schematic cross-section of the creation (3).

Figure 4 is a schematic cross-sectional view of the creation (4).

First, please refer to Figures 1 to 4, which are the "depleted cocoa-dispensing articles" of the present invention, comprising a contact body 1 and a plurality of color warning range areas 2; wherein: the contact body 1, There is a first surface 11 and a second surface 12; a plurality of non-dyeing units 13 , a plurality of first dyeing units 14 and a plurality of second dyeing units 15 are embedded in the contact body 1; wherein the first dyeing units 14 The second dyeing unit 15 is disposed at the surface of the first dyeing unit 14; wherein the overall shape of the contact body 1 is a cushion body and a tire. , shoe materials, bags, oil seals, rehabilitation tools, sensing components, passive components, electrical loss components, mobile phone kits, heat loss components, gloves, ball, leather, protective gear, furniture, toys, stationery, bedding , building materials, pet supplies, machinery, hand tools, clothing materials, jewelry, trademarks, household goods, kitchen supplies, bathroom products, swimwear, glasses, computer peripheral products, game peripheral products, fitness peripheral products, yoga peripheral products, steam locomotive zero An article represented by any one of a fitting profile, a bicycle accessory, or a lighting device; and a plurality of color warning range regions 2, wherein the ink dye penetrates into the contact body 1 and adheres to the second dyeing The unit 15 and the first dyeing units 14 block the ink from completely penetrating into the interior of the first dyeing unit 14 by the non-dyeing unit 13 in the first dyeing unit 14, so that the contact body 1 is internally Forming the plurality of blocks of color warning range area 2; for the above structure, further explained as follows: wherein the non-dyeing unit 13 receives ink dye penetration, the dyeing ability is in the range of 0% to 10%; and the first dyeing The dyeing ability of the unit 14 to receive the ink dye penetration is in the range of 20% to 60%; and the dyeing ability of the second dyeing unit 15 to receive the ink dye penetration is in the range of 80% to 100%; however, the The dyeing ability of the non-dyeing unit 13 to receive the ink dye penetration is in the range of 0% to 10%, but the dyeing attached to the non-staining units 13 is a pseudo-adhesive state, and will fall off as the external force touches. ; The non-staining unit 13 is selected from a plurality of ink repelling molecules; and the first dyeing units 14 are selected from a plurality of material molecules and are respectively coated on the surfaces of the non-dyeing units 13; The second dyeing unit 15 is selected from a plurality of ink affinity molecules, and is disposed on the surface of the material molecules of the first dyeing units 14; the ink repelling molecules of the non-dyeing units 13 and the first The color of the material molecules of the dyeing unit 14 and the ink affinity molecules of the second dyeing units 15 are combined with different arrangements to affect the color warning range of the contact body 1 after the ink dye is absorbed. Degree, and the color warning range 2 presented by the contact body 1 after absorbing the ink dye is a single color (as shown in FIG. 1) or a single or multiple processing of different colors. Presenting, enhancing the effect of the recognition; the ink repelling molecules of the non-dyeing units 13 are selected from the material molecules of any of rubber, plastic or composite materials and are formed by adding related auxiliary agents. The ink non-polar affinity material molecule; wherein the auxiliary agent is a solvent which is incompatible with the ink; and the material molecule of any one of the rubber, the plastic or the composite material exhibits the ink non-polar affinity material molecule by adding the auxiliary agent; The material molecules of the first dye layer 14 are selected from rubber materials; wherein the rubber materials are natural rubber (NR), synthetic rubber (PU), polyvinyl chloride (PVC), styrene butadiene rubber. Any one of (SBR) or a thermoplastic elastomer (TPE); the ink affinity molecules of the second dyeing units 15 are selected from any of the rayon or synthetic petrochemical materials having an ink polar affinity material; Wherein the rayon is either Rayon or polymer fiber; however, the polymer fiber is usually synthesized from a petrochemical raw material; the main polymer fiber is: Cellulose diacetate, Cellulose triacetate, polyethylene (PE), polypropylene (PP), polyacrylonitrile fiber (PAN), polyurethane (PVC), polyethylene terephthalate (PET), polyparaphenylene Butylene dicarboxylate (PBT), nylon (Nylon), polyurethane (PU), etc.; and the rayon is woven, and is presented in the form of any of a line, a yarn, a cotton, or a non-woven fabric; the ink affinity of the second dyeing units 15 The molecular system is selected from any of the natural mineral powders or natural materials having the ink polar affinity material; wherein the natural mineral powder is Silicon; the ink affinity molecules of the second dyeing unit 15 An ink polar affinity material molecule formed by selecting a material molecule of any one of rubber, plastic or composite material and adding a related auxiliary agent; wherein the auxiliary agent is a transfer powder, a PP treatment agent, a PP adhesive agent, EVA treatment agent, hardener, antifoaming agent, flat agent, dispersant, gold powder, silver paste, fluorescent powder, temporary setting paste, flat paste, washing solvent, slow dry solvent, special slow dry solvent, special ink special solvent By adding an auxiliary agent, the material molecules of any one of the rubber, the plastic or the composite material exhibit the ink polar affinity material molecules; however, for the above structure, the structural process thereof is further described as follows: Step S1: Preparing a Contact body 1: The method is: Step 1: is selected from a plurality of ink repelling molecules, a plurality of material molecules and a plurality of ink affinity molecules as main raw materials; Step 2: a plurality of ink repelling molecules, a plurality of ink affinity molecules and A plurality of material molecules are placed in the mixer table, and high-speed stirring operation is performed to achieve the desired mixing effect; Step 3: when high-speed stirring is performed, and appropriate chemical additives are added to each other, wherein the chemical additives are used. To attract each material molecule and each ink affinity molecule without attracting each ink repelling molecule, so as to improve the affinity between each material molecule and each ink affinity molecule, so that each material molecule and each ink affinity molecule are linked to each other. And the ink repelling molecules that are displaced are plugged into the gaps generated by the material molecules during the agitating extrusion to form the billet; and step 4: the formed billet is processed through the forming machine Manufactured to obtain a plurality of non-dyeing units 13 , a plurality of first dyeing units 14 and a plurality of second dyeing units 15; The first dyeing unit 14 is disposed on the surface of the non-dyeing unit 13 , and the second dyeing units 15 are disposed on the surface of the first dyeing unit 14 at the surface thereof; step S2: Attaching sublimation transfer paper: placing a sublimation transfer paper on the contact body 1; step S3: hot pressing transfer: releasing the ink dye on the sublimation transfer paper by hot pressing, at this time, the contact body When the molecular structure is expanded by heating, the characteristics of the gap are generated, and the ink dye can be infiltrated into the contact body 1 and attached to the second dyeing unit 15 and the first dyeing units 14, and a non-dyeing unit 13 in the dyeing unit 14 blocks the ink dye from completely penetrating into the interior of the first dyeing unit 14, so that the contact body 1 has a plurality of color warning range regions 2 formed therein; wherein, in step S3, The hot pressing method releases the ink dye on the sublimation transfer paper, and the hot pressing temperature is in the range of 100 ° C to 300 ° C; in particular, the hot pressing sublimation transfer is performed by a conventional heat. The pressure equipment applies the appropriate high temperature and pressure to the sublimation transfer paper. And for a period of time, the ink on the sublimation transfer paper is released, and the ink on the sublimation transfer paper is color, various patterns, patterns or trademarks; since the ink affinity molecules of different materials are hot pressed, the heat is The numerical conditions for the appropriate high temperature and pressure applied to the transfer paper by the press equipment are also different (as shown in the table below);

It can be seen from the above table data that it is obvious that the ink affinity molecules of different materials are being hot pressed. In the mode, the hot pressing temperature is in the range of 100 ° C to 300 ° C; step S4: cleaning treatment: tearing off the sublimation transfer paper, cleaning the contact body 1 to complete the transfer; and step S5: processing Forming: the contact body 1 is integrally formed with a contoured profile; wherein, in the step S5, the overall shape of the contact body 1 is processed into a cushion body, a tire, a shoe material, a bag material, an oil seal, and a rehabilitation Tools, sensing components, passive components, electrical loss components, mobile phone kits, heat loss components, gloves, ball materials, leather, protective gear, furniture, toys, stationery, bedding, building materials, pet supplies, machinery, hand tools, Clothing materials, accessories, trademarks, household goods, kitchen supplies, bathroom products, swimwear, glasses, computer peripheral products, game peripheral products, fitness peripheral products, yoga peripheral products, automobile and motorcycle parts, bicycle parts or lighting equipment, etc. One of the articles presented by the contouring profile; in particular, the ink repelling molecules of the non-dyeing units 13, the material molecules of the first dyeing units 14, and the The number of ink affinity molecules of the second dyeing unit 15 is matched with different arrangement manners to affect the color depth range of the color warning range area 2 of the contact body 1 after absorbing the ink dye, and the contact body 1 absorbs The color warning range area 2 presented after the ink dye is presented as a single color or by any one of a plurality of different colors or a plurality of times of processing, thereby enhancing the effect of the recognition; for the contact body 1 The color warning range area 2 is in a single color, and the material molecules of the first dyeing unit 14 , the ink affinity molecules of the second dyeing unit 15 , and the ink repelling molecules of the non-staining units 13 are mainly placed in the color. In the mixer table and add the appropriate When the chemical auxiliaries are blended with each other, the stirring time for the high-speed stirring operation can be controlled according to the needs of the manufacturer, and the longer the high-speed stirring time is, the mixing uniform effect is achieved, and the material molecules of the first dyeing unit 14 are The ink affinity molecules of the second dyeing units 15 are connected to each other and bonded together; and the ink repelling molecules of the non-dyed units 13 that are excluded from being squeezed into the material molecules of the first dyeing units 14 a gap is formed in the generated gap; therefore, when the sublimation transfer paper is subjected to temperature and pressure, the ink is released and penetrates into the contact body 1 to adhere to the ink affinity molecules of the second dyeing units 15 and the first At the material molecules of a dyeing unit 14, and by the ink repelling molecules of the non-staining units 13, the ink is completely infiltrated into the material molecules of the first dyeing units 14, so that the contact body 1 is formed inside. The multi-block color warning range area 2 presents a single color pattern (as shown in FIG. 1); further, when the high-speed stirring time is less, a non-mixing uniform effect is achieved, so that the first dyeing units are The material molecules of 14 and the ink affinity molecules of the second dyeing units 15 can only be bonded to each other, and the material molecules of the first dyeing units 14 cannot be made to have gaps for the non-dyeing units 13 to be excluded. The ink repelling molecules are internally inserted into the molecules of the material and can only be displaced to the material molecules of the first dyeing unit 14 and the ink affinity molecules of the second dyeing units 15 by the first dyeing. The arrangement of the material molecules of the unit 14, the ink affinity molecules of the second dyeing units 15 and the ink repelling molecules of the non-staining units 13 can achieve this alignment function; therefore, when the sublimation transfer paper is subjected to temperature and pressure, The ink is released and infiltrated into the dye receiving area, and is adhered only to the ink affinity molecules of the second dyeing unit 15 and the material molecules of the first dyeing units 14, and cannot be attached to the non-dyed The ink repelling molecules of the color unit 13 are made by the different arrangement of the material molecules of the first dyeing unit 14, the ink affinity molecules of the second dyeing units 15, and the ink repelling molecules of the non-staining units 13 The plurality of color warning range areas 2 formed by the inside of the contact body 1 forming a plurality of blocks exhibit a camouflage pattern (as shown in FIGS. 2, 3, and 4).

Therefore, when the contact body 1 is thinned during use, the first surface 11 or the second surface 12 is thinned, and the color of the plurality of blocks buried in the contact body 1 is reduced by the degree of loss. Each of the second dyeing units 15 in the warning range area 2, each of the first dyeing units 14 and each of the non-staining units 13 are sequentially exposed to prompt the user to understand the degree of overall loss to determine whether to replace or not; Can be divided into: wear loss, moisture loss, oxidation loss, cracking loss, aging loss, fatigue loss, fading loss, heat loss, electrical loss, etc., and briefly described as follows; 1, wear loss: when the contact During the use of the body 1, the surface of the body and the hard particles or hard protrusions (including the hard metal) rub each other to cause the surface material loss to become thin, and the appearance surface loss is thinned due to the wear phenomenon, so that the contact is buried in the contact The color block warning range 2 of the body 1 is sequentially exposed; 2. Moisture loss: moisture is a natural phenomenon, and when the contact body 1 is in use and stored, it is easily exposed to air. Moisture adheres to the first surface 11 or the second surface 12 of the contact body 1 or enters the inside of the object through the pores of the first surface 11 or the second surface 12 of the contact body 1, and the appearance surface is damaged due to moisture phenomenon Deteriorating, so that the plurality of color warning range areas 2 buried in the contact body 1 are sequentially exposed; 3. Oxidation loss: Oxygen is unavoidable by any substance. Therefore, when the contact body 1 is in use and stored, oxygen will be in the ink repelling molecules of each non-staining unit 13 in the contact body 1, and each Each material molecule of a dyeing unit 14 undergoes a radical chain-locking reaction with each of the ink affinity molecules of each of the second dyeing units 15, causing the molecular chains to be broken or excessively crosslinked, causing a change in the properties of the contact body 1 due to oxidation. The appearance factor causes the surface loss to be thinned, so that the plurality of color warning range regions 2 buried in the contact body 1 are sequentially exposed; 4. Cracking loss: when the contact body 1 is in use and stored, The irradiation of sunlight not only directly causes breakage and cross-linking of each molecular chain of each of the non-dyeing units 13, the first dyeing unit 14 and each of the second dyeing units 15 in the contact body 1, but also enables the contact body 1 to be broken. Each molecule in the molecule generates a radical by absorbing light energy, triggering and accelerating the oxidative chain reaction process, while the external light generates a heating effect, and the surface surface is cracked and thinned due to the sun damage factor. The plurality of color warning range regions 2 buried in the contact body 1 are sequentially exposed; 5. aging loss: when the contact body 1 is in use and stored, due to heat, oxygen, water, light, microorganisms, The combination of chemical media and other environmental factors, the chemical composition and structure of each molecular material will undergo a series of changes, physical properties will also be correspondingly deteriorated, such as: hard, sticky, brittle, discolored, lost strength, etc. And the phenomenon is called aging, so that the plurality of color warning range regions 2 buried in the contact body 1 are sequentially exposed; 6. fatigue loss: when the contact body 1 is in use, the two contact surfaces are in alternating contact. Under the action of compressive stress, the material surface is thinned due to fatigue, so that the plurality of color warning range regions 2 buried in the contact body 1 are sequentially exposed; 7. Fading loss: When the contact body 1 is in use and stored, the contact body 1 is discolored due to exposure to sunlight, and the loss of the contact body 1 is determined by fading; 8. Heat loss: when the contact body 1 During the process of use, the surface is affected by the thermal energy emitted by the heat-conducting material during the friction process, resulting in the loss of the contact body 1 being affected, and the surface loss is thinned due to the heat loss factor, so that the surface will be buried. The plurality of color warning range regions 2 in the contact body 1 are sequentially exposed; 9. Electrical loss: when the contact body 1 is in use, its surface is subjected to an inductive transmitter and radio frequency identification during the friction process ( Radio waves (electromagnetic fields) emitted by other related articles such as RFID) or voltage devices cause loss of the contact body 1 to be affected, and surface loss due to electrical loss factors becomes thin, so that the contact body is buried in the contact body The plurality of color warning range areas 2 in 1 are sequentially exposed; further, after the contact body 1 is processed and formed, the overall shape is a cushion body, a tire, a shoe material, and an oil. The electric loss component or the outline of the mobile phone kit is presented, and further described as follows: For example: 1. After the contact body 1 is processed and formed, and the overall shape is represented by the contour shape of the cushion body, In order to carry out yoga activities, because people are paying more and more attention to the body and the quality of life required is getting higher and higher, the yoga movement has begun to prevail in Taiwan, and the contact body 1 has been processed and formed. The overall shape is presented by the contour of the cushion body, and the contact body 1 exhibiting the shape of the cushion body can be placed on the ground for slow and elegant limb movement to achieve the coordination of body, mind and spirit, and also Between specific postures and positioning In the state of meditation, meditation, breathing, and relaxation of the limbs, the effects of autonomic nerves, metabolism, and immunity are obtained. Therefore, when used for a long time, the contact body 1 of the present invention is in use. In the middle, the aging or thinning will occur due to the continuous loss. By the degree of loss, the plurality of color warning range areas 2 buried in the contact body 1 are sequentially exposed to prompt the user to understand the overall loss degree and reach the judgment. Whether to replace; for example: 2. After the contact body 1 of the present invention is processed and formed, the overall shape is represented by the tire profile, and the degree of tire loss is related to the driving safety of the vehicle, and the tire tread contacts the ground type vehicle. The land relies mainly on, especially after driving in rainy days or on slippery roads, good tires will have good wetland grip performance, which means that the vehicle can drive safely, and the wetland braking distance can be shortened when braking. In addition to bearing the heavy responsibility of the vehicle, it bears all the weight from the vehicle itself, the occupants and the cargo, so it is long-term. Down, it will cause tire loss, the tire tread will be thinner, the tire's grip performance will be reduced, and the driving safety will be reduced. When the tire-type contact body 1 in this creation is used, it will be lost. And thinning, so that the user sequentially exposes the plurality of color warning range areas 2 buried in the contact body 1 by the degree of loss, so as to prompt the user to understand the overall loss degree and determine whether to replace; for example; :3. In this creation, after the contact body 1 is processed and formed, the overall shape is represented by the outline shape of the shoe material. Since the journey of a thousand miles begins with the foot, human beings often need to rely on their feet when engaging in daily activities. Walking, especially walking for a long time and going up and down the stairs, is more likely to cause the burden on the soles of the feet. Because the human body stands with the soles of the feet as support points and supports the arches The body, when walking or running, will rely on the above parts of the human body to provide the body's own elasticity and torsion and absorb the reaction force of the ground to adapt to various terrains to achieve shock absorption effect. If the two parts are unevenly applied, the elastic force when walking It will be greatly weakened, and the body's center of gravity cannot be smoothly transferred to the correct position, which is prone to imbalance of the body. Therefore, it is very important to choose a pair of slippers or shoes with good support and elasticity. Therefore, when wearing the wearer When wearing the shoes, often due to changes in the posture of the soles during walking, the soles are severely deformed at the change of the walking posture of the soles, which causes the soles of the shoes to rub against the ground and is gradually thinned, thereby affecting the shoes. The overall texture, and the contact body 1 of the sole type in the present invention is thinned by the loss during use, so the user can hide the plurality of colors buried in the contact body 1 by the degree of loss thereof. The warning range area 2 is exposed in order to prompt the user to understand the overall loss level and judge whether to replace it; for example: 4, the creation After the contact body 1 is processed and formed, the overall shape is represented by the oil seal profile. Therefore, when the oil seal is exposed to sunlight during use and storage, the contact body 1 is discolored, so the user can The fading is used to determine the severity of the loss of the contact body 1 to prompt the user to understand the degree of overall loss to determine whether to replace it; for example: 5. After the contact body 1 is processed and formed, the overall shape is electrical loss. When the component profile is presented (eg, parts or accessories for various inductive transmitters, radio frequency identification (RFID) or voltage devices, etc.), therefore, when the electrical loss component is in use, its surface is During the process of friction, radio waves (electromagnetic fields) emitted by other related items such as an inductive transmitter, a radio frequency identification (RFID) or a voltage device cause the contact body 1 The loss occurring due to the influence, the surface loss caused by the electrical loss factor is thinned, so that the plurality of color warning range regions 2 buried in the contact body 1 are sequentially exposed to prompt the user to understand the overall loss degree. And to determine whether to replace; for example: 6, the creation of the contact body 1 after processing, the overall shape is the outline of the mobile phone package (such as: mobile phone protective shell, mobile phone support or mobile phone headset plug, etc. Related kit products), therefore, when the mobile phone kit is in use, its surface is affected by the thermal energy emitted by the heat-conducting material during the friction process, resulting in the loss of the contact body 1 being affected by the heat loss factor. The surface loss is thinned, so that the plurality of color warning range areas 2 buried in the contact body 1 are sequentially exposed; the user is prompted to know the overall loss degree to determine whether to replace; thereby providing a An item that identifies the overall loss of use.

In summary, the structure of a loss-reducing item has not been seen in books or publicly used. It is in line with the requirements of the new patent application, and it is requested to express the patent as soon as possible. To be clear, the above is the specific embodiment of the creation and the technical principles applied. If the changes made according to the concept of this creation, the functional role produced by it does not exceed the spirit of the manual and the drawings. At the time, it should be combined with Chen Ming within the scope of this creation.

1‧‧‧Contact body

11‧‧‧ first surface

12‧‧‧ second surface

13‧‧‧ Non-staining unit

14‧‧‧First staining unit

15‧‧‧Second staining unit

2‧‧‧Color warning range area

Claims (10)

A loss-reducible article structure includes: a contact body having a first surface and a second surface; the contact body is embedded with a plurality of non-dyeing units, a plurality of first dyeing units, and a plurality of second dyeing layers a unit; wherein the first dyeing units are coated on the surface of the non-dyeing units, and the second dyeing units are disposed at the surface of the first dyeing units; and a plurality of color warning range areas, The ink dye is infiltrated into the contact body and attached to the second dyeing unit and the first dyeing unit, and the ink is completely penetrated by the non-staining unit in the first dyeing unit. Inside the dyeing unit, the contact body is internally formed to form the plurality of color warning range regions. The loss-removable article structure according to claim 1, wherein the dyeing ability of the non-dyeing units to receive ink dye penetration is in the range of 0% to 10%; and the first dyeing units receive ink dye penetration. The dyeing ability is in the range of 20% to 60%; and the dyeing ability of the second dyeing unit to receive ink dye penetration is in the range of 80% to 100%. The loss-removable article structure of claim 2, wherein the non-dyeing units are selected from a plurality of ink repelling molecules; and the first dyeing units are selected from a plurality of material molecules and are respectively coated on the The non-staining units are surface-presented; and the second dyeing units are selected from a plurality of ink affinity molecules and are respectively disposed on the surface of the material molecules of the first dyeing units. A loss-reducible article structure as claimed in claim 3, wherein the non-dyed unit oil The color exclusion molecules, the material molecules of the first dyeing units and the ink affinity molecules of the second dyeing units are combined in different arrangement manners to affect the color warning range of the contact body after absorbing the ink dye. The area is dyed to a shallow depth. The structure of the loss-removable article according to claim 4, wherein the color warning range of the contact body after absorbing the ink dye is a single color or consists of single or multiple processing of different colors. Any one of them can enhance the effect of its recognition. The loss-removable article structure according to claim 3, wherein the ink-repellent molecules of the non-dyeing units are selected from any one of rubber, plastic or composite material molecules and the ink is formed by adding related additives. Non-polar affinity material molecules. The loss-removable article structure of claim 3, wherein the ink affinity molecules of the second dyeing units are selected from any of the rayon or synthetic petrochemical materials having an ink polar affinity material. The loss-removable article structure of claim 3, wherein the ink affinity molecules of the second dyeing units are selected from any of the natural mineral powders or natural materials having the ink polar affinity material. The structure of the loss-removable article according to claim 3, wherein the ink affinity molecules of the second dyeing unit are selected from the group consisting of rubber, plastic or composite materials, and the related auxiliary agent is added. Ink polar affinity material molecules. The structure of the loss-reducible article according to claim 1, wherein the overall shape of the contact body is a cushion body, a tire, a shoe material, a bag material, an oil seal, a rehabilitation tool, an inductive component, a passive component, Electrical loss components, mobile phone kits, heat loss components, gloves, ball materials, leather, protective gear, furniture, toys, stationery, bedding, building materials, pet supplies, machinery, hand tools, clothing materials, jewelry, trademarks, home Supplies, kitchen supplies, toiletries, swimwear, glasses, computer peripheral products, game peripheral products, fitness peripheral products, yoga peripheral products, steam locomotive parts, bicycle parts or lighting equipment, etc. The item of the person.