KR100328470B1 - Leather smelling of a sweet smell - Google Patents

Abstract

Fragrant leather is introduced to improve the quality of leather products and to improve the perception of leather products by injecting fragrance into the surface of finished leather products by injecting fragrance in the eggplant process, which is a manufacturing process of leather products. It became.

The present invention described above is a water soaking process (ST1), lime process (ST2), splitting process (ST3), reliming process (ST4), deliming process (ST5), dissolution process (ST6), pickling process (ST7), oily Process (ST8), Watermaking Process (ST9), Washing Process (ST10), Re-Oil Process (ST11), Neutralization Process (ST12), Dyeing Process (ST13), Eggplant Process (ST 14), Coating Process (ST15) In the manufacturing process of the leather consisting of, the branch process is chromium oxide, which corresponds to 4% of the weight of the leather, 4% of the base oil, 4% of the weight of the leather Oleic acid, an alkyl phosphate oil equivalent to 5% of the weight of the leather is dissolved in sulfuric acid, an emulsifying solvent, and at least 0.1% of the weight of the leather is further dissolved in sulfuric acid, an emulsifying solvent. A flavoring process that allows the fragrance to emanate from the surface of the finished leather by soaking for ST23), characterized in that the configuration.

Description

Scented Leather {Leather smelling of a sweet smell}

The present invention relates to a leather, and to a scented leather to enhance the affinity and added value to the leather products of the general user by making the surface of the leather to smell instead of the specific chemical smell of the leather.

Clothing products and other household goods made of leather are generally regarded as high quality products compared to products made of other materials.

1 is a flow chart showing a general leather manufacturing process, looking at the leather manufacturing process with reference to the drawings as follows.

Leather obtained by slaughter of animals contains a lot of moisture, and if stored in this state, it will rot. Therefore, it should be completely dried and stored in a state where moisture is removed.

In order to process the raw leather products using the stored leather skins, a water soaking process is carried out to add moisture to the leather skins which are completely dry (ST1).

The leather hide which has undergone the water soaking process uses lime that has an alkali component to remove the impurities that are dissolved in the alkali components such as fat and gelatin among the impurities attached to the leather hide, thereby making the leather fibrous. To perform (ST2).

Thereafter, a division process for processing the raw material from which impurities are removed to a thickness required is performed. At this time, the accuracy of the thickness is not important (ST3).

Raw material processed to a certain thickness by the splitting process removes the impurities remaining in the raw material by performing the lime process again because the surface of the raw material is removed to reveal the impurities remaining inside the raw material (ST4). The lime component added more than necessary in the reliming process (ST4) is removed by the deliming process (ST5).

The raw hide that has undergone the reliming process is a yeast process (ST6) which removes the remaining parts except the fiberized part by the lime process, and the acid is added to the raw skin so that the finished leather product is immunized against the acidic substance. The pickling process (ST7), followed by the oiliness process (ST8) to fix the fibrous tissue by putting chromium on the raw skin.

After performing the above steps, the moisture contained in the raw material is completely removed (washing process) (ST9), and the raw material from which the moisture has been removed is polished to the required thickness by the washing process (ST10). The thickness of the leather should be polished to a precision of 0.1mm.

Since the inside of the leather processed to the required thickness includes a portion of the oily process for fixing the fiber tissue, the re-oil process (ST11) is performed to fix all the fiber tissue of the leather.

Leather which has undergone re-oiling process has a certain color by dyeing process (ST12), and dyeing process is neutralizing process (ST13) which neutralizes alkali or acid component contained in leather in order to make dyes dye evenly on leather. It must be done before.

The dyed leather is subjected to a branching process (ST14) that includes oil in the leather to give a softness, and completes the leather through a coating process (ST15) to spray pigments to remove scars generated during the leather manufacturing process.

Leather products completed through the above-described process is a variety of chemicals emitted from the surface of the leather by the various chemicals used in each manufacturing process of the leather, these odors continue to emit during the period of use to the leather product users It becomes unpleasant.

As the aroma of leather continues to occur throughout the life of the leather product, users want to select the leather product by the excellent quality of the leather product, but the factor that makes the leather product hesitant due to the strong smell of the leather product is It became.

The present invention has been made to solve the above problems, by adding a fragrance in the finished leather product by adding a perfume during the performance of the process of the leather manufacturing process people compared to the existing leather products that the chemical smell emanates from the surface It aims to provide a scented leather that can give a sense of affinity.

The present invention for achieving the above object is a manufacturing process of the leather consisting of water, lime, split, re-lime, deliming, hyohae, pickling, oily, water squeeze, sebbing, re-oil, neutralization, dyeing, eggplant, coating process In the process, the eggplant process is used to give the leather elasticity, chromium oxide equivalent to 4% of the leather weight, base oil equivalent to 4% of the leather weight, oleic acid equivalent to 4% of the leather weight, 5% of the leather weight After dissolving the alkyl phosphate oil corresponding to% in sulfuric acid, an emulsifying solvent, in order to further dissolve at least 0.1% of the fragrance of the leather in sulfuric acid, the skin is immersed in sulfuric acid, an emulsifying solvent, for 90 minutes. Characterized in that it comprises a flavoring process so that the fragrance is emitted from the surface of the.

1 is a flow chart showing a general leather manufacturing process.

Figure 2 is a flow chart showing the branch process of the leather manufacturing process according to the present invention.

Figure 2 is a flow chart showing the flavoring process of the scented leather according to the present invention, such as water droplets, lime, split, re-lime, deliming, hyohae, pickling, oily, sew, weaving, ashing, neutralization, dyeing, In the manufacturing process of the leather consisting of eggplant, coating, the eggplant process is chromium oxide equivalent to 4% of the leather weight, base oil equivalent to 4% of the leather weight, 4% of the leather weight to give the leather elasticity Soluble oleic acid and alkyl phosphate oil equivalent to 5% of the weight of the leather are dissolved in an emulsifying solvent in order, and at least 0.1% of the fragrance of the leather is further dissolved in the sulfuric acid as an emulsifying solvent, and the leather hide is dissolved in sulfuric acid as an emulsifying solvent. It is characterized in that it comprises a flavoring process (ST23) to allow the fragrance to emanate from the surface of the finished leather by immersion for 90 minutes.

Referring to the configuration and operation of the present invention.

The leather hide obtained by slaughter of animals is similar to the conventional technique in the soaking process (ST1), lime process (ST2), dividing process (ST3), reliming process (ST4), deliming process (ST5), and fermentation process (ST6). ), Pickling process (ST7), oily process (ST8), distillation process (ST9), washing process (ST10), oil regeneration process (ST11), neutralization process (ST12), dyeing process (ST13), eggplant process ( ST 14) and the coating process (ST15) in order to obtain a leather finished product.

The above-mentioned process of manufacturing the leather (ST 14) is a process of adding oil into the tissue of the leather to soften the leather, and it is common to use several kinds of oils together. There is a base oil, alkyl phosphate oil, oleic acid in the present invention. Alkyl phosphate oil and oleic acid are drugs that soften the tissue of the leather, but because of their poor penetrating ability, base oils are used to help the penetration of alkyl phosphate oil and oleic acid. Alkyl phosphate oil and oleic acid are both mixtures that soften the texture of the leather, but the properties of the leather change depending on the amount of the mixture. Thus, the amount of base oil, alkyl phosphate oil, and oleic acid may vary depending on the properties of the leather. The alkyl phosphate oil is used together with the base oil as an oil to soften the properties of the leather. After dissolving in sulfuric acid to be used in a rotary tank.

The base oil, oleic acid, and alkyl phosphate oil used to perform the oiling process are dissolved in an emulsified solvent and added to a rotating tank while dissolving the fragrance in an emulsified solvent.

The eggplant process according to the invention is processed in the following order.

After the leather and water are put into a rotating tank (not shown) that performs the chemical treatment of the leather, 0.5% of ammonia water is additionally added (ST20) to rotate the tank for 10 minutes so that the leather is deposited in the ammonia water. . After 10 minutes of ammonia immersion treatment, add 2.0% of DFS solution and deposit leather for 20 minutes to give leather elasticity (ST21).

In addition, after the completion of the step (ST21) by administering a 1.5% SOL solution and 1.5% NBR solution for 60 minutes so that the entire leather has a constant color (ST 22).

After the process (ST22) is completed, chromium oxide (Syncotan) corresponding to 4% of the leather weight, base oil (SWK) corresponding to 4% of the leather weight, oleic acid (BK) corresponding to 4% of the leather weight, Alkyl phosphate oil (MK) corresponding to 5% of the weight of the leather is dissolved in sulfuric acid used as an emulsifying solvent, and at least 0.1% of the weight of the leather is further dissolved in the emulsifying solvent. Chromium oxide in the added agent increases the heat resistance of the leather so that the leather is not deteriorated by the heat generated in the processing of the leather. In addition, the kind of fragrance can be changed according to the fragrance to put.

After immersing the chromium oxide, base oil, oleic acid, alkyl phosphate oil and fragrance-emulsified solvent together with the leather fabric in a rotating tank, the tank is rotated for 90 minutes. The fragrance process that penetrates into the internal tissue of the leather to soften the leather and at the same time the fragrance contained in the solvent also penetrates into the internal tissue of the leather and the fragrance is released from the finished leather is completed (ST23).

After the fragrance is released from the leather by the flavoring process (ST23), 2% of formic acid (Formix acid) is added to the rotating tank to rotate the tank for 30 minutes, 1% neocin to prevent the corruption of the leather After adding (Neosyn) to rotate the tank for 20 minutes, all chemicals in the tank is discharged to the outside (ST24).

After this process, water and 1.0% NBR were added to rotate the rotary tank at 60 ° C. for 20 minutes, and additionally, 1.0% Formic acid was added to wash the leather for 20 minutes (ST 25). Finish the process. Since the process after the branch process is the same as the conventional process as a painting process, a detailed description thereof will be omitted.

As described above, the present invention allows the user to feel the comfort of the leather product instead of the various chemical smells emitted from the surface of the leather product so that the user may feel comfortable and discard the preconceived notion that the leather product smells like a chemical to the general public. Increase your affinity for leather goods.

Claims (1)

Sowing process (ST1), Lime process (ST2), Dividing process (ST3), Reliming process (ST4), Deliming process (ST5), Hyolysis process (ST6), Pickling process (ST7), Oily process (ST8), Manufacture of leather consisting of water squeeze process (ST9), washing process (ST10), oil regeneration process (ST11), neutralization process (ST12), dyeing process (ST13), eggplant process (ST 14), coating process (ST15) In the process, the eggplant process is made of chromium oxide equivalent to 4% of the leather weight, base oil equivalent to 4% of the leather weight, oleic acid equivalent to 4% of the leather weight, and leather weight to give the leather elasticity. After dissolving 5% of alkyl phosphate oil in sulfuric acid, an emulsifying solvent, and then dissolving more than 0.1% of the fragrance of the leather in sulfuric acid, emulsifying solvent, the skin is immersed for 90 minutes in sulfuric acid, an emulsifying solvent. Including a flavoring process (ST23) to cause the fragrance to emanate from the surface of the leather Fragrant leather characterized in that province.