TW201119798A - Coating method for manufacturing debris-discharge multi-way meshed emery cloth. - Google Patents

Abstract

A coating method for manufacturing debris-discharge multi-way meshed emery cloth comprises coating a bundle of multi-way meshed and buckled fiber cloth with gum, and then coating and gluing abrasive particles on the multi-way meshed and buckled fiber cloth in appropriate density, followed by drying to produce a whole bundle of emery cloth. The emery cloth roll can be processed by other cutting devices to make emery cloth of appropriate size. By this manufacturing method, it increases the emery cloth manufacturing speed, reduces the waste of production materials, and ensures the stability of emery cloth quality, thereby enhancing industial values.

Description

201119798 • VI. Description of the statement: - [Technical field to which the invention pertains] ^ The present invention relates to a method for coating and manufacturing a chip-feeding multi-directional mesh sand cloth; in particular, it is possible to use a bundle of multi-directional mesh-shaped adhesive fiber cloth Through the consistent production method, the roll is directly made into a whole roll of emery cloth with a multi-directional mesh shape and the other side is a bonded mother face, and then directly cut into various shapes of the chip-removing environmentally-friendly abrasive cloth. 'It can effectively improve the production efficiency of emery cloth, and produce emery cloth with resistance to abrasion, water resistance, good cutting rate (sharp), good dust collecting effect and strong substrate. [Prior Art] A known technique, such as China's new patent publication No. 377635, is to fabricate an abrasive cloth by coating a diamond cloth on a whole fiber cloth having pores, and is a single-sheet abrasive cloth for chip removal effect. , its. • Another new Chinese patent No. M323370 discloses a circular sheet-shaped double-sided abrasive cloth structure. Although the manufacturing method is not proposed, it is also revealed that the abrasive cloth is a warp and weft interdigitated fiber cloth coated on both sides of the cloth surface. Second cloth of material. [Summary of the Invention] Today's Miaobu meets the needs of industrial processing, in addition to the thickness of the 201119798 nickname to provide users with the choice of processing conditions, * also have different shapes and special abrasive cloth with grinding equipment; also because of the product The demand for refinement is getting bigger and bigger, and the use of emery cloth is increasing. How to improve the production yield of emery cloth and stabilize the production quality of emery cloth, and can reduce the material loss in the production process' is already an improvement for the sand cloth operator. Big topic. Force fry ♦ If it needs to be fixed in a high-speed rotating sand mill, generally ^ on the back of the stone cloth attached - the sheet of the adhesive mother side, and then the adhesive mother-fed f / cloth is stuck to the sander of the sander Face, but because of the sanding operation, there will be two heats. In the high-speed rotation work, the sand cloth is easily peeled off from the adhesive mother face, posing a danger. Therefore, in response to the demand of the above-mentioned abrasive cloth industry, the present invention is produced to solve the problem of this industry, and the production capacity of the daytime production and the production of the red wine are reduced, and the product quality can be stabilized. Use::: The method of manufacturing the multi-directional mesh sand cloth for chip removal, which is made of "Silk woven into a buckled surface with a single-filament", and the fabric is woven on the machine table. After the * η (10)-like adhesion, the glue is coated with the gel, and the abrasive particles are glued to the multi-directional mesh-bonded fiber woven fabric at an appropriate density by electrostatic or infinite gravity, and then the device will be Dry the sand cloth to make a whole roll of sand cloth, (4), = Make the appropriate size stone/cloth with other cutting equipment. The coating manufacturing method of the multi-directional mesh abrasive cloth of the present invention can reduce the manufacturing material loss by the manufacturing speed of the cloth, and ensure the quality stability of the sanding cloth. [Embodiment] Generally, according to the present invention, please refer to the first figure, which is a schematic diagram of the production process of the method for manufacturing the chip-feeding multi-directional mesh sand cloth of the present invention, which is shown in the figure. The mesh-shaped adhesive fiber woven fabric 21 is discharged on the machine table, and after the rubber compound 22 is coated with the rubber material, the abrasive particles 23 are uniformly coated with an appropriate density by electrostatic adsorption or an infinite gravity device 24. Gluing on the multi-directional mesh-bonded fiber woven fabric 21, and drying the abrasive cloth 30 through the drying device 25, the drying temperature is determined by selecting the epoxy resin or the water-based plasticizing material according to the rubber compound, in the screening ^ to 2 Between the seven, the baking speed is the same as the rubber material selected from the epoxy resin or the water-based plastic material, about 5 meters to 12 meters per minute, and the whole volume of the chip is multi-directional mesh cloth 30 The chip-removing multi-directional mesh cloth 3, that is, as shown in the second and second figures, has a bonded mother face 211 on one side and abrasive-fixed abrasive particles 23 on the other side, and the abrasive roll can utilize other cutting equipment. Lu made it into a multi-directional mesh cloth of appropriate size. If the abrasive particles 23 of the abrasive cloth need to be strengthened and fixed, the abrasive particles 23 can be strengthened and fixed by applying the multi-directional mesh abrasive cloth 3 of the above-mentioned process to the rubber material tank 221 again as shown in the fourth figure. The chip evacuation multi-directional mesh cloth 30 is again drained by the drying device 251 to reinforce the fixed abrasive particles 23. In addition, according to the material of the abrasive particles 23, the invention can also replace the electrostatic filament method with the method of 201119798. The following multi-directional mesh abrasive cloth coating manufacturing method has the production speed of the fiber. The whole invention is coated with a full-volume multi-directional mesh adhesive (4)/machine on a machine after electrostatic or infinite gravity: dry finished abrasive cloth The manufacturing process can increase the production speed and reduce the time for converting the machine to the process. 2m material loss 'especially abrasive particles. Directly adhere to the multi-directional mesh-bonded fiber woven fabric on the machine table by static electricity or two-weight gravity. Unadhesive abrasive particles can be recycled and reused. The rubber compound can also be coated uniformly. , reduce waste. 3. Because _ people are glued and electrostatically or infinitely gravity coated and dried to form an abrasive cloth. The quality of the product is controlled and stabilized, and the rate of the abrasive cloth product is improved. With the automatic cutting equipment, the abrasive cloth can be directly cut into the required size and shape for sale, and even the packaging is completed. The automated production can reduce the competitiveness of the product price. 5. The chip-removing multi-directional mesh sand cloth of the invention has multiple functions of fast heat dissipation, high chip removal, low heat energy and large space of chipping, and can cooperate with the dust collecting device to effectively collect dust and reduce the air caused by sanding. Pollution. 6. The abrasive cloth of the invention has one side of the adhesive mother surface, and is integrally formed with the sanding surface to form a 'male joint surface which can be mounted on a high-speed rotating machine, because the integral molding can reduce the occurrence of the abrasive cloth falling off, and replace the sand. 201119798 improves efficiency and reduces costs. In summary, the method for manufacturing the multi-directional mesh sand cloth of the chip discharging of the present invention provides a whole-volume multi-directional mesh-shaped adhesive fiber woven fabric, which is coated and dried on the machine table to complete the abrasive cloth. The manufacturing process, which can improve the output, reduce the material loss and stabilize the quality, makes it extremely practical and cost-effective in the industry, and its production process has not been seen in various books or public use, and is in line with the invention. For patent application requirements, I would like to ask the Bureau to give a clear understanding of the patent. The above description is based on the specific embodiments of the present invention and the technical principles applied thereto, and the functional effects produced by the present invention are not beyond the scope of the specification and drawings. In spirit, it should be within the scope of the present invention and combined with Chen Ming. Brief Description of Model 201119798] J The first diagram is a schematic diagram of the production process of the present invention. ‘The first figure is a perspective view of the multi-directional mesh sand cloth of the chip discharge produced by the present invention. The second drawing is a side view of the multi-directional mesh sand cloth of the chip discharge produced by the present invention. The fourth figure is a schematic diagram of the production process of the reinforced abrasive grains of the present invention.

10 2122 23 24 25 26 30 Description of main component symbols】 Multi-directional mesh adhesive fiber woven fabric in production process. ······································································ To mesh sand cloth • · 221 251

Claims (1)

201119798, the scope of patent: 1, a multi-directional mesh abrasive cloth coating - bundle of multi-directional mesh adhesive fiber woven fabric in the machine: the method, the: the groove after impregnation of the knee material, the abrasive particles Use static electricity: Out: Evenly coated and glued to the multi-directional net _ buckle fiber type to dry the equipment to dry the abrasive cloth to make a whole roll of abrasive cloth. ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, τ is Te Xi Long material 3. According to the patent application method, the manufacturing method is applied, and the eve & the smear of the mesh sand cloth to the contact-shaped adhesive fiber, _ cloth °. The adhesive fiber woven fabric can be made of cotton material. 4. According to the patent application section, the manufacturer is coated, and the rubber compound can be coated and manufactured for the circumferential mesh sand cloth. The first item is a multi-directional mesh sand cloth. The ''seed' can be a water-based plasticizer. Coating manufacturing: the first item of the second and second special areas, the multi-directional mesh-shaped gauze lining of the multi-directional mesh sand cloth can be attached to the coating by the infinite gravity method: = please:: the first item of the range - Among them, the dry temperature of the boat is between 12 (TC and 200t: 201119798. According to the patent application, the first item is the multi-directional mesh abrasive cloth. The coating manufacturing method, wherein the drying speed is 5 meters to 12 minutes per minute. Between the meters. 10