Manufacturing method of dip wire glove die fixture

- Oct 03, 2019-

Technical field:

The utility model relates to a dipping wire glove mold fixture, in particular to a glove mold fixture which is mainly made of engineering plastics.

Background technology:

Now dipping gloves mould jig generally include nuts, end cover, shaft sleeve, jacket, t-bolt, rolling bearing, spring, compression spring, cushion, nut, end cover, shaft sleeve, jacket, T bolt is mainly composed of stainless steel, in order to reduce the friction between the shaft sleeve and jacketed must also increase the rolling bearing, so the existing impregnation gloves mould jig exist the following disadvantages: 1. As most of the parts are made of stainless steel, its technology is complex, so the production cost is high;2. In order to prevent the nut and screw thread T bolt connection in the production run is loose, need to add a pressure spring, it's brought in the mould installation difficulties and potential safety hazard, a production line need to install thousands of dipping gloves mould jig, so take a long time, and the intensity of labor is big, which affects the production efficiency;3. As the rolling bearing needs to add lubricating oil after using for a period of time, it must be regularly oiled and maintained on the bearing, which consumes a lot of oil, and the lubricating oil will often overflow, thus affecting the quality of the product;4. As most parts are made of stainless steel, the die fixture is heavy and energy consumption is high;5. Since the spring elasticity needs to be overcome during installation, the labor intensity is high and there is a potential safety hazard.

Content of the utility model based on the shortage of the existing technology, the utility model aims to provide a low production cost, low energy consumption, convenient installation, labor intensity is small,Dip wire glove die fixture with flexible rotation, long service life and safety.To achieve the above purpose, the utility model provides a dipping gloves mould jig, it includes nut, locking pad, end cover, shaft sleeve, jacket, cushion, T bolt, nut, stated end cover, shaft sleeve, jacket, T bolt is mainly composed of engineering plastic, such as described in the cushion and jacketed successively suits in the gloves mold clamp cylinder flat end, t-bolt T end inserted into the glove mould slot, after rotated 90 degrees to the T square convex piece of shrapnel in namely hold tight in the glove mould notches, described collar suit it is jacketed outside on the circumference of a circle,The t-shaped bolt is connected with the nut after the threaded end passes through the buffer pad, the clamping sleeve, the shaft sleeve, the end cover and the anti-loosening pad.The utility model has the following beneficial effects: 1. As most of the parts using engineering plastics, injection molding, process simple, thus greatly reduces the mold clamp manufacturing cost;0 2. Due to the application of rubber ring for locking parts, when screw nut type 0 circle due to compression of embedded screw groove, which always plays with thread hooks and lhe swelling of function, and can ensure that a complete set of modular fixture in the long-term operation not loose, can realize the goal of enterprise's safety in the long-term production zero accident, and die fixture installation is very easy, greatly saves installation touch fixture of the time, and improve the production efficiency;3. Because the rolling bearing is omitted, it is not necessary to add lubricating oil for a long time. In this way, the lubricating oil will not overflow and affect the quality of the product.4. As the main parts are made of engineering plastics, which are corrosion-resistant, wear-resistant, high-temperature resistant, self-lubricating, light weight, high strength, elastic, injection molding and other comprehensive characteristics, the use is safe and reliable;Extended service life;Saving energy and reducing consumption, low production cost, 5. Because of the collar circumference surface of contact with the jacket with multiple equal arc ribbed, referred to in article convex makes the collar and jacketed contact circle are angled line contact, so that the sleeves and jacketed interface is even with dust or small granular objects will not affect the relative rotation between the shaft sleeve and jacketed.


Rights requirements: 1. A dipping gloves mould jig, it includes nut, locking cushion, end cover, shaft sleeve, jacket, cushion, t-bolt, it has the following characteristics is the nut, end cover, shaft sleeve, jacket, T bolt are made of engineering plastic, described in the cushion and mold suit jacket and gloves, t-bolt tau shape end inserted into the glove mould and rotated 90 degrees after the square convex piece of shrapnel in tight in gloves mould notches, described collar suit it is jacketed outside on the circumference of a circle, t-bolt threaded through the cushion, jacket, shaft sleeve, the end cover and after locking washer and nut tighten connection.

2. As for the immersion wire glove mold fixture mentioned in claim 1, its feature lies in that the end face of the end cover and the shaft sleeve contact has multiple equal uniformly distributed arc bumps, and the end face of the end cover and the shaft sleeve contact has linear contact.

3. For the immersion wire glove mold fixture mentioned in claim 1, its feature lies in that one end of the contact between the shaft sleeve and the jacket has multiple equal uniformly distributed arc bumps, and the multiple equal distributed arc bumps make the shaft sleeve and the contact surface of the jacket have linear contact.

4. As for the immersion wire glove mold fixture mentioned in claim 1, its characteristic lies in that the contact circumference surface of the shaft sleeve and the clamping sleeve has multiple convex bars equal to the uniform distribution curve, the said convex bars equal to the uniform distribution curve make the shaft sleeve and the clamping sleeve contact circumference surface have linear contact, and at the same time greatly increase the axial length of the shaft sleeve and the clamping sleeve.

5. The dip wire glove die fixture mentioned in claim 1 is characterized in that the thread of the nut and t-bolt is multi-head thread.

6. The dip wire glove mold fixture mentioned in claim 1 is characterized by the t-shaped bolt with a square bump at one end of the t-shaped bolt, and the square bump has two symmetrical arranged shrapnel on the side.

7. The dip wire glove mold fixture mentioned in claim 1 is characterized in that one end of the shaft sleeve has two lugs arranged symmetrically. The two lugs and the shaft sleeve are formed as a whole.

8. The dip wire glove die fixture mentioned in claim 1 is characterized in that it also includes a hanging beam, which is connected with the shaft sleeve by means of fastening, and the hanging beam has an integral form of anti-loose shrapnel arranged symmetrically.

Patent abstract: the utility model provides a dipping gloves mould jig, it includes nut, end cover, shaft sleeve, jacket, T bolt and hanging beam mainly adopts engineering plastics, described cushion mold suit, jacket and gloves, t-bolt T end inserted into the glove mould and hold tight after rotated 90 degrees in gloves mould notches, described collar suit it is jacketed outside on the circumference of a circle, t-bolt through the threaded end of cushion, jacket, shaft sleeve, end cover and after locking washer and nut tighten connection;The anti-loosening pad can ensure the fixture is not loose in the long run.Multi-threaded nuts and t-bolt thread fast connection, t-bolt square block on the shrapnel can play a fast and accurate positioning, thus greatly saving the time of assembling and dismantling clamping device, so as to improve the production efficiency;Because the bearing is omitted, there is no need to add lubricating oil for long-term use. In this way, lubricating oil will not overflow and affect the quality of the product, achieving zero maintenance.Because the parts are mainly engineering plastics, and have corrosion resistance, wear resistance, high temperature resistance, self-lubrication, no deformation, light weight, high strength and other comprehensive advantages, so it reduces energy consumption, improve the service life;The utility model has simple structure, due to lengthen the axial contact distance between the jacket and shaft sleeve, thereby increasing the stability of modular fixture, zero swing, and all can adopt injection molding, process simple, and improved the yield and quality of products, quick and easy installation, labor intensity is small, safe and reliable, the production cost is greatly reduced.

JB-SUD 半(全)浸胶手套生产线7