Cyanuric Chloride packing vibratory sieve
Technical field
The utility model belongs to the vibratory sieve technical field, particularly is applied to the Cyanuric Chloride packing vibratory sieve of Cyanuric Chloride packaging process.
Background technology
Cyanuric Chloride is a kind of important fine chemical product, it is the intermediate of pesticide industry, be the raw material of making reactive dye, can be used as the auxiliary agent of organic industry production, in process of production, product forms particle through the crystallizer crystallization, outward appearance is white uniform powder, because the viscosity ratio of finished product material is bigger, trafficability performance is relatively poor, occur larger particles during crystallization sometimes, and the fiberglass anticorrosive coat of crystallizer liner also can the local shedding phenomenon appear along with the lengthening of equipment service time.In existing production process, the Cyanuric Chloride product directly enters packaging process through crystallizer, and the blocks of solid thing that larger particles that occurs in the product and crystallizer liner come off all can descend product percent of pass along with the finished product material has together entered in the pail pack.
Summary of the invention
Technical problem to be solved in the utility model is, overcomes the deficiencies in the prior art part, controls and material properties to the equipment of packaging process according to crystallizer, and the Cyanuric Chloride packing vibratory sieve that product is sieved before a kind of the packing is provided.
The technical scheme that the utility model is taked comprises sieve nest, the support of weldering knot on sieve nest, the vibrating motor of on support, installing, be provided with charging aperture on sieve nest top, be provided with fines in the sieve nest bottom and cross feed bin, be connected to hook, on hook, the shock-absorbing suspension rod assembly of being made up of damping spring, suspension ring and suspension rod is installed in four fillet welding of sieve nest, in sieve nest, screen cloth is installed, is provided with coarse fodder and impurity bin in the sieve nest left side by top board, lower platen and connecting bolt.
Described screen cloth is horizontal by the angle of 7~10 degree.
Also be provided with the rectangle loam cake on described sieve nest top, seal with rubber sheet gasket between rectangle loam cake and the sieve nest.
The beneficial effects of the utility model are, owing to realized before the packing product being sieved, promptly between Crystallization Procedure and packaging process, increased the packing vibratory sieve that product is sieved, and the screen cloth of vibratory sieve is horizontal by the angle of 7~10 degree, the blocks of solid thing that big crystalline particle that occurs in the product and crystallizer liner come off enters in coarse fodder and the impurity bin along the screen cloth horizontal by 7~10 degree angles, can together not enter in the pail pack, thereby improve the qualification rate of product along with the finished product material.
Description of drawings:
Fig. 1 is the utility model structural representation,
Fig. 2 is the A-A cutaway view of Fig. 1;
Fig. 3 is the I portion enlarged drawing of Fig. 1.
Among the figure:
1. charging aperture; 2. vibrating motor; 3. shock-absorbing suspension rod assembly;
4. link up with; 5. sieve nest; 6. demounting bolt;
7. loam cake; 8. screen cloth; 9. fines is crossed feed bin;
10. accept outlet; 11. coarse fodder and impurity bin;
12. support; 13. Anchor plate kit;
13-1. connecting bolt; 13-2. top board; 13-3. lower platen.
The specific embodiment:
As shown in Figure 1, the technical solution adopted in the utility model comprises the sieve nest of being made up of the four sides stainless steel casing 5, weldering has the support of making of two channel-section steels 12 on sieve nest 5, vibrating motor 2 is installed on support 12, four fillet welding at sieve nest 5 are connected to hook 4, on hook 4, be equipped with by damping spring, the shock-absorbing suspension rod assembly 3 that suspension ring and suspension rod are formed, in sieve nest 5, pass through top board 13-2, lower platen 13-3 and connecting bolt 13-1 are equipped with stainless steel mesh 8, be provided with charging aperture 1 on sieve nest 5 tops, be provided with fines in the sieve nest bottom and cross feed bin 9 and accept outlet 10, be provided with coarse fodder and impurity bin 11 in the sieve nest left side.
For the ease of changing stainless steel mesh 8, also be provided with rectangle loam cake 7 on sieve nest 5 tops, seal with rubber sheet gasket between rectangle loam cake 7 and the sieve nest 5, and connect with demounting bolt 6.
Can enter the coarse fodder storehouse smoothly in order to control blanking velocity and defective coarse fodder, stainless steel mesh 8 is horizontal by the angle of 7~10 degree.
During use, by shock-absorbing suspension rod assembly 3 the utility model is fixed on the factory building floor, after vibrating motor 2 is opened, Cyanuric Chloride finished product material is entered by the charging aperture 1 of sieve nest 5, during through stainless steel mesh 8, qualified fines is fallen and is entered in the following pail pack by accept outlet 10 after fines is crossed feed bin 9, larger particles coarse fodder and impurity comprise that block impurity enters in coarse fodder and the impurity bin 11 along the screen cloth 8 horizontal by 7~10 degree angles, collects in the cloth bag by the outlet of impurity bin 11 on stainless steel mesh 8.When needing to change Stainless Steel screen cloth 8, unclamp demounting bolt 6, open the rectangle loam cake 7 that sieve nest 5 tops are provided with, can change screen cloth 8.