Manufacturing equipment for upper-and-lower intercalated particle layer tool

A manufacturing method and granular layer technology, applied in chemical instruments and methods, dissolving, mixing machines, etc., can solve the problems of low work efficiency and achieve high work efficiency, easy operation and maintenance

Active Publication Date: 2019-02-01

WUHAN TEXTILE UNIV

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AI-Extracted Technical Summary

Problems solved by technology

[0004] The purpose of the present invention is to overcome the defects and problems of low working efficiency existing in the prior art...

Abstract

The manufacturing method of the upper and lower layer granule layer type tool is characterized by comprising a bottom lining plate addition process, an intermediate particle addition process, a top lining plate addition process, a heating condensation process, and a pressurized forming process as a unit, the plurality of units are sequentially circulated to form the method, wherein the bottom lining plate addition process is characterized in a bottom lining plate addition spreads bottom lining plates in the corresponding grooves, the intermediate particle addition process is characterized in that a particle addition device spreads granular layers on the bottom lining plates in the corresponding grooves, the top lining plate addition process is characterized in that a top lining plate addition device spreads the top lining plates on the granular layer in the corresponding groove to obtain a sandwich body, the heating condensation process is characterized in that a heating condensation device is used to heat the sandwich body in the corresponding groove to obtain a heating body, and the pressurized forming process is characterized in that a pressurized forming device is capable of pressing the heating body in the corresponding groove to obtain a molded body. The design of the method not only has high work efficiency, is easy to operate and maintain, but also has good product quality and high stability.

Application Domain

Shaking/oscillating/vibrating mixersTransportation and packaging +1

Technology Topic

Condensation processBiochemical engineering

Image

Examples

Experimental program(5)

Example Embodiment

[0052] Example 1:

[0053] See Figure 1 to Figure 6 , A method for manufacturing tools with upper and lower layers sandwiched with particles, which includes a bottom liner addition process, an intermediate particle addition process, and a top liner addition process in sequence. The bottom liner addition process refers to laying the bottom liner, so The intermediate particle addition process refers to laying particles on the top surface of the bottom liner to form a particle layer, and the top liner addition process refers to laying a top liner on the top surface of the particle layer; the manufacturing method is based on the top liner. After the board adding process, it also includes the heating coagulation process and the pressure forming process in sequence;

[0054] The bottom liner adding process means that the bottom liner adding device 6 lays a bottom liner into its corresponding groove; the intermediate particle adding process refers to the bottom layer of the particle adding device 3 in its corresponding groove Lay a plurality of particles on the liner and stir them evenly to form a particle layer; the top liner adding process means that the top liner adding device 7 lays a top liner on the particle layer in its corresponding groove In order to obtain a sandwich body; the heating coagulation process refers to the heating and coagulation device 4 heating the sandwich body in its corresponding groove to obtain a heating body; the compression molding process refers to the pressure forming device 5 corresponding to it The heating body in the groove is compressed to obtain a molded body, and the molded body is taken out of the groove to obtain the upper and lower layer sandwiched particle layer tools;

[0055] Before the manufacturing method starts, the grooves corresponding to the bottom liner adding device 6, the particle adding device 3, the top liner adding device 7, the heating coagulation device 4, and the pressure forming device 5 are No. 1 groove 81 and No. 2 respectively. The groove 82, the third groove 83, the fourth groove 84, the fifth groove 85, the first groove 81, the second groove 82, the third groove 83, the fourth groove 84, and the fifth groove Grooves 85 are sequentially arranged on the rotating flat disk 2 along the disk surface to form the main production area 8;

[0056] After the manufacturing method starts, the rotating drive device 22 drives the rotating flat plate 2 to rotate through the rotating hole 21 provided in the center of the rotating flat plate 2, and the rotating flat plate 2 drives the main production area 8 set thereon to rotate together, and the main production area 8 Each groove in the inside goes through the operations of bottom liner adding device 6, particle adding device 3, top liner adding device 7, heating coagulation device 4, and pressure forming device 5 in order to obtain a molded body, which is then taken out and molded After finishing, it is transferred to the bottom liner adding device 6 to perform the next round of operation, and the cycle is in turn.

Example Embodiment

[0057] Example 2:

[0058] The basic content is the same as Example 1, the difference is:

[0059] At least one auxiliary production area 80 is also provided on the surface of the rotating flat disk 2. The number and arrangement sequence of grooves provided in the auxiliary production area 80 are consistent with those of the main production area 8, and the auxiliary production area 80, the main production area The zones 8 are arranged in sequence along the disc surface; after the manufacturing method starts, the auxiliary production zone 80 rotates with the main production zone 8. The five grooves in the auxiliary production zone 80 and the five grooves in the main production zone 8 undergo the same operation. Continuously make moldings, and cycle in turn.

[0060] In addition, the same number of bottom liner adding device 6, particle adding device 3, top liner adding device 7, heating coagulation device 4, pressure forming device 5, and additional bottom liner can be added according to the number of auxiliary production areas 80 Adding device 6, particle adding device 3, top liner adding device 7, heating coagulation device 4, pressure forming device 5 and the original bottom liner adding device 6, particle adding device 3, top liner adding device 7, heating coagulation The device 4 and the pressure forming device 5 are uniformly arranged along the same circumference, and the arrangement and arrangement are the same.

Example Embodiment

[0061] Example 3:

[0062] The basic content is the same as Example 1, the difference is:

[0063] The particle addition device 3 includes an external addition unit 31, a lifting unit 32, and a horizontal drive unit 33. The discharge port of the external addition unit 31 communicates with the inner cavity of the second groove 82, and the lifting unit 32 includes a lifting motor 321, the lifting rod 322 and the stirring member 323, the lifting motor 321 is set higher than the fixed flat plate 1, the output end of the lifting motor 321 is connected with the top end of the lifting rod 322, the bottom end of the lifting rod 322 passes through the fixed flat plate 1 The stirring member 323 is connected, and the stirring member 323 is located directly above the second groove 82. The part of the lifting rod 322 between the lifting motor 321 and the fixed flat plate 1 is covered with a horizontal drive platform 324, which is connected to the horizontal drive platform 324. The lateral drive unit 33 performs reciprocating drive cooperation in the lateral direction. Preferably, the lateral drive unit 33 includes a drive rack 364, the lateral drive platform 324 is a ring-shaped gear structure, the middle of the lateral drive platform 324 is connected to the outer circumference of the lifting rod 322 sleeved inside, and the lateral drive platform 324 The gear teeth provided on the outer periphery mesh with the drive rack 364.

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Description & Claims & Application Information

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Classification and recommendation of technical efficacy words

Improve work efficiency
Easy to operate and maintain

Manufacturing equipment for upper-and-lower intercalated particle layer tool

A manufacturing method and granular layer technology, applied in chemical instruments and methods, dissolving, mixing machines, etc., can solve the problems of low work efficiency and achieve high work efficiency, easy operation and maintenance

AI-Extracted Technical Summary

Problems solved by technology

Abstract

Image

Examples

Example Embodiment

Example Embodiment

Example Embodiment

PUM

Description & Claims & Application Information

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