CN111823536A

CN111823536A - Conical double rotor

Info

Publication number: CN111823536A
Application number: CN202010205434.0A
Authority: CN
Inventors: 汤善国; 李立辉; 汤瑜
Original assignee: Zhejiang Huamiao Machinery Manufacturing Co ltd
Current assignee: Zhejiang Huamiao Machinery Manufacturing Co ltd
Priority date: 2020-03-23
Filing date: 2020-03-23
Publication date: 2020-10-27

Abstract

Toper birotor, including left side limiting plate, left side connecting axle, spiral shell arris, bellied ring, right side limiting plate, screw rod body, rotor, protruding area, right side connecting axle, temperature sensor, heating module, wireless receiving coil, receiving module, singlechip, output module, cuboid through-hole, characterized by: the left side of the screw body is provided with a left side limiting plate, the left side of the left side limiting plate is provided with a left side connecting shaft, the left side of the screw body is externally provided with a screw edge which spirals from left to right, the middle section of the screw body is provided with a rotor, a bulge ring is arranged above the rotor, the right side of the rotor is provided with a bulge belt, the right side of the bulge belt is connected with a right side limiting plate, and the right side of the right side limiting plate; the invention has the advantages that: the heating module inside heats according to the difference in temperature of screw rod body and mends the poor, improves defeated constant temperature nature of material greatly to improve product quality.

Description

Conical double rotor

Technical Field

The invention relates to a conical double rotor, belonging to the technical field of conical double rotor screws.

Background

The screw is a key part of the extrusion equipment, the conical double rotors are one kind of screw, the conical double rotor screw in the prior art only has a single equidirectional screw edge without a barrier block or a barrier ring to improve the stirring capacity of the screw, and meanwhile, the screw does not have the heating capacity, so that the temperature balance of the feeding direction cannot be adjusted, the quality of a finished product discharged is not perfect, and in order to solve the above difficulties, the conical double rotors with the barrier block and the barrier ring need to be developed.

Disclosure of Invention

The invention aims to provide a conical birotor.

The invention aims to solve the problem that the conical double rotors in the prior art have no heating capacity and only have single equidirectional screw edges without barrier blocks or barrier rings to improve the stirring capacity of a screw.

In order to realize the purpose of the invention, the technical scheme adopted by the invention is as follows:

toper birotor, including left side limiting plate, left side connecting axle, spiral shell arris, bellied ring, right side limiting plate, screw rod body, rotor, protruding area, right side connecting axle, temperature sensor, heating module, wireless receiving coil, receiving module, singlechip, output module, cuboid through-hole, characterized by: the left side of the screw body is provided with a left side limiting plate, the left side of the left side limiting plate is provided with a left side connecting shaft, the left side of the screw body is externally provided with a screw edge which spirals from left to right, the middle section of the screw body is provided with a rotor, a bulge ring is arranged above the rotor, the right side of the rotor is provided with a bulge belt, the right side of the bulge belt is connected with a right side limiting plate, and the right side of the right side limiting plate; the screw rod body is internally provided with a plurality of temperature sensors, a heating module, a wireless receiving coil, a receiving module, a single chip microcomputer and an output module, the wireless receiving coil is connected with the receiving module through a wire, the receiving module is connected with the single chip microcomputer through a wire, the single chip microcomputer is connected with the temperature sensors through wires, and the output module is connected with the single chip microcomputer, the receiving module and the heating module through wires.

Furthermore, the bulge loop is of a bilateral symmetry structure.

Further, the singlechip is 51 series, temperature sensor model ZK210, and output module is the solid state relay structure, and every relay control a heating module, and output module parameter is input voltage: 24-30VDC, module size: 24 × 20 × 10mm, coil size outer diameter: thickness 3mm 70mm, strictly forbid the metal block and cover transmitting coil working face, receiving module parameter is output voltage: 12vdc, output current: 2A, transmitting and receiving distance: 6-10mm, module PCBA size: 29mm thick 8mm, coil size outer diameter: 50mm thick 2.5 mm.

Further, the amplifying part on the screw body is provided with a plurality of cuboid through holes, and the cuboid through holes are filled with non-metallic materials.

The invention has the advantages that: the convex ring and the rotor are used as barrier rings, so that the stirring capacity of the screw is enhanced, and the mixing effect of the conical double rotors on materials is better; the left side of the convex belt is positioned on the rotor, the right side of the convex belt is connected with the right limiting plate, and the convex belt can enable mixing to be more sufficient; the heating module inside heats according to the difference in temperature of screw rod body and mends the poor, improves defeated constant temperature nature of material greatly to improve product quality.

Drawings

FIG. 1 is an overall view of a tapered double rotor;

FIG. 2 is a schematic view of the interior of a tapered dual rotor in the direction B-B;

FIG. 3 is a schematic structural view of a tapered dual rotor section A;

in the figure: 1. left side limiting plate 2, left side connecting axle 3, spiral shell arris 4, protruding ring 5, right side limiting plate 6, screw rod body 7, rotor 8, protruding area 9, right side connecting axle 10, temperature sensor 11, heating module 12, wireless receiving coil 13, receiving module 14, singlechip 15, output module 16, cuboid through-hole.

Detailed Description

The invention is further described with reference to the following figures and examples.

The conical double rotor comprises a left side limiting plate 1, a left side connecting shaft 2, a screw ridge 3, a convex ring 4, a right side limiting plate 5, a screw body 6, a rotor 7, a convex belt 8, a right side connecting shaft 9, a temperature sensor 10, a heating module 11, a wireless receiving coil 12, a receiving module 13, a single chip microcomputer 14, an output module 15 and a cuboid through hole 16, wherein the left side of the screw body 6 is provided with the left side limiting plate 1 for limiting the position, the left side of the left side limiting plate 1 is provided with the left side connecting shaft 2 for connection, the screw ridge 3 which spirals from left to right is arranged outside the left side of the screw body 6 and is a screw part, the middle section of the screw body 6 is provided with the rotor 7 which is an obstacle ring part, the convex ring 4 which is an obstacle ring part is arranged above the rotor 7, the right side of the rotor 7 is provided with, the right side of the right limiting plate 5 is provided with a right connecting shaft 9 for connection; inside a plurality of temperature sensor 10 that are equipped with of screw body 6, heating module 11, wireless receiving coil 12, receiving module 13, singlechip 14 and output module 15, wireless receiving coil 12 passes through wire connection receiving module 13, realize energy conversion, receiving module 13 passes through wire connection singlechip 14, be used for its power supply, singlechip 14 passes through wire connection temperature sensor 10, the realization is to the discernment of each temperature sensor 10, output module 15 passes through wire connection singlechip 14, receiving module 13, heating module 11, the realization is to heating module 11's accurate control.

Further, the convex ring 4 is of a left-right symmetrical structure.

Further, the single chip microcomputer 14 is a 51 series, the temperature sensor 10 is a model ZK210, the output module 15 is a solid relay structure, each relay controls one heating module 11, the parameters of the output module 15 are that input voltage is 24-30VDC, the module size is 24 x 20 x 10mm, the coil size is that outer diameter is 70mm x 3mm, the metal block is strictly forbidden to cover the working surface of the wireless receiving coil, the parameters of the receiving module 13 are that output voltage is 12VDC, output current is 2A, the transceiving distance is 6-10mm, the module PCBA size is 29mm x 8mm, and the coil size is that outer diameter is 50mm x 2.5 mm.

Claims

1. Toper birotor, including left side limiting plate 1, left side connecting axle (2), spiral shell arris (3), protruding ring (4), right side limiting plate (5), screw rod body (6), rotor (7), bellied area (8), right side connecting axle (9), temperature sensor (10), heating module (11), wireless receiving coil (12), receiving module (13), singlechip (14), output module (15), cuboid through-hole (16), characterized by: the left side of the screw body (6) is provided with a left side limiting plate (1), the left side of the left side limiting plate (1) is provided with a left side connecting shaft (2), the left side of the screw body (6) is externally provided with a spiral edge (3) which spirals from left to right, the middle section of the screw body (6) is provided with a rotor (7), a raised ring (4) is arranged above the rotor (7), the right side of the rotor (7) is provided with a raised belt (8), the right side of the raised belt (8) is connected with a right side limiting plate (5), and the right side of the right side limiting plate (5) is provided with a; screw rod body (6) inside is equipped with a plurality of temperature sensor (10), heating module (11), wireless receiving coil (12), receiving module (13), singlechip (14) and output module (15), wireless receiving coil (12) are through wire connection receiving module (13), receiving module (13) are through wire connection singlechip (14), singlechip (14) are through wire connection temperature sensor (10), realize the discernment to each temperature sensor (10), output module (15) are through wire connection singlechip (14), receiving module (13), heating module (11), realize the accurate control to heating module (11).

2. The tapered birotor as claimed in claim 1, wherein: the bulge loop (4) is of a bilateral symmetry structure.

3. The tapered birotor as claimed in claim 1, wherein: the single-chip microcomputer (14) is 51 series, the temperature sensor (10) model ZK210, the output module (15) is of a solid-state relay structure, each relay controls one heating module (11), the parameters of the output module (15) are that input voltage is 24-30VDC, the module size is 24 x 20 x 10mm, the coil size is that the outer diameter is 70mm x thick 3mm, the metal block is strictly forbidden to cover the working surface of the wireless receiving coil, the parameters of the receiving module (13) are that output voltage is 12VDC, output current is 2A, the transceiving distance is 6-10mm, the module PCBA size is 29mm x thick 8mm, and the coil size is that the outer diameter is 50mm x thick 2.5 mm.

4. The tapered birotor as claimed in claim 1, wherein: the amplifying part on screw rod body (6) is equipped with a plurality of cuboid through-holes (16), and cuboid through-hole (16) intussuseption is filled with non-metallic material, generally adopts the carbon fiber for the wireless transmitting coil who is located on the barrel can convey energy to wireless receiving coil (12).