CN211854848U - Material raising plate mechanism for heat exchange drying of compound fertilizer - Google Patents

Abstract

The utility model discloses a lifting blade mechanism for compound fertilizer heat exchange is dried, including hot exchange pipe, sleeve pipe, commentaries on classics tooth, person in charge, the connection lantern ring, separation blade, switch plate, side shield, spacing fixed ear and sealing connection pad. The utility model has the advantages that: the heat-control function of this lifting blade mechanism is strengthened to hot exchange pipe, prevents that the inside high temperature of this structure from, leads to the defective percentage to promote, is responsible for the core of the structure of this lifting blade, conveniently assembles this lifting blade mechanism, and effectively improves the drying efficiency and the stoving volume of compound fertilizer, and the stirring board ensures that being heated of compound fertilizer is even, and sealed connection pad prevents that compound fertilizer from exposing this mechanism along the joint gap at the dry in-process that rolls, reduces the loss risk, and guarantees the integrality of compound fertilizer stoving quantity.

Description

Material raising plate mechanism for heat exchange drying of compound fertilizer

Technical Field

The utility model relates to a lifting blade specifically is a lifting blade mechanism for compound fertilizer heat exchange is dried, belongs to drying-machine technical field.

Background

The dryer is the main equipment that manufacturing enterprises such as building materials, metallurgy, agriculture used for drying to the material at present, and its theory of operation is through setting up the lifting blade in the drying cylinder of dryer, and the material is taken to the take-up height and is shed from the drying cylinder bottom in the rotatory in-process of drying cylinder, makes the material and hot gas contact to reach the purpose of dry material, also need device and lifting blade when compound fertilizer production.

Although the lifting blade structure of current device is of a great variety, it still has some problems in the in-service use process, one of them, the most only veneer column structure of current lifting blade structure welds on the inner wall of a stoving section of thick bamboo aslope, at the in-process of lifting the material, efficiency is comparatively low, its two, current lifting blade mechanism can produce a large amount of heats when dry material, and difficult discharge, its three, current lifting blade structure is when lifting the material, the material flies in disorder in a stoving section of thick bamboo, lead to the drying uneven easily, and hot-blast too much influences product quality easily.

SUMMERY OF THE UTILITY MODEL

The utility model aims at providing a raise the flitch mechanism that is used for compound fertilizer heat exchange to dry just in order to solve above-mentioned problem.

The utility model discloses a following technical scheme realizes above-mentioned purpose: a lifting plate mechanism for heat exchange drying of compound fertilizer comprises a heat exchange tube, a sleeve, a rotary tooth, a main tube, a connecting lantern ring, a baffle, a shifting plate, a side baffle, a limiting fixing lug and a sealing connecting pad; the heat exchange tube is fixed on the sleeve pipe through pipeline installation's mode, the sleeve pipe is that the joint is put at the end of being responsible for to the ring-shaped structure cover, it is in the outside that the center is responsible for to change the tooth, be responsible for and be cylindric cavity both ends opening column structure, fix between sleeve pipe and separation blade, the connection lantern ring is round platform cavity structure and fixes between two are responsible for, the separation blade is installed at the opposition end of the connection lantern ring, and its open end welding has the star-shaped board, the switch-plate is installed on the medial surface of being responsible for, the upper surface at the switch-plate is fixed to the side shield, and its side and switch-plate one side parallel and level, spacing fixed ear is fixed on the outside rampart of separation blade, sealed connection pad is.

Preferably, in order to enhance the heat control function of the material lifting plate mechanism and prevent the internal temperature of the structure from being too high, which leads to the increase of defective rate, the heat exchange tube and the sleeve form the heat dissipation structure of the material lifting plate mechanism, the inner ring of the sleeve is in a cavity-shaped structure, and the cavity of the sleeve is communicated with the pipeline of the heat exchange tube.

Preferably, for the convenience of this lifting blade mechanism of equipment, and effectively improve the drying efficiency and the stoving volume of compound fertilizer, be responsible for built-in a plurality of switch boards, be the core of the structure of this lifting blade, and carry out threaded connection through the connecting collar between two are responsible for.

Preferably, in order to ensure that the orderly rolling and drying of the compound fertilizer are realized when the compound fertilizer is dried by rolling through the material lifting plate mechanism, the heating uniformity of the compound fertilizer is ensured, the material stirring plate is formed by welding two steel plates, an inclination angle exists between the two steel plates, the upper end of the material stirring plate is welded with a side baffle plate on one side, and the side baffle plate is vertical to the contact surface of the material stirring plate.

Preferably, in order to prevent that compound fertilizer from exposing this mechanism along the joint gap at the dry in-process that rolls, reducing the loss risk, and guarantee the integrality of compound fertilizer stoving quantity, sealed connection pad upper end is half recess column structure and is being responsible for and connect the inboard of putting at the connection lantern ring, and the lower extreme laminating is responsible for the joint seam edge when the lantern ring is connected.

The utility model has the advantages that: the lifting blade mechanism for heat exchange drying of the compound fertilizer is reasonable in design, the heat exchange tubes and the sleeves form a heat dissipation structure of the lifting blade mechanism, the inner rings of the sleeves are of a cavity-shaped structure, the cavities of the sleeves are communicated with the pipelines of the heat exchange tubes, the heat control function of the lifting blade mechanism is enhanced, the internal temperature of the structure is prevented from being overhigh, the defective percentage is increased, a plurality of shifting blades are arranged in main pipes and are the cores of the structure of the lifting blades, the two main pipes are in threaded connection through connecting lantern rings, the lifting blade mechanism is convenient to assemble, the drying efficiency and the drying amount of the compound fertilizer are effectively improved, the shifting blades are formed by welding two steel plates, an inclination angle is formed between the two steel plates, a single-side baffle is welded at the upper ends of the shifting blades, the side baffle is perpendicular to the contact surfaces of the shifting blades, and the lifting blade mechanism ensures that, ensure being heated evenly of compound fertilizer, sealed joint gasket upper end is half recess column structure and is responsible for and connect the lantern ring when connecting the inboard of putting at the connection lantern ring, and the lower extreme laminating is responsible for the joint seam edge, prevents that compound fertilizer from exposing this mechanism along the joint seam at the dry in-process that rolls, reduces the loss risk, and guarantees the integrality of compound fertilizer stoving quantity.

Drawings

FIG. 1 is a schematic structural view of the present invention;

FIG. 2 is a schematic side view of the present invention;

fig. 3 is a schematic diagram of the structure of the stirring plate of the present invention.

In the figure: 1. the heat exchange tube comprises a heat exchange tube body 2, a sleeve pipe 3, a rotary tooth 4, a main tube 5, a connecting lantern ring 6, a baffle plate 7, a material shifting plate 8, a side baffle plate 9, a limiting fixing lug 10 and a sealing connecting gasket.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.

Referring to fig. 1 to 3, a lifting blade mechanism for heat exchange drying of a compound fertilizer comprises a heat exchange tube 1, a sleeve 2, a rotary tooth 3, a main tube 4, a connecting sleeve ring 5, a baffle 6, a material shifting plate 7, a side baffle 8, a limiting fixing lug 9 and a sealing connecting pad 10; hot exchange pipe 1 is fixed on sleeve pipe 2 through pipeline installation's mode, sleeve pipe 2 is that circular ring shaped structure cover puts the joint at the end of being responsible for 4, it installs the outside of being responsible for 4 at the center to change tooth 3 to be encirclement column structure, it is cylindric cavity both ends opening column structure to be responsible for 4, fix between sleeve pipe 2 and separation blade 6 to be responsible for, the connection lantern ring 5 is round platform cavity structure and fixes between 4 at two, separation blade 6 is installed at the opposition end of the connection lantern ring 5, and its open end welding has a star-shaped board, switch-plate 7 is installed on the medial surface of being responsible for 4, side shield 8 is fixed at switch-plate 7's upper surface, and its side and switch-plate 7 one side parallel and level, spacing fixed ear 9 is fixed on the outside rampart of separation blade 6, sealed connection pad 10 is.

The heat exchange tube 1 and the sleeve 2 form a heat dissipation structure of the material lifting plate mechanism, the inner ring of the sleeve 2 is of a cavity-shaped structure, the cavity of the sleeve is communicated with the pipeline of the heat exchange tube 1, the heat control function of the material lifting plate mechanism is enhanced, the phenomenon that the defective rate is increased due to overhigh temperature in the structure is prevented, the plurality of shifting plates 7 are arranged in the main pipe 4 and are the core of the structure of the material lifting plate, the two main pipes 4 are in threaded connection through the connecting sleeve ring 5, the material lifting plate mechanism is convenient to assemble, the drying efficiency and the drying amount of the compound fertilizer are effectively improved, the shifting plates 7 are formed by welding two steel plates, an inclination angle is formed between the two steel plates, the side baffle 8 on one side is welded at the upper end of each shifting plate 7, the contact surfaces of the side baffles 8 and the shifting plates 7 are perpendicular, so that the material lifting plate mechanism can ensure that the compound fertilizer is orderly, sealing connection pad 10 upper end is half recess column structure and is responsible for 4 and connect lantern ring 5 when connecting the inboard of putting at the lantern ring 5, and the lower extreme laminating is responsible for the joint seam edge of 4, prevents that compound fertilizer from exposing this mechanism along the joint seam at the dry in-process that rolls, reduces the loss risk, and guarantees the integrality of compound fertilizer stoving quantity.

The working principle is as follows: when using this a lifting blade mechanism for compound fertilizer heat exchange is dried, at first carry out the equipment of being responsible for 4 as required, pour compound fertilizer into the person in charge 4 that the installation finishes, change tooth 3 and connect outer end power equipment, then seal tube 2 one end, go out from separation blade 6 end and go into hot-blastly, this mechanism rolls simultaneously, and inside lifting blade 7 and side shield 8 carry out the lifting, carry out abundant drying, guarantee drying quality, and wherein unnecessary heat after the drying is got rid of from hot exchange pipe 1.

Claims (5)

1. The utility model provides a raise material plate mechanism for compound fertilizer heat exchange is dried which characterized in that: the heat exchange pipe comprises a heat exchange pipe (1), a sleeve (2), a rotary tooth (3), a main pipe (4), a connecting sleeve ring (5), a baffle plate (6), a shifting plate (7), a side baffle (8), a limiting fixing lug (9) and a sealing connecting pad (10); the heat exchange pipe (1) is fixed on the sleeve (2) in a pipeline mounting mode, the sleeve (2) is of a circular ring structure and sleeved with the tail end of a main pipe (4), the rotary teeth (3) are arranged on the outer side of the central main pipe (4) in a surrounding mode, the main pipe (4) is of a cylindrical cavity two-end opening structure and fixed between the sleeve (2) and a baffle (6), the connecting sleeve ring (5) is of a circular table cavity structure and fixed between the two main pipes (4), the baffle (6) is arranged at the opposite end of the connecting sleeve ring (5), a star-shaped plate is welded at the opening end of the connecting sleeve ring, the shifting plate (7) is arranged on the inner side surface of the main pipe (4), the side baffle (8) is fixed on the upper surface of the shifting plate (7), the side surface of the side baffle is parallel and level with one side of the shifting plate (7), and the limiting fixing lugs (9) are fixed on the, the sealing connecting pad (10) is arranged between the connecting lantern ring (5) and the main pipe (4).

2. The lifter plate mechanism for heat exchange drying of compound fertilizer according to claim 1, characterized in that: the heat exchange pipe (1) and the sleeve pipe (2) form a heat dissipation structure of the material lifting plate mechanism, the inner ring of the sleeve pipe (2) is of a cavity-shaped structure, and the cavity of the sleeve pipe is communicated with the pipeline of the heat exchange pipe (1).

3. A lifter plate mechanism for heat exchange drying of compound fertilizer according to claim 1 or 2, characterized in that: a plurality of kickoff boards (7) are arranged in the main pipe (4) and are the core of the structure of the kickoff board, and the two main pipes (4) are in threaded connection through the connecting lantern ring (5).

4. The lifter plate mechanism for heat exchange drying of compound fertilizer according to claim 3, characterized in that: the kickoff board (7) are formed by two steel sheet welding, and have the inclination between two steel sheets, and the welding of kickoff board (7) upper end has unilateral side shield (8), and side shield (8) are perpendicular with kickoff board (7) contact surface.

5. The lifter plate mechanism for heat exchange drying of compound fertilizer according to claim 4, characterized in that: the upper end of the sealing connecting pad (10) is of a semi-groove-shaped structure and is clamped on the inner side of the connecting lantern ring (5) when the main pipe (4) is connected with the connecting lantern ring (5), and the lower end of the sealing connecting pad is attached to the edge of a connecting seam of the main pipe (4).

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