CN-224221536-U - Automatic quick ore discharging gold-separating chute

Abstract

The utility model belongs to the technical field of placer gold dressing equipment, in particular to an automatic rapid ore discharging and gold dressing chute for placer gold dressing, when production is occurring, ore pulp flows out of a chute main body through an ore discharging port cover plate, when ore discharging is needed, an ore discharging and flushing switch is turned on, the switch controls a thin cylinder at two sides to simultaneously support and connect a lifting plate, the vortex plate ore storage grid and the ore discharge port cover plate connected to the lifting plate are lifted together, heavy minerals on the bed surface flow into the ore discharge hopper through the ore discharge port reserved under the pressing plate under the flushing of the large water flow of the ore discharge flushing pipe, and finally are collected to the recovery container through the ore discharge pipe. The whole ore discharging process is automatically completed, the process is automatic, quick and convenient, and the ore discharging process can be completed within 5-10 minutes, so that the ore discharging time is greatly saved, the production time is prolonged, the labor intensity is reduced, and the staff is reduced.

Inventors

• LI SHUSEN

Assignees

• 李树森

Dates

Publication Date

20260512

Application Date

20250115

Claims (2)

1. 1. The utility model provides an automatic quick ore deposit gold-separating chute, includes chute main part (1), characterized by, bilateral symmetry installs in chute main part (1) and connects lifter plate (2), connect lifter plate (2) and evenly install vortex board deposit ore grid (3) along length direction, connect lifter plate (2) tail end installation ore discharge mouth apron (4), ore discharge fill (5) are installed to ore discharge mouth apron (4) below, ore discharge fill (5) are connected on chute main part (1), ore discharge fill (5) bottom has ore discharge pipe (6), connect lifter plate (2) and be connected with both sides slim cylinder (7), chute main part (1) head mount ore discharge flushing pipe (8), ore discharge flushing pipe (8) are connected with outside water supply system.
2. 2. An automatic rapid ore discharging and gold selecting chute according to claim 1, wherein when ore discharging is required, an ore discharging and flushing switch is turned on, the two side thin type air cylinders (7) simultaneously support the lifting plate (2), the vortex plate ore storage grid (3) and the ore discharging port cover plate (4) which are connected to the lifting plate are lifted together, heavy minerals on the bed surface are flushed down by large water flow of an ore discharging flushing pipe (8), flow into the ore discharging hopper (5) through the ore discharging port reserved under the pressing plate, and finally are collected into the recovery container through the ore discharging pipe (6).

Description

Automatic quick ore discharging gold-separating chute Technical Field The utility model belongs to the technical field of placer gold beneficiation equipment, and particularly relates to an automatic and rapid ore discharging and gold separating chute. Background At present, the surface of a chute bed is basically made of myxograss or a myxogold blanket, and the myxograss (blanket) needs to be assembled and disassembled during ore discharging to clean heavy minerals on the myxograss (blanket). A chute with the width of 2 meters and the length of 10 meters is mainly used for about 2 hours in the whole loading, unloading and cleaning process, and the labor intensity is high. In addition, the heavy minerals remaining thereon are limited due to the structure itself, so that the ore discharge time interval cannot be too long. Because of the two points, the method takes up a large amount of normal production time due to the loading, unloading and cleaning of the myxoma hederacea (blanket) in the production process, thereby indirectly reducing economic benefit and increasing production cost for a plurality of high-strength working staff. Disclosure of utility model In order to solve the problems, a large amount of production time occupied by ore discharge each time is effectively reduced, the storage quantity of heavy minerals to be recovered is increased, and the labor intensity of workers is reduced. The utility model relates to an automatic rapid ore discharging and gold selecting chute. The utility model relates to an automatic rapid ore discharging and gold selecting chute which comprises a chute main body and is characterized in that an eddy plate ore storage grid is arranged on the bed surface of the chute main body, lifting plates are symmetrically connected to two sides of the chute main body, a thin air cylinder, an ore discharging opening cover plate at the tail part of the chute main body, an ore discharging hopper and an ore discharging flushing pipe at the head part of the chute main body. Above-mentioned automatic quick ore discharging gold-selecting chute, the lifter plate is connected along both sides symmetry installation in the chute main part, the last vortex board of following length in proper order of lifter plate deposits the ore grid, the lifter plate is connected with the slim cylinder in both sides, the ore discharge mouth apron is installed to the lifter plate afterbody, install the ore discharge bucket below the ore discharge mouth apron of chute main part afterbody, chute main part head has ore discharge water flushing pipe. When the ore is produced, ore pulp flows out of the chute main body through the ore discharge opening cover plate, when ore discharge is needed, an ore discharge and flushing switch is turned on, the switch controls the thin air cylinders on the two sides to simultaneously support and connect the lifting plate, the vortex plate ore storage grid connected to the lifting plate and the ore discharge opening cover plate are lifted together, heavy ore on the bed surface is flushed by large water flow of the ore discharge flushing pipe at the head of the chute main body, flows into the ore discharge hopper through the ore discharge opening reserved under the cover plate, and finally is collected to the recovery container through the ore discharge pipe. The whole ore discharging process can be completed within 5-10 minutes without personnel intervention, and is automatic, quick and convenient. The utility model has the beneficial effects that firstly, the ore discharge is automatic, quick and convenient, a large amount of normal production time occupied by ore discharge is greatly reduced, the production time of a plurality of shifts is created more in one month, and the economic benefit is directly created more. Secondly, the recovery rate is increased, the bed surface adopts a vortex plate ore storage grid, the storage space for recovering heavy minerals is increased, the sedimentation speed of the heavy minerals is increased under the action of the vortex plate, and the sedimentation of the heavy minerals is carried out as soon as possible, so that the recovery rate is increased, and more economic benefits are created. Furthermore, the personnel intervention can be reduced, the workload is lightened, and the cost is reduced. Drawings The utility model will be further described with reference to the drawings and examples. Fig. 1 is a schematic structural diagram of an embodiment of the present utility model. In the figure, a chute main body, a connecting lifting plate, a vortex plate ore storage grid, a discharge port cover plate, a discharge hopper, a discharge pipe, a thin air cylinder and a discharge flushing pipe are arranged. Detailed Description The embodiment is shown in fig. 1, the automatic rapid ore discharging and gold selecting chute comprises a chute main body 1, wherein connecting lifting plates 2 are symmetrically arranged on two sides in the chute main b