CN-121988425-A - Stone classifying and crushing treatment method and treatment device

CN121988425ACN 121988425 ACN121988425 ACN 121988425ACN-121988425-A

Abstract

The invention discloses a stone classifying and crushing treatment method and a stone classifying and crushing treatment device, and relates to the technical field of stone treatment. The method comprises the steps of obtaining stone information to be processed, wherein the stone information to be processed comprises weight to be processed and water content to be processed, and obtaining past processing information. According to the invention, when the directional classification requirement does not exist for the user, the classification requirement is selected by the user and the operation information under the classification requirement is produced, so that the classification crushing processing efficiency is improved, the two modes complement each other, so that the corresponding operation information is provided for the user according to the stone information to be processed, the stone classification crushing processing efficiency is improved through the classification crushing processing device according to the operation information, and the screening aperture can be adjusted in a self-adaptive manner according to the different target sizes in the operation information through the aperture adjusting mechanisms in the plurality of processing rings, so that the classification processing efficiency is improved.

Inventors

WU SHANGJIE
LIN YIHUA
LIN FANGYI
Xie Yuanzhang
HUANG XING
LIAO YANFENG

Assignees

福建建工集团有限责任公司

Dates

Publication Date: 20260508
Application Date: 20260122

Claims (8)

1. A stone classification crushing treatment method, the method comprising: the information acquisition, namely acquiring stone information to be processed, wherein the stone information to be processed comprises weight to be processed and water content to be processed, and acquiring past processing information; characterized in that the method further comprises: Establishing an auxiliary catalog for assisting stone information to be processed in classification operation by a classification preset method based on the past processing information; monitoring user feedback, judging whether the user feedback has directional classification to obtain a judging result, and obtaining target information by a classification matching method based on the user feedback and matching with an auxiliary catalog when the judging result is that the user feedback has directional classification; When the judgment result feedback is that the user feedback does not have directional classification, obtaining target information by an analysis matching method based on the stone information to be processed and the auxiliary catalogue; Factor adjustment, namely judging whether the water content is normal or not through a factor adjustment method based on stone information to be processed, and generating information for adjusting the water content to obtain factor adjustment information; and (3) grading crushing, namely integrating factor adjustment information and target information to obtain working information, and finishing grading crushing treatment of stones to be treated by the aid of the working information.
2. The method for classifying and crushing stone material according to claim 1, wherein the classification pre-setting method comprises the steps of dividing past processing information to obtain past stone material and past working information corresponding to the past stone material, wherein the past working information comprises past weight, past classification time length, past crushing time length and past classification size, establishing association relation between the past weight and the past classification time length, the past crushing time length and the past classification size, establishing a subdirectory by taking the past stone material as a name for storing the past working information corresponding to the past stone material and the association relation, and integrating the subdirectory to obtain the auxiliary catalog.
3. The stone classifying and crushing processing method according to claim 1, wherein the classifying and matching method is characterized by comprising the steps of obtaining directional classifying information based on user feedback, splitting the directional classifying information to obtain target classifying size, selecting a subdirectory corresponding to stone to be processed in an auxiliary directory to obtain a target directory, selecting a past classifying size corresponding to the target classifying size to obtain target size based on the target directory, extracting corresponding past weight, past classifying duration and past crushing duration to obtain selection information based on the target size matching association relation in the target directory, extracting selection information with the past weight consistent with the weight to be processed in the selection information to obtain directional information, and integrating the target size and the directional information to obtain the target information.
4. A stone classifying and crushing processing method according to claim 3, wherein when no past classifying size consistent with the target size exists in the target catalog, a target range is obtained by selecting an adjacent past classifying size containing the target classifying size, a selection range is obtained by extracting a corresponding past weight, a past classifying duration and a past crushing duration in the target catalog based on a target range matching association relation, a selection range containing the weight to be processed in the selection range is extracted to obtain an orientation range, a maximum value of a single information item is selected based on the orientation range to obtain an information set, and target information is obtained by integrating the target size and the information set.
5. The stone classifying and crushing processing method according to claim 1, wherein the analyzing and matching method is characterized in that basic processing information of stones is preset based on an auxiliary catalog, the basic processing information comprises selecting weight, selecting classifying duration, selecting crushing duration and selecting size, basic processing information corresponding to stones to be processed is selected to obtain basic information, the relation between the selecting weight in the basic information and the weight to be processed is judged, and when the selecting weight in the basic information is smaller than the weight to be processed, the corresponding past classifying duration and past crushing duration are selected in the auxiliary catalog based on the stones to be processed and the weight to be processed to replace the selecting classifying duration and the selecting crushing duration in the basic information, so that target information is obtained.
6. The stone classifying and crushing processing method according to claim 1, wherein the factor adjusting method comprises the steps of presetting a standard water content, obtaining a comparison result based on stone information to be processed and the standard water content, and obtaining a difference value between the water content to be processed and the standard water content when the comparison result is fed back that the water content to be processed exceeds the standard water content, and obtaining factor adjusting information by obtaining information for eliminating the difference value.
7. A stone classifying and crushing treatment device, characterized in that the stone classifying and crushing treatment device uses a stone classifying and crushing treatment method according to any one of claims 1-6, the device comprises a plurality of treatment rings (1) connected by connecting components, pore diameter adjusting mechanisms (3) used for screening stones are arranged on the outer wall and the inner wall of the treatment rings (1), treatment mechanisms (5) used for assisting stone classifying and crushing are arranged in the treatment rings (1), the regulation of the required screening pore diameter is completed by the pore diameter adjusting mechanisms (3) in the treatment rings (1), the pore diameter adjusting mechanisms (3) comprise screening plates (303) positioned in the treatment rings (1), a plurality of installation positions are arranged on the screening plates (303), round frames (306) are arranged in the installation positions, annular air bags (305) are arranged on the inner wall of the round frames (306), auxiliary plates (304) communicated with the air boxes (301) are arranged on the outer wall of the treatment rings (1), the auxiliary plates (304) are arranged at the bottom of the auxiliary plates (303), four corners of the auxiliary plates (307) are arranged on the inner wall of the round frames (306) and are connected with the annular air bags (303) by the auxiliary plates (307) and are arranged on the carrier plates (8), the bearing ring (8) is embedded with a pressure sensor.
8. The stone classifying and crushing treatment device according to claim 7, wherein the treatment mechanism (5) comprises connecting plates (501) arranged on the inner walls of two sides of the treatment ring (1), round blocks (503) are arranged between the two connecting plates (501), vertical rods (504) driven by a driving motor are arranged on the outer walls of the bottoms of the round blocks (503), a plurality of crushing rods (502) and bottom rods (505) are arranged on the outer walls of the vertical rods (504), the bottom rods (505) are attached to the outer walls of the tops of the screening plates (303), the connecting assembly comprises vertical grooves (6) formed in two ends of the outer walls of the tops of the treatment ring (1), vertical blocks (7) corresponding to the vertical grooves (6) are arranged at two ends of the outer walls of the bottoms of the treatment ring (1), and a detachable top plate (2) and a detachable bottom plate (4) are respectively arranged at the tops and the bottoms of the treatment ring (1).

Description

Stone classifying and crushing treatment method and treatment device Technical Field The invention relates to the technical field of stone treatment, in particular to a stone grading crushing treatment method and a stone grading crushing treatment device. Background Stone refers to solid materials from natural rock or minerals, which are used in the fields of construction, decoration, industry, etc., after being processed or unprocessed. Common stone types include granite, marble, sandstone, limestone, sandstone, slate, etc., each having different hardness, texture, color, and durability, and in order for the stone to meet the needs of the application more efficiently, economically, and controllably in a steady state for subsequent processing, it is often necessary to subject the stone to a graded crushing process. A synchronous processing method and system for classifying and crushing stone materials, disclosed in patent publication No. CN116510864A, comprises the steps of screening waste stone materials after primary dry separation by a vibrating screen, returning the waste stone materials on the screen to be crushed by a belt to form a closed circuit, carrying out a mineral recovery process on the belt from fine crushing to screening, separating the finely crushed ore and the waste stone materials, and enabling the ore to enter an original processing system, wherein the waste stone materials enter a building stone processing system to realize synchronous operation of ore feeding, stone material screening and ore recycling. The ore dressing production cost can be reduced. The stone processing is carried out, meanwhile, the tailing magnetic mineral recovery operation is added, the recovered magnetic mineral is returned to a dressing plant for regrinding and dressing, the recycling of non-renewable resources is enhanced, and the dust pollution on the ground surface of a mining area is reduced. The stone classifying and crushing treatment method based on the similar principle has the defect of low treatment efficiency, is inconvenient to generate time which accords with the classification and crushing of stones according to the weight and other information of the stones in the stone classifying and crushing treatment process, and further has the condition that workers are required to assist in observing classification and crushing of the stones, so that the stone classifying and crushing treatment efficiency is not facilitated to be improved, and meanwhile, the classifying device in the prior art has the defect that the screening aperture is inconvenient to adjust according to the classifying requirements, and further, when different classifying requirements are met, different screening plates are required to be replaced, so that the classifying and crushing treatment efficiency is not facilitated to be improved. Disclosure of Invention The invention aims to provide a stone classifying and crushing treatment method and a stone classifying and crushing treatment device, which are used for solving the problems in the background art. In order to achieve the purpose, the invention provides the following technical scheme that the stone classifying and crushing treatment method comprises the following steps: the information acquisition, namely acquiring stone information to be processed, wherein the stone information to be processed comprises weight to be processed and water content to be processed, and acquiring past processing information; Establishing an auxiliary catalog for assisting stone information to be processed in classification operation by a classification preset method based on the past processing information; monitoring user feedback, judging whether the user feedback has directional classification to obtain a judging result, and obtaining target information by a classification matching method based on the user feedback and matching with an auxiliary catalog when the judging result is that the user feedback has directional classification; When the judgment result feedback is that the user feedback does not have directional classification, obtaining target information by an analysis matching method based on the stone information to be processed and the auxiliary catalogue; Factor adjustment, namely judging whether the water content is normal or not through a factor adjustment method based on stone information to be processed, and generating information for adjusting the water content to obtain factor adjustment information; and (3) grading crushing, namely integrating factor adjustment information and target information to obtain working information, and finishing grading crushing treatment of stones to be treated by the aid of the working information. Further, the classification presetting method comprises the steps of splitting previous processing information to obtain previous stone and previous working information corresponding to the previous stone, wherein the previous working information compr