CN-224202185-U - Machine vision gun adjusting system of top-blowing furnace

Abstract

The utility model relates to a machine vision gun adjusting system of a top-blowing furnace, which is characterized by comprising an XY axial advancing and retreating mechanism mounting seat, a high-temperature-resistant endoscope device, a telescopic cylinder, a cylinder mounting base and a high-temperature-resistant endoscope device mounting base, wherein the XY axial advancing and retreating mechanism mounting seat is connected to the top of the top-blowing furnace through a movable structure, the high-temperature-resistant endoscope device is mounted on the high-temperature-resistant endoscope device mounting base, an image pickup part of the high-temperature-resistant endoscope device passes through the high-temperature-resistant endoscope device mounting base and faces an extending hole at the top of the top-blowing furnace, and the high-temperature-resistant endoscope device mounting base is connected with the cylinder mounting base through the telescopic cylinder. The design can enable the camera part of the high temperature resistant endoscope device to swing around in the furnace through the movable structure in combination with the transverse adjustable mechanism and the oblique adjustable mechanism, thereby greatly improving the camera range, enabling the acquired graphic information to be more complete and increasing the practicability.

Inventors

• ZHU BINBIN
• TANG XIAOSHENG
• ZHU KECHENG
• LIU YONGLUN

Assignees

• 江苏瀚天易成测控技术有限公司

Dates

Publication Date

20260505

Application Date

20250521

Claims (5)

1. 1. A machine vision gun adjusting system of a top-blowing furnace is characterized by comprising an XY axial advancing and retreating mechanism mounting seat (3), a high-temperature-resistant endoscope device (4), a telescopic cylinder (5), a cylinder mounting base (8) and a high-temperature-resistant endoscope device mounting base (9), wherein the XY axial advancing and retreating mechanism mounting seat is connected to the top of the top-blowing furnace through a movable structure, the high-temperature-resistant endoscope device (4) is mounted on the high-temperature-resistant endoscope device mounting base, and an image pick-up part of the high-temperature-resistant endoscope device penetrates through the high-temperature-resistant endoscope device mounting base and faces an extending hole at the top of the top-blowing furnace, and the high-temperature-resistant endoscope device mounting base is connected with the cylinder mounting base through the telescopic cylinder.
2. 2. The machine vision gun adjusting system of the top-blowing furnace of claim 1, wherein the movable structure comprises a double-clamping-plate base (1) and a spherical universal valve (2), the spherical universal valve is arranged at the top of the top-blowing furnace through the double-clamping-plate base, the XY axial driving and reversing mechanism mounting seat (3) is connected with the spherical universal valve and can swing along with the spherical universal valve, a through hole which is convenient for a high-temperature-resistant endoscope device to pass through is formed in the center of the spherical universal valve, the through hole faces the extending hole, and an imaging part of the high-temperature-resistant endoscope device sequentially passes through the through hole and the extending hole under the action of a telescopic cylinder and extends into the top-blowing furnace.
3. 3. The machine vision gun adjusting system of a top-blown converter of claim 2, wherein the extending hole is a round table shaped hole.
4. 4. The machine vision gun adjusting system of a top-blowing furnace according to claim 1, wherein the high temperature resistant endoscope device mounting base is connected with an XY axial advancing and retreating mechanism mounting base through a transverse adjustable mechanism (6), the XY axial advancing and retreating mechanism mounting base is connected with the top of the top-blowing furnace through an XY axial advancing and retreating mechanism mounting base through an oblique adjustable mechanism (7), and the telescopic cylinder is movably connected with the cylinder mounting base.
5. 5. The machine vision gun adjusting system of a top-blowing furnace as set forth in claim 1, wherein the cylinder mounting base is further fixed with an image collection center module (10), and the high temperature resistant endoscope device is electrically connected with the image collection center module.

Description

Machine vision gun adjusting system of top-blowing furnace Technical Field The utility model relates to the technical field of top-blown furnaces, in particular to a machine vision gun adjusting system of a top-blown furnace. Background The top-blown furnace needs to collect image information of a spray gun and the melt liquid level in the furnace in a wind-stopping state, in the actual operation process, the spray gun and the melt liquid level are often observed manually or are collected through a telescopic endoscope, the manual observation has great potential safety hazards, the telescopic endoscope can only collect information of a local area right below the top-blown furnace after extending from the top of the top-blown furnace, and the regulation cannot be carried out, so that the design of the machine vision gun regulating system of the top-blown furnace is particularly important for solving the problems. Disclosure of Invention The utility model designs a machine vision gun adjusting system of a top-blowing furnace, which aims to solve the problems, and can enable an image pickup part of a high-temperature-resistant endoscope device to swing randomly back and forth and left and right in the furnace through a movable structure matched with a transverse adjustable mechanism and an oblique adjustable mechanism, so that the image pickup range is greatly improved, the acquired graphic information is more complete, and the practicability is increased. In order to solve the technical problems, the utility model provides a machine vision gun adjusting system of a top-blowing furnace, which is characterized by comprising an XY axial driving and reversing mechanism mounting seat, a high-temperature-resistant endoscope device, a telescopic cylinder, a cylinder mounting base and a high-temperature-resistant endoscope device mounting base, wherein the XY axial driving and reversing mechanism mounting seat is connected to the top of the top-blowing furnace through a movable structure, the high-temperature-resistant endoscope device is mounted on the high-temperature-resistant endoscope device mounting base, an image pick-up part of the high-temperature-resistant endoscope device passes through the high-temperature-resistant endoscope device mounting base and faces an extending hole at the top of the top-blowing furnace, and the high-temperature-resistant endoscope device mounting base is connected with the cylinder mounting base through the telescopic cylinder. Further, the movable structure include double splint base and spherical universal valve, spherical universal valve pass through double splint base installation at the top of top-blown stove, XY axial advancing and retreating mechanism mount pad link to each other and it can swing along with spherical universal valve, the center department of spherical universal valve has seted up the through-hole that is convenient for high temperature resistant endoscope device to pass, the through-hole face the access hole, high temperature resistant endoscope device's camera part pass the through-hole in proper order and stretch into the hole and stretch into in the top-blown stove under the effect of telescopic cylinder. Further, the extending hole is a round table-shaped hole. Further, the high temperature resistant endoscope device mounting base is connected with the XY axial advancing and retreating mechanism mounting base through the transverse adjustable mechanism 6, the XY axial advancing and retreating mechanism mounting base is connected with the top of the top-blown furnace through the XY axial advancing and retreating mechanism mounting base through the oblique adjustable mechanism 7, and the telescopic cylinder is movably connected with the cylinder mounting base. Further, an image collecting center module 10 is also fixed on the cylinder mounting base, and the high temperature resistant endoscope device is electrically connected with the image collecting center module. By adopting the structure, the utility model can lead the camera part of the high temperature resistant endoscope device to swing randomly from front to back and from left to right in the furnace through the movable structure matched with the transverse adjustable mechanism and the oblique adjustable mechanism, greatly improves the camera range and leads the acquired graphic information to be more complete, and the design has the advantages of simple structure, easy manufacture, practicality and high efficiency. Drawings The utility model will be described in further detail with reference to the drawings and the detailed description. Fig. 1 is a schematic structural view of the present utility model. In the figure, a double-clamping-plate base 1, a spherical universal valve 2, an XY axial advancing and retreating mechanism mounting seat 3, a high-temperature-resistant endoscope device 4, a telescopic cylinder 5, a transverse adjustable mechanism 6, an oblique adjustable mechanism 7, a cylinde