CN216945892U

CN216945892U - Broken pot hoist and mount limit structure that adorns of carbide

Info

Publication number: CN216945892U
Application number: CN202123018296.4U
Authority: CN
Inventors: 李国胜; 胡国平; 王谦明; 陈智录; 沈彦红; 贠国强; 李延超; 刘甲亮; 彭正坪; 王晓玲
Original assignee: Qinghai Salt Lake Magnesium Industry Co ltd
Current assignee: Qinghai Salt Lake Magnesium Industry Co ltd
Priority date: 2021-12-03
Filing date: 2021-12-03
Publication date: 2022-07-12
Anticipated expiration: 2031-12-03

Abstract

The utility model relates to the technical field of auxiliary equipment of travelling crane hoisting devices, in particular to a hoisting limit structure for calcium carbide crushing and pot loading. The utility model provides a broken dress pot hoist and mount limit structure of carbide, includes the bottom plate, and the bottom plate left and right sides upwards buckles respectively and extends and form the curb plate, and the angle of buckling of curb plate cooperatees with the inclination of carbide pot side board, and the width that the curb plate extends cooperatees with the width of carbide pot side board, the curb plate level is buckled and is extended and form the horizontal plate, and the width of horizontal plate is greater than the width at carbide pot border, and both ends indent and both sides 20-30cm around the distance curb plate around the horizontal plate for it gets the carbide pot and leaves sufficient clearance to sink to press from both sides for the driving clamping jaw, the bottom plate rear side is provided with the locating lever hole, and the carbide pot is placed wherein. The technical scheme adopted by the utility model has a simple structure, can accurately limit the horizontal coordinate of the falling of the carbide pot, and can provide convenience for operators to clean the ground carbide after the carbide pot is filled in the loader.

Description

Broken pot hoist and mount limit structure that adorns of carbide

Technical Field

The utility model relates to the technical field of auxiliary equipment of travelling crane hoisting devices, in particular to a hoisting limit structure for calcium carbide crushing and pot loading.

Background

Present carbide workshop includes anterior carbide stove and ejection of compact commentaries on classics material track, middle part carbide pot cooling shop and rear portion carbide turn over a pot and throw the material system, at whole in-process, the carbide all is in the carbide pot, by the automatic hoist and mount operation of the driving hoist and mount system in the workshop, stay on the track as the carbide pot, in the workshop internal cooling, and turn over the pot and feed the end point coordinate position that the empty pot sent out all be standardized, the event driving only need according to operating procedure and instruction carry out the circulation operation can. However, in the existing state, due to accidental factors such as low yield of the calcium carbide furnace and low cooling efficiency, the calcium carbide yield of the calcium carbide workshop corresponding to the crane and the rear calcium carbide turning-over feeding system cannot meet the requirements, the calcium carbide factory needs to purchase and crush the calcium carbide, then the calcium carbide is put into a pot, and the crane hoists the calcium carbide to the feeding level of the rear calcium carbide turning-over feeding system for emergency feeding. However, in the process, the crushing and pot loading process is completed by a loader, a plurality of calcium carbide pots are arranged in a row, calcium carbide is shoveled into the calcium carbide pots after the calcium carbide is crushed by the loader, the calcium carbide is moved away by a travelling crane, and the empty pots are placed on vacant positions. In the process, the calcium carbide pot deviates from the standard placement position due to the following reasons, and 1, the position of the calcium carbide pot deviates due to the swinging of a lifting rope when the travelling crane is hoisted and placed. 2 displacement of the loading bucket when the loader is installed and the loading bucket touches the calcium carbide pot. If the deviation is large, automatic hoisting cannot be realized for a long time, manual adjustment needs to be frequently carried out, and the working efficiency is seriously influenced.

SUMMERY OF THE UTILITY MODEL

In order to solve the problems, the utility model provides a hoisting limiting structure which can play a role in positioning a calcium carbide pot: meanwhile, the loader can conveniently clean the regional calcium carbide at the bottom of the calcium carbide pot. In order to achieve the purpose, the utility model adopts the following technical scheme:

the utility model provides a broken dress pot hoist and mount limit structure of carbide, includes the bottom plate, and the bottom plate left and right sides upwards buckles respectively and extends and form the curb plate, and the angle of buckling of curb plate cooperatees with the inclination of carbide pot side board, and the width that the curb plate extends cooperatees with the width of carbide pot side board, the curb plate level is buckled and is extended and form the horizontal plate, and the width of horizontal plate is greater than the width at carbide pot border, and both ends indent and both sides 20-30cm around the distance curb plate around the horizontal plate for it gets the carbide pot and leaves sufficient clearance to sink to press from both sides for the driving clamping jaw, the bottom plate rear side is provided with the locating lever hole, and the carbide pot is placed wherein.

Further, the side plates extend to a width smaller than the width (height direction) of the side plates of the calcium carbide pot.

Furthermore, the hoisting limit structure is arranged on the concrete ground, a steel pipe sleeve is embedded in the concrete ground, and after the hoisting limit structure is placed at the position, the positioning rod penetrates through the positioning rod hole and is placed in the steel pipe sleeve to achieve the positioning purpose.

Furthermore, the hoisting limiting structure is formed by pressing a steel plate with the thickness of 15mm-20 mm.

Further, a plurality of hoisting limit structures are arranged side by side and fixed respectively, so that no gap exists between every two adjacent hoisting limit structures, and the calcium carbide is not easy to accumulate between the two hoisting limit structures when the calcium carbide is loaded by the loader.

Further, the hoisting limiting structure is placed on the long-strip-shaped concrete platform, the steel pipe sleeve is also embedded in the concrete platform, and the upper end of the steel pipe sleeve is not higher than the upper surface of the concrete platform. The height of the long-strip-shaped concrete platform is not higher than 20mm, a slope surface is arranged on the front side of the long-strip-shaped concrete platform, and a steel plate is paved on the slope surface. The technical scheme adopted by the utility model has a simple structure, can accurately limit the horizontal coordinate of the falling of the carbide pot, and can provide convenience for operators to clean the ground carbide after the carbide pot is filled in the loader. If the carbide pot is placed in hoist and mount limit structure front side at the driving hoist and mount in-process, then the loader can easily push the carbide pot in the hoist and mount limit structure to extrude the part carbide slag that is arranged in hoist and mount limit structure.

Drawings

Fig. 1 is a schematic structural diagram of an embodiment of the present invention.

Detailed Description

The technical solution of the present invention is further explained below with reference to the accompanying drawings.

The utility model provides a broken pot hoist and mount limit structure that adorns of carbide, includes bottom plate 1, and the 1 left and right sides of bottom plate upwards buckles respectively and extends and form curb plate 2, and the angle of buckling of curb plate 2 cooperatees with the inclination of carbide pan side board, and the width that 2 extensions of curb plate cooperate with the width of carbide pan side board, 2 levels of curb plate buckle and extend and form horizontal plate 3, and the width of horizontal plate 3 is greater than the width at carbide pan border, and both ends are indented around horizontal plate 3 and apart from curb plate 2 front and back both sides 20-30cm for it gets the carbide pan and leaves sufficient clearance to sink to press from both sides for driving a vehicle clamping jaw, 1 rear side of bottom plate is provided with the locating bar hole.

The hoisting limiting structure is arranged on the concrete ground, the steel pipe sleeve 5 is embedded in the concrete ground, and the hoisting limiting structure is placed at the position and then places the positioning rod 4 into the steel pipe sleeve through the positioning rod hole to achieve the positioning purpose.

The hoisting limiting structure is formed by pressing a steel plate with the thickness of 15mm-20 mm.

A plurality of hoisting limit structures are arranged side by side and are fixed respectively, so that no gap exists between every two adjacent hoisting limit structures, and calcium carbide is not easy to accumulate between the two hoisting limit structures when a loader loads the calcium carbide.

In another technical scheme of the utility model, the hoisting limit structure is placed on a long-strip-shaped concrete platform 6, a steel pipe sleeve 5 is also embedded in the concrete platform 6, and the upper end of the steel pipe sleeve 5 is not higher than the upper surface of the concrete platform 6. The height of the long-strip-shaped concrete platform 6 is not higher than 20mm, a slope is arranged on the front side of the long-strip-shaped concrete platform 6, and a steel plate is paved on the slope.

In conclusion, the technical scheme adopted by the utility model can accurately limit the horizontal coordinate of the falling of the carbide pot, and can provide convenience for operators to clean the ground carbide after the loading machine is filled with the carbide pot.

Claims

1. The utility model provides a broken pot hoist and mount limit structure that adorns of carbide which characterized in that: the limiting structure comprises a bottom plate, the left side and the right side of the bottom plate are respectively bent upwards and extended to form side plates, the bending angles of the side plates are matched with the inclination angles of the carbide pan side plates, the extending widths of the side plates are matched with the widths of the carbide pan side plates, the side plates are horizontally bent and extended to form horizontal plates, the widths of the horizontal plates are larger than the widths of the edges of the carbide pan, the front ends and the rear ends of the horizontal plates are retracted and are 20-30cm away from the front sides and the rear sides of the side plates, and positioning rod holes are formed in the rear side of the bottom plate.

2. The calcium carbide crushing pot loading hoisting limit structure of claim 1, which is characterized in that: the hoisting limiting structure is arranged on the concrete ground, the steel pipe sleeve is embedded in the concrete ground, and the hoisting limiting structure is placed at the position and then penetrates the positioning rod through the positioning rod hole to be placed in the steel pipe sleeve to achieve the positioning purpose.

3. The calcium carbide crushing pot loading hoisting limit structure of claim 1, which is characterized in that: the hoisting limiting structure is formed by pressing a steel plate with the thickness of 15mm-20 mm.

4. The calcium carbide crushing pot loading hoisting limit structure of claim 1, which is characterized in that: a plurality of hoisting limit structures are arranged side by side and are fixed respectively, so that no gap exists between every two adjacent hoisting limit structures, and calcium carbide is not easy to accumulate between the two hoisting limit structures when a loader loads the calcium carbide.

5. The calcium carbide crushing pot loading hoisting limit structure of claim 1, which is characterized in that: the hoisting limit structure is placed on the long-strip-shaped concrete platform, the steel pipe sleeve is also embedded in the concrete platform, the upper end of the steel pipe sleeve is not higher than the upper surface of the concrete platform, the height of the long-strip-shaped concrete platform is not higher than 20mm, a slope is arranged on the front side of the long-strip-shaped concrete platform, and a steel plate is paved on the slope.