CN111778121A

CN111778121A - Turnover rack

Info

Publication number: CN111778121A
Application number: CN202010592257.6A
Authority: CN
Inventors: 周阳; 贺生根; 李连杰; 严普; 刘荣; 何勇; 杨大伟; 龙梁; 潘文珺
Original assignee: Changsha Chaint Machinery Co Ltd
Current assignee: Chaint Corp
Priority date: 2020-06-25
Filing date: 2020-06-25
Publication date: 2020-10-16

Abstract

The bent frame comprises a structural steel frame, a rotary positioning pin, a fixing plate, a bamboo positioning block, a bamboo base plate, a fence, a foot cup, a bent frame positioning pin, a bamboo partition plate, a bent frame positioning hole and a bamboo limiting plate. The rotary positioning pin, the fixing plate, the bamboo positioning block, the bamboo base plate, the fence, the foot cup, the bent frame positioning pin, the bamboo partition plate, the bent frame positioning hole and the bamboo limiting plate are all fixedly arranged on the structural steel frame, the bamboo base plate is used for preventing the distiller's yeast bent block from contacting with metal, and the bamboo limiting block is used for uniformly separating the bent block; the top surface of the foot cup is provided with a positioning hole so as to facilitate the folding of the turnover frame; the bent frame positioning pins and bent frame positioning holes are arranged on the structural steel frame upright posts and are distributed alternately. Simple structure, it is with low costs, one multi-purpose, it is little to possess the space, very easily just can realize bent piece upset 180, can also protect the bent piece on the way of transporting, prevents to damage.

Description

Turnover rack

Technical Field

The invention belongs to nonstandard automation equipment, relates to a koji culture room koji turning process of a koji automatic production line, and is an indispensable important carrier in the automatic production process of koji.

Background

Along with the increase of the sales of white spirit, the requirements of distiller's yeast in the brewing industry are increased, and the production line of the distiller's yeast is updated, so that the problem of brewing capacity is solved. However, in the existing distiller's yeast production line, the yeast turning process of the yeast culture room still adopts manual yeast turning, so that the labor cost is high, the efficiency is low, and the problem of high error rate caused by personnel fatigue exists.

Disclosure of Invention

The invention aims to provide a device for containing and turning over distiller's yeast blocks, which is used for realizing automatic yeast turning in a yeast culture room and effectively solving the problems of low efficiency and high error rate caused by manual yeast turning.

The purpose of the invention is realized by the following technical scheme:

the bent frame comprises a structural steel frame, a rotary positioning pin, a fixing plate, a bamboo positioning block, a bamboo base plate, a fence, a foot cup, a bent frame positioning pin, a bamboo partition plate, a bent frame positioning hole and a bamboo limiting plate. The rotary positioning pin, the fixing plate, the bamboo positioning block, the bamboo base plate, the fence, the foot cup, the bent frame positioning pin, the bamboo partition plate, the bent frame positioning hole and the bamboo limiting plate are all fixedly arranged on the structural steel frame; the top surface of the foot cup is provided with a positioning hole so as to facilitate the folding of the turnover frame; the bent frame positioning pins and the bent frame positioning holes are arranged on the structural steel frame upright column and are distributed in a corresponding alternate manner to realize that the two bent frames are buckled in a positive and negative manner, so that the bent frames are changed from top to bottom to achieve the purpose of turning over the bent blocks to be held. The rotary positioning pin is fixed on the fixing plate and used for positioning and clamping; the fixing plates are welded on two sides of the structural steel frame and used for fixing the rotary positioning pins; the bamboo positioning block is arranged on the structural steel frame pipe and used for positioning the wide surface of the bent block; the bamboo base plate is fixed on the upper surface of the structural steel frame and used for placing the bent blocks; the rails are welded on two sides of the upper surface of the structural steel frame and are vertical to the direction of the fixing plate, and are used for positioning the narrow surface of the bent block; the foot cup is welded below the structural steel frame upright post and is used for positioning the other turnover frame; the bent frame positioning pin is welded on the upper surface of the structural steel frame upright post; the bamboo clapboard is fixed on the bamboo base plate and used for positioning the narrow surface of the bent block; the bent frame positioning hole is arranged on the upper surface of the structural steel frame upright post and is used for positioning a positioning pin of the reverse bent frame; the bamboo limiting plate is fixed on the fence.

The beneficial effects of the invention are as follows: the yeast overturning frame can be used for containing yeast blocks of distiller's yeast, and can be used for completing a yeast overturning process by utilizing the yeast overturning frame in the yeast culturing process, the key is that the yeast blocks can be easily overturned by 180 degrees without influencing the fermentation quality of the yeast blocks, the yeast blocks in the transportation process can be protected, the damage is prevented, and the yeast blocks are protected to the greatest extent in the overturning process; simple structure, low cost, multiple purposes and small occupied space. The turnover frame can be stacked.

Drawings

Fig. 1 is a schematic view of stacking of the turnover frames.

In the figure: 1-a yeast turning frame and 2-a yeast block.

Fig. 2 is a schematic view of the roll-over stand.

In the figure: 101-structural steel frame, 102-rotary positioning pin, 103-fixing plate, 104-bamboo positioning block, 105-bamboo cushion plate, 106-fence, 107-foot cup, 108-bent frame positioning pin, 109-bamboo partition plate, 110-bent frame positioning hole and 111-bamboo limiting plate.

Fig. 3 is a schematic diagram of the operation during the turning.

In the figure: 1001-forward turning frame, 1002-reverse turning frame, 111-bamboo limiting plate, 2-bending block, 104-bamboo positioning block and 109-bamboo partition plate.

Detailed Description

Fig. 1 to 3 show an embodiment of the invention.

As shown in FIG. 1, the 1-bend frames are kept to be stacked, and each 1-bend frame can be provided with a 2-bend block.

As shown in fig. 2, the 1-bending frame comprises a 101-structural steel frame, 102-rotary positioning pins, 103-fixing plates, 104-bamboo positioning blocks, 105-bamboo base plates, 106-fences, 107-foot cups, 108-bending frame positioning pins, 109-bamboo partition plates, 110-bending frame positioning holes and 111-bamboo limiting plates; 102-rotary positioning pins, 103-fixing plates, 104-bamboo positioning blocks, 105-bamboo base plates, 106-fences, 107-foot cups, 108-bent frame positioning pins, 109-bamboo partition plates, 110-bent frame positioning holes and 111-bamboo limiting plates are all installed and fixed on a 101-structural steel frame; 107-the top surface of the foot cup is provided with a positioning hole so as to facilitate the stacking of the 1-turnover frame; the 101-structural steel frame upright column is provided with 108-bent frame positioning pins and 110-bent frame positioning holes which are distributed in a corresponding and alternate manner; 101-the structural steel frame is formed by welding metal steel pipes; 102-a rotary positioning pin is fixed on the 103-fixing plate for positioning and clamping; 103-the fixing plates are welded at two sides of the 101-structural steel frame; 104-bamboo positioning blocks are arranged on the 101-structural steel frame pipes; the 105-bamboo base plate is fixed on the upper surface of the 101-structural steel frame; 106-rails are welded on two sides of the upper surface of the 101-structural steel frame and are perpendicular to the direction of the 103-fixing plate; 107-foot cups are welded below the 101-structural steel frame upright column and used for positioning the other 1-turnover frame; 108-bent frame positioning pins are welded on the columns of the 101-structural steel frame; 109-bamboo partition board is fixed on 105-bamboo backing board; the 110-bent frame positioning hole is formed on the upright post of the 101-structural steel frame; the 111-bamboo limiting plate is fixed on the 106-fence.

Fig. 3 shows the turnover frame working process: the 1-turn-over frame can be used for containing the 2-yeast blocks and can be used for completing a yeast turn-over process by utilizing the 1-turn-over frame in the yeast culture process. The 2-bend block is placed on the 1-bend frame, and the 1002-reverse bend frame is inserted into the 110-bend frame positioning hole through the 108-positioning pin. Meanwhile, 104-bamboo positioning blocks and 109-bamboo clapboards correspondingly fall into the 2-bent block space. At the moment, the turnover equipment is used for clamping 102-rotating the positioning pin, the crankshaft is lifted to a set height, the crankshaft is rotated by 180 degrees, the 1002-reverse turnover frame is changed into a forward direction, the 1001-forward turnover frame is changed into a reverse direction, and all the 2-crankshaft blocks fall into the 1002-reverse turnover frame due to gravity, so that the crankshaft blocks are turned over by 180 degrees. The 105-bamboo backing plate is used for separating the contact between the distiller's yeast blocks and metal, and the bamboo limiting blocks are used for uniformly separating the yeast blocks so as to prevent the yeast blocks from contacting with each other and prevent the yeast blocks from toppling over.

Claims

1. The turnover frame is characterized in that: the bamboo fence comprises a structural steel frame, a rotary positioning pin, a fixing plate, a bamboo positioning block, a bamboo base plate, a fence, a foot cup, a bent frame positioning pin, a bamboo partition plate, a bent frame positioning hole and a bamboo limiting plate; the rotary positioning pin, the fixing plate, the bamboo positioning block, the bamboo base plate, the fence, the foot cup, the bent frame positioning pin, the bamboo partition plate, the bent frame positioning hole and the bamboo limiting plate are all fixedly arranged on the structural steel frame; the top surface of the foot cup is provided with a positioning hole so as to facilitate the folding of the turnover frame; the structural steel frame upright column is provided with a bent frame positioning pin and a bent frame positioning hole which are distributed in a corresponding and alternate way; the rotary positioning pin is fixed on the fixing plate and used for positioning and clamping; the fixing plates are welded on two sides of the structural steel frame; the bamboo positioning block is arranged on the structural steel frame pipe; the bamboo base plate is fixed on the upper surface of the structural steel frame; the rails are welded on two sides of the upper surface of the structural steel frame and are perpendicular to the direction of the fixing plate; the foot cup is welded below the structural steel frame upright post and is used for positioning the other turnover frame; the bent frame positioning pin is welded on the upper surface of the structural steel frame upright post; the bamboo clapboard is fixed on the bamboo base plate; the bent frame positioning hole is arranged on the structural steel frame upright post; the bamboo limiting plate is fixed on the fence.