JP3134372U - Drying net bogie stocker bogie lifting device - Google Patents

Abstract

The present invention provides a new automation and improved apparatus for smoothly feeding and inserting a drying net using a conventional cart and a drying net in a truck stocker for a dough drying net.
SOLUTION: A cart configured on a shelf is formed in two upper and lower stages, and the equipment is stopped while the cart is replaced by sending and inserting a drying net in two upper and lower processes. Smooth operation is possible without the need to install. In addition, even if the caster wears over time, a push-up cylinder is provided, so that the carriage itself can be pushed up smoothly so that the drying shelf can be inserted smoothly, making it possible to withstand long-term use. .
[Selection] Figure 3

Description

  The present invention relates to a cart push-up device for a cart stocker in a dough drying net automatic processing device in the manufacture of rice cracker dough.

The rice cracker dough is made by drying naturally on a dry net and baked into a product. Recently, as shown in JP-A-11-208890, automation has progressed, and an automatic drying apparatus using a conveyor has been developed.
Utility Model Registration No. 30877703

  However, in order to automate a new machine, the conveyor net is used to circulate the drying net on the belt and circulate using the cart. Therefore, a large amount of equipment costs are required by renewing the cart and the drying net. It has become. In view of this point, the applicant divided the shelf-shaped cart that accommodates the drying net into two upper and lower stages, and divided the upper stage operation and the lower stage operation into two stages, and performed the first stage operation. Since the next operation can be prepared during the operation, the work smoothly moves without waste, and the opening of the shelf of the cart is tapered, without using a new drying net that meets the standard dimensions, It can be used with a net that has been used in the past or a dry net that is somewhat distorted, and the above idea has been well received by those skilled in the art and several implementations have been made.

  However, with the passage of time, the casters wear and the height of the cart is lowered. Especially when the workplace is like a concrete hit, it was often necessary to stop the line and replace the casters.

  In order to solve this problem, an improvement was made. A cylinder G is disposed at a position where the drying net is moved from the shelf from the carriage A, and the cylinder G is lifted to raise the carriage itself. We succeeded in eliminating the inconvenience such as noise due to impact and interruption of work by eliminating the step between the moving intermediate rack B and smoothly moving the drying net.

  As described above, the present invention provides a cylinder at the cart work position for automation, so that the cart itself can be pushed up, and the smooth operation can be performed without the step between the cart and the intermediate moving rack. The noise caused by

In addition, the present invention makes the work between the carriage A and the intermediate movement receiving shelf B a two-step process, so that it is not necessary to stop the interlocking facilities or install two identical devices while it is required to replace the carriage. Thus, since the time required for the process is small, the speed of the related line can be increased, and an excellent effect can be obtained as compared with a conventionally known stocker device.

  An embodiment of the present invention will be described with reference to the accompanying drawings. FIG. 1 is a front view of an operation process of a drying net supplying apparatus which is the basis of the present invention, and FIG. 2 is an explanatory view on a drying net supplying side. In FIG. 3, the trolley A has a two-stage configuration, and has a two-stage configuration. The upper stage (1) and the lower stage (2) have a large number of shelves and are adjacent to each other as a primary process. The moving intermediate receiving shelf B is pushed into the moving intermediate receiving shelf B (hereinafter simply referred to as receiving shelf B) by the upper pusher (1-1) and transferred from below the receiving shelf B onto the conveyor (3). The (See Figure 4)

  In FIG. 4, when the drying net of the upper stage of the carriage A is empty and the drying net of the receiving shelf B is also empty, the process moves to FIG. 5, and the receiving shelf B moves to the drying net side of the lower stage (1-2) of the carriage A. It is pushed into the receiving shelf B by (2-2), and the drying net of the receiving shelf B is sequentially sent from the upper side to the conveyer (3) as shown by the arrow as shown in the figure, and the carriage A becomes an empty carriage. The receiving side of the drying net to the cart A is the reverse of this process. Although not shown, the drying net is moved from the conveyor (3) to the receiving shelf B, and is moved from the right side to the empty cart by the upper and lower pushers. On the carriage, it is forwarded to the work line (not shown), and the work is returned to FIG.

  In this way, since the carriage A is forwarded and the course for repeating the work is repeatedly performed, the caster (5) of the carriage A is worn and becomes smaller in diameter, and the carriage A and the receiving shelf B in the work process are reduced. A step S is generated between the two. This phenomenon is especially apparent when the factory floor is struck with concrete.

  When this step S occurs, it becomes difficult to push the drying net from the pusher (1) to the receiving shelf B and the cart A, and the noise due to the step is severe and cannot be smoothly performed. The cart A is tilted while the step S is small. However, if there is a large difference as shown in the figure, the work line is interrupted and the caster (5) is repaired and replaced.

  The gist of the present invention is to solve this problem. In the present invention, the cylinder A is installed at the position where the carriage A is located at the working position of the carriage A and the receiving shelf B, and the carriage A itself is installed in the cylinder G. This problem is solved by raising the cylinder G, and the raising width of the cylinder G can be automatically adjusted.

  As described above, the present invention is economical and has an extremely great utility value because it can solve the problems with the aging of the automation apparatus that has been used in the past with a slight improvement.

Front view of the automation device of the present invention Side view of the automated device of the present invention Basic operation process diagram (first process) Basic operation process diagram (2nd process) Basic operation process diagram (3rd process) Basic operation process diagram (4th process) Example illustration of the invention Example diagram of the device

Explanation of symbols

1 Upper pusher
2 Lower pusher
3 Conveyor
4 casters
A cart
B Mobile intermediate shelf
G Push-up jack

Claims (1)

  In a drying net automatic supply device that feeds a drying net to an intermediate moving shelf B by an extrusion pusher to an intermediate moving shelf B for a shelf-like cart A that stores a drying net with casters that circulates on a work line. A cart lifting device for a dry net cart stocker characterized in that a cart lifting cylinder G is provided at the cart A working position.

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