JPS58148101A - Continuous transportation machine for meal serving work - Google Patents

Abstract

PURPOSE:To improve efficiency of serving meals by providing a plurality of tables supported by bearings so as to be able to perform cycloidal oscillation at one side or both sides of a conveying belt and providing each table with a fixing means that supports the table. CONSTITUTION:On both sides of a coveyor belt that constitutes the main section of a continuous transportation machine for serving meals a plurality of tables 30 are provided in such a way that they can be accomodated by folding. A table 30 consists of a frame tube 33 that is bent in ?-shape, a shaft bearing tube 34, and a reinforcing tube 35, and the shaft bearing tube 34 can rotate freely round the shaft up to an upper guide 31, and also can slide freely back and forth by being fitted on the shaft. Accordingly, the table 30 goes up and down, that is, performing cycloidal oscillation by lifting up or down the other end of the table 30. Further, when the table 30 is pushed back and forth, it sides between the two mounting means 32.

Description

DETAILED DESCRIPTION OF THE INVENTION In particular, the present invention relates to a continuous conveyance machine for plating work, which is equipped with a table for placing food for plating.

In recent years, the demand for school lunches in factories, companies, schools, etc. has been increasing steadily, and many school lunch centers have been established in various places to meet this demand. At these school lunch centers, meals are prepared for large sumiaries, but in view of the recent labor shortage and rising labor numbers, each school lunch center has been equipped with various types of machinery and equipment for making rice cakes. The work is being streamlined and made more efficient, including the slow operation for plating work. Machineμ.

It takes a lot of time to arrange various types of cooked food into food and drink containers, which requires a lot of labor and time.
- It is a machine that is widely used and is suitable for making large quantities of the same kind of products. To be more specific, this continuous conveyance machine for plating work has an endless ring-shaped belt that is passed around belt wheels installed at both ends of the frame, and the food and drink placed on the belt is moved by running this belt. When the containers are continuously moved and transported in one direction, a worker placed on the plating side along the running direction of the belt can sequentially plate the food according to various predetermined cooking methods. It has become.

By the way, in the past, when serving food, various foods such as potted foods and cold foods were placed on a plate.

Each food case containing a large number of the same type of food was plated on a table with a fixed fC or a table with a moving trolley installed at a predetermined location around the continuous conveyance machine for plating work. However, the fixed table requires a large amount of storage space when not in use, and also has the disadvantage that the fixed table has a low VcVi when not in use, and it gets in the way of other tasks. was.

The present invention has been made in view of the above-mentioned drawbacks of the prior art, and by attaching a plurality of foldable table stands, it is possible to improve the work efficiency of serving food with a simple and inexpensive structure, and also to reduce the storage space. An object of the present invention is to provide a continuous conveyance machine for plating work that can make efficient use of space.

That purpose.

The present invention provides a plurality of double pedestals supported vertically and freely vibrating on the armpits of one side If or rjpQ of the belt, and a table pedestal locking mechanism for supporting a horizontally protruding class table pedestal. The above object is achieved by providing means for each table.

Is the following one implementation of the present invention? lJ will be explained according to the drawings.

Drawing #41 is a partially omitted normal lt1 drawing showing the continuous conveyance machine for plating operations according to the present invention. In Fig. rc, 1 is the rice plate, and 2 is the belt conveyor that forms the fish tank. This belt conveyor 2ti,
The stands 3.5. ...is built on top. The entire periphery of the continuous conveying machine 1 for plating work is surrounded by a side plate 4 made of stainless steel attached to the outside of the stand 5.

The belt conveyor 2 has a tail pulley 5 and a driving pulley 6 which are rotatably supported by bearing means (not shown) at the front and rear ends, and an endless annular belt rotatably passed between the tail pulley 95 and the driving pulley 6. 7
and the ascending belt 7A and descending bell) 7B of this belt 7.
Tiger 7 carrier supporting 8.8. ...and Yariya in the letter 9,9. ...and the driving pulley 6
and a belt drive unit 10 that rotates the belt.

When the belt drive unit 10fi, the electric motor (not shown), and the speed reducer 511 are turned on by manual switch operation, the driving pulley 6 is rotated via the speed reducer 11, and the driving boo 96 is rotated. Accordingly, the belt 7 can be rotated in the direction of the hour hand (see arrow A in FIG. 1). Said tail pulley 5
On the descending bell (7B) side near the driving pulley 6, snap gouries 12 and 12 are provided to increase the winding angle. The belt conveyor 2 configured in this manner carries food and drink containers supplied from a customer supply device k (not shown) provided at the front end of the belt conveyor 2 in one direction (right direction in Fig. 1). ) continuously, and 1[' filter f
It has the function of sequentially transporting the food and beverage containers to a number of workers. Here, the food waste that has fallen onto the belt portion at m+a is stored in a waste valley 670 provided on the rear side of the driving pulley 6.

Said stand 5.5. The Y4 plane rC of the columns 13 and 13 at the left and right ends in FIG. The non-upright portion 1!5 of the cage and shaft support plates 14, 14.
In 15 years m era tiger 7 carrier 8 and return carrier 9
etc. are pivoted 2'L (1-), and the tips of the vertically rising parts 15, 15 are bent inward in the horizontal direction to provide 7 lunges 15A, 15A. 7 lunges 15A, 15A!: Upper 1 of the lit board 4
g4A, 4A and (Drk!
The ascending belt 7A is bent in a U-shape so as to surround A.
It is placed close to the edge and slightly covers the edge to prevent the worker's hands and fingers from getting caught. shpi top ixl feeding board 1
6.16tI Mlll-shaped recess 17.17 approximately in the center
The upper surface ★ plate 16.16 extends along both sides of the belt 70 along the entire longitudinal direction of the super belt 7 (see Fig. 2). The inner cover 18, 19 (see Figure 2) that covers the front end of the belt conveyor 2 and the front cover &4 together with the belt conveyor 2
At 10:00 a.m., multiple water tanks 2 were installed on the side plates 16 and 16 to prevent noise and ensure the safety of workers.
0.20. It is for forming...

That is, the concave portions 17 of the upper cover plate 16 are arranged so that the partition plates 21, 21 are arranged at predetermined intervals according to the work area of one or more people.
,... by this partition plate 21°21,...? llll! Several aquariums 2Q, 20. ... are arranged in series (see Figure 2).

Each tank has a width of 20 mm, and is used by one or several workers to wash and remove food debris from their hands and fingers. , and is formed in a size that allows the worker to easily reach the food and drink containers on the belt 7 during serving work. Each water tank 20 is connected to an external hot water supply means (not shown). Hot water is supplied and stored at a predetermined depth at all times.

A third
As shown in FIG. 4, a plurality of table stands 50, 50
．． ... are equipped so that they can be folded and accommodated. 2. A middle wall pipe in which a horizontal VC is extended in both wave directions near the upper edge of the front pulp plate 4.

Kaito 31, who is defeated from the group, is set up.

This ascending guide 51 has a plurality of mounting brackets 32, 32, .
. . . It is installed parallel to the side plate 4 at a fixed distance Pjr. The mounting fittings 52, 52.
... are arranged at a distance of Vc from each other, and one table stand 50 is placed between adjacent mounting brackets 52 and 32.
is provided. The table base 60 is formed into a frame shape, and includes a frame tube 35 bent in a U-shape, and a pivot support 66 fixed to the upper end side of the frame tube 66 in FIG.
#34, and a strong tube 35 fixed across the center of the frame tube 55. The pivot support t34 is externally extended to the ascending guide 61 so as to be rotatable around the axis and slidable in the front-rear direction (left-right direction in FIG. 4). Therefore, when the other end of the table stand 30 is raised or raised, the entire table stand 30 vertically undulates and rotates, that is, vibrates, about the ascending guide 61, and also pushes the table stand 30 forward or away. As a result, the table base 30 can be slid one step to the adjacent mounting bracket 62.32. By moving the table stand 3 degrees in the front-back direction, it becomes possible to arrange the food for presentation τ in an optimal location according to the menu or the number of workers. L(':) When the level of fatigue increases, the worker can perform the work as desired, and the direction of work can be changed alternately between forward and backward without colliding with the workers in front and behind.Fatigue accumulates. You can work efficiently without having to worry about it.

Below the lower edge of the side plate 4, as shown in FIG. 4, there is provided a descending guide 40 which is provided in a half line with the above-mentioned ascending guide 31. This descending guide 40 includes the support column 1
5 and the mounting brackets 42, 42 . ...
The equipment is fixed almost directly below the Milie ascending id 51 through the R. Moreover, these mounting brackets 42, 42. ...
V, the mounting brackets of the ascending kite 31 are 52, 32.・・・
- and upper plate V (arranged at the same position, and one stopper leg 43 is provided between adjacent mounting brackets 42 and 42. This locking member 1- The legs 43, in conjunction with the upper locking legs 46 to be described later, vibrate to the vertical blade 10'' and support the water and soil Vc Uida Seshime Tomomae 6c Navel stand 60 from below. The lower leg 43 for penalty locking is completely formed into a T-shape, and the support tube '44 with an open tip and the other end of this support tube '44' are connected directly to each other and fixed with a lever. This shaft branch pipe 4
5i, [with a relatively short length, the shaft weight (in the vertical plane) can be freely moved K times to the hrJ descending guide 40, and can slide in the front-rear direction (the right direction in Fig. 4). It is fitted freely.

This retaining lower leg 43 is rotated downward once when the chiffle stand 60 is not in use. Then, the side plate 4 is fixed and glued upright, and when the light table stand 600 is used, it can be rotated diagonally upward and fitted with the locking lower legs 46 of the light table stand 30@.

In addition, II) the locking lower leg 43 also slides as the daple stand 300 moves back and forth;
The table stand 300 frame pipe 3
A protrusion 47 is attached to the center of the top side of 30, and the lower end VC is fitted to the protrusion 47.
) A locking lower leg 46 in the form of a high-speed lock is vertically supported by the single-movement motor 11. This upper leg for stopping 46#'i.

With the chiffle stand 50 extended in the horizontal direction, the stepped portion 48
can be removably fitted into the drawer s49 at the tip of the lower locking leg 45.

When the stepped portion 48 is fitted into the opening 49, the upper locking leg 46 and the lower locking leg 45 are linearly integrated to lock the table base 60 in a crutch-like manner. Therefore, after assembling the locking lower leg 46 and the lower leg 43, it becomes possible to place the food case 60 on the table stand 60.

In this state, according to the worker's request, the entire table canned water 0, together with the food case 60, is removed from the adjacent mounting metals.
It is possible to move in the same direction between the two. Apart from this, a table stand 50 extending horizontally
When the upper leg 46 is removed from the lower leg 43 for locking 1, the lower leg 145'fr for locking 1 is placed against the hook plate 4 as described above, and the table 830 is rotated downward. By moving and suspending the table stand 30 from the ascending guide 51, the table stand 60 fathoms can be accommodated in a folding form.
When pressed to the bottom, the tip of the frame tube 53 comes into contact with the descending guide 40, and the vicinity of the shaft portion of the upper locking leg 460 can be freely engaged and detached from the lower side of the shaft branch tube 45 of the lower locking leg 45. (See the right l1i1 part in Fig. 5), so that the table stand 50 can be stored stably and reliably without interfering with the worker when it is not in use. .

Similarly, in the above embodiment, the table base was made into a frame shape to provide an inexpensive and durable structure, but it may also be made into a plate shape.
The locking means for the table base may also have other configurations, such as folding legs.

As described above, according to the present invention, it is possible to obtain an excellent reach 11411 machine for plating work that can improve the work efficiency of plating and effectively utilize space with a simple and inexpensive configuration.

[Brief explanation of drawings]

Ml1mri A partially omitted schematic front view showing the continuous conveyance machine for plating work according to the present invention, Figure 2 is a top view of Figure 1,
FIG. 3 I/i nine vertical cross-sectional views along the If-If line of FIG. 1;
FIG. 4 is a partial front view showing a table base according to a part of FIG. 3. 1... Continuous transport machine for plating work, 7... Belt, 1
0... Belt drive unit, 30... Table stand, 61.
. . . Ascending guide, 40 . . . Downward guide, 46 . . . Lower leg for locking that forms the means for locking the table stand, 46 . . . Upper leg for retaining that forms the means for locking the table stand. Patent applicant: Akira Ishii

Claims (1)

[Claims] (1) A belt that continuously transports food and beverage containers in accordance with the order of serving the food and beverages, and a plurality of table stands supported vertically and vibrating freely on one part of each side to drive the movement of this belt, and a horizontally A continuous crawler for plating work, characterized in that each table stand is provided with a table stand locking means for supporting an overhanging table stand! 4! l! Machine. −(2
1. In a continuous conveyance machine for plating work, which has a belt that continuously transports food and drink containers according to the order of the plating work, and a belt drive device that drives the belt, on one side or both sides of the belt, A plurality of table bases are provided which are vertically supported so as to be able to freely vibrate, and each table base is provided with a companion tape locking means for supporting the horizontally extending table bases; A continuous conveying machine for plating work in which the i-pull stand and table stand locking means are formed to be slidable along the running direction of the belt.