JPS5837597Y2 - Meat slicer material feeding device - Google Patents

Description

[Detailed explanation of the invention] This invention is based on a meat box in which a conveyor is installed on the bottom of a meat box that reciprocates on the top of the machine towards a round blade installed on one side of the machine. This invention relates to a material feeding device for a slicer.

The conveyor attached to a conventional slicer, regardless of whether it is a roller type or a blind type, is generally driven by an endless chain stretched over the side of a conveyor frame.

The disadvantage of the above-mentioned ceno drive system is that if the drive ceno becomes sagging, the amount of meat that is sent out varies by several millimeters, so the ceno must be kept under sufficient tension at all times. .

This resulted in wear on the rotating parts of the chino, resulting in poor durability.

Therefore, in the present invention, a plurality of roller conveyors are installed horizontally at the front end of the conveyor frame on which the conveyors are laid, and gears of the same shape are attached to the shaft ends of each roller conveyor, and each gear is At least the front end of the conveyor that sends out the material is driven by the gear train, and a large number of roller conveyors are connected to each other by an idle gear and are connected to the rear part of the roller conveyor and run perpendicular to the material feeding direction and parallel to each other. A blind-type conveyor is installed in which both ends of wire rods are connected in an endless ring shape with chain links, a gear is fixed to the shaft end of a rotating shaft at the front end of this blind-type conveyor, and this gear is connected to the idle gear connected to the gear train. By configuring the blind type conveyor and the roller conveyor to rotate simultaneously, the disadvantages of the conventional endless chain drive system described above are eliminated, there is no variation in the amount of material fed, and it is easy to clean the gutters. This provides an easy material feeding device for a meat slicer.

Embodiments of the present invention will be described below with reference to the drawings.

F is the machine base of the slicer, A is a round blade that stands on one side of the machine base F and rotates, B is a meat box that reciprocates on the top surface of the machine base F towards the round blade A, and C is the bottom of the meat box B. This conveyor is installed on the bottom surface of a meat box B, with both sides supported by a conveyor frame 1 that constitutes the meat box B.

The conveyor C is composed of three roller conveyors Ca horizontally suspended at the front end of the conveyor frame 1, and a blind-type conveyor Cb driven by a chino and installed in series at the rear thereof.

Each roller conveyor Ca at the front end has a gear 3 of the same shape on a shaft end 2 inserted through the conveyor frame 1.
is fixed, and an idle gear 4 whose shaft portion 4' is supported by the conveyor frame 1 and a cover plate 5 attached to the outside thereof is fitted between each gear 3 to form a gear train. They are connected and rotated in the same direction.

Note that this roller conveyor Ca is located at the frontmost end (left end in the figure).
A material feed drive mechanism connected between the other shaft end of roller Ca', the meat box B, and the machine stand F follows the movement of the meat box B during the backward stroke, counterclockwise as shown in the figure. The drive mechanism rotates in one direction, but since a conventionally known mechanism was used as the drive mechanism, its illustration is omitted.

In addition, the blind type conveyor cb, which is installed in series with the roller conveyor Ca, is made up of an endless belt-like body formed by bending both ends of a large number of metal rods into a ring shape and connecting them in a chain shape. Rotating shaft 6 horizontally mounted parallel to the shaft
and a rotating shaft 6' horizontally mounted on the rearmost part of the conveyor frame 1.
A gear 3b fixed to the shaft end of the rotating shaft 6 at the front end is connected to the gear train via an idle gear 4b having the same configuration as described above, and rotates simultaneously with the roller conveyor Ca.

As described above, at least the front end of the conveyor that sends out the material is connected to the roller conveyor C driven by the gear train.
A, a blind-type conveyor cb is installed at the rear of the conveyor belt, in which both ends of a large number of wire rods, which are perpendicular to the material feeding direction and parallel to each other, are connected in an endless ring shape by chain links.
According to the present invention, in which the rotating shaft 6 of the blind type conveyor cb is connected to the gear train and rotated simultaneously, the rotation angles of the conveyors are always equal to each other, so there is no variation in the amount of material fed and the material is fed at the same time. Meat can be sliced to a thickness of 100 mL, and the hassle of adjusting the cutter can be saved.

In addition, by using a gear train drive system that can reduce the distance between the axes compared to a chain drive system that uses sprockets, it is possible to use rollers with relatively small diameters for the conveyor. The contact surface is large, preventing idle rotation and allowing material to be delivered accurately.The conveyor installed behind it has a large mesh, in other words, a large number of metal rods are connected in a chain shape with both ends bent into an annular shape. Since it is possible to use a blind-type conveyor with a wide contact interval, in which the contact with the material is limited to the contact with the metal rod, it is particularly suitable for slicing slippery materials such as frozen meat loaves. By having a rough texture, the conveying surface of the conveyor digs into the material to prevent slippage while feeding it forward, and at the front end, the material can be transferred to the relatively fine roller conveyor and sent out accurately.

Additionally, it has many advantages, such as being easier to clean, compared to those using full-surface roller conveyors.

[Brief explanation of the drawing]

The drawing is a partially cutaway elevational view showing an embodiment of the present invention. F...Machine base, A...Round blade, B...
...Meat box, C... Conveyor, Ca...
Roller conveyor, Cb...Blind type conveyor,
1... Conveyor frame, 2... Shaft end, 3.3b... Gear, 4, 4 b...
・Idle gear, 4'...Shaft part, 5...
・Cover plate, Ca'...Roller at the front end, 6°6'...Rotation axis.

Claims (1)

[Scope of claim for utility model registration] On the bottom of the meat box B that reciprocates on the top of the machine base F toward the round blade A,
In a material feeding device for a meat slicer that is equipped with a conveyor C that loads and sends out meat chunks, a plurality of roller conveyors Ca are horizontally suspended at the front end of a conveyor frame 1 on which the conveyor C is laid, and each roller conveyor Ca is Gears 3 of the same shape are fixed to the shaft end 2, and each gear 3 is connected by an idle gear 4, so that the front end of the conveyor C for delivering the material is connected to a gear train consisting of the gear 3 and the idle gear 4. The roller conveyor Ca
A blind type conveyor cb, in which both ends of a large number of wire rods parallel to each other perpendicular to the material feeding direction are connected in an endless ring shape with a chain link, is installed in series at the rear of the conveyor belt, and the rotation of the front end of this blind type conveyor cb is A gear 3b is fixed to the shaft end of the shaft 6, and this gear 3b is connected to the idle gear 4 connected to the gear train.
A material feeding device characterized in that the blind type conveyor cb and the roller conveyor Ca are rotated simultaneously by meshing with the roller conveyor cb. −