JPS6021Y2 - oil removal equipment - Google Patents

Description

[Detailed explanation of the idea] The present invention relates to an oil removal device.

More specifically, the present invention relates to an apparatus for removing oil from fried foods, etc.

The inventor of the present invention has already received a utility model registration (Utility Model No. 469883) for the deoiling machine, but he realized that the conventional device had the disadvantage that it took about an hour to attach and detach the belt. This invention has come to be a distant relative of the present invention.

Therefore, the object of the present invention is to provide a deoiling device that allows the belt to be attached and detached within a short period of time.

This invention passes between the upper belt-driven movable roll 1 and the upper belt-driven fixed roll 2 which are adjacent to each other, and is installed around the upper belt-driven movable roll, the roll 3 before upper belt play, and the roll 4 after upper belt play. The upper towel belt 8 passes between the lower belt driving movable roll 5 and the lower belt driving fixed roll 6 that are adjacent to each other, and the lower towel belt 9 is attached around the lower belt driving movable roll and the lower belt play front roll 7. , and a roll drive device 10, in which an upper belt drive movable roll 1 is supported by an upper belt drive movable roll bearing 1a pivotably mounted on a fulcrum 12 provided on an upper belt drive fixed roll bearing 2a. , the lower belt driving movable roll 5 is supported by a lower belt driving movable roll bearing 5a which is pivotally mounted on a fulcrum 13 provided on a lower belt driving fixed roll bearing 6a, and each of the lower belt driving movable roll bearings 5a is connected to one end of the movable roll bearing 1at5a. The movable roll bearings 1a and 5a are simultaneously rotated by the roll bearing moving lever 11 via the rods 14 and 15, and the upper belt-driven movable roll 1 is moved in the direction of the opposing idle roll 3.4 to which the upper towel belt 8 is attached. The towel belts 8 and 9 are relaxed by moving the movable lower belt driving roll 5 toward the opposing idle roll 7 to which the lower towel belt 9 is attached. It is an oil device.

Next, the present invention will be explained in detail with reference to the drawings.

In the figure, 16 is a fulcrum of a roll bearing moving lever, 17 is a bar conveyor, and 18 is an oil pan.

As shown in FIG. 1, the oil removal device of the present invention mainly consists of an upper towel belt 8, a lower towel belt 9, and a roll drive device 10.

The upper towel belt 8 passes between the upper belt drive movable roll 1 and the upper belt drive fixed roll 2 which are adjacent to each other, and around the upper leaf blade drive movable roll, the roll 3 before upper belt play, and the roll 4 after upper belt play. installed.

The lower towel belt 9 passes between the lower belt driving movable roll 5 and the lower belt driving fixed roll 6 which are adjacent to each other, and is attached around the lower belt driving movable roll and the lower belt play front roll 7.

For example, articles to be deoiled, such as fried foods, are transported to the bar conveyor 17.
The top is carried between the upper towel belt 8 and the lower towel belt 9 and subjected to oil removal treatment.

The upper belt driven movable roll 1 is supported by an upper belt driven movable roll bearing 1a which is pivotally mounted on a fulcrum 12 provided on an upper belt driven fixed roll bearing 2a.

The lower belt driven movable roll 5 is supported by a lower belt driven movable roll bearing 5a which is pivoted from a fulcrum 13 provided on a lower belt driven fixed roll bearing 6a.

The upper belt-driven movable roll bearing 1a and the roll bearing moving lever 11, which is pivotally mounted at a fulcrum 16, are connected via a rod 14.

Similarly, the lower belt drive movable roll bearing 5a and the lever 1
1 through a rod 15.

Therefore, when the roll bearing moving lever 11 is rotated as shown in FIG. 3, the movable roll bearings 1a and 5a are rotated at the same time. The lower belt drive movable roll 5, which is supported by the movable roll bearing 5a, moves in the direction of the opposing upper belt pre-play roll 3 and upper belt post-play roll 4 to which the upper towel belt 8 is attached to relax the upper towel belt 8, and is supported by the movable roll bearing 5a. The lower towel belt 9 is moved in the direction of the opposite lower belt idle front roll to which the lower towel belt 9 is attached to relax the lower towel belt 9, and the towel belt with dirt and oil can be immediately replaced with a new towel belt 8, 9. .

After replacement, work can be resumed immediately by returning the roll bearing moving lever to its original state.

The conventional method of attaching and detaching the belt takes about an hour, but the present invention has the advantage that it can be completed in about one minute.

[Brief explanation of drawings]

Fig. 1 is a perspective view of one example of the deoiling device of the present invention, Fig. 2 is a conceptual rear view showing the roll drive device of Fig. 1, and Fig. 3 is a schematic rear view of the roll drive device of Fig.
FIG. 6 is a conceptual rear view showing the operating mechanism of the bearing moving lever in the figure. 1... Upper belt driven movable roll, 1a...
...Upper belt drive movable roll bearing, 2...Upper belt drive fixed roll, 2a...Upper belt drive fixed roll bearing, 3...Upper belt free front roll,
4...Roll after upper belt play, 5...
Lower belt drive movable roll, 5a...Lower belt drive movable roll bearing, 6...Lower belt drive fixed roll, 6a...Lower belt drive fixed roll bearing,
7...Roll before lower belt play, 8...
Upper towel belt, 9...Lower towel belt, 10
...... Roll drive device, 11... Roll bearing moving lever, 12, 13... Fulcrum, 14,
15... Tatsudo (spring connecting rod), 16...
...Fully point, 17...Conveyor, 18...
・Oil saucer.

Claims (1)

[Scope of utility model registration request] Passing between the mutually adjacent upper belt driven movable roll 1 and upper belt driven fixed roll 2, the upper belt driven movable roll, the upper belt play front roll 3 and the upper belt post play roll 4
An upper towel belt 8 is attached around the lower belt-driven movable roll and a lower belt-driven fixed roll 6 adjacent to each other.
a lower towel belt 9 attached around the lower belt drive movable roll and the lower belt play front roll 7 through the space between the lower towel belts 9;
and a deoiling device mainly consisting of a roll drive device 10, in which an upper belt-driven movable roll 1 is supported by an upper belt-driven movable roll bearing 1a pivoted by a fulcrum 12 provided on an upper belt-driven fixed roll bearing 2a, The lower belt driving movable roll 5 is connected to the lower belt driving fixed roll bearing 6a.
The movable roll bearing 1 is supported by a lower belt-driven movable roll bearing 5a pivotably mounted on a fulcrum 13 provided above.
Rods 14 and 15 each connected to one end of a and 5a.
The movable roll bearings 1a and 5a are simultaneously rotated by the roll bearing moving lever 11 via the roll bearing moving lever 11, and the upper belt-driven movable roll 1 is moved in the direction of the opposing idle rolls 3 and 4 to which the upper towel belt 8 is attached. A deoiling device characterized in that the towel belts 8 and 9 are relaxed by moving the lower belt-driven movable roll 5 in the direction of the opposing idler 7 to which the lower towel belt 9 is attached.