JP2011193856A - Device for peeling boiled egg husk - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a small-sized device for peeling boiled egg husks, capable of peeling the boiled egg husks easily and quickly.SOLUTION: This automatic device for peeling the boiled egg husks is provided by having a turn table for housing and conveying a plurality of the boiled eggs and forming crack on the husks of the boiled eggs discharged from the turn table by a rotary type hammer, and capable of peeling and scattering the cracked egg husks by the air pressure of a blower fan.

Description

The present invention relates to an apparatus and apparatus for automatically peeling a boiled egg shell.

As a method for peeling a shell of a boiled egg such as a chicken egg, an apparatus and a tool have been developed. However, a method of peeling by a human hand is generally used at home and a canteen.

Sho55-71477 JP-A-5-192110 JP-A-11-146772 JP 2002-12738 A JP 2002-51738 A

As a device for automatically peeling boiled egg shells, there are the above-mentioned known techniques, but many large devices are often used in factories and the like. Therefore, in homes, cafeterias, small stores, etc., there is a problem that a method using human hands is generally performed instead of a method using devices, instruments, etc., and many shells cannot be removed quickly.

In order to solve the above-described problems, the present invention provides a small apparatus that can automatically and quickly remove many boiled eggs without depending on the size of the boiled eggs.

As a means for solving the above-mentioned problem, in a rotary table having a plurality of boiled egg storage boxes and a boiled egg transport plate, a circular, hollow and notched portion is formed in a part of the inner periphery at the lower part of the rotary table. The insole having the concentricity with the rotary table, and a bottomed cylindrical work box concentric with the rotary table is provided at the bottom of the insole, and the inside of the work box A cone-shaped surface having a curved surface, a plurality of protrusions provided on the curved surface, and a tip for the hemispherical tip provided with a rotary hammer for egg cracking, further adjacent to the rotary hammer A curved rail that is concentric with the rotary table for transporting cracked eggs is provided, and a wind pressure nozzle for separating the cracked shell is provided at the top of the rail, and the inside of the work box is driven A drive unit having a Ta, characterized by being arranged at the drive controlled by the control box the series of steps.

By using the small and portable boiled egg shell peeling device of the present invention, a plurality of boiled egg shells by hand at home and in a canteen can be automatically and quickly, regardless of size. Can shell boiled eggs.

It is a figure which shows the whole structure of this invention. It is the upper side figure and sectional drawing of a turntable. It is the upper side figure and sectional drawing of an insole.

The present invention will be described below with reference to the embodiments shown in the drawings.

FIG. 1 shows the overall configuration of the present invention. In a circular turntable 1 for containing and transporting boiled eggs E, a plurality of boiled eggs E (boiled eggs can be changed by changing the number of boxes containing the size of the turntable). The rectangular housing box 1a that can be accommodated is distributed at equal positions around the rotary table 1, and a table rotation drive shaft 1b is provided at the lower center of the rotary table 1. The drive shaft 1b is connected to the drive motor 10 in the work box 9. Further, a boiled egg transport plate 2 is provided on both sides of the lower end long portion of the rectangular storage box 1a. The lower end of the transport plate 2 is a semicircular shape 2a as shown in FIG. The notch 2b is provided so as not to occur.

A donut-shaped insole 3 is disposed at the lower part of the turntable 1 so that it does not fall except when the boiled egg E in the boiled egg storage box 1a is required, and the inner periphery of the insole 3 is boiled. One square cutout 3a for discharging the egg E is provided in one place.

Next, inside the work box 9, a boiled egg cracking rotary hammer 4 is installed immediately below the notch 3 a of the insole 3. The shape of the rotary hammer 4 is such that the portion where the rotary hammer 4 and the boiled egg E are in contact with each other is a curved cone 4a so that the boiled egg rotates and the cracks are evenly distributed over the entire surface. The projection 4b is provided with a semicircular tip 4c and the height of the projection 4 is not uniform. When the boiled egg E and the projection 4 come into contact with each other, the center of the boiled egg E differs depending on the height of each projection 4. This will cause the cracks to spread throughout the boiled egg E.

Next, in order to transport the cracked egg E to the shelling process, a curved curved rail 5 is provided concentrically with the rotary table 1, and the upper part of the cracked egg on the rail 5 is boiled eggshell. The wind pressure nozzle 6 for peeling is arranged, and the wind pressure is jetted 7 from the wind pressure nozzle 6 to the cracked egg on the curved rail 5, the shell is peeled and scattered, and the shell is installed in the lower part of the curved rail 5. Collect at 13. The wind pressure of the wind pressure nozzle 6 that peels and scatters the shell is introduced and ejected from the wind pressure fan 8 installed inside the work box 9.

Next, the boiled egg that has been unshelled is transported to the egg recovery step, which is the next step, by the boiled egg transport plate 2, and dropped and accommodated in an egg recovery box (not shown).

As described above, the drive control box 12 is used as the work box 9 for the operation of the above-described series of work processes such as driving of the rotary table 1, discharging of the boiled egg E from the insole 3, cracking, shelling, and accommodation of the peeled egg. The drive motor 10 and the drive unit 11 are controlled by being disposed inside.

By setting a plurality of boiled eggs E in the storage box 1a of the turntable 1 and rotating the turntable 1 by one boiled egg E, the boiled egg E rolls on the insole 3 and a notch 3a of the insole 3 The boiled egg E is dropped and discharged at the position where it is located, and at the same time it rides on the rotary hammer 4, and then the rotary hammer 4 starts to rotate and the boiled egg is in contact with the projection 4a of the curved portion 4a of the rotary hammer. Therefore, the boiled egg E which is not fixed also rotates. At this time, the protrusion 4b of the rotary hammer 4 cracks the boiled egg shell. Further, the rotation direction of the boiled egg E changes because the heights of the protrusions 4b are not uniform, and the protrusion hits near both ends of the boiled egg E and cracks occur. Therefore, the whole boiled egg can be cracked evenly. I can do it.

Next, the cracked boiled egg is placed on the curved rail 5 adjacent to the rotary hammer 4 by the transport plate 2 and carried to the shell peeling step which is the next step. The shell is peeled and scattered by the wind pressure 7 ejected from the wind pressure nozzle 6 at the top. The scattered shell enters the shell recovery box 13 provided at the lower part of the curved rail 5 and is recovered. Simultaneously with this shell peeling step, cracking of the boiled egg shell by the rotary hammer 4 which is the previous step is also performed at the same time. When the shell peeling process is completed, it is again transported to the boiled egg recovery box (not shown) installed in the adjacent chamber by the transport plate 2 and recovered.

The present invention can be used in small-scale side dishes stores, restaurants, and homes.

DESCRIPTION OF SYMBOLS 1 Rotating table 1a Boiled egg storage box 1b Rotating table drive shaft 2 Boiled egg transport plate 2a Boiled egg transport plate lower end 2b Boiled egg transport plate notch 3 Insole 3a Insole notch 4 Rotating hammer 4a Rotating type Hammer cone curved portion 4b Rotary hammer projection 4c Rotary hammer projection tip 5 Boiled egg conveying curved rail 6 Wind pressure nozzle 7 Wind pressure ejection portion 8 Wind pressure fan 9 Work box 10 Drive motor 11 Drive portion 12 Drive portion control box 13 Shell collection box

Claims (1)

A rotary table having a plurality of boiled egg storage boxes and a boiled egg transport plate, and a circular and hollow insole having a notch in a part of the inner periphery is provided at the bottom of the rotary table. In addition to being disposed as a core, a bottomed cylindrical work box concentric with the turntable is disposed at the bottom of the insole, and a conical body inside the work box with a curved surface. There are a plurality of protrusions on this curved surface, a tip of the protrusion is hemispherical, a boiled egg cracking rotary hammer is provided, and a cracked egg is transported to a position adjacent to the rotary hammer. A curved rail concentric with the rotary table is provided, and a wind pressure nozzle for peeling a cracked shell is disposed on the curved rail, and a drive unit having a drive motor and the drive are disposed inside the work box. Part boiled egg shell peeled apparatus being characterized in that disposed a control box for controlling.

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