KR102295793B1 - Egg processing device and processing method using the same - Google Patents

Abstract

The present invention relates to an egg processing apparatus and a processing method using the same, and the present invention for realizing this includes a base part on which an egg is seated and fixed on an upper surface, a body part located above the base part, and the A lifting and lowering rotator that is raised and lowered toward the upper surface of the base portion and rotates in place in a lowered state, a manipulation unit provided in the main body to lift or rotate the lifting rotator in place, a tool fixing part installed at the lower end of the lifting rotator and It is characterized in that it is configured to include a processing tool that is detachably installed on the tool fixing part.

Description

Egg processing device and processing method using the same

The present invention relates to an apparatus and a processing method for processing an egg, and more particularly, by forming a hole in the upper part of the egg through the processing apparatus, mixing the yolk and the white inside the egg to make a mixture, and then discharging it through the hole It relates to an egg processing apparatus that can be used and a processing method using the same.

In general, an egg is also called an egg, and the outside of the egg is wrapped in a hard shell (egg shell), and there are two layers of the inner shell inside.

There is an egg white inside the inner shell, a thin white around the outer shell and yolk (yolk), and a hard white in the middle. The yolk is surrounded by a thin membrane and both ends are fixed with a rope. The proportion of each component is 11% shell, 58% egg white, and 31% yolk.

Based on 100g, these eggs are protein 1270g, carbohydrate 100g, lipid 1100g, calcium 4700mg, potassium 1200mg, cholesterol 47500mg, beta-carotene 1800㎍, retinol 15300㎍, sodium 12600mg, vitamin A 15600㎍, vitamin B1 026mg, vitamin B2 026mg, It is a complete food containing 010mg of vitamin B6 and 105mg of vitamin E. It is a food that provides nutrition to infants, children, adolescents, the elderly, patients, examinees, and vegetarians.

Eggs are cooked in various ways, for example, when frying without mixing the whites and yolks, the whites and yolks form a separate shape.

As another type of egg dish, if you want to make pancakes or egg bread, you break eggs one by one in a container, put the whites and yolks, and use a kneader to mix the whites and yolks.

However, if you break the eggs one by one at a business other than at home, put the whites and yolks in a container, and mix them using a mixer to make a mixture, the process required for the job is many, it takes a long time, and in the process of breaking the eggs, some of the shells become the mixture. It may be mixed with the eggshell, and there were problems such as organizing and cleaning broken eggshells.

Republic of Korea Patent Publication No. 10-2017-0104120 (published on September 14, 2017)

The present invention has been devised to solve the above problems, by simply removing a part of the shell of an egg to form a hole, inserting a mixing member through such a hole to make a mixture of white and yolk, and applying this mixture to the egg It relates to an egg processing apparatus and a processing method using the same, which can easily, quickly and effectively make and use a mixture of egg white and yolk by simply discharging through a hole.

The technical problems to be solved by the present invention are not necessarily limited to the technical problems mentioned above, and other technical problems not mentioned will be clearly understood by those of ordinary skill in the art to which the present invention belongs from the description below. will be able

The egg processing apparatus according to the present invention for realizing the object as described above includes a base part on which an egg is seated and fixed on an upper surface, a body part located on an upper side of the base part, and a lift from the main body part toward the upper surface of the base part. A lifting and lowering rotating unit that rotates in place in a lowered state, a manipulation unit provided in the main body to lift or rotate the lifting rotating unit in place, and a tool fixing unit installed at the lower end of the lifting rotating unit and detachable from the tool fixing unit It consists of a machining tool that is installed in a manner.

More preferably, the processing tool may be composed of a perforating member forming a hole in the upper portion of the egg or a mixing member inserted into the hole formed in the upper portion of the egg to mix the contents of the egg.

More preferably, the perforation member has a connector protruding from the upper surface of the cylindrical body and is detachably installed on the tool fixing part, and a receiving space of a predetermined depth is formed on the lower surface of the cylindrical body toward the inside, and the lower surface of the cylindrical body A plurality of perforation pins having a predetermined length may be formed on the edge while maintaining a constant interval.

More preferably, an air exhaust pipe is installed through the upper surface of the cylindrical body, so that air is sprayed into the receiving space.

More preferably, the mixing member may have a connector formed on the upper side to be detachably installed on the tool fixing unit, and a stirring port may be formed on the lower side of the mixing member.

More preferably, the base part is formed with a cradle to which the lower part of the egg is fixed, and a tray that enters and exits from the inside of the base part is installed on the front surface of the base part, and the cradle is formed with a discharge hole to communicate with the inside of the base part. have.

Another egg processing apparatus according to the present invention for realizing the object as described above includes a base portion in which a plurality of movable support spheres on which eggs are seated and fixed, a main body located above the base portion, and the A pair of plural lifting units for lifting and lowering toward the upper surface of the base portion, an operation unit provided in the body portion to elevate the plural lifting units, a plurality of perforation members installed in the one plural lifting unit, and the other plurality of lifting units It may be configured to include a plurality of mixing members each rotatably installed in the.

More preferably, a moving means is provided on the upper surface of the base so that the plurality of movable supports may be movably installed.

A processing method using an egg processing apparatus according to the present invention for realizing the above object includes a first step in which a perforating member is connected to a tool fixing part, a second step in which the egg is erected and fixed on a cradle of a base part, and an operation unit A third step in which the lifting rotating part is lowered through the operation of the drilling member and the part of the shell of the upper part of the egg is broken while the drilling pin of the drilling member is inserted into the upper part of the egg and a fourth step in which a hole of a predetermined size is formed in the upper part of the egg by being separated from the egg by the rise of the lifting rotating part in a state accommodated inside or in the receiving space.

More preferably, after the fourth step, air is discharged into the receiving space through the air discharge pipe, and after the part of the shell of the upper part of the egg accommodated in the receiving space or the inside of the punching pins falls downward, through the discharge hole of the holder It may be collected in a tray inside the base part.

More preferably, after the fourth step, a fifth step in which the perforation member is separated from the tool fixing part and the mixing member is connected to the tool fixing part, and the elevating rotating part is lowered by the operation of the operation part, the mixing member A sixth step in which the stirring sphere is positioned inside through a hole formed in the egg, and a seventh step in which the contents inside the egg are mixed by the mixing member while the lifting rotating part is rotated by the operation of the manipulation unit may be further included. have.

The egg processing apparatus and the processing method using the same according to the present invention according to the configuration as described above have the following effects.

That is, the present invention forms a hole in the upper part of the egg through the perforation member provided in the processing device, puts the mixing member through the hole to mix the white and the yolk, and then discharges the mixed contents through the hole to cook As it is configured to be usable, it is possible to easily and quickly extract the contents of the egg, which has the effect of shortening the cooking time and doubling the efficiency of cooking.

In addition, it is possible to prevent the eggshell from being unnecessarily mixed with the contents, to prevent contamination of the surroundings due to the broken eggshell, and to facilitate the arrangement or cleaning of the broken eggshell.

In addition, since the effects of the present invention described as described above are naturally exhibited by the configuration of the described content regardless of whether the inventor is aware, the above-described effects are only a few effects according to the described content, and all effects recognized or actual by the inventor It should not be accepted as written.

In addition, the effect of the present invention should be further grasped by the overall description of the specification, and even if it is not described in an explicit sentence, a person of ordinary skill in the art to which the described content belongs through this specification has such an effect. If it is an effect that can be recognized as the effect, it should be viewed as the effect described in the present specification.

1 is a perspective view illustrating an egg processing apparatus according to an embodiment of the present invention.
2 is a side view illustrating an egg processing apparatus according to an embodiment of the present invention.
3 is a perspective view illustrating a perforating member among the processing tools used in the egg processing apparatus according to an embodiment of the present invention.
4 (a) (b) is a view showing a process in which a part of the shell is separated and removed from the egg by the perforation member installed in the egg processing apparatus according to an embodiment of the present invention.
5 is an exploded perspective view showing the types of processing tools used in the egg processing apparatus according to an embodiment of the present invention.
Figure 6 (a), (b) is a main part front view showing a processing apparatus capable of processing a plurality of eggs according to another embodiment of the present invention.
7 (a) (b) is a front view showing the main part before and after elevating the perforation member in the egg processing apparatus according to an embodiment of the present invention.
8 (a) (b) is a front view showing the main part of the operation process of the mixing member, which is a processing tool, in the egg processing apparatus according to an embodiment of the present invention.

Hereinafter, the configuration and operation according to a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

This is intended to describe in detail enough to be easily implemented by those of ordinary skill in the art to which the present invention pertains, and this does not mean that the technical spirit and scope of the present invention is limited. .

In addition, in adding reference numerals to the components of each drawing, it should be noted that only the same components are marked with the same reference numerals as much as possible even though they are displayed on different drawings, considering the configuration and operation of the present invention. Therefore, the terms specifically defined may vary depending on the intention or custom of the user or operator, and the definition of these terms should be determined based on the content throughout this specification.

In addition, throughout the specification, when a part "includes" a certain component, this means that other components may be further included, rather than excluding other components, unless otherwise stated.

First, the configuration of the egg processing apparatus according to the present invention includes a base portion on which an egg is placed, a body portion located above the base portion, a lifting and lowering rotary unit installed in the main body portion to be lifted and rotated from the main body portion, and an end portion of the elevating rotary portion. It can be largely divided into an installed tool fixing unit and a processing tool that is detachably installed on the tool fixing unit.

First, the base part 100 is

As illustrated in FIGS. 1 and 2 , an installation space of a predetermined size is provided so that the egg 700 requiring perforation can be placed and fixed, and the egg 700 is installed directly on the upper surface of the base unit 100 , or an egg At least one support sphere 110 may be provided on the upper surface of the base part 100 so that the 700 can be fixed in an erected state.

The receiving sphere 110 does not need to be limited to any one shape, and preferably, a recessed fitting groove 111 is formed in the center so that the lower portion of the egg 700 is seated in the fitting groove 111 . By doing so, the egg 700 can be fixed in an upright state.

At least one guide that can deeply form the depth of the fitting groove 111 to prevent the egg 700 placed in the fitting groove 111 at the center from shaking, or wrap and fix the outer circumferential surface of the egg 700 in the receiving port 110 . may be provided.

Preferably, a discharge hole 112 may be formed in the fitting groove 111 of the receiving sphere 110 , and the discharge hole 112 is connected to the inside of the base part 100 so that the egg 700 is formed. A portion of the shell 720 separated from the egg 700 in the puncturing process, or the shell and contents generated when the egg 700 is completely broken due to inaccurate puncturing into the inside of the base part 100 through the discharge hole 112 As it moves, the shell or contents generated during the processing of the egg 700 can be effectively processed.

In addition, by installing a drawer-shaped tray 120 that enters and exits the interior of the base 100 on either side, preferably the front side, of the base part 100, through the discharge hole 112 of the support 110 As the shells and contents of the eggs 700 flowing into the interior of the base 100 are collected in the tray 120 , it is possible to more effectively process the shells and contents of the eggs 700 .

The body part 200,

Located above the base part 100 and described above, the lifting and lowering rotation part 300, the manipulation part 400 and the tool fixing part 500 to be described later for punching the egg 700 placed on the base part 100 are installed.

A lifting means for elevating the lifting rotating unit 300 and a rotating means for rotating the lifting rotating unit 300 in place may be provided inside the main body 200, and the lifting rotating unit by operating the lifting unit and rotating means on the outside An operation unit 400 for lifting or rotating the 300 is provided.

Elevating rotating part (300)

It is installed in the lower portion of the body portion 200 described above and is lifted in the vertical direction by the lifting means provided in the body portion 200, and rotates in place through the rotation means provided together in the body portion 200. can be

A tool fixing part 500 to be described later is provided at the end of the lifting rotating part 300, and a perforating member 610 or a mixing member 620 to be described later is selectively installed in this tool fixing part 500 while the lifting rotating part 300 of the Through the elevating action, the perforating member 610 forms a hole 710 in the egg 700, and through the rotating action of the elevating rotating unit 300, the mixing member 620 mixes the contents inside the egg 700. can

The operation unit 400 is

As described above, it is provided in the main body 200 and operates the lifting means and the rotating means installed inside the main body 200 to raise and lower the lifting rotating unit 300, or the lifting rotating unit 300 can be rotated.

The operation unit 400 does not need to be set in any one form, and for example, the first operation unit 410 and the elevator rotation unit 300 in the form of a lever operating the lifting means to raise and lower the lifting rotating unit 300 are rotated. It may be composed of a second manipulation unit 420 in the form of a button that operates the rotating means to do so.

The operation unit 400 may be configured to automatically manage tasks such as the supply of eggs 700 and puncturing and mixing of contents by applying the Internet of Things so that it can be operated through the Internet and wireless communication or voice commands as well as the mechanical configuration. have.

Tool fixing unit 500,

It is installed at the lower end of the elevating rotating part 300 described above, and may be configured as a drill chuck, lathe chuck, or tapping chuck so that the processing tool 600 to be described later can be detached.

In the tool fixing unit 500 , the processing tool 600 may be fixed by manual tightening or loosening, and the processing tool 600 may be fixed by automatic tightening or loosening.

The processing tool 600 is

It is selectively detached from the tool fixing unit 500 described above, and is used to puncture the egg 700 or to mix the contents of the perforated egg 700 .

The processing tool 600 may be divided into a perforating member 610 for perforating the egg 700 and a mixing member 620 for mixing the contents of the perforated egg 700 as shown in FIG. 5, and if necessary Accordingly, various processing members capable of processing the inside and outside of the egg 700 in various shapes may be additionally used.

The drilling member 610 of the processing tool 600 is an embodiment, as shown in FIG. 3, is composed of a cylindrical body 612, and the upper surface of the cylindrical body 612 is provided with a connector 611 protruding upward from the center. The connector 611 may be selectively fitted and fixed to the tool fixing part 500 described above.

A recessed receiving space 613 of a predetermined depth is formed in the bottom surface of the cylindrical body 612, and the punching pins 614 are formed at regular intervals along the outer periphery of the bottom surface of the cylindrical body 612, and the punching pins ( 614) is formed sharply toward the end.

The perforation member 610 does not need to be determined by any one standard, but may have the following design conditions for accuracy and ease of perforation.

First, the diameter of the cylindrical body 612 may be approximately 23mm ~ 27mm, the length of the cylindrical body 612 may be approximately 18mm ~ 22mm, the perforation formed along the outer periphery of the bottom surface of the cylindrical body 612 The pin 614 may be composed of approximately 9 to 13, and the perforated pin 614 is formed sharply toward the end, and has an inclination of approximately 3° to 5° and the length is approximately 33mm to 37mm. can be

And the imaginary circle connecting the centers of the punching pins 614 may be configured with a diameter of approximately 14 mm to 20 mm, and the egg 700 when the hole 720 is formed by these punching pins 614. The hole 720 may be formed in a size corresponding to an imaginary circle connecting the centers of the punching pins 614 .

Here, when the imaginary circle connecting the centers of the punching pins 614 has a diameter of less than 14 mm, the size of the hole 710 made in the upper part of the egg 700 by the punching pins 614 becomes smaller, which will be described later. The mixing member 620 may interfere when entering the hole 710,

If the diameter of the virtual circle connecting the centers of the punching pins 614 exceeds 20 mm, the size of the hole 710 may become too large and the egg 700 may be completely broken.

In addition, when the number of punching pins 614 is less than 9, the spacing of the punching points made by the punching pins 614 is widened, so that the drilling of the upper part of the egg 700 is made inaccurately, and the punching pins 614 are 13 If the number is exceeded, the perforation pins 614 may interfere with each other on the outer periphery of the bottom surface of the limited cylindrical body 612, making it difficult to manufacture.

In addition, when the inclination of the punching pin 614 is less than 3°, the perforation of the upper part of the egg 700 may not be made accurately, and when the inclination exceeds 5°, the egg 700 may be completely broken.

On the other hand, as the air discharge pipe 615 connected to the air supply device is installed through the upper surface of the cylindrical body 612, the high-pressure air injected from the outlet of the air discharge pipe 615 is injected into the receiving space 613. As the cylindrical body The shell portion 720 of the egg 700 located in the receiving space 613 of the 612 can be easily separated from the cylindrical body 612 .

That is, when the perforating pin 614 of the perforating member 610 is embedded in the upper part of the egg 700 as in FIG. 700) The upper part of the shell 720 is caught inside the punching pins 614, and in this state, when the punching pin is pierced in the upper part of another egg, a part of the shell of the upper part of the other egg is also cut off and the cut off part of the shell of another egg is cut. While pushing up the shell portion 720 that was previously hung on the inside of the punching pins 614, a plurality of shell parts are in a state of being caught together on the inside of the punching pins 614.

And when a plurality of eggs are continuously perforated, a portion of each shell generated in the perforation process is sequentially stacked inside the perforating pins 614 and eventually filled in the receiving space 613 .

On the other hand, if a plurality of shell parts are continuously accommodated in the receiving space 613, the puncturing of the egg 700 may not be accurately performed because the puncturing is interrupted by a plurality of shell parts during the puncturing process of the egg 700, so it is accommodated. It is necessary to remove a portion of a plurality of shells hanging inside the space 613 and the perforation pins 614, and may be directly removed using a tool such as a pin, but as in FIG. 4(b), the air outlet pipe One or a plurality of shells hanging inside the receiving space 613 or the perforation pins 614 can be discharged to the outside of the cylindrical body 612 by using the high-pressure air generated in the 615 .

Here, the shell portion 720 discharged from the cylindrical body 612 is moved to the discharge hole 112 of the receiving port 110 as described above and collected in the tray 120 located inside the base unit 100 . it can be

And the mixing member 620, which is another processing tool, is an embodiment thereof, and a connector 621 is formed on the upper side while having a predetermined length, and this connector 621 is selectively detachable from the aforementioned ring tool fixing part 500. can

As the lower side of the mixing member 620 is positioned inside the egg 700, the contents inside the egg 700 are mixed through rotation, and the lower end of the mixing member 620 is composed of a stirring sphere 622 to increase the efficiency of mixing. The stirring sphere 622 is a spatula type in which the front and rear surfaces having a circular shape or an elliptical shape or a polygonal shape are penetrated through a circular to a circular shape or a circular shape or an elliptical shape or a closed front and rear surfaces having a polygonal shape. can be configured.

On the other hand, when the processing tool 600 is configured as one, since only one egg 700 can be processed, a plurality of processing tools 600 may be configured to simultaneously process a plurality of eggs 700 .

For example, as illustrated in (a) (b) of FIG. 6 , a pair of plurality of lifting units 300a is provided so as to be disposed adjacent to each other on the main body 200, and one plurality of lifting units 300a is provided. A plurality of perforation members 610 are fixedly installed at regular intervals, and a plurality of mixing members 620 at regular intervals on the other plural lifting unit 300a positioned on the side in the moving direction of the plurality of lifting units 300a. ) can be installed to enable rotation in place, respectively.

And the plurality of movable support spheres 110a on which the plurality of eggs 700 are seated at the same time are movably installed on the base portion 100 through the moving means 130 such as rollers, and the plurality of eggs 700 are movable in the plurality. When seated on the receiving sphere 110a and positioned below one of the plurality of lifting units 300a, one of the plurality of lifting units 300a is lowered and the plurality of perforating members 610 are formed in the upper part of the plurality of eggs 700. are formed at the same time.

After that, the plurality of movable support spheres 110 on which the eggs 700 with holes formed in the upper part are seated are moved by the moving means 130 on the base part 100 and located below the other plural lifting part 300a. When the plurality of elevating part 300a is lowered, the plurality of mixing members 620 are fitted in each hole of the eggs 700, respectively, and in this state, each mixing member 620 rotates in place while the eggs 700 ) that the contents inside can be mixed.

On the other hand, on the base part 100, when the plurality of movable support spheres 110a are moved, it is located in the exact vertical downward direction of one plural lifting unit 300a or the other plural lifting unit 300a in the correct vertical downward direction to puncture and Elastic stoppers 131 and 132 that are elastically raised and lowered on the base 100 may be further provided so that the contents can be mixed.

That is, the plurality of movable support spheres 110a moving along the moving means 130 on the base part 100 are fixed by being caught by one elastic stopper 131 so that they can be accurately placed at the set positions for the puncturing of the eggs 700 . When the drilling of the egg 700 is finished and it is moved to mix the contents, if you press one of the elastic stoppers 131 and continue to advance the plurality of movable supporters 110a, the plurality of movable supporters 110a that are moved are different While being caught and fixed by the elastic stopper 132, it can be accurately placed in a position set for mixing the contents.

The process of forming a hole in the upper part of the egg and mixing the contents of the egg through the egg processing device configured in this way is as follows.

First, a first step in which the perforation member 610 is connected to the tool fixing part 500 is performed.

This is a step of preparing the drilling of the egg 700 by connecting the connector 611 of the perforating member 610 to the tool fixing part 500 to form the hole 710 in the upper part of the egg 700 .

At this time, the lifting rotating part 300 is maintained in an elevated state, and when the air outlet pipe 615 is used, the outlet of the air outlet pipe 615 is installed through the upper surface of the perforation member 610 .

After this first step is performed, the second step of seating the egg 700 that needs to be punched on the support hole 110 of the base part 100 is performed.

The egg 700 is inserted into the fitting groove 111 of the receiving sphere 110 and is fixed in a standing state, and it may be installed such that a smooth round part with pores faces upward or, conversely, a sharp round part faces upward.

After the second step is performed, when the lifting rotating unit 300 is lowered as shown in (a) (b) of FIG. 7 by operating the first manipulating unit 410 of the operating unit 400, the tool fixing unit of the lifting rotating unit 300 ( 500), the punching pin 614 of the punching member 610 installed in the base part 100 is embedded in the upper portion of the egg 700 seated on the receiving hole 110 to a predetermined depth, the punching pin 614 A third step is performed in which the shell portion 720 of the upper part of the egg 700 is broken to form a substantially circular shape as each perforation point is connected to each other.

In this third step, if the descending speed of the lifting rotating unit 300 is slower than the appropriate speed, the egg may be completely broken, and when the lowering speed of the lifting rotating unit 300 is faster than the appropriate speed, the angle by the perforating pin 614 Since the perforation points are not connected to each other, the shell portion 720 of the upper part of the egg 700 may not be broken accurately, so the descending speed of the lifting rotating unit 300 is preferably configured to descend at an appropriate speed.

After the third step is performed, the lifting rotating unit 300 rises, and the shell portion 720 of the upper part of the broken egg 700 is inside the perforating pins 614 of the perforating member 610 or the perforating member 610. A fourth step is performed in which a hole 710 of a predetermined size is formed in the upper portion of the egg 700 by being separated from the egg 700 in a state located in the receiving space 613 of the .

After this fourth step is performed, the egg 700 is separated and moved from the support sphere 110 and then air is discharged into the receiving space 613 through the air discharge pipe 615 to the inside of the perforating pins 614 or perforated. The shell portion 720 of the egg 700 located in the receiving space 613 of the member 610 may be separated and moved downward, and the moved shell portion 720 is the fitting groove 111 of the support sphere 110 . ) is recovered into the interior of the tray 120 that enters and exits the interior of the base portion 100 through the discharge hole 112 formed in the.

And the egg 700 separated and moved from the cradle 110 can be used for necessary cooking by discharging the contents of the egg 700 through the hole 710 .

In addition, if it is necessary to mix and discharge the contents of the egg 700 depending on the type of dish, the egg 700 with the hole 710 formed therein is placed in the receiving part 110 through the first to fourth steps. A fifth step of separating the perforation member 610 from the tool fixing part 500 in a state of being left in the fitting groove 111 and then connecting the mixing member 620 to the tool fixing part 500 may be performed.

Thereafter, as shown in (a) (b) of FIG. 8 , by manipulating the first manipulation unit 410 to lower the elevating rotary unit 300 , the stirring port 622 of the mixing member 620 is formed in the upper part of the egg 700 . A sixth step of inserting the egg 700 into the inside of the egg 700 through the hole 710 may be performed.

And by manipulating the second manipulation unit 420 in a state in which the elevating rotating unit 300 is lowered by this sixth step to rotate the elevating rotating unit 300, by the stirring port 622 of the rotating mixing member 620 A seventh step of mixing the contents inside the egg 700 may be performed.

When this seventh step is performed, the contents inside the egg 700 are in a state in which the whites and yolks are mixed, and the egg 700 is separated from the cradle 110 and turned over inside the hole 710 through the egg 700. The mixture can be easily discharged, and the discharged mixture can be used for necessary cooking.

On the other hand, although the embodiment of the above-described processing method has been described as processing one egg 700, a plurality of perforating members 610 and a plurality of mixing members 620 are installed in the main body 200 as described above. A plurality of eggs may be sequentially processed at the same time by using a pair of plural lifting units 300a and plural movable support spheres 110a.

As described above, in the detailed description of the present invention, specific embodiments have been described, but various modifications are possible without departing from the scope of the described content. Therefore, the scope of the described content does not need to be limited to the described embodiments, and should be defined by the claims described below as well as the claims and equivalents.

100: base 110: support
110a: multiple movable support 111: fitting groove
112: discharge hole 120: tray
130: moving means 131, 132: elastic stopper
200: body part 300: lifting rotating part
300a: plural lifting unit 400: operation unit
410: first operation unit 420: second operation unit
500: tool fixing unit 600: machining tool
610: perforated member 611,621: connector
612: cylindrical body 613: receiving space
614: punched pin 615: air exhaust pipe
620: mixing member 622: stirring sphere
700: egg 710: hole
720: part of the shell

Claims (11)

The base part 100 on which the egg 700 is seated and fixed on the upper surface;
a body part 200 positioned above the base part 100;
Elevating and lowering is made from the main body 200 toward the upper surface of the base 100, the lifting and lowering rotating part 300 rotates in place in the lowered state;
a manipulation unit 400 provided in the body unit 200 to lift or rotate the lifting rotating unit 300 in place;
a tool fixing unit 500 installed at the lower end of the lifting rotating unit 300; and
It includes a processing tool 600 that is detachably installed in the tool fixing part 500,
The processing tool 600 is inserted into the perforation member 610 for forming a hole 710 in the upper portion of the egg 700 or the hole 710 formed in the upper portion of the egg 700 to insert the egg 700 inside. A mixing member 620 for mixing the contents of
The perforation member 610 has a connector 611 protruding from the upper surface of the cylindrical body 612 to be detachably installed in the tool fixing part 500, and the bottom surface of the cylindrical body 612 has a predetermined depth toward the inside. An accommodating space 613 is formed, and a plurality of perforation pins 614 having a predetermined length are formed on the bottom edge of the cylindrical body 612 while maintaining a constant interval. delete delete The method of claim 1,
An egg processing apparatus configured to have an air discharge pipe (615) penetrated through the upper surface of the cylindrical body (612) to spray air into the receiving space (613). The method of claim 1,
The mixing member 620,
An egg processing device that has a connector 621 formed on the upper side and is detachably installed on the tool fixing unit 500, and a stirring port 622 is formed on the lower side. The method of claim 1,
The base part 100,
A support sphere 110 to which the lower portion of the egg 700 is fixed is formed, and a tray 120 that enters and exits from the inside of the base part 100 is installed on the front of the base part 100, and the support sphere ( 110) is an egg processing apparatus in which the discharge hole 112 is formed to communicate with the inside of the base part 100. The base part 100 on which the plurality of movable support spheres 110a on which the eggs 700 are seated and fixed are installed;
a body part 200 positioned above the base part 100;
a pair of plural lifting units 300a for lifting and lowering from the body unit 200 toward the upper surface of the base unit 100;
a manipulation unit 400 provided in the main body 200 to elevate the plurality of lifting units 300a;
a plurality of perforation members 610 installed in the one plural lifting unit 300a; and
It includes a plurality of mixing members 620 that are respectively rotatably installed in the other plurality of lifting unit (300a),
The perforation member 610 has a connector 611 protruding from the upper surface of the cylindrical body 612 and is detachably installed on the one side of the plurality of lifting and lowering parts 300a. An accommodating space 613 having a predetermined depth is formed, and a plurality of perforating pins 614 having a predetermined length while maintaining a constant distance are formed on the bottom edge of the cylindrical body 612 . 8. The method of claim 7,
A moving means 130 is provided on the upper surface of the base part 100 so that the plurality of movable support spheres 110a are movably installed. A method of processing eggs using an egg processing device,
A first step in which the perforation member 610 is connected to the tool fixing unit 500;
a second step in which the egg 700 is erected and fixed to the base 110 of the base unit 100;
The lifting and rotating part 300 is lowered through the operation of the manipulation unit 400, and the perforation pin 614 of the perforating member 610 is inserted into the upper part of the egg 700, and the egg 700 is part of the upper shell ( 720) is broken in the third step; and
In the state that the shell portion 720 of the upper part of the broken egg 700 is accommodated inside the perforation pins 614 of the perforation member 610 or in the receiving space 613, the egg ( a fourth step in which a hole 710 of a predetermined size is formed in the upper part of the egg 700 by being separated from the egg 700;
A processing method using an egg processing device that includes a. 10. The method of claim 9,
After the fourth step,
Air is discharged into the accommodation space 613 through the air discharge pipe 615, so that the shell portion 720 of the upper part of the egg 700 accommodated in the hole pins 614 or the accommodation space 613 is downward. After falling, the egg processing method using an egg processing device that is recovered to the tray 120 inside the base portion 100 through the discharge hole 112 of the support sphere (110). 10. The method of claim 9,
After the fourth step,
a fifth step in which the drilling member 610 is separated from the tool fixing part 500 and the mixing member 620 is connected to the tool fixing part 500;
As the elevating rotary unit 300 is lowered by the manipulation of the manipulation unit 400 , the stirring port 622 of the mixing member 620 is positioned inside through the hole 710 formed in the egg 700 . step; and
a seventh step of mixing the contents inside the egg 700 by the mixing member 620 while the lifting rotating unit 300 is rotated by the manipulation of the manipulation unit 400;
A processing method using an egg processing device that further includes.

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