KR20120065614A - Japanese apricot seed removing device - Google Patents

Abstract

PURPOSE: A Japanese apricot seed removal apparatus capable of conveniently collecting juice and flesh is provided to effectively tear and crush Japanese apricot. CONSTITUTION: A Japanese apricot seed removal apparatus comprises the following: an inner case(100) including plural embossing units(110) having through-holes(112) with the diameter bigger than the smallest diameter of fruit or vegetable seeds on the inner circumference; an outer case(200) including plural supporters(210), a flesh outlet(220) on the leading end, and a seed outlet(230) on the rear end; a spiral rotator(300) including protrusion rods(320) combined along to a rotating shaft(310); a motor(400) operating the spiral rotator; and first and second fixing stands(510, 520). The embossing units additionally include concave and convex units(114) around the edge of the trough-holes.

Description

Japanese Apricot Seed Removing Device}

The present invention relates to a plum seed removing device, and more particularly, to form a plurality of embossing on the inner periphery of the inner case, the height adjusting portion is provided in the lower portion of the outer case, even in the case of hard fruit such as plum juice and pulp It is related to a plum seed removal device that can separate fruit seeds easily and efficiently, and can collect fruit juice and fruit more conveniently.

In general, fruits or vegetables are rich in fruit juice, have a sweet taste, and contain various vitamins and dietary fiber, and thus have been spotlighted as nutritious snacks. Recently, a number of juice-type products that can be conveniently consumed by grinding various fruits and vegetables have been released for busy modern people, and are popularly sold in the market.

In order to make such a juice-type product, fruits and vegetables should be ground and juiced, but most fruits and vegetables contain seeds, and thus, a process of removing seeds prior to squeezing the juice is essential.

On the other hand, plums are shipped to the market in the case of commodities, but in the case of heavy goods and yawns, they are often discarded or abandoned in the production area. Was required.

In order to solve this problem is disclosed a seed separator (registered patent No. 10-0959654) that can easily remove the fruit and vegetable seeds and select only the pulp.

The seed separator of the registered patent includes a case in which a plurality of discharge holes are formed, a rotating shaft embedded in the case, a driving source for rotating the rotating shaft, and a separating part protruding from an outer circumferential surface of the rotating shaft, but discharge of the case Since the separation part of the ball and the rotating shaft is in flat contact, it is easy to separate the seed and the fruit in the case of vegetables and fruits with soft flesh, but the fruit and the fruit are hard to separate in the case of fruits such as plums. .

In addition, the separating part of the rotating shaft includes an extension plate protruding from the outer circumferential surface of the rotating shaft, but since the extension plate is formed long in the form of a straight line when the fruit and vegetable seed separation work while the jamming phenomenon of the fruit and vegetables in either side of the straight plate, The work had to be stopped and the work had to be restarted after the removal of foreign objects. When processing large amounts of fruits and vegetables at once, not only a large output of the driving source was required, but also the juice and pulp because the case was horizontal in a flat form. It was inconvenient to collect them in one place.

KR10-0959654 B

It is an object of the present invention to form a plurality of embossed portion formed with an uneven portion and a through hole in the inner circumference of the inner case, and by placing a plurality of protruding rods spirally on the rotating shaft, even in the case of hard fruits such as plums, fruit juice and pulp and seeds are easy It is to provide a plum seed removing device that can be separated efficiently.

In addition, another object of the present invention is to provide a height adjusting portion in the lower portion of the outer case, to adjust the height of one side of the outer case, while appropriately adjusting the height according to the size and condition of the plum, separating the seeds and the flesh Not only can work, but also to provide a plum seed removal device that can be collected more convenient juice and flesh.

The present invention is a fruit or vegetable is injected, the inner case 100 formed with a plurality of embossing portion 110 is formed in the through-hole 112 of the size smaller than the minimum diameter of the fruit or vegetable seeds on the inner periphery; Wraps the inner case 100 from the outside, a plurality of supports 210 for separating and supporting the inner case 100 from the inner periphery is included, the flesh outlet 220 is formed at the front end, the rear end An outer case 200 in which the seed outlet 230 is formed; A spiral rotating body 300 which is embedded in the longitudinal direction of the inner case 100 and is rotated, and a plurality of protruding rods 320 are spirally joined along the rotation shaft 310; And a motor 400 for driving the spiral rotating body 300.

In addition, the embossed portion 110 of the present invention is characterized in that it further comprises an uneven portion 114 formed around the through-hole 112.

In addition, a first frame 510 protruding upward from the front end side and a second guide 520 protruding downward from the rear end side are formed in a rectangular frame supporting the outer case 200 of the present invention. Characterized in that the frame 500 is included.

And the first hinge coupling portion 610 and the first hinge coupling portion 610 which is hinged and coupled to the second fixing sphere 250 formed in the lower rear end side of the outer case 200 of the present invention, the rod is fitted The height adjustment part having a second hinge coupling portion 630, the upper portion is hinged to the rod portion 620, the lower portion is fixed to the second fixing stand 520 of the frame 500. Characterized by 600 is included.

On the other hand, the first fixing sphere 240 is formed on the front end side side of the outer case 200 of the present invention, the second fixing sphere 250 is formed on the rear end side lower portion of the outer case 200, the outer case The first fixture 240 of the 200 is hinged to the first fixture 510 of the frame 500, the second fixture 250 of the outer case 200 of the height adjustment unit 600 The hinge is coupled to the first hinge coupling portion 610, the first hinge coupling portion 610 of the height adjusting portion 600 is guided to the rod portion 620 of the height adjusting portion 600 is adjusted height. As the height of the first hinge coupler 610 of the height adjusting part 600 is adjusted, the outer case 200 is inclined with respect to the first fixing tool 240 of the outer case 200 as an axis. It is characterized by.

In addition, the outer circumference of the spiral rotating body 300, the protrusion bar 320 of the present invention is characterized in that a plurality of visible portion 322 is formed.

According to the present invention, a plurality of embossing parts 110 having uneven parts 114 are formed on an inner circumference of the inner case 100, and a plurality of protruding rods 320 are spirally disposed on the spiral rotating body 300. A plurality of thorns 322 are formed on the outer circumference of the plurality of protruding rods 320, and the protruding rods 320 are rotated close to the embossing portion 110, thereby tearing hard fruits such as plums 40. It can crush finely, and can separate fruit juice, pulp and seed easily and efficiently.

In addition, according to the present invention, since the inclination of the outer case 200 varies according to the expansion and contraction of the height adjusting unit 600 with the first fixing tool 240 as the axis, the height is appropriately adjusted according to the size and state of the plum 40. While adjusting, not only can the work to separate the seed and the flesh, there is an advantage that can be collected more conveniently to the fruit outlet and the fruit juice and the flesh 220.

1 is a perspective view and an enlarged view of a plum seed removing device 1 according to an embodiment of the present invention.
2 is a cross-sectional view and enlarged view of a plum seed removing device 1 according to an embodiment of the present invention.
Figure 3 is an exploded perspective view and partial cutaway and enlarged view of the inner case 100, the outer case 200 and the spiral rotating body 300 of the plum seed removal device 1 according to an embodiment of the present invention.
Figure 4 is a perspective view showing the operation of the plum seed removal device 1 and the height of the outer case 200 in accordance with an embodiment of the present invention.
Figure 5 is a cross-sectional view and enlarged view showing the action of the plum seed removal device 1 and the height of the outer case 200 in accordance with an embodiment of the present invention is adjusted.

Hereinafter, exemplary embodiments of the present invention will be described with reference to the accompanying drawings so that those skilled in the art may easily implement the present invention. In the accompanying drawings, it should be noted that the same reference numerals are shown in the drawings to refer to the same configuration in other drawings as much as possible.

In addition, in describing the present invention, when it is determined that a detailed description of a related known function or known configuration may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted. And certain features shown in the drawings are enlarged or reduced or simplified for ease of description, the drawings and their components are not necessarily drawn to scale.

1 is a perspective view and an enlarged view of a plum seed removing device 1 according to an embodiment of the present invention, Figure 2 is a cross-sectional view and an enlarged view of a plum seed removing device 1 according to an embodiment of the present invention, Figure 3 Partial cutaway and enlarged exploded perspective view of the inner case 100, the outer case 200 and the spiral rotating body 300 of the plum seed removing device 1 according to an embodiment of the present invention.

In FIG. 2, the motor 400, the chain gears 330, 430, and the chain 30 are not shown in cross section in order to prevent confusion.

As shown in FIG. 1 to FIG. 3, the plum seed removing apparatus 1 according to the embodiment of the present invention includes: an inner case 100 in which a plurality of embossing parts 110 having through holes 112 are formed; The inner case 100 is wrapped around the outside, and supports the lower, the outer case 200 formed with a pulp discharge outlet 220 and the seed discharge port 230, the spiral rotating body is built in the inner case 100 and rotated 300 and a motor 400 for driving the spiral rotating body 300 is included.

Herein, the uneven portion 114 is included around the through hole 112 of the embossing portion 110.

In addition, the outer case 200 supports the bottom, and includes a frame 500 in which a first fixing stand 510 and a second fixing stand 520 are formed.

The inner case 100 is seated inside the outer case 200 as a barrel into which a fruit or vegetable is put in a hollow cylindrical shape. A plurality of embossing parts 110 are formed in a matrix spaced apart at regular intervals over the entire inner circumference of the inner case 100. That is, the embossing unit 110 forms a plurality of rows along the inner circumference of the inner case 100, and a plurality of rows of the embossing unit 110 along the longitudinal direction of the inner case 100.

Each embossing unit 110 is formed with a through hole 112 having a size smaller than the minimum diameter of the fruit or vegetable seed, and the uneven portion 114 is formed along the circumference of the through hole 112.

The through hole 112 does not pass the fruit or vegetable seeds in a circle, but passes through the fruit and vegetable flesh and juice. And in order not to pass through the plum seed, the through hole 112 is suitable for a circular shape of 8 to 10mm.

In addition, the uneven portion 114 is formed to protrude toward the inner circumferential side of the inner case 100, and has a shape in which the end is sharply concave and convex. The uneven portion 114 serves to finely crush the fruit or vegetable, it serves to separate the seeds smoothly. In addition, the uneven portion 114 is preferably protruded to 1 to 2mm, because if excessively protruding, the through hole 112 may be blocked by the fruit or vegetable pulp.

The outer case 200 has a flat portion 202 is formed on the upper portion, a round portion 204 is formed on the lower portion, and wraps the inner case 100 from the outside in a hollow barrel with closed front and rear surfaces. And the lower portion of the outer case 200, the support 210 is spaced apart at regular intervals a plurality of protrusions, the support 210 is seated and fixed to the inner case 100, it is preferable to be bonded by welding.

The support 210 serves as a passage for discharging the gap between the inner case 100 and the outer case 200 up and down to serve as a passage through which the pulp and juice are discharged, and the pulp and juice discharged from the inner case 100. This allows the lower portion of the outer case 200 to smoothly gather.

And the outer end of the case 200, the flesh discharge outlet 220 is formed, the rear end of the seed discharge port 230 is formed. The pulp discharge outlet 220 is a passage through which a lower portion of the tip of the outer case 200 is cut and a lower portion of the cut portion protrudes from the pulp and fruit juice of the fruit or vegetable, and the seed discharge port 230 is The lower part of the rear end of the outer case 200 is cut off, and the lower part of the cutout part protrudes, and is a passage through which seeds of the fruit or vegetable are discharged. At this time, the pulp discharge port 220 and the seed discharge port 230 is preferably formed to be inclined downward to smoothly discharge the pulp, juice and seeds.

In addition, the first fixing sphere 240 is protruded on both sides of the front end side of the outer case 200, the first fixing sphere 240 is hinged to the first fixing stand 510 of the frame 500, the outer case On the rear end side of the round portion 204 of the 200, the second fastener 250 is formed to protrude downward, the second fastener 250 is connected to the frame 500 and the height adjustment unit 600.

On the other hand, the flat portion 202 of the outer case 200 can be produced in an openable manner, by forming a portion of the side of the outer case 200 made of a transparent material, so that the internal state of the outer case 200 can be confirmed Can be.

In addition, a cutting portion 206 is formed to penetrate into a wider size than the hopper 10 at the front end side of the flat portion 202, and an upper portion of the connection portion 20 is fitted and fixed to the cutting portion 206 and the connection portion 20. In the hopper 10 is fitted.

The spiral rotating body 300 is rotated by being embedded in the inner case 100 in the longitudinal direction, and the rotating shaft 310 and the rotating shaft 310 has a plurality of protruding rods 320 to the rotating shaft 310. Are spirally joined together.

Both ends of the rotating shaft 310 are loosely fixed to the front and rear surfaces of the outer case 200, and at this time, the parts of the rotating shaft 310 contacting the inside of the outer case 200 in the longitudinal direction of the rotating shaft 310. A stopper 312 for preventing the flow back and forth is formed with a diameter larger than the rotation shaft 310.

The protruding rod 320 is firmly joined to the rotary shaft 310 by welding in a plurality, and is disposed to form a spiral in the longitudinal direction along the rotary shaft 310, and an end of the inner rod 100 of the inner case 100. Is formed to be spaced apart by the minimum diameter of fruit and vegetable seeds, and a metal member of a hard and rustproof material is suitable. And the end of the protrusion bar 320 is preferably rounded.

In addition, a plurality of visible parts 322 are formed on the outer circumference of the protruding rod 320. The plurality of thorns 322 are formed in a circular pattern at equal intervals along the outer circumference of the protruding rod 320, the circular pattern is uniform along the longitudinal direction of the protruding rod 320 It is formed in multiple linear patterns at intervals.

In addition, the plurality of thorns 322 are protruded sharply at the end, and the plurality of thorns 322 are in contact with the fruit or vegetable while the protrusion rod 320 is rotated, thereby making a surface of the fruit or vegetable. Tearing role. At this time, it is preferable that the plurality of thorns 322 protrude to 1 to 2 mm, because if too much protrudes, the plurality of thorns 320 may be caught in the crushed state of the fruit or vegetable.

On the other hand, the protruding rod 320 may be produced by welding the end of the open portion of the 'U' shaped wire in the form of a wire to the rotary shaft 310 of the protruding rod 320, wherein the length of the wire is round The portion leading to the inner periphery of the inner case 100 is formed so as to be spaced apart by the minimum diameter of the fruit and vegetable seeds, are arranged to spiral in the longitudinal direction along the rotation axis (310).

The chain gear 330 is fixed to an end of the rotating shaft 310 of the spiral rotating body 300, that is, a portion fixed to the rear end side of the outer case 200.

The motor 400 is a forward and reverse rotation motor provided with a rotating shaft 410 is installed with a screw on the rear end side of the plane portion 202 of the outer case 200 is connected to the spiral rotating body 300 and the chain 30 Thus, the spiral rotating body 300 is rotated.

In this case, the rotation shaft 410 of the motor 400 coincides with the rotation shaft 310 of the spiral rotating body 300, and an end thereof is installed to coincide with the rotation shaft 310 of the spiral rotating body 300. . In addition, the chain gear 430 is fitted to the rotation shaft 410 of the motor 400.

Therefore, the chain gear 330 installed on the rotating shaft 310 of the spiral rotating body 300 and the chain gear 430 installed on the rotating shaft 410 of the motor 400 are connected to the chain 30, thereby The rotational force of the motor 400 is transmitted to the spiral rotating body 300.

On the other hand, not only the chain 30 but also a belt may be used as a power transmission medium between the motor 400 and the rotating shaft 310 of the spiral rotating body 300, and thus the chain gears 330 and 430. ) Can be replaced with belt wheels.

The frame 500 is a rectangular frame supporting the outer case 200 from the bottom, and the leg portion 530 protrudes downward in each corner, and the first fixing stand 510 protrudes upward from the tip side. And, protruding downward from the rear end side, the end is connected to the second fixing stand 520 is formed. The leg 530 may be equipped with a wheel 532 and may be easily moved to the wheel 532.

The first fixing stand 510 is hinged to the fixture 240 formed on the side of the outer case 200. As a result, the outer case 200 may move in the vertical direction with respect to the first fixing stand 510.

In addition, the height adjusting unit 600 is fixed to the second fixing stand 520.

The height adjusting unit 600 changes the inclination of the outer case 200 by adjusting the height of the rear end side of the outer case 200, and the rear end side of the round part 204 of the outer case 200. A first hinge coupler 610 hinged to the second fixing tool 250 and a screw (not shown) formed on the rod unit, a rod part 620 fitted to the first hinge coupler 610, and an upper portion thereof; Is hinged to the rod portion 620 and a screw (not shown), the lower hinge includes a second hinge coupling portion 630 is fixed to the second fixing 520 of the frame (500).

The first hinge coupling portion 610 is hinged with the second fixing sphere 250 of the outer case 200 in the shape of a rod, so that when the height of the outer case 200 is adjusted, so as to rotate naturally , Serves to make the height adjustment smoothly, a fitting groove (not shown) in which the rod part 620 can be fitted is formed at a longitudinal center. The first hinge coupler 610 is guided by the rod 620 to vertically move in the vertical direction. At this time, a lubricant may be applied to the fitting groove for smooth movement.

The rod portion 620 is rod-shaped, the upper portion is inserted into the fitting groove of the first hinge coupling portion 610, the lower portion is hinged to the second hinge coupling portion 630. The second hinge coupling portion 630 has a lower portion fixed to the second fixing stand 520 of the frame 500, and an upper portion thereof is hinged with the lower portion of the rod portion 620. And when the height of the outer case 200 is adjusted, since the lower portion of the rod portion 620 is also rotated naturally, the height adjustment is made smoothly.

As a result, the first fixing tool 240 formed on both side surfaces of the front end side of the outer case 200 is hinged to the first fixing stand 510 of the frame 500, and the front end side of the outer case 200 is the axis. At the same time it can be rotated, the second fastener 250 formed on the rear end side of the round portion 204 of the outer case 200 is hinged to the hinge coupling portion 610 of the height adjustment unit 600, the Since the height of the rear end side of the outer case 200 can be adjusted, the inclination of the rear end side of the outer case 200 can be adjusted.

On the other hand, the height adjustment unit 600, if only the height of the outer case 200 can be adjusted, a variety of applications such as the operation method, the method of adjusting the height by the rotation of the screw, the method of fixing the pin according to the height It is possible.

Among the not-described symbols, the hopper 10 is an inlet through which fruits and vegetables are put, and the connection part 20 is located inside the outer case 200 in an inclined cylinder, and the hopper 10 and the inner portion. It is a passage connecting the case 100, and sends the fruits and vegetables put into the hopper 10 to the inner case (100).

As the connecting portion 20 is connected to the inner case 100, the rotating shaft 310 of the spiral rotating body 300 penetrates the connecting portion 20, and the protrusion rod 320 of the spiral rotating body 300. ) Is formed by a length that does not touch the inclined portion of the connecting portion 20.

Hereinafter, the operation of the plum seed removing device 1 according to the embodiment of the present invention described above will be described.

4 is a perspective view showing the operation of the plum seed removing device 1 and the height of the outer case 200 according to an embodiment of the present invention, Figure 5 is a plum seed removing device 1 according to an embodiment of the present invention It is a cross-sectional view and an enlarged view showing the action of the height and height of the outer case 200 is adjusted.

5, the motor 400, the chain gears 330, 430 and the chain 30 are not shown in cross-section in order to prevent confusion.

While the motor 400 is driven, a large amount of plum 40 is introduced through the hopper 10. The driving force of the motor 400 is transmitted to the chain gear 430, and is transmitted to the chain gear 330 of the spiral rotating body 300 through the chain 30 connected to the chain gear 430, the spiral swing The whole 300 is rotated by receiving the driving force of the motor 400.

The plum 40 entering the inside of the hopper 10 passes through the connecting portion 20 and enters the inner case 100 communicating with the connecting portion 20. The plum 40 reaches the spiral rotor 300, and moves toward the seed outlet 230 of the outer case 200 as the spiral rotor 300 is rotated. At this time, the plurality of thorns 322 formed on the outer periphery of the protruding rod 320 of the spiral rotating body 300 and the plum 40 are in contact, and the surface of the plum 40 is torn.

At the same time, the plum 40 is crushed by the embossed portion 110 formed on the inner circumference of the inner case 100. That is, as the protruding rod 320 of the spiral rotating body 300 is rapidly rotated, the plum 40 is moved toward the seed discharge port 230, and moves through the uneven portion 114 of the embossing unit 110. The end of the protruding rod 320 of the spiral rotating body 300 and the concave-convex portion 114 of the embossing portion 110 are spaced apart by a predetermined interval, and the plum 40 positioned therebetween is crushed finely. . And since the end of the protruding rod 320 is spaced apart by the minimum diameter of the plum 40 seed 42 of the embossing portion 110, the pulp of the plum 40 is finely crushed, the seed 42 is It remains.

 At this time, the fruit juice and the pulp generated while the plum 40 is finely crushed are collected by falling into the inner lower portion of the outer case 200 through the through-hole 112 of the embossing unit 110, and the seeds of the plum 40 42 has a diameter larger than that of the through hole 112 so that the spiral hole 300 is not passed through the through hole 112 and moves toward the seed outlet 230 of the outer case 200 as the spiral rotating body 300 is rotated. do.

Here, by supporting the inner case 100 with the support 210 formed in the inner lower portion of the outer case 200, a passage through which the juice and the flesh of the plum 40 moves is provided.

In addition, the juice and the flesh of the plum 40 gathered in the inner lower portion of the outer case 200 is discharged to the pulp outlet 220 formed at the tip of the outer case 200, the seed 42 of the plum 40 Is discharged to the seed discharge port 230 formed at the rear end of the outer case 200.

Therefore, the plum seed removing device 1 of the present invention has a through hole 112 having a size smaller than the minimum diameter of the fruit or vegetable seed at the inner circumference of the inner case 100, and is formed around the through hole 112. A plurality of embossing portions 110 having uneven portions 114 are formed, and a plurality of protruding rods 320 are bonded to the spiral rotating body 300, and the protruding rods 320 are close to the embossing portion 110. Rotating to make a hard fruit, such as plum, finely crushed, and the fruit and fruit except the seed of the plum can pass through the through-hole 112 formed in the embossing portion 110, a hard fruit such as plum 40 Juices, pulp and seeds can be separated easily and efficiently.

On the other hand, if you proceed to proceed to remove the plum seed, the juice and the flesh of the plum 40 is excessively accumulated in the lower portion of the outer case 200, smoothly to the pulp outlet 220 of the outer case 200 Not discharged, it is necessary to change the seed removal conditions depending on the size or condition of the plum 40.

At this time, as shown in Figure 4, by operating the height adjustment unit 600 to increase the height of one side of the outer case 200 is tilted.

In other words, the first hinge coupling part 610 of the height adjusting part 600 hinged to the second fixing tool 250 positioned at the rear end side of the round part 204 of the outer case 200 is lifted upward. . Then, the first hinge coupling portion 610 is guided to the rod portion 620 of the height adjusting portion 600 to rise upward, the outer case 200 is inclined to one side.

At this time, the first hinge coupling portion 610 and the rod portion 620 of the height adjustment unit 600 is rotated, respectively, to facilitate the height adjustment of the outer case 200. That is, the first hinge coupling part 610 of the height adjusting part 600 is rotated about the second fixing sphere 250 located at the rear end side of the round part 204 of the outer case 200, the rod part ( 620 is rotated about the second hinge coupling portion 630 fixed to the second fixing stand 520 of the frame 500 to the vertical movement of the first hinge coupling portion 610 of the height adjustment unit 600. Make it smooth.

In the present invention, the vertical movement of the first hinge coupler 610 of the height adjusting unit 600 uses a hydraulic keying method, and the hydraulic keying method is a well-known technique and description thereof will be omitted. Not limited to the operation key method, if only the height can be easily adjusted as described above can be variously modified according to the design, such as screw method, pin method.

As a result, the juice and the flesh of the plum 40 may be smoothly discharged to the pulp outlet 220 of the outer case 200, and the seed of the plum 40 is rotated at a rapid speed as the seed body 42 is rotated. Regardless of the inclination, it is discharged to the seed outlet 230 of the outer case 200.

Therefore, the mash removal device 1 of the present invention has a first fixing tool 240 is formed on the front end side side of the outer case 200, the second fixing ball 250 in the lower rear end side of the outer case 200 Is formed, the first fixing sphere 240 of the outer case 200 is hinged to the first fixing stand 510 of the frame 500, the second fixing sphere 250 of the outer case 200 is height adjustment Is hinged to the first hinge coupling portion 610 of the portion 600, the first hinge coupling portion 610 of the height adjusting portion 600 is guided to the rod portion 620 of the height adjusting portion 600 The height is adjusted, and as the height of the height adjusting part 600, the first hinge coupling portion 610 is adjusted, the outer case 200 is the axis of the first fixing sphere 240 of the outer case 200 By changing the slope, according to the size and state of the plum 40, while adjusting the height appropriately, not only can work to separate the seed and the flesh, By being inclined at a certain angle, there is an advantage that can be more conveniently collected into the pulp outlet 220, juice and pulp.

Although specific embodiments have been shown and described in order to illustrate the technical idea of the present invention, the present invention is not limited to the same configuration and operation as the specific embodiments as described above, and various modifications do not depart from the scope of the present invention. It may be practiced within limits. Therefore, such modifications should also be considered to be within the scope of the present invention, the scope of the invention should be determined by the claims below.

1: Plum seed removing device
10: hopper 20: connecting portion 30: chain 40: plum 42: seed
100: inner case
110: embossed portion 112: through hole 114: uneven portion
200: outer case
202: plane 204: round part 206: incision
210: supporter 220: pulp discharge outlet 230: seed discharge outlet
240: first fixing ball 250: second fixing ball
300: spiral rotating body
310, 410: rotation axis 312: stopper 320: protrusion bar
322 spines
330, 430: Chain Gears
400: motor
500: frame
510: first fixing station 520: second fixing station 530: leg 532: wheel
600: height adjustment
610: first hinge coupling portion 620: rod portion 630: second hinge coupling portion

Claims (6)

Fruit or vegetable is input, the inner case 100 formed with a plurality of embossing portion 110 is formed in the through-circuit 112 is smaller than the minimum diameter of the fruit or vegetable seed on the inner periphery;
Wraps the inner case 100 from the outside, a plurality of supports 210 for separating and supporting the inner case 100 from the inner periphery is included, the flesh outlet 220 is formed at the front end, the rear end An outer case 200 in which the seed outlet 230 is formed;
A spiral rotating body 300 which is embedded in the longitudinal direction of the inner case 100 and is rotated, and a plurality of protruding rods 320 are joined along the rotating shaft 310; And
Plum seed removal device, characterized in that it includes; a motor (400) for driving the spiral rotating body (300).
The method of claim 1,
The embossing unit 110,
Plum seed removal device further comprises a concave-convex portion 114 formed around the through-hole (112).
The method of claim 1,
Frame 500 is formed with a first frame 510 protruding upward from the front end side and a second guide 520 protruding downward from the rear end side in a rectangular frame supporting the outer case 200 from the bottom. Plum seed removal device characterized in that it comprises a).
The method of claim 3, wherein
A first hinge coupler 610 hinged to the second fixing tool 250 formed at a lower rear end side of the outer case 200, and a rod part 620 fitted to the first hinge coupler 610. And, the upper portion is hinged to the rod portion 620, the lower portion of the height adjustment unit 600 is provided with a second hinge coupling portion 630 is fixed to the second fixing stand 520 of the frame 500 Plum seed removal device, characterized in that included.
The method of claim 4, wherein
The first fixing sphere 240 is formed on the front end side side of the outer case 200, the second fixing sphere 250 is formed on the lower rear end side of the outer case 200,
The first fixture 240 of the outer case 200 is hinged to the first fixture 510 of the frame 500, the second fixture 250 of the outer case 200 is the height adjustment unit ( Hinge coupled to the first hinge coupling portion 610 of 600,
The first hinge coupling portion 610 of the height adjustment unit 600 is guided to the rod portion 620 of the height adjustment unit 600, the height is adjusted, the first hinge coupling of the height adjustment unit 600 As the height of the part 610 is adjusted, the outer case 200 is the plum seed removal device, characterized in that the inclination is changed with respect to the first fastener 240 of the outer case 200 as an axis.
The method of claim 2,
Plum spiral seed removing device, characterized in that a plurality of visible portion (322) is formed on the outer periphery of the spiral rotating body (300) protruding rod (320).

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