KR20120052834A - Apparatus for processing jelly fish - Google Patents

Abstract

PURPOSE: An apparatus for treating jellyfish is provided to use jelly fish as advanced raw materials for cosmetics by recycling extracted jellyfish. CONSTITUTION: An apparatus for treating jellyfish includes a chamber(110), a jellyfish introducing unit(120), a grinding unit(130), a compressing unit(140), a driving unit(160), and a controlling unit(170). An opened hole(113) is formed at the upper center of the chamber. The introducing unit is combined with the opened hole. The grinding unit is arranged at the lower side of the introducing unit. The grinding unit grinds jellyfish which free falls from the introducing unit. The compressing unit is arranged at the lower side of the grinding unit. The compressing unit compresses and dehydrates the ground jellyfish and drops the jellyfish on the bottom of the chamber. The controlling unit controls the introducing unit and the driving unit.

Description

Jellyfish processing device {apparatus for processing jelly fish}

The present invention relates to a jellyfish processing apparatus, and in particular, by crushing and squeezing the jellyfish, which is the main culprit that disrupts the fishing grounds of the sea and the fishermen's income through a simple structure, protects the fishery and increases the income of fishermen, In addition, the present invention relates to a jellyfish processing device for easily learning collagen that can be used as a raw material for cosmetics.

Since 2003, fish jellyfish have been appearing continuously due to the large number of jellyfish. It is estimated that such jellyfish reduce catches by breaking fishing gear such as traps, fishing hooks, and political nets, and the damage of fisheries caused by the deterioration of commodity value due to the toxic jellyfish capture and the loss due to work delay is estimated to reach 760-229 billion won per year. In addition, since 2005, more than 500 damages have been received every year since 2005.

Therefore, the necessity of eliminating jellyfish and reducing fishing damage by jellyfish has emerged. In other words, the destruction of fishing gear due to the inflow of jellyfish, the fall of commodity value due to the deterioration of the fishery's freshness, the increase of fuel cost due to delay of fishing work, the burden of medical expenses due to the contact of fisherman's jellyfish, There is a great demand for a jellyfish handling device that can substantially help fishers by minimizing various damages caused by changes in the region.

 In addition, by eliminating jellyfish, there is a demand for specific devices and measures to reduce damage to the national infrastructure, such as damage to the fisheries industry, damage to the tourism industry, and damage to the nuclear power plant intake.

In addition, if the separate operation to discard the eliminated jellyfish will cause additional losses, there is a need for a way to recycle the eliminated jellyfish.

The present invention was devised to solve the above problems of the prior art, by crushing and squeezing through the simple structure of jellyfish, which is the main culprit that destroys the fishing grounds and fishermen's income, protects the fisheries It is an object of the present invention to provide a jellyfish treatment device that can increase income and can easily acquire collagen that can be used as a raw material for cosmetics.

The constituent means constituting the jellyfish processing apparatus proposed in order to solve the above problems is a container form having a receiving space, the chamber having an opening in the upper center, coupled to the opening hole of the chamber to form a jellyfish An inlet means for pulling in, an inlet under the inlet means in the chamber, pulverizing means for pulverizing the jellyfish falling freely from the inlet means, disposed under the crushing means in the chamber, freely falling from the crushing means After pressing and dewatering the pulverized jellyfish falling to the crushed jellyfish, the compression means for dropping the pulverized jellyfish on the bottom surface of the chamber, the driving means for driving the crushing means and the pressing means, whether the jellyfish is introduced into the inlet means The driving speed and the driving speed of the driving means depending on whether or not the amount of jellyfish It characterized in that it comprises a control means for controlling.

In addition, the bottom surface of the chamber is an inclined surface inclined in one direction, has a mesh structure, the crushed at the bottom of the wall surface of the chamber connected to the bottom surface of the chamber or the end of the inclined surface corresponding to the end of the inclined surface Characterized in that the discharge port is formed that can be discharged jellyfish.

In addition, the bottom surface of the chamber has a mesh structure, the pulverized jellyfish falling on the bottom surface of the chamber discharged to the bottom of the wall surface of the chamber connected to one end of the bottom surface of the chamber or one end of the chamber The discharge port is formed, the pulverized jellyfish is discharged to the discharge port by the discharge means, the discharge means, the power unit is fixed to the outside of the wall facing the wall is the discharge port is formed, generated in the power unit It is characterized in that it comprises a horizontal moving shaft for horizontal reciprocating motion in accordance with the power, a moving plate having a flat shape vertically spaced apart from the bottom surface of the chamber and vertically connected to one end of the horizontal moving shaft.

In addition, further comprising a storage means for receiving and storing the pulverized jellyfish discharged from the discharge port, the storage means, the receiving container for receiving the pulverized jellyfish, and supported by seating the receiving container, the crushed received Characterized in that it comprises a weight sensing unit for detecting the weight of the jellyfish.

Here, the inlet means is a hopper having an upper portion open to receive the incoming jellyfish, and a lower portion is opened to drop the jellyfish into the crushing means by free fall, and under the control of the control means The opening and closing the bottom of the hopper and at the same time detects the presence of the jellyfish in the hopper and comprises an opening and closing portion for measuring the weight of the jellyfish, the detection related to the presence of jellyfish detected in the opening and closing Results and weight information is transmitted to the control means, the control means is a jellyfish is present in the hopper, when the jellyfish weight by the weight information is more than the reference weight, the jellyfish accommodated in the hopper by opening the opening and closing free fall It characterized in that the control to fall to the grinding means.

Here, the grinding means, a pair of grinding rollers are arranged facing each other in the form of a bar (bar) long spaced apart in the chamber, a grinding blade formed on the surface of each of the pair of grinding rollers, and A grinding support fixed to the inner wall surface of the chamber to secure the pair of grinding rollers rotatably, and a grinding shaft connected to one end of each of the pair of grinding rollers and rotated using the power transmitted from the driving means. It is configured to include, wherein each of the pair of grinding rollers formed the grinding blade is rotated in the opposite direction, the pair of grinding rollers formed with the grinding blade is introduced into the portion where the jellyfish is introduced, the grinding blade is formed As the pair of grinding rollers rotate in opposite directions to each other, the jellyfish are crushed and falling freely by the pressing means. It is characterized by.

Here, the pressing means may be a pair of pressing rollers disposed to face each other in the form of bars (bar) long spaced apart from the inside of the chamber and the pair of pressing rollers to rotatably fix the pair of pressing rollers. Compression support is fixed to the inner wall surface, and is connected to one end of each of the pair of compression rollers are configured to include a rotation axis rotated using the power transmitted from the grinding axis, wherein the grinding axis and the compression axis is a rotating belt Connected to the rotating shaft, the crushing rotating shaft connected to the crushing rotating shaft and the rotating belt is rotated, each of the pair of pressing rollers are rotated in opposite directions to each other, and between the pair of pressing rollers The pulverized jellyfish is drawn in, and the pulverized jellyfish is rotated in a direction opposite to each other. Is squeezed and falls freely to the bottom of the chamber.

Here, the drive means, by connecting the electric drive for generating power under the control of the control means, a power rotating shaft that rotates in accordance with the power generated in the electric drive, and the power rotating shaft and the grinding shaft of the grinding means And a power belt for transmitting the rotational force of the power rotating shaft to the pulverizing rotating shaft, wherein the control means controls the magnitude of the power generated by the transmission unit according to the weight of the jellyfish accommodated in the hopper, It is characterized by controlling the rotational speed of the crimping means.

According to the jellyfish processing apparatus of the present invention having the above-described problems and solving means, it is possible to protect the fishery because it can be crushed and squeezed out through a simple structure, the jellyfish which is the main culprit that destroys the fishery of the sea and inhibits the income of fishermen. There is an advantage that can increase the income of fishermen, and also can easily learn collagen that can be used as a raw material of cosmetics.

That is, beyond the elimination of jellyfish that adversely affects the destruction of fisheries, there is an additional advantage that can be used as a high-quality raw material for products such as extraction of marine collagen, increase fisherman's income, cosmetics through recycling.

1 is an overall perspective view of a jellyfish processing apparatus according to an embodiment of the present invention.
2A and 2B are structural diagrams of a chamber bottom surface according to an embodiment of the present invention.
3 is a detailed block diagram of a drawing means according to an embodiment of the present invention.
Figure 4 is a specific configuration of the grinding means according to an embodiment of the present invention.
5 is a detailed configuration diagram of the pressing means according to an embodiment of the present invention.

Hereinafter, with reference to the accompanying drawings will be described in detail a preferred embodiment of the jellyfish processing apparatus of the present invention having the above problems, solving means and effects.

1 is a perspective view of a jellyfish processing apparatus according to an embodiment of the present invention. Referring to this, a preferred embodiment of the substrate processing apparatus according to the present invention will be described in detail as follows.

As shown in FIG. 1, the jellyfish processing apparatus 200 according to the embodiment of the present invention is a chamber 110, an inlet unit 120 fixedly arranged on an upper portion of the chamber 110 to introduce jellyfish, and the chamber. Inside of the 110, the inlet means 120 is fixedly disposed below the crushing means 130 for crushing the jellyfish, the pressing means 140 fixedly arranged below the crushing means 130, the crushing means ( 130 and a driving means 160 for driving the crimping means 140 and a control means 170 for controlling the components.

The chamber 110 has a container shape having an accommodation space for accommodating the grinding means 130 and the pressing means 140. And, an opening hole 113 is formed in the upper center so that the inlet means 120 can be coupled.

The incoming jellyfish are crushed and compressed in the chamber 110, and the pulverized and compressed jellyfish is discharged to the outside through an outlet 111 formed at the lower end of the wall surface of the chamber 110.

The jellyfish is pulverized by the crushing means 130, and the pulverized jellyfish is squeezed by the crimping means 140 to be drained off and fall to the bottom surface 115 of the chamber 110.

The bottom surface 115 of the chamber 110 discharges the pulverized jellyfish falling to the bottom surface 115 of the chamber 110 through the outlet 111, and removes water generated by the pressing means 140. It is formed in a structure for.

2A and 2B show a structure for discharging water and pulverized jellyfish falling to the bottom surface 115 of the chamber 110.

First, as shown in FIG. 2A, the bottom surface 115 of the chamber 110 is an inclined surface inclined in one direction and is formed to have a net structure. Since the bottom surface 115 of the chamber 110 has a mesh 117 structure as described above, the water falling to the bottom surface 115 is drained down the chamber 110 through the mesh 117.

In addition, as shown in Figure 2a, the ground surface 115 of the chamber 110 corresponding to the end of the inclined surface or the crushed at the bottom of the wall surface of the chamber 110 connected to the end of the inclined surface A discharge port 111 through which jellyfish can be discharged is formed. In FIG. 2A, an outlet 111 is formed at a lower end of a wall surface of the chamber 110 connected to an end portion of an inclined surface.

As described above, since the bottom surface 115 of the chamber 110 is inclined, the pulverized jellyfish that is crushed and dropped to the bottom surface 115 is the end portion of the inclined surface corresponding to the lowest position along the inclined surface. Slips and is eventually discharged through the outlet 111.

2B is an exemplary view showing another structure of the bottom surface 115 of the chamber 110 and a structure for discharging the pulverized jellyfish.

As shown in FIG. 2B, the bottom surface 115 of the chamber 110 has a mesh 117 structure, and maintains a plane unlike FIG. 2A. Since the bottom surface 115 of the chamber 110 has a mesh 117 structure as described above, the water falling to the bottom surface 115 is drained down the chamber 110 through the mesh 117.

In addition, as shown in FIG. 2B, one end of the bottom surface 115 of the chamber 110 or one end of the bottom surface 115 of the chamber 110 corresponds to an end of the bottom surface 115. A discharge port 111 through which the pulverized jellyfish dropped on the bottom surface of the chamber 110 may be discharged at a lower wall surface of the chamber 110 to be connected. In FIG. 2B, the outlet 111 is formed at the bottom of the wall surface of the chamber 110, which is connected to one end of the bottom surface 115 of the chamber 110.

As described above, when the bottom surface 115 of the chamber 110 is flat, the pulverized jellyfish dropped on the bottom surface 115 may not be moved to the outlet 111. Therefore, the discharge means 119 for moving the pulverized jellyfish to the outlet 111 is further provided.

As shown in FIG. 2B, the discharge means 119 is provided to a power unit 119a and a power generated from the power unit 119a, which are fixedly installed on a wall surface facing the wall surface on which the discharge port 111 is formed. A horizontal moving shaft 119b horizontally reciprocating along one end of the horizontal moving shaft 119b and having a flat plate shape vertically spaced apart from the bottom surface of the chamber 110 to have a flat plate shape. Can be configured.

Specifically, when the power unit 119a is driven under the control of the control unit 170, the horizontal shaft is coupled by a rotation assembly (not shown) and a gear assembly for generating a rotational force by the power unit 119a. 119b can reciprocate in the horizontal direction. As a result, since the movable plate 119c connected to one end of the horizontal moving shaft 119b may also be horizontally moved, the pulverized jellyfish dropped to the bottom surface 115 may be moved to the discharge port 111. .

As such, the pulverized jellyfish dropped to the bottom surface 115 may be moved to the outlet 111 through the structure illustrated in FIGS. 2A and 2B, but the present invention is not limited thereto.

For example, a plurality of rotating rods are installed by finely spaced upwards of the bottom surface 115 (a plurality of rotating rods are installed orthogonally in the direction passing through the ground and the arrow direction shown in FIG. Horizontally arranged), each end of the rotating rods may be wound with a power belt or meshed with a gear, and then the motor may be rotated by rotating the power belt or gear using a motor. Falling pulverized jellyfish may be moved to the outlet 111 in accordance with the rotation of the rotating rod. In this case, since there is a fine gap between the rotating rods, the water falling from the pressing means 140 may fall to the bottom surface 115 of the mesh structure.

On the other hand, the pulverized jellyfish discharged to the discharge port 111 may be stored in the storage means 150 disposed next to the discharge port 111 lower side. That is, it may further include a storage means 150 for receiving and storing the pulverized jellyfish discharged from the outlet 111.

As shown in FIG. 1, the storage means 150 supports and holds the accommodating container 151 for accommodating the pulverized jellyfish and the accommodating container 151, and detects the weight of the accommodated pulverized jellyfish. It may be configured to include a weight sensing unit 153. In this way, the pulverized jellyfish is stored according to the weight displayed on the weight sensing unit 153, when the predetermined weight is collected and can be stored separately and recycled.

As such, in order to process the jellyfish that are crushed and compressed and stored, first, the jellyfish is introduced into the inlet means 120. The inlet unit 120 is formed in a variety of structures, coupled to the opening hole 113 of the chamber receives the jellyfish.

As shown in Figure 3, the inlet means 120 is open to receive the incoming jellyfish, the lower portion is open to drop the jellyfish to the grinding means 130 by free fall Under the control of the hopper 121 and the control means 170, while opening and closing the open lower portion of the hopper 121 and detects the presence of the jellyfish in the hopper 121, the weight of the jellyfish It is configured to include an opening and closing portion 123 that can be measured.

The lower portion of the hopper 121 is formed in an open state, and the opening and closing portion 123 opens and closes the opened portion. In the initial state in which the jellyfish is drawn into the hopper 121, the opening and closing part 123 is in a closed state. Therefore, the jellyfish drawn into the hopper 121 does not fall freely falling into the crushing means 130.

In the above state, when the jellyfish is introduced into the hopper 121, the jellyfish detection sensor (not shown) mounted on the opening and closing portion 123 detects the jellyfish inlet and transmits it to the control means 170. In addition, the weight sensor (not shown) provided in the opening and closing unit 123 detects the weight of the incoming jellyfish and transmits it to the control means 170.

Then, the control means 170 controls the opening and closing part 123 to be opened, with reference to the delivered jellyfish inlet detection and weight.

Specifically, the detection result and weight information related to the presence of the jellyfish detected by the opening and closing unit 123 is transmitted to the control means 170, the control means 170 is jellyfish exist in the hopper 121 When the jellyfish weight based on the weight information is greater than or equal to the reference weight, the jellyfish accommodated in the hopper 121 is controlled to fall to the crushing means 130 by free fall by opening the opening and closing part 123.

The structure for opening or closing the opening and closing portion 123 by the control of the control means 170 may be configured in various ways. For example, as shown in FIG. 3A, the opening and closing part 123 is hinged to one end of the opening hole 113, and configured to be restored through a spring, and the opening hole 113. The opening and closing part 123 may be opened or closed by forming a latch to which the opening and closing part 123 may be caught at the other end. Here, the opening and closing portion 123 is required to be formed a locking projection that can be caught on the latch.

Specifically, when the control means 170 to release the latch by controlling the latch in the state in which the opening and closing portion 123 is closed, the opening and closing portion 123 is shown in Figure 3 (a) by the weight of the jellyfish As it opens downwards. Then, the jellyfish accommodated in the hopper 121 is dropped to the crushing means 130 by free fall. As described above, when the jellyfish fall, the opening and closing portion 123 is restored through the spring formed in the hinge is closed over the latch again.

In addition to such a structure, as shown in (b) of FIG. 3, the opening and closing portion 123 may be configured to slide in the upper surface or the upper or lower portion of the chamber 110, such that the opening and closing portion is the hopper ( The opened lower side of 121) can be opened and closed. In this case, of course, the power generating unit (not shown) and the power transmission shaft (not shown) to which the opening and closing portion 123 can be additionally provided.

As described above, the jellyfish falling in the free fall from the inlet means 120 is seated on the crushing means (130). The crushing means 130 is installed in the chamber 110, the crushing means is disposed below the inlet means 120 is disposed below the crushed jellyfish falling into the free fall from the inlet means 120 ( 140).

As shown in Figure 4, the grinding means 140, a pair of grinding rollers 131 are disposed facing each other in the form of a bar (bar) spaced apart a predetermined interval inside the chamber 110 and the pair Grinding blades 133 formed on the surface of each grinding roller 131 and the grinding support 135 is fixed to the inner wall surface of the chamber 110 in order to rotatably fix the pair of grinding rollers 131 And a grinding rotary shaft 137 connected to one end of each of the pair of grinding rollers 131 and rotated using the power transmitted from the driving means 160.

The grinding roller 131 is composed of a pair, are spaced apart from each other. The separation distance can be adjusted in various ways. When the grinding blades 133 are formed to be engaged with each other and rotated in opposite directions, the jellyfish may be separated to be crushed.

The grinding roller 131 is supported to be rotatable by the grinding support 135. Both ends of the grinding support 135 are fixed to the inner wall of the chamber and have an insertion hole (not shown) into which the grinding roller 131 may be inserted. A bearing (not shown) is embedded in the insertion hole (not shown), and the grinding roller 131 is inserted into the inner diameter of the bearing, so that the grinding roller 131 is supported by the grinding support 135 to be rotated. It has a number structure.

The grinding blade 133 formed on the surface of the grinding roller 131 may be formed in various ways, as the pair of grinding rollers 131 are rotated in opposite directions, sucked between the grinding rollers 131. What is necessary is just a structure which the jellyfish which enters can be crushed.

Each of the pair of grinding rollers 131 on which the grinding blades 133 are formed are rotated in opposite directions as shown by arrows in FIG. 4. When rotated in the opposite direction along the direction of the arrow as described above, the jellyfish (denoted as "J" in Figure 4) coming in between the grinding roller 131 can be crushed while being sucked to the lower side.

The jellyfish J is introduced into a portion where the pair of grinding rollers 131 on which the grinding blades 133 are formed abut each other, and the pair of grinding rollers 131 on which the grinding blades 133 are formed are opposite to each other. While rotating as the jellyfish (J) is pulverized and at the same time falls into a free fall to the pressing means (140).

Meanwhile, as illustrated in FIG. 4, two belt pulleys, a first pulley 137a and a second pulley 139, are formed on each of the grinding rotation shafts 137 of the grinding means 130. The first pulley 137a is a pulley coupled to a rotating belt (denoted by reference numeral 147 in FIG. 1) to be described later.

As will be described later, the rotating belt 147 is a third pulley (denoted by reference numeral 145 in FIG. 5) formed on the compression rotation shaft (denoted by reference numeral 145 in FIG. 5) of the first pulley 137a and the pressing means 140. 145a) to transmit the rotational force of the grinding rotation shaft 137 to the compression rotation shaft 145.

The second pulley 139 is coupled to a power belt (denoted by reference numeral 165 in FIG. 1) of the driving means 160, which will be described later. The power belt 165 connects the second pulley 139 and the power rotation shaft (denoted by reference numeral 163 in FIG. 1) of the driving means 160 to each other. Therefore, the rotational force of the power rotation shaft 163 may be transmitted to the grinding rotation shaft 137 in which the second pulley 139 is formed through the power belt 165.

According to the operation of the crushing means 130 as described above, the jellyfish is crushed and provided to the pressing means 140. The crimping means 140 is disposed inside the chamber 110, and is disposed below the crushing means 130.

The pressing means 140 compresses and dehydrates the pulverized jellyfish falling by free fall from the crushing means 130, and then drops the pulverized jellyfish to the bottom surface 115 of the chamber 110 by free fall.

As shown in FIG. 5, the pressing means 140 has a pair of pressing rollers 141 which are disposed to face each other in a bar shape to be spaced apart from each other at a minute interval within the chamber 110, and the one In order to rotatably fix the pair of pressing rollers 141, the pressing support 143 is fixed to the inner wall surface of the chamber 110, and is connected to one end of each of the pair of pressing rollers 141 and the grinding rotary shaft ( It is configured to include a compression rotary shaft 145 is rotated using the power transmitted from the 137.

The pressing roller 141 is composed of a pair, are spaced apart from each other. The separation distance can be adjusted in various ways, when the pair of pressing rollers 141 are spaced apart by a predetermined interval and rotated in opposite directions to each other, the compressed jellyfish sucked between the pressing rollers 141 can be pressed to squeeze out moisture. What is necessary is just the distance of.

The pressing roller 141 is supported to be rotatable by the pressing support 143. Both ends of the pressing support 143 is fixed to the inner wall surface of the chamber, and has an insertion hole (not shown) into which the grinding roller 141 may be inserted. A bearing (not shown) is embedded in the insertion hole (not shown), and the pressing roller 141 is inserted into the inner diameter of the bearing, so that the pressing roller 141 is supported by the pressing support 143 to be rotated. It has a number structure.

As described above, the compression rotary shaft 145 is rotated by receiving a rotational force from the grinding rotary shaft 137 of the grinding means 130. That is, the grinding rotary shaft 137 and the compression rotary shaft 145 are connected to the rotary belt 147, and as the grinding rotary shaft 137 rotates, the grinding rotary shaft 137 and the rotary belt 147 are connected. The compression rotary shaft 145 is rotated. As such, the compression rotation shaft 145 is connected to the rotation belt 147 to receive the rotational force from the grinding rotation shaft 137, the third pulley 145a that can be engaged with the rotation belt 147 is Formed.

As described above, the compression rotary shaft 145 which receives the rotational force generated from the grinding rotary shaft 137 through the rotary belt 147 is rotated, respectively, as a result, a pair of compression roller 141 is shown in FIG. According to the arrow direction shown may be rotated in the opposite direction to each other.

Each of the pair of pressing rollers 141 is rotated in a direction opposite to each other, the pulverized jellyfish (denoted as "J" in Figure 5) is introduced between the pair of pressing rollers 141, the pair While the roller 141 is rotated in the opposite direction to each other, the pulverized jellyfish (J) is pressed at the same time falls to the bottom surface 115 of the chamber 110 to free fall.

The grinding means 130 and the pressing means 140 described above may be provided in plural in the vertical direction. That is, the crushing means 130 can be installed in a plurality of continuous in the vertical direction to increase the degree of crushing jellyfish provided to the pressing means 140, the plurality of pressing means 140 in the vertical direction to install the crushing The degree of water removal of the pulverized jellyfish falling from the means 130 may be increased.

As described above, the rotational force of the grinding means 130 is generated through the rotational force provided by the driving means 160, and the rotational force of the pressing means 130 is generated through the rotational force generated in the grinding means 130 do. Thus, the initial rotational force is generated by the drive means 160.

The driving means 160 may be formed below the chamber 110 or may be formed on the side of the chamber 110 or the outer wall surface of the chamber. 1 illustrates that the chamber 110 is formed below the chamber 110. In this case, the chamber 110 is disposed in a supported state using a separate support.

The driving means 160 is a transmission unit 161 for generating power under the control of the control means 170, a power rotating shaft 163 to rotate in accordance with the power generated by the transmission unit 161, and It is configured to include a power belt 135 to connect the power rotating shaft 163 and the grinding rotary shaft 137 of the grinding means 130 to transmit the rotational force of the power rotary shaft 163 to the grinding rotary shaft 137.

Therefore, according to the control of the control means, when power is generated in the transmission unit 161, the power rotating shaft 163 is rotated, the rotational force of the power rotating shaft 163 via the power belt 135 It is transmitted to the grinding rotary shaft 137 of the grinding means 130. As a result, according to the rotation of the grinding shaft 137, the grinding roller 131 can be rotated to crush the jellyfish, the pressing means connected through the grinding shaft 137 and the rotary belt 147 The compression rotation shaft 145 of the 140 is rotated, the compression roller 141 is rotated, it is possible to compress the pulverized jellyfish to remove moisture.

On the other hand, the control means 170 controls the magnitude of the power generated by the transmission unit 161 according to the weight of the jellyfish accommodated in the hopper 121 of the inlet means 120, the grinding means 130 and The rotational speed of the crimping means 140 is controlled. That is, the control means 170 detects the weight of the jellyfish accommodated in the hopper 121 through the sensors formed in the opening and closing portion 123, and the power size of the transmission unit 161 according to the weight degree By controlling, the rotation speed of the grinding roller 131 of the grinding means 130 can be adjusted, and at the same time, the rotation speed of the pressing roller 141 of the pressing means 140 can be adjusted.

The control means 170, if the amount of jellyfish introduced into the hopper is large, or continuously coming in, by increasing the power of the transmission unit, by controlling so that more rotational force can be generated, the grinding roller and the pressing roller Increases the speed of rotation.

110 chamber 111 outlet
113: opening hole 115: bottom surface
117 mesh 119 discharge means
119a: power unit 119b: horizontal moving shaft
119c: moving plate 120: drawing means
121: hopper 123: opening and closing portion
130: grinding means 131: grinding roller
133: grinding blade 135: grinding support
137: grinding shaft 137a: first pulley
139: second pulley 140: pressing means
141: crimping roller 143: crimping support
145: compression rotary shaft 145a: third pulley
147: rotating belt 150: storage means
151: container 153: weight sensing unit
160: drive means 161: electric drive
163: power rotating shaft 165: power belt

Claims (8)

A chamber having a receiving space, the chamber having an opening formed in an upper center thereof;
Inlet means coupled to the opening of the chamber for introducing the jellyfish;
Crushing means disposed under the inlet means in the chamber, for pulverizing jellyfish falling by free fall from the inlet means;
Compression means disposed under the grinding means in the chamber and compressing and dewatering the pulverized jellyfish falling by free fall from the crushing means, and then dropping the pulverized jellyfish onto the bottom of the chamber by free fall;
Driving means for driving the grinding means and the pressing means;
And a control means for controlling whether the driving means is driven and a driving speed according to whether the jellyfish is drawn into the drawing means and the amount of the drawn jellyfish.
The method according to claim 1,
The bottom surface of the chamber is an inclined surface inclined in one direction, has a mesh structure, the pulverized jellyfish at the bottom of the wall surface of the chamber connected to the bottom surface of the chamber corresponding to the end of the inclined surface or the end of the inclined surface Jellyfish processing apparatus, characterized in that the outlet is formed that can be discharged.
The method according to claim 1,
The bottom surface of the chamber has a mesh structure, the discharge port for discharging the pulverized jellyfish dropped to the bottom surface of the chamber at the bottom of the wall surface of the chamber connected to one end of the bottom surface of the chamber or the bottom surface of the chamber Is formed, the pulverized jellyfish is discharged to the outlet by the discharge means,
The discharge means is connected to one end of the horizontal moving shaft, a horizontal moving shaft for horizontal reciprocating motion in accordance with the power generated in the power unit, the power unit is fixed to the outside of the wall surface facing the discharge port is formed; Jellyfish processing apparatus comprising a moving plate having a flat plate shape vertically spaced apart from the bottom surface of the chamber vertically.
The method according to claim 2 or 3,
Further comprising a storage means for receiving and storing the pulverized jellyfish discharged from the discharge port, the storage means, the receiving container for receiving the pulverized jellyfish, and supporting the seated container receiving the crushed jellyfish Jellyfish processing apparatus, characterized in that comprises a weight sensing unit for detecting the weight of the. The method according to claim 4, wherein the drawing means,
The hopper is open to receive the incoming jellyfish, the hopper is open to lower the jellyfish to the crushing means by free fall, and opening and closing the open lower portion of the hopper under the control of the control means At the same time to detect the presence of the jellyfish in the hopper and comprises an opening and closing portion for measuring the weight of the jellyfish,
The detection result and weight information related to the presence of the jellyfish detected in the opening and closing portion is transmitted to the control means, the control means is a jellyfish in the hopper, the jellyfish weight based on the weight information is greater than the reference weight, Jellyfish processing apparatus characterized in that the opening and closing the control to control the jellyfish accommodated in the hopper falling into the crushing means by free fall.
The method according to claim 5, The grinding means,
A pair of grinding rollers disposed to face each other in the form of a bar at a predetermined interval apart from the inside of the chamber, a grinding blade formed on the surface of each of the pair of grinding rollers, and the pair of grinding rollers rotate It comprises a grinding support fixed to the inner wall surface of the chamber to be fixed and the grinding rotary shaft is connected to one end of each of the pair of grinding rollers and rotated using the power transmitted from the driving means,
Each of the pair of grinding rollers having the grinding blades rotated in opposite directions, the pair of grinding rollers having the grinding blades contacted with each other, and the pair of grinding rollers are formed with the grinding blades. The jellyfish processing apparatus characterized in that the jellyfish is crushed while rotating in the opposite direction and falling free fall with the pressing means.
The method of claim 6, wherein the pressing means,
A pair of pressing rollers disposed to face each other in the form of bars (bars) long and spaced apart from each other within the chamber, and a pressing support fixed to an inner wall surface of the chamber to rotatably fix the pair of pressing rollers. And a compression rotation shaft connected to one end of each of the pair of compression rollers and rotated using the power transmitted from the grinding rotation shaft.
The grinding rotary shaft and the compression rotary shaft is connected to the rotary belt, and as the grinding rotary shaft rotates, the compression rotary shaft connected to the grinding rotary shaft and the rotary belt is rotated,
Each of the pair of pressing rollers is rotated in the opposite direction to each other, the pulverized jellyfish is introduced between the pair of pressing rollers, and the crushed jellyfish is squeezed while the pair of the pressing rollers rotate in the opposite direction. At the same time jellyfish processing apparatus characterized in that falling free fall to the bottom surface of the chamber. The method according to claim 7, wherein the drive means,
The power unit generates power according to the control of the control unit, a power rotating shaft which rotates according to the power generated by the power unit, and the power rotating shaft and the grinding shaft of the grinding means by connecting the rotational force of the power rotating shaft It is configured to include a power belt for transmitting to the grinding shaft,
The control means is a jellyfish processing apparatus, characterized in that for controlling the rotational speed of the crushing means and the pressing means by controlling the magnitude of the power generated in the transmission unit in accordance with the weight of the jellyfish accommodated in the hopper.

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