KR200275090Y1 - header for prawn - Google Patents

Abstract

The present invention relates to a fresh shrimp head cutting device for cutting the raw shrimp, and more specifically, through the vibrating of the vibration motor (VIBRATION MOTOR) through a plurality of sorting plate formed the sorting port to pass through the raw shrimp The present invention relates to a cut-out device of raw shrimps, which can sort the raw shrimps and size them, and then cut the shrimp heads easily.

The raw shrimp cutout device is installed on the right side of the case and one side end of the case, and the supply unit for supplying the raw shrimp, and installed inside the case so as to select and plug the raw shrimp supplied by the supply by size And a vibrating motor for generating vibration in the sorting part, a chute part for discharging shredded shrimp after being sorted and plugged in the sorting part, and the case has a bottom surface. It is supported on and to support the vibration of the vibration motor is smoothly transmitted, The sorting portion is one or more sorting plate is horizontally placed on the case to sort the raw shrimp by size by vibrating the vibration motor after being plugged It is characterized by cutting off.

Description

Head of prawns {header for prawn}

The present invention relates to a device for cutting the fresh shrimp for cutting the head of the raw shrimp, more specifically, the raw shrimp through the plurality of sorting plate formed by the vibrating vibration of the vibration motor (vibration motor) This method relates to a fresh shrimp cutout device that allows the shrimp to be sorted by size and then cut into shrimp heads.

In general, with the exception of large shrimp but small shrimps, shrimp are caught in the fishery and the head is cut to commercialize them. Shrimp cut to be commercialized as described above is washed and dried, and then divided into large, medium, and small pieces and shipped by size. Therefore, the method for cutting off the above-mentioned fresh shrimp is dependent on manual labor.

However, in the above case, the worker cuts the head of the raw shrimp by hand, and the efficiency of cutting is lowered, the labor cost and labor time are excessive, and the inconvenience of having to divide the shrimp into large, medium, and small sizes after the cutting. This will follow.

The present invention has been devised to solve the conventional problems as described above, the object of the present invention is to easily cut off the fresh shrimp by size by vibration, which can further improve the efficiency and effectiveness of the cut-off shrimp To provide.

In order to realize the object of the present invention as described above, the size of the case, the supply portion for supplying raw shrimp to the right side of one side of the case, and the fresh shrimp to be supplied from the supply portion installed inside the case Separation unit for sorting and plugging each other, and a vibration motor for generating vibration when generating a vibration in the sorting unit, respectively installed on both sides of the case, and for sorting the discharged after the sorted and plugged in the sorting unit It provides a cutting device of the fresh shrimp comprising a chute and the support is supported on the bottom surface and the vibration of the vibration motor smoothly.

1 is a perspective view of the raw shrimp cutout device according to the present invention.

2 is a front view of FIG. 1;

3 is a longitudinal cross-sectional view of FIG. 2;

4 is a cross-sectional view of FIG. 2.

5 is a perspective view of the sorting plate according to the present invention.

Figure 6 is a perspective view of the supply plate according to the present invention.

Figure 7a is a perspective view of the chute according to the present invention.

FIG. 7B is a partial detail view of FIG. 7A; FIG.

Figure 8a is a state before the shrimp cut in the sorting plate according to the present invention.

Figure 8b is also a state of shrimp after being cut in the sorting plate according to the present invention.

9 is a perspective view for explaining an embodiment of the operation of the shrimp two seasons according to the present invention.

Hereinafter, with reference to the accompanying drawings, preferred embodiments of the present invention will be described in more detail.

1, 2, 3, and 4, the cut-off device of the fresh shrimp is provided with a case 2, a supply part 4 for supplying fresh shrimp to one side end right side of the case 2; And a sorting part 6 installed on the inner side of the case 2 so as to sort and insert raw shrimp supplied from the supply part 4 by size, and installed on both sides of the case 2, respectively. Vibration motor (M) for generating vibration in the part (6), chute (8) for discharging the raw shrimp cut off after being selected and plugged in the sorting section (6), and the case (2) It is supported on the surface and includes a support 10 for smoothly transmitting the vibration of the vibration motor (M).

The case 2 is a plate-shaped metal material having a predetermined thickness is cut and bent to be coupled by the supply unit 4, the separating plate 8a, the inclined plate (8b, 8c, 8d, 8e), etc., the bent portion ( 6) and bolt holes for fixing the overflow plate 11 and the case (2) are drilled.

The case 2 is also mounted on the spring (7) to dampen the vibration generated by the vibration motor (M) so that the lower front and rear of the case (2) can be mounted on the spring (7) The metal reinforcing material 28 is attached, and the metal reinforcing material 28 and the case 2 are formed by welding the fixing bracket 9 so as to be more firmly attached.

The supply part 4 is installed at one side end right side of the case 2 so that the fresh shrimp are sequentially supplied to the sorting part 6 so that the horizontal part 4a, the inclined part 4b, and the reverse inclination part ( 4c).

The horizontal portion 4a is horizontal so that the introduced fresh shrimp are sent to the sorting portion 6 by vibration, and the inclined portion 4b is a gentle inclination so that the introduced fresh shrimp does not overflow, and the reverse slope portion 4c is cut off. The fresh shrimp's head is moved to the right side of the case 2 by the scratching plate 12, and then passed through the horizontal portion 4a and the inclined portion 4b, and then reversed to fall rapidly to the opposite side of the chute portion 8. It consists of a structure of the reverse slope portion 4c.

The supply part 4 is fixed to the case 2, and has one overflow prevention plate 11, one for each of left and right.

On the other hand, the inside of the case 2 is provided with a sorting unit 6 for sorting and plugging the raw shrimp supplied from the supply unit 4 by size, in this embodiment the sorting unit 6 is a supply unit The structure of the fresh shrimp supplied from (4) in three sizes, namely, large, medium, and small, and plugged in is described as follows.

The sorting unit 6 is arranged horizontally inside the case 2 so as to select a large fresh shrimp and to insert the first sorting plate 6a and the right side of the first sorting plate 6a. The second sorting plate 6b for sorting and inserting the intermediate fresh shrimps and the third sorting plate 6c for sorting and inserting small fresh shrimps to be placed on the right side of the second sorting plate 6b. Include.

The first sorting plate 6a, the second sorting plate 6b, and the third sorting plate 6c are made of a plate-shaped metal material having a predetermined thickness, and are cut and bent to a certain size so that the case 2 and the bolts are separated. It is fixed by being combined with the back.

The first, second, and third sorting plates 6a, 6b, and 6c have a plurality of sorting holes 26a, 26b and 26c for sorting and inserting fresh shrimp onto the surface of the first, second and third sorting plates 6a, 6b and 6c. Perforated and arranged.

The sorting openings 26a, 26b and 26c are formed in an oval shape to be drilled on the surface of the sorting plates by laser cutting or similar method to sort and insert fresh shrimp.

In the above-described embodiment, the shape of the selection port 26a, 26b, 26c is described as an ellipse, but is not limited thereto.

For example, there may be a hole in the tapered shape, and the like, in addition to the shape, shape and arrangement of the sorting opening that satisfies the object of the present invention can be applied by applying.

The chute part 8 for sorting the sized by the sorting part 6 and discharging the raw shrimp to the outside is coupled by the case 2 at the discharge side of the sorting part 6, which is the chute part. The structure of (8) is explained with reference to FIGS. 7A, 7B, 7C, and 7D as follows.

The chute portion 8 is selected and plugged in correspondence with the first sorting plate 6a, the second sorting plate 6b, and the third sorting plate 6c, which are arranged horizontally and placed inside the case 2. After draining, a discharge port for discharging the raw shrimp, that is, the first chute S1, the second chute S2, and the third chute S3, is formed.

The material of the chute part 8 may be a plate-like metal material, and is formed by bending or a similar method.

In addition, the distal end portions of the first chute (S1), the second chute (S2), and the third chute (S3) are formed in different directions, and are selected to be a preferable structure for easily separating and collecting the cut shrimp. .

Both sides of the case (2) is provided with a vibration motor (M) for transmitting the vibration to the sorting unit (6) to sort and plug the fresh shrimp, the vibration motor according to this embodiment is the sorting unit (6) By vibrating in the longitudinal direction of the), the fresh shrimp are moved in one direction by the inertia according to the example.

The vibration motor (M) is made of a structure in which the self-vibration is generated by the rotation of the unbalance weight (UNBALANCE WEIGHT) installed on the inside depending on whether the electricity is applied, this structure is a general vibration generating device, etc. As it is widely used, more detailed description is omitted.

The vibration generating direction of the vibration motor (M) can be variously set by the mounting inclination of the vibration motor (M) attached to the case (2), but in this embodiment as shown in Figure 5 discharge side than the supply side (I) ( O) is preferably set so that the inertia force can be further generated, which is preferable for the fresh shrimp supplied to the sorting plates 20a, 20b, and 20c to move from the supply side I to the discharge side O by inertia. It becomes a structure.

The support part 10 is spaced apart in the longitudinal direction of the case 2, the shock absorbing member (7) is coupled to one end of the fixing bracket (9) and the metal reinforcement (8), and the other of the shock absorbing member (7) It includes a support frame 32 coupled to the side ends and are spaced apart in the width direction of the case (2), respectively.

The shock absorbing member 7 may be a coil spring having a constant modulus of elasticity, and a cover (not shown) may be entirely wrapped around the shock absorbing member 7 to prevent direct contact with foreign substances or the human body. Can be installed.

The support frame 32 may be a conventional square pipe, the lower roller caster 34 is installed on the lower side, the roller caster 34 is installed a brake lever 36 that can maintain a temporarily locked state do.

The support part 10 made as described above supports the case 2 at a predetermined interval from the bottom surface and smoothly picks up the vibration generated from the vibration motor M 6 and the supply part 4. Can be delivered to, the support frame 32 is equipped with a roller caster 34 is to be able to further improve the mobility.

Accordingly, a preferred operating embodiment of the raw shrimp cutout device according to an embodiment of the present invention made as described above with reference to FIG.

First, the brake lever 36 of the roller caster 34 installed on the support 10 is operated to maintain a locked state.

When the supporting part 10 is fixed to the bottom surface by the above process, the first sorting plate 6a, the second sorting plate 6b, and the third sorting plate 6c are sequentially arranged inside the case 2. do. At this time, the setting of the selection unit 6 is completed through the bolt hole drilled in the upper part of the case (2).

Then, when operating the vibration motor (M) by operating a separate control unit (not shown), by vibrating the vibration motor (M) other than the support portion 10, that is, the case 2, the supply unit ( 4), the sorting unit 6, the chute unit 8 and the like will vibrate itself, and the vibration is more smoothly transmitted by the buffer member 7 of the support 10.

Therefore, when the raw shrimp for sorting are supplied to the supply part 4, ie, the horizontal part 4a of the supply part 4 in the said state, the fresh shrimp supplied to this horizontal part 4a are sequentially vibrated by vibration. It is discharged toward the sorting section 6 and supplied to the third sorting plate 6c of the sorting section 6.

At this time, the vibration motor (M) generates an inertia in the longitudinal direction, that is, the supply side (I) and the discharge side (O) of the sorting section 6, the inertia force is discharge side (O) than the supply side (I) By setting the unbalanced weight U of the vibration motor M so as to act as a larger), the dry anchovy is sequentially moved from the supply side I to the discharge side O (see FIG. 5).

In the process of moving to the discharge side (O) of the third sorting plate (6c) by the inertial force as described above, the small shrimp is selected and plugged into the medium by the sorting opening (20c) of the third sorting plate (6c) Shrimp and large shrimp are moved to the sorting opening 20b of the second sorting plate 6b so that the medium sized shrimp are sorted and inserted, and only the large shrimp is moved to the sorting slot 20a. It will be plugged in.

At this time, if the small shrimp proceeds without being plugged into the third sorting plate 6c and reaches the second sorting plate 6b or the first sorting plate 6z, the size of the sorting openings 20a and 20b is large. Instead of being plugged into the plates 6a and 6b, they just fall out, which is collected again in the shrimp storage container 40 to be fed through the chute 8, and all untreated raw material that has been picked up and sorted by the sorting unit 6 cannot be inserted. Shrimp are also gathered again in the shrimp container 40 to be supplied in this way.

In the above embodiment, only the fresh shrimp corresponding to the size of the sorting openings 20a, 20b, and 20c are inserted into the sorting plates 6a, 6b, and 6c, respectively. When it stops, the raw shrimp supply to the supply unit 4 is stopped, and then the shrimp container 40 supplied to the supply unit 4 is temporarily moved to the side, and a separate collecting tank P is placed at the drop point of the chute unit 8 (S1, S2, S3). Will be installed.

At this time, the head of the raw shrimp that is plugged into the sorting plate (6a, 6b, 6c) is in the form of (Fig. 8a) and shows the process of being cut by the scraping plate 12 (Fig. 8b).

The cut shrimp head is moved to the supply side (I), falls through the reverse inclined portion (4c) of the supply portion 4, collected after falling to the back of the machine, and then used for other purposes such as feed or discarded, the shrimp shrimp is vibrated by vibration Drop into the chute (8) to be collected in the collecting container (P) after washing, drying, packaging process is to be commercialized.

In the above embodiment, three kinds of fresh shrimp, that is, large, medium, and small, are selected as examples and cut out, but are not limited thereto.

For example, according to the size of the fresh shrimp required for sorting, by appropriately disposing the sorting plate and chute provided with the corresponding sorting tool, it is possible to easily sort and cut off the fresh shrimp by more various sizes.

As described above, the raw shrimp chops according to the present invention can be easily selected and chopped by the size of the fresh shrimp by the vibration of the vibration motor, thereby significantly reducing the time required for shrimp chops and further improving work efficiency. It has an effect.

Claims (6)

A case, a supply part installed at one side of the right end of the case for supplying fresh shrimp, a sorting part installed at the inside of the case to sort and insert the fresh shrimp supplied by the supply according to size, and the Vibration motors are installed on both sides of the case, respectively, to generate vibrations in the sorting unit, chute for discharging fresh shrimp that are sorted out in the sorting unit, and the case is supported on the bottom and at the same time a vibration motor It includes a support for smoothly transmitting the vibration, wherein the sorting section of the fresh shrimp comprising one or more sorting plate on the inside of the case. The apparatus of claim 1, wherein the sorting plate has an oval shaped sorting hole for sorting and inserting the fresh shrimp onto the surface. The method of claim 1, wherein the sorting plate of the sorting unit is placed horizontally in each of the case is placed therein, these are sorting spheres of different sizes to screen the raw shrimp, characterized in that plugged into the size and size Device. The apparatus of claim 1, wherein the vibration motor generates vibration so that the fresh shrimp can be moved from the supply side to the discharge side of the sorting plates. The method according to claim 1, wherein the chute part, in response to the sorting plate of the sorting unit is formed one or more chute so that the cut raw shrimp are discharged, these chute are composed of fresh shrimp made in different discharge direction Stop device. The method according to claim 1, wherein the support portion is spaced in the longitudinal direction of the case and a buffer member coupled to one end to the fixed bracket, and the support frame is coupled to the other end of the buffer member and installed on the bottom, the buffer The member is made of a coil spring so that the vibration of the vibration motor is more smoothly delivered to the apparatus of the raw shrimp, characterized in that