KR101527750B1 - Apparatus for cleaning byssus of mussel and separate collecting mussel - Google Patents

Abstract

The present invention relates to an apparatus for removing a byssus of mussel and separating and collecting the same, which increases productivity by efficiently removing the byssus of mussel, smoothly separates a broken shell, a foreign material, etc. discharged with the mussel, and separates and collects the mussel even by each size. According to the present invention, the apparatus comprises an insertion guide container into which a mussel collected from an opened upper part is inserted and which guides the mussel to be supplied to a lower part; a first transfer conveyor belt having a rear end positioned in the lower part of the insertion guide container, and having a front end upwardly and slantingly installed in order to transfer the mussel toward the front part; a byssus removal portion having a rear end positioned at a lower part of the front end of the first transfer conveyor belt and receiving the mussel transferred from the first transfer conveyor belt in order to remove a byssus of the mussel, and transferring the same toward the front part; a second conveyor belt having a rear end positioned at a lower part of a front end of the byssus removal portion, receiving the mussel transferred from the byssus removal portion in order to transfer the same toward the front part; and a separation and collection portion positioned at a lower part of an front end of the second transfer conveyor belt, and receiving the mussel transferred from the second transfer conveyor belt in order to separate and collect the mussel only having greater than or equal to a predetermined size.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a mussel-

The present invention relates to a method for efficiently removing mussel's footpaths to improve productivity, separating broken shells and foreign matter discharged together with mussels, and separating mussel by size, .

In general, mussels are molluscs with tribal insects and mussel. They live on reefs attached to reefs, and they are called mussels because of its red color. It is also called mussels. In Yeongnam province of Korea, it is called joint venture or coalition, and in Gangwon province, it is called. These mussels are said to be smooth and shiny because they have a warm flavor and are called "East Sea Mrs" in China.

The mussel in Korea is similar to the Mediterranean mussel, but its shell is thick and has a purple black gloss. The inner surface of the shell has a strong pearly luster, a peel length of about 140mm, and a height of about 80mm. There is a rough patch of growth vein, a kind of bending caused by seasonal differences in growth rate, and there is a lot of seaweed and barnacles.

At high tide, it is submerged in seawater and inhabits on a reef between 20m deep in the tidal flat exposed at low tide. It is attached to rocks with a sticky fiber bundle (byssus), which is a sticky fiber bundle. The mussel's footbath is a clear thread and is a secretion of a mussel that looks like a fishing line. These mussel strains are elastic, sticky, well adhered to anywhere, and exhibit good adhesion in water. In recent years, studies on eco-friendly biosuper adhesives using mussel trout have been actively conducted.

However, after collecting for the sake of edible use, the mussel horseshoe as described above changes like black or brown hair as shown in Fig. 1. In addition to the flesh in the mussel shell 10, It is not an object of. In addition, in the case of the mussel (10) taken from the sea, the surface of the shell (11) is also attached with foreign substances such as shellfish and seaweed on the surface thereof.

In the case of a mussel which is often purchased on the market or at a mart, only the foreign substances adhering to the surface of the shell 11, as shown in FIG. 1, are cleanly removed from the mussel 10, Mussels 10, and mussels 10, which are removed from the buttocks 12 as shown in FIG. 2 and used as food materials, are variously sold. As a matter of course, the more mussel (10) of the above-mentioned mussel (10), the higher the price and the higher the value added.

In this respect, devices have been developed for cleaning the mussel 10 and removing the mussel 12, for example, a device for removing and cleaning the mussel beard 10-1211483, 10-1434591 " Mussel hair removal device ".

In the case of the above-described conventional mussel hair or beard removing device, the frame is installed so as to be inclined downward so that the mussel 10, which is injected from the upper part, slides down and falls down due to its own weight, A plurality of rollers and two sets of reverse rotation rollers are alternately arranged in a line and the mussel 10 is inserted and removed between the normal rotation roller and the reverse rotation roller when the mussel 10 is transferred from the upper part, to be. At this time, a cover having a water injection nozzle for washing the mussel 10 located on the roller, and a swinging bar may be provided.

However, since the mussel's hair or beard removing device according to the prior art has a number of forward rotation rollers and two pairs of reverse rotation rollers alternately arranged in a line, the mussel 10 is not freely fed, The frame must be inclined downward so as to slip downward due to the weight of the mussel 10. Therefore, the height of the whole apparatus is inevitably increased, and the second mussel 12 falls down from above. Therefore, it is general that the biceps 12 can not be removed due to the acceleration due to the inclined surface, and the broken bark of the third mussel 12 (11) or foreign matter stays between a pair of normal rotating rollers and two sets of reverse rotating rollers to contaminate the rollers, to reduce the efficiency of removal of the pawl (12) by blocking the place where the pawl is to be inserted, An unnecessary process of replacing and cleaning the roller occurs.

Since the foreign substance or the broken shell 11 together with the mussel 10 from which the knuckle yarn 12 is removed together are discharged together, a troublesome process to separate them can not be avoided and a process for separating and collecting mussels 10 of various sizes Is required.

SUMMARY OF THE INVENTION It is an object of the present invention to solve the above-mentioned problems. It is an object of the present invention to provide a mussel- The present invention also provides a device for removing and separating footprints of mussel that can remove footbaths more efficiently.

Second, it provides a device for removing and separating the mussel from the mussel which can improve the productivity because it does not allow the mussel to stay between the rollers, as well as to prevent the broken shells or foreign matter from staying on the rollers and to perform frequent replacement and cleaning operations have.

Third, the present invention is to provide a device for removing mussel's footbath and separating and collecting the mussel, which can be separated by natural separation of broken shells and foreign matter discharged along with the mussel, and by the size of mussels.

Other objects, specific advantages and novel features of the present invention will become more apparent from the following detailed description and preferred embodiments with reference to the accompanying drawings.

In order to achieve the above object, according to the present invention, there is provided an apparatus for removing and separating the trout of mussel, comprising: an insertion guide box for introducing the mussel collected through the opened upper portion and guiding the mussel to be fed downward; A first conveying conveyor belt positioned below the loading guide compartment and having a front end inclined upwards to convey the mussels forward; a second conveying conveyor belt having a rear end positioned below the first conveying conveyor belt, The mussel being transferred from the mussel refusing unit to the front of the mussel and being forwarded after forwarding the transferred mussel to remove the mussel of the mussel and forwarding the transferred mussel, A second conveying conveyor belt positioned below said second conveying conveyor belt, Be passed to the control from the mussels feed belt comprises a separated water collection of refuse by separating only the predetermined size or more mussel group of the mussels.

In addition, the insertion guide box is formed such that the inside of the mussels is gathered at a lower side and supplied to the first conveying conveyor belt, and the inside of the insertion guide box is formed as an upper limit of the upper limit.

In addition, the first conveying conveyor belt is characterized in that the rear end is closed so that the mussels supplied from the insertion guide box are not released to the rear, and the front end is opened so that the mussel transferred forward is transferred to the refuge .

In addition, the troop removing unit may include a weft removing frame having a 'C' shape on a flat surface so that a rear end thereof is closed and a front end thereof is opened, A plurality of forward rotation rollers alternately installed alternately forward and rearward so as to be in close contact with each other between the forward rotation rollers in the longitudinal direction along the longitudinal direction inside the deaf-mute frame, The mussel is moved in the same direction as the forward rotation roller to interlock with the forward rotation roller to transfer the mussel forward And a normal and reverse rotation roller.

The trousers removing unit may include a forward rotation motor fixedly installed within the trouser removal frame and rotating the forward rotation rollers forward, a forward rotation motor for transmitting rotation of the forward rotation motor to each of the forward rotation rollers, A forward and reverse rotation motor fixedly installed in the knockout removing frame for forward and reverse rotation of the forward and reverse rotary rollers, forward and reverse rotation transmission mechanisms for transmitting rotational forces of the forward and reverse rotation motors to the forward and reverse rotation rollers, And power transmission means.

In addition, the forward and reverse rotation motors are repeatedly rotated to rotate forward after a predetermined time.

The shrug removing unit may include a split frame fixed to the upper portion of the shrug removal frame so as to be spaced apart from the rear end of the shrug removal frame by a predetermined distance forwardly, And a blocking plate for blocking the inside of the knife removing frame from front and back based on the divided frame.

The troop removing unit may further include a plurality of water spraying nozzles each disposed on an inner surface of the trout removal frame and spraying water toward the mussels conveyed from the first conveying conveyor belt.

A guide plate installed at a lower portion of a front end of the second conveying conveyor belt so as to be positioned above the separation water rejection and guiding the mussels transferred forward from the rear end of the second conveying conveyor belt to be transferred to the separation water rejection And further comprising:

The separable water rejection device may further include a separator collection frame provided parallel to the separator collection frame so as to be opposed to each other, an inclined insulator frame having an interior hollow and having one end coupled to one end of the separate collection frame and the other end spaced upward from the other end of the separated collection frame Frame and a mussel conveyed from the second conveying conveyor belt so as to be spaced apart from each other by a predetermined separation distance left and right inside the inclined frame, A mussel separating the mussels downward, a mussel having a size equal to or larger than the separation interval, a plurality of separation openings for conveying the mussels in the direction of one end of the inclined frame, Collecting the mussels having a size equal to or greater than the separation interval transferred in one direction Is characterized in that it includes a separate collection box.

The inclined frame may further include a swinging unit for swinging the other end of the inclined frame up and down with respect to one end of the inclined frame, one end of the inclined frame being rotatably coupled to one end of the separated collection frame, .

The swinging means includes a swinging motor fixed to the separated collection frame, a swinging rotation shaft which is rotatably installed below the other end of the swinging frame and rotates by receiving the rotation force of the swinging motor, And a swing cam which rotates together and rotates while the outer circumferential surface makes the other end of the oblique frame be the driven section.

The swinging means may further include a swinging spring provided between the separated collection frame and the inclined frame to provide a spring force.

The apparatus for removing and separating the trout of mussel according to the present invention is characterized in that the forward rotation roller and the normal / reverse rotation roller of the rejection of the first bastard are alternately installed, and the normal rotation and the reverse rotation of the normal and reverse rotation rollers are repeatedly performed, Removal of the trout and forward transfer can be carried out together, so that it is not necessary to install the foot-removing frame at an inclined angle, so that the foot of the mussel can be removed more efficiently while the overall height of the apparatus is reduced.

Second, since the normal and reverse rotation rollers can move forward the mussel and the like in conjunction with the forward rotation roller, the mussels, as well as the broken shells and foreign matter can not stay in the normal rotation roller and the normal rotation roller, It is not necessary to carry out frequent replacement and cleaning work, and productivity can be improved.

Third, the mussel transferred from the first conveying conveyor belt to the weft removing frame through the divided frame and the blocking plate is prevented from bouncing forward, and the foreign substance attached to the surface of the mussel transferred through the water spraying nozzle can be cleaned And can provide a high quality mussel.

Fourth, the broken shells and foreign substances discharged together with the mussel can be separated naturally by the rejection of the seaweed, and can be easily separated by the size of the mussel.

FIG. 1 is a perspective view of a typical mussel in an actual state,
FIG. 2 is a perspective view of a mussel in which the footbath is removed in the embodiment of FIG. 1,
FIG. 3 is a perspective view showing an embodiment of a moxibustion removing and separation and collection apparatus according to the present invention,
Figure 4 is a plan view of the embodiment of Figure 3,
FIG. 5 is a main part perspective view showing the insertion guide box and the first conveying conveyor belt in the embodiment of FIG. 3,
6 is a rear perspective view showing the first conveying conveyor belt and the trouser removing unit of the embodiment of FIG. 3,
FIG. 7 is a perspective view showing a footbath remover in the embodiment of FIG. 3,
8 is a side cross-sectional view showing a state in which the mussel of the mussel is removed during the reverse rotation of the normal and reverse rotating rollers before the forward rotation of the forward rotation roller in the embodiment of FIG. 7,
FIG. 9 is a side sectional view showing a state in which the forward rotating mover of the normal and reverse rotating rollers before forward rotation of the forward rotation roller is forwardly conveyed in the embodiment of FIG. 7,
Fig. 10 is a main part perspective view showing the foot pedal rejection, the second conveyance conveyor belt, and the separator rejection in the embodiment of Fig. 3,
FIG. 11 is a principal perspective view showing rejection of separation water in the embodiment of FIG. 3 of the embodiment of FIG. 10,
Figs. 12 and 13 are rear views showing the vertical swinging process of the oblique frame in the embodiment of Fig. 11,
FIG. 14 is a perspective view showing another embodiment of the apparatus for removing and separating the trout of mussel according to the present invention,
Fig. 15 is a perspective view showing the foot-trove removing portion of the embodiment of Fig. 14,
16 and 17 are perspective views showing the operation of the embodiment of Fig.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a preferred embodiment of the apparatus for removing and separating the trout of mussel according to the present invention will be described in detail with reference to the accompanying drawings.

As shown in FIGS. 3 to 13, the apparatus for removing and separating the trout of mussel according to the present invention includes an insertion guide box 100, a first conveying conveyor belt 200, a paddy remover 300, A belt 400 and a separator rejection 500, and may further include a guide plate 600.

As shown in FIGS. 3 to 5, the insertion guide box 100 guides the mussels 10 taken up through the opened upper portion thereof to be fed downward. The mussel 10 is supplied to the first conveying conveyor belt 200 to be described later through the lower portion of the insertion guide box 100 so that the mussel 10 is not released to the outside of the first conveying conveyor belt 200 And the insertion guide box 100 is provided so as to be accurately seated. In the insertion guide box 100, the inside of the mussel 10 is formed as a top of the mussel so that the mussel 10 is gathered downward and supplied to the first conveying conveyor belt 200. That is, although the introduction guide box 100 has a large upper part and a narrow lower part like a funnel, when a large amount of mussels 10 are poured through the upper part of the insertion guide box 100 at a time, The mussel 10 is guided and supplied on the first conveying conveyor belt 200 by a predetermined amount.

As shown in FIGS. 3 to 5, the first conveying conveyor belt 200 is located at the rear of the insertion guide box 100, and the front end of the conveying conveyor belt 200 is inclined upward to convey the mussel 10 forward. The first conveying conveyor belt 200 is a structure for conveying the mussels 10 from the rear to the front by a belt running on an endless track as it is called. The first conveying conveyor belt 200 is installed not in parallel with the ground but at a lower end, do. The reason for this is that the rear end of the first conveying conveyor belt 200 is located below the insertion guide box 100 and is placed at a low position for passing the mussel 10, In order to pass the mussel 10 to be delivered to the mussel 10. Also, the first conveying conveyor belt 200 is closed at the rear end so that the mussel 10 supplied from the insertion guide box 100 is not released backward, and the mussel conveyed forward is conveyed to the post- 300, respectively.

3, 4, and 6 to 10, a rear end 300 is positioned below the front end of the first conveying conveyor belt 200 as shown in FIGs. 3, 4, and 6 to 10, and the rear end conveyed from the first conveying conveyor belt 200 The mussel 10 is transferred to the mussel 10 after removing the mussel 12 of the mussel 10. A feature of the present invention is that the footbath 12 of the transferred mussel 10 is removed as well as the forward transfer of the mussel 10 is performed, The broken shell 11 of the mussel 10 and the foreign substance on the surface of the mussel 10 are transported forward together with the mussel 10.

As shown in FIGS. 6 to 9, the apparatus 300 includes a weft removing frame 310, a forward rotation roller 320, and a forward and reverse rotation rollers 330, and a forward rotation motor 340 And may further include a forward rotation power transmission means 350, a forward and reverse rotation motor 350 and a forward rotation power transmission means 360. As shown in FIGS. 14 to 17, the division frame 360, 370 and a water spray nozzle 380. [

As shown in FIG. 6, the knife removing frame 310 has a "C" shape on the flat surface so that the rear end is closed and the front end is opened. The reason for this is that the mussel 10 is passed from the front end of the first conveying conveyor belt 200 so that if the rear end is opened, the mussel 10 can be detached rearwardly and the rear end is closed. 12 is opened so that the removed mussel 10 can be transported forward. Since the inside of the knife removing frame 310 is opened, the inside of the knife removing frame 310 is loaded through the forward rotation roller 320 and the forward and reverse rotation rollers 330, ), And performs a forward feeding operation.

6 to 9, each of the forward rotation rollers 320 is installed internally in the yoghurt removal frame 310 in an alternately forward and forward direction along the left and right longitudinal direction do. The alternate installation means that each of the forward rotation rollers 320 has an empty space after the first installation, alternately sets the second space, and then installs the space again. The forward rotation roller 320 performs only the forward rotation and is rotated forward by the forward rotation motor 340 and the forward rotation force transmission means 341 as shown in FIG. The forward rotation motor 340 is fixed to the inside of the yoghurt removal frame 310 and rotates the forward rotation rollers 320 forward and the forward rotation power transmission means 341 rotates the forward rotation motor 340 To each of the normal rotation rollers 320. [ In the case of the forward electric power transmitting means 341, a belt-pulley structure is adopted, but a chain-sprocket structure may be adopted for accurate transmission of rotational force.

As shown in FIGS. 6 to 9, the normal and reverse rotation rollers 330 may include a plurality of rollers 330, each of which is disposed inside the take-up and removing frame 310 in the left- So as to be rotatable forward or backward. In other words, the forward rotation roller 320 and the normal / reverse rotation roller 330 mean that they are installed one after the other, as shown in the figure. At this time, the normal / reverse rotation roller 330 can selectively perform forward rotation and reverse rotation, as opposed to just forward rotation of the forward rotation roller 320. 8, the normal and reverse rotation rollers 330 are rotated in the opposite direction to the forward rotation roller 320 to rotate together with the forward rotation rollers 320, And the mussel 10 is forwardly transported in conjunction with the forward rotation roller 320 in the same direction as the forward rotation roller 320 as shown in FIG. The normal / reverse rotation roller 330 is rotated in the forward and reverse directions by the normal / reverse rotation motor 350 and the normal / reverse rotation power transmission means 351 as shown in Fig. That is, the normal / reverse rotation motor 350 is fixedly installed in the knocker removing frame 310 and rotates forward and backward in each of the normal and reverse rotation rollers 330, And transmits the rotational force of the normal / reverse rotation motor (350) to each of the normal and reverse rotation rollers (330). In the case of the forward and reverse rotation power transmitting means 351, a belt-pulley structure is adopted as well, but a chain-sprocket structure may be adopted for accurate transmission of the rotational force.

Here, in the case of the normal / reverse rotation roller 330 which rotates in the normal and reverse directions in accordance with the forward / reverse rotation of the normal / reverse rotation motor 350 in comparison with the forward rotation roller 320 that performs only normal rotation by the forward rotation motor 340, The mussel 10 of the mussel 10 is removed and the forward mussel 10 is transported forward while interlocked with the forward rotation roller 320. [ Accordingly, when the mussel 10 is conveyed from the first conveying conveyor belt 200 to the pigtail refuse 300, the forward and reverse rotation motors 350 are controlled to rotate repeatedly for a predetermined period of time, . As a result, the mussel 10 transferred to the shrine rejection 300 is sufficiently removed when the normal and reverse rotation rollers 330 are reversely rotated for a preset time, and then the normal rotation roller 330 is rotated And transports the mussel 10 forward. The preset time is a time for the user to set the rotation time of each of the reverse rotation and the normal rotation of the forward and reverse rotation motor 350. The predetermined time is a time for removing the footstep 12 of the transferred mussel 10 . It is also possible to specify the time at which the mussel 10 can be transported at a time by the length of the footrest removing frame 310 at the same time or to specify the time at which the mussel 10 is transported, The rotation time of each of the forward and reverse rotation motors 350 can be set by the secondary transfer after the removal of the secondary foot yarn 12, and the like.

On the other hand, when the mussel 10 is passed from the front end of the first conveying conveyor belt 200 to the rear end of the piggyback rejection 300, the downward dropping of the mussel 10 occurs. At this time, when the falling mussel 10 is thrown forward to the front of the weft removing frame 310 of the piggyback rejection 300, the mussel 10 which has not been removed from the weft 12 is transferred to the second conveying conveyor belt 400, There is room to reach. 14 to 17 so that all buttocks 12 of the mussel 10 transferred from the first conveying conveyor belt 200 can be removed without leaving such a room. And may further include a frame 360 and a blocking plate 370.

That is, the divided frame 360 is fixed to the upper portion of the yoghurt removing frame 310 so as to be spaced apart from the rear end of the yoghurt removing frame 310 by a predetermined distance, and the blocking plate 370 is fixed to the divided frame 360 And cuts the inside of the knocker removing frame 310 back and forth with respect to the divided frame 360. As shown in FIG. 16, when the cut-off plate 370 is pulled out, the inside of the take-off removing frame 310 is blocked back and forth so that the first conveying conveyor belt 200 is rotated in the forward and backward directions, The mussel 10 dropped and transported is blocked by the blocking plate 370 and can not be thrown forward to the front of the foot removing frame 310 so as to stay behind the foot removing frame 310 to sufficiently remove the foot 12 . Conversely, when the mussel 10 from which the knuckle yarn 12 is removed is transferred to the front of the knocker removing frame 310, the blocking plate 370 is controlled to be drawn into the divided frame 360 as shown in FIG. do. Here, it can be seen that the operation of the blocking plate 370 is controlled in conjunction with the forward and reverse rotation motors 350.

In addition, in the case of the mussel 10 which is transported to the piggyback rejection 300, foreign matters are attached to the surface of the footbath 12 as well as the surface, so it is necessary to spray the water and clean it. 6 and 16, the pigtail refuse 300 is installed on the inner side of the trout removal frame 310, and the mussel conveyed from the first conveying conveyor belt 200 And a plurality of water spray nozzles 380 for spraying water toward the plurality of water spray nozzles. Here, the operation of the water injection nozzle 380 may be controlled in conjunction with the forward / reverse rotation motor 350 together with the operation of the blocking plate 370.

The second conveying conveyor belt 400 has a rear end located below the front end of the sledding rejector 300 and passes the mussels 10 transferred from the sledding rejector 300 to forward. The second conveying conveyor belt 400 is also configured to convey the mussel 10 from the rear to the front by a belt running in an endless track. The mussel 10 conveyed by the second conveying conveyor belt 400 is conveyed to the separation water rejection 500 described later. At this time, when the mussel 10 is delivered from the second conveying conveyor belt 400 to the separation water rejection 500, the guide plate 600 ) Can be installed. 3, 4 and 10, the guide plate 600 is installed at the lower portion of the front end of the second conveying conveyor belt 400 so as to be positioned above the separation water rejection 500, And guide the mussel 10 forwarded from the rear end of the conveyor belt 400 to be transferred to the separation water rejection 500.

The separation rejection 500 is located below the front end of the second conveying conveyor belt 400 as shown in FIGS. 10 to 13, and the mussel 10 transferred from the second conveying conveyor belt 400 is handed over Only mussels 10 of a predetermined size or more among the mussels 10 are collected separately. The mussel 10 separates the mussels 10 by more than a predetermined size and separates the mussels 10 from the mussels 10 by a predetermined amount. The broken shell 11 and foreign matter can be separated naturally.

As shown in Figs. 10 to 13, the separator rejection 500 may include a separate collection frame 510, a slope frame 520, a separation gate 530 and a collection bin 540, (550). ≪ / RTI > The swinging means 550 may include a swinging motor 551, a swinging rotation shaft 552, a swinging cam 553, and a swinging spring 554.

The mussel 10 is passed upward from the second conveyor belt 400 and the mussel 10 or the mussel 10 is moved downward. To separate and drop the broken shell 11 and foreign matter. The reason why the separated collection frame 510 is opened before and after is that the separated collection box 540 to be described later can be easily pushed into the front or rear lower portion of the separated collection frame 510.

The inclined frame 520 is hollow and has one end connected to one end of the separated collection frame 510 and the other end inclined upwardly from the other end of the separated collection frame 510.

The separating jig 530 is provided along the longitudinal direction so as to be spaced from the inclined frame 520 by a predetermined separation distance laterally and is conveyed from the second conveying conveyor belt 400 And the mussels 10 having a size equal to or larger than the separation interval are transported in the direction of one end of the inclined frame 520, do. Since the detachable handle bar 530 is installed along the longitudinal direction of the inclined frame 520, the detachable handle bar 530 is also inclined with the inclined frame 520. Accordingly, the mussel 10 or foreign matter transferred from the second conveying conveyor belt 400 will be conveyed in the direction of one end of the inclined frame 520 while slipping down to the separating bar 530. At this time, since the predetermined separation interval is formed between the separation hooks 530, the mussel 10 or foreign matter having a size smaller than the separation interval can not be transferred to the one end direction of the slanting frame 520, So that it will fall apart.

Therefore, it is possible to separate the mussel 10 according to the size of the mussel 10 through the separated collection frame 510, the inclined frame 520, and the separating bar 530 as well as the broken shell 11 of the mussel 10 Foreign matter and the like can also be separated. The separated mussel 10 is collected in a separate collection box 540 described later. That is, the separation pick-up box 540 is installed below the one end of the inclined frame 520 and is connected to the mussels having the size equal to or larger than the separation interval transferred to the one end direction of the inclined frame 520 by the separation- 10). On the contrary, although not shown in the drawing, a separate collection box for collecting mussels 10 or foreign substances having a size equal to or smaller than the separation interval between the separation water jets 530 may be disposed below the inclined frame 520. At this time, as shown in FIG. 11, an inclined guide plate (not shown) may be installed at the lower end of the front end of the inclined frame 520 so that foreign matter can be dropped and collected in a separate collection box.

In addition, when the slope frame 520 and the separation gate rod 530 of the separation water rejection 500 are not fixed but oscillate upward and downward to vibrate, the mussel 10, which is transferred to the separation water float 530, So that the mussels 10 can be separated more easily. To this end, it may further include a swinging unit 550 to swing the inclined frame 520 up and down with respect to the separated collection frame 510.

11-13, one end of the inclined frame 520 is rotatably coupled to one end of the separated collection frame 510, the swinging unit 550 is coupled to the other end of the inclined frame 520, Up and down with respect to one end of the inclined frame 520. More specifically, the swinging unit 550 includes a swing motor 551 fixed to the separated collection frame 510, a swing motor 551 rotatably installed below the other end of the swing frame 520, And a swinging cam 553 coupled to the swinging rotation shaft 552 and rotating together to make the other end of the swinging frame 520 be the driven end, .

12 and 13, the swinging rotation shaft 552 and the swinging cam 553 are rotated by the rotation of the swinging motor 551, and the swinging cam 553 is rotated by the projecting nose of the swinging cam 553 The other end of the driven inclined frame 520 swings up and down. At this time, a swing spring 554 is installed so that up-and-down vibration may occur in addition to a buffering effect when the inclined frame 520 swings. That is, the swinging unit 550 may further include a swinging spring 554 installed between the separated collection frame 510 and the slant frame 520 to provide a spring force to the slant frame 520 .

As described above, according to the present invention, the moxibustion removing and separating and collecting device for mussel includes alternately arranging the forward rotation roller 320 and the normal / reverse rotation roller 330 of the first refuse rejection 300, 330 of the mussel 10 can be removed and forwardly transported together by repeatedly performing the forward rotation and the reverse rotation of the mussel 10 so that the weft removing frame 310 does not need to be inclined. The moxibustion 10 of the mussel 10 can be removed more efficiently.

Second, since the normal and reverse rotation rollers 330 can forward the mussels 10 and the like in conjunction with the forward rotation roller 320, the mussels 10, as well as the broken shells and foreign matter, And the normal and reverse rotation rollers 330, so that it is possible to improve productivity by eliminating the need for frequent replacement of the rollers and frequent replacement and cleaning operations.

Thirdly, it is possible to prevent the mussel 10, which is conveyed from the first conveying conveyor belt 200 from the first conveying conveyor belt 200, through the partitioning frame 360 and the blocking plate 370 to fly forward, 380 can clean the foreign substances adhering to the surface of the mussel 10 and can provide a high-quality mussel 10.

Fourthly, the broken shell 11 or foreign matter discharged together with the mussel 10 by the separation water refuse 500 can be separated naturally and easily separated according to the size of the mussel 10 and collected.

The embodiments of the present invention described above and shown in the drawings should not be construed as limiting the technical idea of the present invention. The scope of protection of the present invention is limited only by the matters described in the claims, and those skilled in the art will be able to modify the technical idea of the present invention in various forms. Accordingly, such improvements and modifications will fall within the scope of the present invention as long as they are obvious to those skilled in the art.

10: Mussel
11: Shell 12: Legs
100: Input guide box
200: first conveying conveyor belt
300: Rebels refused 310: Legs removed frame
320: forward rotation roller 330: forward and reverse rotation roller
340: forward rotation motor 341: forward rotation power transmission means
350: normal / reverse rotation motor 351: forward / reverse rotation power transmission means
360: Split frame 370: Blocking plate
380: Water injection nozzle
400: second conveying conveyor belt
500: Separated water rejection
510: Separate Collection Frame 520: Inclined Frame
530: Separator barge 540: Separator box
550: Swinging means 551: Swinging motor
552: swing rotation shaft 553: swing cam
554: swing spring
600: guide plate

Claims (13)

A mussels inserted through an opened upper portion of the mussels are introduced into the mussels and guide the mussels to be fed downwardly,
A first conveying conveyor belt having a rear end positioned below the insertion guide compartment and having a front end inclined upward to convey the mussel forward;
A rearward conveying belt conveyor belt conveyed from the first conveying conveyor belt to a front end of the first conveying conveyor belt, the rear conveyor belt conveying the mussel conveyed from the first conveying conveyor belt,
A second conveying conveyor belt having a rear end positioned below the saddle stitch rejection sheave and conveying the mussel transferred from the saddle stitch rejection to forward,
And a separation rejection unit disposed below the second conveying conveyor belt for separating and collecting only the mussels of a predetermined size or more among the mussels by passing the mussels transferred from the second conveying conveyor belt,
In the introduction guide box,
Wherein the mussels are gathered downward and fed to the first conveying conveyor belt.
delete The method according to claim 1,
The first conveying conveyor belt
And the front end is opened so that the rear end is closed so that the mussel supplied from the insertion guide box is not released to the rear and the mussel transferred forward is transferred to the saddle rejecting device. .
The method according to claim 1,
The footbath-
A foot removing frame in a 'C' shape on a flat surface so that a rear end thereof is closed and a front end thereof is opened,
A plurality of forward rotating rollers each of which is provided so as to be forwardly forwardly rotatable in the longitudinal direction along the left and right longitudinal direction within the stay removal frame,
Each of which is disposed alternately in forward and backward directions so as to be in close contact with each of the forward rotation rollers along the left and right longitudinal direction inside the yoghurt removal frame, And a plurality of normal and reverse rotating rollers for removing the trout of the mussel in cooperation with the forward rotating roller and forwarding the mussels in the same direction as the forward rotating roller by interlocking with the forward rotating roller. Removal and separation of mussel trout.
5. The method of claim 4,
The footbath-
A forward rotation motor fixedly installed in the trouser lifting frame and rotating the forward rotation rollers forward,
A forward rotation power transmitting means for transmitting the rotational force of the forward rotation motor to each of the forward rotation rollers,
A forward and reverse rotation motor fixedly installed in the knockout removing frame and rotating forward and backward in each of the forward and reverse rotation rollers forward and backward;
Further comprising forward and reverse rotation power transmitting means for transmitting the rotational force of the forward and reverse rotation motor to each of the forward and reverse rotation rollers.
6. The method of claim 5,
Wherein the normal /
And then repeatedly rotated forwardly for a predetermined period of time to rotate forward.
5. The method of claim 4,
The footbath-
A divided frame fixed to the upper portion of the foot relief frame so as to be spaced apart from the rear end of the foot relief frame by a predetermined distance;
Further comprising a cutoff plate installed to be capable of being pulled downward from the inside of the divided frame and blocking the inside of the trout removal frame forward and backward with reference to the divided frame.
5. The method of claim 4,
The footbath-
Further comprising a plurality of water spray nozzles provided on the inner surface of the knife removing frame for spraying water toward the mussels conveyed from the first conveying conveyor belt, .
The method according to claim 1,
Further comprising a guide plate installed at a lower portion of a front end of the second conveying conveyor belt so as to be located above the separation water rejection and guiding the mussels transferred forward from the rear end of the second conveying conveyor belt to be transferred to the separation water rejection And removing and separating the trout from the mussel.
The method according to claim 1,
The separation-
A separation and collection frame installed parallel to each other,
An inclined frame having an interior hollow, one end connected to one end of the separated collection frame and the other end inclined upwardly from the other end of the separated collection frame,
Each of the mussels is provided along the longitudinal direction so as to be spaced apart from the inside of the inclined frame by a predetermined separation distance, and the mussels transported from the second conveying conveyor belt are smaller than the separation interval, The mussels having a size equal to or larger than the separation interval are separated from each other by a plurality of separating jets,
And a collection tank disposed below the one end of the inclined frame and collecting mussels having a size equal to or larger than the separation interval transferred to the one end direction of the inclined frame by the separation water swimmer. Collection device.
11. The method of claim 10,
The inclined frame includes:
One end of which is rotatably coupled to one end of the separated collection frame,
The separation-
Further comprising swinging means for swinging the other end of the inclined frame up and down with respect to one end of the inclined frame.
12. The method of claim 11,
The swinging means
A swing motor fixed to the separate collection frame,
A swinging rotary shaft that is rotatably installed below the other end of the inclined frame and rotates by receiving a rotational force of the swinging motor;
And a swing cam coupled to the swinging rotary shaft and rotating together to make the other end of the swinging frame a driven swing cam.
13. The method of claim 12,
The swinging means
Further comprising a pivoting spring installed between the separated collection frame and the inclined frame to provide a spring force to the inclined frame.

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