KR101526551B1 - Processing device for a fish - Google Patents

Abstract

The present invention relates to a fish processing machine, and it is intended to provide a fish processing machine capable of quickly and easily performing a fishbath embedding process and a black film removing process while maintaining freshness without deforming the fish shape.
That is, the present invention relates to a fuel cell comprising: a gas; A chain conveyor installed in two rows in front of and behind the base and driven by a motor installed in the rear of the base; A conveyor for feeding the fish from the upper side of the feed hopper, one side of which is exposed to the outside of the airframe, and a head rest cage and a body rest cage which are installed on the support so as to face each other at regular intervals so that both ends are fixed to the chain conveyor installed in two rows; Wow; A pressure clamping transferring unit disposed on both sides of the head holding cage and the body holding cage, the pressure clamping transferring unit being installed on the base to support the press conveying belt in parallel with the chain conveyor to be driven by the motor; An abutment part provided on the base body so as to be close to the feeding hopper and adapted to rest on the fish which is placed in the headrest cage and the body cage and moves in a pressurized state by the pressurizing clamping part; A built-in device for removing the viscera from the fish which is installed on the side of the alveolar part and which is placed in the head-sitting cage and the body-holding cage so as to be moved in a pressurized state by the press-clamping- A damper installed on a side of the built-in rejecter to remove the damper from the fish, the damper being disposed in the headrest cage and the body cage so that the pressurized clamping is moved to a pressurized state by the sending part; A front baffle removing unit disposed on the side of the burgundy removing unit and disposed in the headrest cage and the body cage so as to move in a pressurized state by the pressurizing clamping unit and remove the black film attached to the abdomen; A rear black film removing unit installed on the side of the frontal black film removing unit and disposed in the head holding cage and the body holding cage so as to be moved in a pressurized state by the press clamping transfer unit and to remove the black film attached to the boat side again; And a driving motor connected to a rotating shaft provided on the base so as to be driven by a motor so as to be positioned above the front of the obturator unit, the obturator unit, the deodorizing unit, the defrosting unit, the defrosting unit, And first to sixth pressing portions including arc-shaped pressing portions for providing a tension of the first to sixth pressing portions; Wherein the first to sixth pressing portions are provided with rotation shafts so as to be bearably supported on the base body; A bracket for engaging with a pushing member having an arc-shaped pushing surface protrudes from an end of the rotary shaft; The bracket is connected to the fixing bracket formed at the upper end of the pressing member by a pin; Wherein a spring retainer is formed on the upper side of the fixing bracket so that both ends of the tension spring are fixed between the spring retainer formed on the bracket so that the pressing surface of the pressing roller is resiliently supported between the pressure conveying belts on both sides of the pressure clamping conveyor; The lateral driving shaft of the rear black membrane removing unit is provided with a separator for separating the fish moving in the head holding cage and the body holding cage.

Description

[0001] The present invention relates to a processing device for a fish,

The present invention relates to a fish processing machine, and more particularly, to provide a fish processing machine which can quickly and easily remove a harvest, a viscera, and a black membrane of a fish while maintaining freshness without deforming the fish shape.

Among the fish, pollinators are called ecological, dynamic, bukhwa (kuntai), hwangtae, kodari, white, black,

Beetle (dried leaves), Dae-tae, Codari, Baektae, Oktae, and Cheongtae are obtained by drying with the guts and gills removed.

Removal of gills and gills from fish has traditionally been done by cutting off a ship using a knife. In this case, this work is dependent on manpower to date.

As described above, there is a problem that when the labor force is dependent on the workforce, the working environment is poor, the work time is long due to aging, and the labor costs are increased.

As described above, the working environment is poor and the aging of the workers has caused many difficulties in the mass production of bamboo shoots, bamboo shoots, bamboo shoots, cadarias, white wangs, There is a problem that the quality of the product deteriorates due to the decrease of the freshness such as the loss of fish meat in the course of the process. In the industry, there is a desperate need for a fish processing machine in which the removal of fishes can be mechanically simplified, .

Accordingly, the present inventor has researched and developed the present invention in order to solve the problems caused by the above-described conventional fish processing. In the present invention, it is possible to quickly and simply remove the fish harvesting, The present invention has been completed based on the technical problem.

According to an aspect of the present invention, A chain conveyor installed in two rows in front of and behind the base and driven by a motor installed in the rear of the base; A conveyor for feeding the fish from the upper side of the feed hopper, one side of which is exposed to the outside of the airframe, and a head rest cage and a body rest cage which are installed on the support so as to face each other at regular intervals so that both ends are fixed to the chain conveyor installed in two rows; Wow; A pressure clamping transferring unit disposed on both sides of the head holding cage and the body holding cage, the pressure clamping transferring unit being installed on the base to support the press conveying belt in parallel with the chain conveyor to be driven by the motor; An abutment part provided on the base body so as to be close to the feeding hopper and adapted to rest on the fish which is placed in the headrest cage and the body cage and moves in a pressurized state by the pressurizing clamping part; A built-in device for removing the viscera from the fish which is installed on the side of the alveolar part and which is placed in the head-sitting cage and the body-holding cage so as to be moved in a pressurized state by the press-clamping- A damper installed on a side of the built-in rejecter to remove the damper from the fish, the damper being disposed in the headrest cage and the body cage so that the pressurized clamping is moved to a pressurized state by the sending part; A front baffle removing unit disposed on the side of the burgundy removing unit and disposed in the headrest cage and the body cage so as to move in a pressurized state by the pressurizing clamping unit and remove the black film attached to the abdomen; A rear black film removing unit installed on the side of the frontal black film removing unit and disposed in the head holding cage and the body holding cage so as to be moved in a pressurized state by the press clamping transfer unit and to remove the black film attached to the boat side again; And a driving motor connected to a rotating shaft provided on the base so as to be driven by a motor so as to be positioned above the front of the obturator unit, the obturator unit, the deodorizing unit, the defrosting unit, the defrosting unit, And first to sixth pressing portions including arc-shaped pressing portions for providing a tension of the first to sixth pressing portions; Wherein the first to sixth pressing portions are provided with rotation shafts so as to be bearably supported on the base body; A bracket for engaging with a pushing member having an arc-shaped pushing surface protrudes from an end of the rotary shaft; The bracket is connected to the fixing bracket formed at the upper end of the pressing member by a pin; Wherein a spring retainer is formed on the upper side of the fixing bracket so that both ends of the tension spring are fixed between the spring retainer formed on the bracket so that the pressing surface of the pressing roller is resiliently supported between the pressure conveying belts on both sides of the pressure clamping conveyor; The lateral driving shaft of the rear black membrane removing unit is provided with a separator for separating the fish moving in the head holding cage and the body holding cage.

Wherein the alveolar portion includes an alveolar lifting member that is lifted and lowered along a guide shaft provided on a back surface of the base; A lifting and lowering cylinder for lifting and lowering the lifting and lowering member; A racing motor provided on the raising / lowering member; And wherein the coupling to the luffing motor is a luffing cutter coupled to the luffing shaft and to the harvesting shaft so as to be positioned below the second pressing portion; And a pair of abdominal pressure rollers provided on both sides of the abdominal cutter to press the both side pressurized conveyance belts of the pressurizing clamping abutment to press the fish when the abdominal cutter rises; A pair of pressure roller rollers for axles are axially coupled to a pivot block which is coupled to a pair of pins at one end by a pressure roller support block fixed to a base and pinned to the pressure roller support block for punching is provided with a pinion gear- At the pivot, a spring fixed lance is formed and both ends of the tension spring are connected to these.

Wherein the built-in rejection comprises a built-in removal lifting member for moving up and down along a guide shaft provided on a back surface of the base body; A built-in lifting cylinder for lifting the built-in removal lifting member; A built-in removing motor installed on the built-in removal lifting member; A built-in removing shaft coupled to the built-in removing motor, and a built-in removing impeller coupled to the built-in removing shaft so as to be positioned below the third pressing portion; A built-in removable opening jig which is located in front of the built-in removal impeller and which is raised and lowered by a built-in removal opening cylinder provided on the base and a tip portion is formed in the fish entry direction; And a pair of built-in removal pressure rollers installed on both sides of the built-in removal impeller to press the pressure transfer belt on both sides of the pressure clamping transfer portion when the built-in removal impeller rises, A pair of built-in removal pressurizing roller shafts are axially coupled to a pivotal table, one end of which is coupled to the base by a pin, and the two pivotal supports are connected to each other by a tension spring so that the built-in removal pressurizing roller is pressed toward the pressurization transfer belt.

Wherein the window removal unit comprises: a mounting bracket fixed to the back surface of the base; A horizontal support tube installed to be supported by bearings at the upper end of the mounting bracket so as to be exposed to the front of the gas; A pivoting cylinder connected to the support pipe pivot integrally formed on the horizontal support pipe and connected to the horizontal support pipe to rotate the horizontal support pipe during the elevating operation; A drive shaft installed in the horizontal support tube to be driven by the motor for removing the windshield installed on the mounting bracket and the motor for removing the windshield; A vertical support pipe installed to be positioned below the fourth pressing part when lifted in a direction perpendicular to the horizontal support pipe, and a driven shaft installed in the vertical support pipe such that the power of the drive shaft is made by the bevel gear; A cutter removing cutter provided at an upper end of the driven shaft and having a narrow upper portion and a wider tapered lower portion and a gear type cutter formed on the outer periphery in a densely fashion; A cutting knife formed in an arcuate shape and fixed to the upper end of the driven shaft so as to be positioned above the cutter for removing the large window; A C-shaped cutting board fixed to the vertical support tube so as to be positioned on the upper side of the cutting knife, the C-shaped cutting board being opened in the fish entering direction and having a cutting support jaw formed in the rotating direction of the cutting knife to operate as a cutting knife and scissors; A jig removing opening opening which is located in front of the jig removing cutter and is raised and lowered by a jig removing opening opening provided on the base and a tip portion is formed on a side toward the fish entering direction; And a pair of extrusion removing pressure rollers provided on both sides of the extrusion cutter for pressing the pressure transmission belts on both sides of the pressurization clamping switch when the extrusion cutter is lifted, A pair of large-window removal pressure roller shafts are axially coupled to a pivotal table, one end of which is coupled to the base by fins, and the two pivotal supports are interconnected by a tension spring so that the large-diameter removal pressure roller is pressed toward the pressure transferring belt.

Wherein the front black membrane removing part comprises: a front black membrane removing elevating member which moves up and down along a guide shaft provided on a back surface of the base; A lift-off cylinder for removing the front black membrane for lifting the front black membrane removal lifting member; A motor for the front black film provided on the elevation member for removing the front black film; An impeller or brush for a front black film which is coupled to a motor for a front black film and a shaft for a front black film so as to be positioned below a fifth pressing part; A front black membrane removal opening jig located in front of the impeller or brush for the front black membrane and having a shape in which a tip portion is raised and lowered by a cylinder for removing the front black membrane provided on the base and in the fish entry direction; A cleaning nozzle installed in the space between the jig for the front black film removing opening and the impeller or brush for the front black film, and a cleaning water supply pipe connected to the cleaning nozzle, the opening / closing cam provided on the driven shaft of the conveying part, A check valve opened when the lever is pressed by the check valve; And a pair of front black-film removing pressure rollers installed on both sides of the impeller or brush for the front black film so as to press the pressing rollers on both sides of the pressure clamping transfer belt when the impeller or brush for the front black film rises, But; The pressure roller shaft for removing the front black film is axially coupled to a pivotal table which is connected to a pressure roller support for removing the front black film fixed at one end by a pin and a pinion which is gear- A rod-engaging slot is formed between the engaging portions, and a rod-engaging hole is formed in the rod-engaging slot so as to be rotatable with respect to a cylinder So that when the rod is pulled out, the pressing roller for removing the front black film can pivot the pivotal table so as to release the pressurized transferring belts on both sides of the pressurizing clamping transfer section, and a tension spring is provided between both pivotal tables.

The rear black membrane removing portion includes a mounting bracket fixed to a back surface of the base body; A horizontal support tube installed to be supported by bearings at the upper end of the mounting bracket so as to be exposed to the front of the gas; A pivoting cylinder connected to the support pipe pivot integrally formed on the horizontal support pipe and connected to the horizontal support pipe to rotate the horizontal support pipe during the elevating operation; A drive shaft installed in the horizontal support tube to be driven by the motor for removing the rear black film installed on the mounting bracket and the motor for removing the rear black film; A vertical support pipe installed to be positioned below the sixth pressing part when lifted in a direction perpendicular to the horizontal support pipe, and a driven shaft installed in the vertical support pipe such that the power of the drive shaft is made by the bevel gear; A rear black membrane removing brush installed at an upper end of the driven shaft and having a narrow upper part and a wider wide tapered shape and a gear type cutter formed densely on the outer periphery; A rear black membrane removal opening jig which is located in front of the rear black membrane removal brush and which is raised and lowered by a cylinder for removing the rear black membrane installed on the base and has a tip portion in the fish entry direction; A cleaning nozzle which is installed to be supported by the gas so as to be located in a space between a fixture for the rear black membrane removal opening and the brush for removing the rear black membrane and branches from the water supply pipe for the front black membrane removal; And a pair of rear black film removing pressure rollers installed on both sides of the rear black film removing brush to press the both side pressurizing and conveying belts of the pressurizing and clamping transfer portions to press the fish when the rear black film removing brush rises; The pressure roller shaft for removing the rear black film is axially coupled to a pivotal table, one end of which is coupled to the pressure roller support for rear black film removal fixed to the base, and the pin coupled to the pressure roller support for removing the rear black film is provided with a pinion gear- A rod-engaging slot is formed between the engaging portions, and a rod-engaging hole is formed in the rod-engaging slot so as to be rotatable with respect to a cylinder And when the rod is pulled out, the pressing roller for removing the rear black film can rotate the pivotal table so as to press the both side pressurized conveyance belts of the pressure clamping transfer section, and a tension spring is provided between both pivotal tables.

When the fish processing machine provided in the present invention is used, the process of collecting fish, removing the viscera, and removing the black film can be performed collectively, and the processing time can be drastically reduced as compared with the conventional method, , Maintenance of freshness during processing and reduction of processing cost can be expected.

1 is a front view showing a preferred embodiment of a fish processing machine provided in the present invention;
Fig. 2 is a plan view of Fig. 1
Fig. 3 is a rear view of Fig. 1
Fig. 4 is a perspective view showing a front configuration of a fish processing machine provided in the present invention. Fig.
Fig. 5 is a perspective view showing the configuration of the abdomen of the present invention
Fig. 6 is a front view showing the operating state of Fig. 5
FIG. 7 is a plan view showing the operating state of FIG.
Fig. 8 is a perspective view showing the construction of the built-
Fig. 9 is a front view showing the operating state of Fig. 8
Fig. 10 is a plan view showing the operating state of Fig. 8
Fig. 11 is a perspective view showing the configuration of the anti-
Fig. 12 is a front view showing the operating state of Fig. 11
Fig. 13 is a plan view showing the operating state of Fig. 11
FIG. 14 is a rear perspective view of the frontal black film removing device according to the present invention,
Fig. 15 is a front view showing the operating state of Fig. 14
16 is a rear perspective view showing the rear black film removing structure according to the present invention.
17 is a front view showing the operating state of Fig. 16

Hereinafter, an embodiment of a fish processing machine provided in the present invention will be described with reference to the accompanying drawings.

Fig. 1 is a front view showing a preferred embodiment of a fish processing machine provided in the present invention. Fig. 2 is a plan view of Fig. 1, Fig. 3 is a rear view of Fig. 1, Respectively. As shown in FIG.

The fish processing machine 1 provided in the present invention comprises a base body 2, a feed section 4, a pressurizing clamping transfer section 6, an abdomen section 7, a builder reject section 9, A defrosting removing unit 11, a defrosting unit 13, a defrostering unit 15, The front face of the upper face of the upper face of the upper face of the upper face of the upper face of the upper face of the upper face of the upper face of the upper face, 17, 18, 19, 20, 21, and 22, respectively.

The base 2 is provided with a wheel 2a for moving the lower part and the loading hopper 3 is provided on the side of the base 2 in a protruding form.

- Transportation -

The transfer section 4 is provided in front of the base 2 and the configuration of the transfer section 4 is configured such that the chain conveyor 41 driven by a motor 5 provided behind the base 2 is inserted into the hopper 3, As shown in Fig.

The chain conveyor 41 has a structure in which a chain 45 is provided in two rows so that the sprocket 44 provided in two rows on the driving shaft 42 and the driven shaft 43 is spaced apart from each other.

The chain 45 provided at two rows constituting the chain conveyor 41 is provided with a support base 46 at regular intervals and the support base 46 fixes both ends at right angles to the both chain 45. The fish cage (47) is provided on one side of the support base (46), and the body cage (48) is provided on the opposite side of the support base (46). In the present invention, the body cage 48 is positioned in front of the chain 45 in the direction of travel of the chain 45.

According to the above-mentioned feeding part 4, when the head and tail side body are placed on the head positioning cage 47 and the body positioning cage 48 with the boat of the fish A facing downward from the feeding hopper 3 side, And the fish A is moved by the driving force of the fish-eye 5.

- Pressurized clamping transmission -

The press clamping transfer section 6 is located above the chain conveyor 41 of the transfer section 4. The structure is such that the support plate 61 is fixed to the left and right sides of the base body 2, A pair of left and right pressurized conveyance belts 62 are provided. The two pressurized conveyance belts 62 are provided on both sides of the headrest cage 47 and the body cage 48 so as to sandwich the head cage 47 and the fish A placed in the body cage 48. [ As a whole.

The both side pressurized conveyance belts 62 allow the collective drive by the motor 5 that drives the chain conveyor 41 and preferably the input shaft 63 to which the power of the motor 5 is transmitted to the base 2 and a bevel gear 64 that is gear-engaged with the input shaft 63 is coupled to the pressurization transfer belt shaft 62a vertically erected on the support plate 61 to transmit power .

At this time, it is natural that the conveying speeds of the chain conveyor 41 and the pressurizing conveying belt 62 are kept the same.

A first pressing portion 15 provided on the base 2 is disposed above the portion where the pressurizing conveyance belt 62 of the pressurizing clamping relief conveying portion 6 is started so that the fish naturally flows in between the both pressurized conveyance belts 62 .

At this time, the first pressing part 15 has a pressing ring 23a formed at the tip end of the pressing part 24 so as to press the head from the upper part of the head holding cage 47. The head holding cage 47, So that the head of the fish A placed in the cage 48 can be pressed and firmly fixed.

- Alcoholic beverages -

FIG. 5 is a perspective view showing the configuration of the abdomen of the present invention, FIG. 6 is a front view showing the operating state of FIG. 5, and FIG. 7 is a plan view showing the operating state of FIG.

The lumber part 7 is provided so as to incise a ship of the fish A moving through the chain conveyor 41 and the press clamping transfer part 6 as described above.

The constitution of the luffing portion 7 is such that a guide shaft 71 is provided on the back surface of the base body 2 and an elevating member 72 for raising and lowering is provided so as to ascend and descend along the guide shaft 71, 72 is fixed to the base 2 to raise and lower the fall-up lifting member 72.

The rake member 72 is provided with a rake shaft 75 which is exposed to the front of the base body 2 through an operating slot 74 formed in the base member 2 so as to bear bearings, (76) fixedly secured to the frame (72). A cutter 77 for cutting is provided at the front end of the harvesting shaft 75 and a cutter 77 for cutting the cutter 77 is provided at the center of the head cage 47 and the body cage 48 provided at the chain conveyor 41, It is located at the bottom.

A pair of take-up pressure rollers 78 are positioned outside the pressurized conveyance belt 62 on the upper side of the cutter 77.

The abdominal pressing roller 78 is a member for urging the both side pressurized conveyance belts 62 of the pressurizing clamping diaphragm 6 toward the fish A when the batter cutter 77 rises, The roller 78a is axially coupled to a pivotal table 80 which is coupled to the pivotal pressing roller support 79 fixed to the base 2 at one end by a pin 80a, A pinion 81 that is gear-engaged with each other is provided on the pivot shaft 80a so that the pivot shaft 80 can be rotated in opposite directions to each other. The spring pivot shaft 82 is formed on both pivot shafts 80, And both ends of the spring 83 are engaged.

Since the pinions 81 coupled to the both side rotary tables 80 rotate in the opposite directions to rotate the rotary table 80 inward as described above, The pressurizing conveyance belt 62 at the upper end is opened by the head placement cage 47 and the body placement cage 48 and is pressed by the elastic force of the tension spring 83, As shown in Fig.

On the other hand, a second pressing portion provided on the base body 2 is disposed above the knocking cutter 77 constituting the lumbar portion 7 of the present invention, So that it is prevented from being pushed out to the top.

- Rejection of built-

FIG. 8 is a perspective view showing a construction of the internal combustion engine according to the present invention, FIG. 9 is a front view showing the operating state of FIG. 8, and FIG. 10 is a plan view showing the operating state of FIG.

The built-in rejection 9 is located on the side of the jug 7 and is provided with a guide shaft 91 on the back face of the base body 2, And a built-in lifting cylinder 93 fixed to the base body 2 is provided below the built-in removal lifting member 92 so that the built-in lifting member 92 is lifted and lowered.

The built-in removal lifting member 92 is provided with a built-in removal shaft 95 which is exposed to the front of the base body 2 through an operation hole 94 formed in the base body 2, And is driven by a built-in removing motor 96 fixed to the elevating member 92. [ A built-in removing impeller 97 is coupled to the front end of the built-in removing shaft 95. The built-in removing impeller 97 is connected to the head placing cage 47 and the body placing cage 48 ).

The built-in removing impeller 97 is made of a synthetic resin so that the removing protrusion 97a is formed in four directions as shown in FIG.

A built-in removal opening fixture 98 is disposed in front of the built-in removal impeller 97 and is raised and lowered. The built-in removal opening jig 98 is formed by a built-in removal opening cylinder 99 provided on the base 2 and has a shape in which a tip portion 98a is formed in the entering direction of the fish A, A). ≪ / RTI >

As long as the built-in removing impeller 97 rises to both sides of the built-in removing impeller 97, the pressing force of the pressing conveying belt 62 on the both sides of the pressurizing clamping conveying unit 6 is applied to press the fish A And a pair of built-in pressing rollers 100 for removing.

The built-in removal pressurizing roller 100 includes a built-in removal pressurizing roller shaft 100a which is axially coupled to a rotating base 101 having one end coupled to the base body 2 with a pin 101a, Are connected to each other by a tension spring 102 so that the built-in removal pressurizing roller 100 is pressed toward the pressurized conveyance belt 62.

A third pressing portion provided on the base 2 is disposed above the built-in removal impeller 97 constituting the built-in rejection 9 so that the pressurized conveyance belt 62 is moved in the course of removing the viscera from the fish A. [ So that it is prevented from being pushed out to the top.

When the built-in rejection unit 9 is constructed, the built-in removal opening cylinder 99 rises when the ship of the fish A is moved in an overturned state in the occupant 7, And the internal removal impeller 97 raised by the operation of the built-in removal lifting cylinder 93 is rotated in the fish (A) boat in which the built-up removal impeller 97 is opened, And the intestines are scratched off.

- Rejection of Daekchang -

FIG. 11 is a perspective view showing a large-scale removal structure according to the present invention, FIG. 12 is a front view showing the operating state of FIG. 11, and FIG. 13 is a plan view showing an operating state of FIG.

The bulk removing unit 11 is a step of removing the bulkhead from the fish A which is installed on the base body 2 to the side of the built-in reject unit 9 and whose viscera is removed.

The mounting bracket 112 of the base 2 is fixed and the upper end of the mounting bracket 112 is exposed forward through an operating slot 114 formed in the base 2 And the horizontal support pipe 113 is configured to be supported by the bearing so as to be rotatable. The supporting pipe 113 is integrally coupled to the horizontal supporting pipe 113 and the rotating cylinder 116 is fixed to the base body 2, The connecting link 117 is coupled to the rod of the pivoting rod 115 and the pivoting cylinder 116 by a pin so that the horizontal supporting pipe 113 is rotated at a predetermined angle by the operation of the pivoting cylinder 116 I will.

A drive shaft 119 supported by the bearing is installed in the horizontal support tube 113 so as to be driven by the driving force of the motor 118 for removing the large window. do.

The vertical support pipe 120 is integrally formed at the tip of the horizontal support pipe 113 so as to be positioned below the center of the head placement cage 47 and the body accommodation cage 48 provided on the chain conveyor 41, So that it can be pivoted together with the support tube 113.

The vertical support pipe 120 is provided with a driven shaft 121 bearingly supported in a direction perpendicular to the drive shaft 119 provided on the horizontal support pipe 113 and is provided with a crossing of the drive shaft 42 and the driven shaft 43 And a bevel gear 122 is provided to the driven shaft 43 so that the driven shaft 43 can be driven.

The cutter 123 for cutting is provided on the upper end of the driven shaft 43. The cutter 123 for cutting the cutter blade has a narrow upper portion and a wider tapered lower portion and a gear type cutter densely formed on the outer periphery.

A cutting knife 123-1 formed to be fixed to the upper end of the driven shaft 43 is provided at an upper side of the extruding cutter 123. A vertical support tube A cutting board 123-1 is fixed to the cutting board 123 and has a large entry opening 124a opened toward the entrance of fish A and a cutting knife 124b is formed in the rotational direction of the cutting knife 123-1, So as to smoothly cut the big window or cut the fish belly. At this time, the cutting knife 123-1 is formed in an arcuate shape and is kept in a state of being in contact with the lower surface of the cutting support jaw 124b formed on the upper cutting board 124 while the cutting knife 123- 1 and the cutting support jaw 124b of the cutting board 124 are cut by the scissoring principle.

A jig 125 for a large-aperture removal opening is disposed in front of the large-size removal cutter 123 to be elevated. The jig 125 for removing the large mouth opening is configured by a cylinder 126 for opening and closing the mouth opening provided on the base 2 and a tip 125a is formed on the entering side of the fish A, A). ≪ / RTI >

When the cutter 123 for cutting is lifted up to both sides of the cutter removing cutter 123 to press the both side pressurized conveyer belts 62 of the pressurizing clamping cutter 6 to press the fish A And a pair of pressure rollers 127 for removing a large window.

The pressure roller 127 for removing the large-diameter window is axially coupled to a rotating base 128 having one end connected to the base 2 by a pin 128a and a shaft 128a for removing the large- Are connected to each other by a tension spring 129 so that the extrusion-removing pressure roller 127 is urged toward the pressurization conveyance belt 62.

A fourth pressing part provided on the base 2 is disposed above the cutter removing cutter 123 constituting the cutter removing part 11 so as to remove the cutter from the fish A, 62 to prevent it from being pushed away upward.

When the bulk removal window 11 is constructed as described above, when the interior of the fish vessel A is scraped with the built-in agent rejection 9, the bulk removal removal cylinder 126 rises. At this time, When the rod of the rotating cylinder 116 is pulled out in this state, the jig 125 is lifted to the side of the boat of the reattached fish A, The cutter 123 and the cutting board 124 are inserted into the ship of the fish A to cut the large window.

- Frontal bleaching agent removal -

FIG. 14 is a rear perspective view showing the front black film removing structure according to the present invention, and FIG. 15 is a front view showing the operating state of FIG.

The front black membrane removing unit 13 is a step of removing a black film adhering to the inner surface of the boat from the fish A which is installed on the base body 2 on the side of the bulk body removing unit 11,

The front black film removing unit 13 includes a guide shaft 131 provided on the rear surface of the base member 2 and provided with a fore and aft film removal lifting member 132 for moving up and down along the guide shaft 131, A front lifting and lowering cylinder 133 fixed to the base body 2 is provided below the lifting member 132 for lifting the blackening film so that the lifting member 132 for lifting the fronting blackening film is raised and lowered.

The forward black film removing lifting member 132 is provided with a shaft 135 for a front black film which is exposed forward of the base 2 through an operation elongated hole 134 formed in the base 2 to be bearing- And is driven by the motor 136 for the front black film fixed to the elevation member 132 for removing black film. An impeller or a brush 137 for a front black film is coupled to the front end of the front black film forming shaft 135 and a head cage 47 provided on the chain conveyor 41, And positioned below the center of the cage (48).

The impeller or brush 137 for the front black film is made of synthetic resin or soft silicone or rubber so as to form a black film removing surface 137a having unevenness on both sides as shown in the figure.

A jig 138 for front baffle removing opening is disposed forward of the impeller or brush 137 for the front black film. The front baffle removing opening jig 138 is configured by a cylinder 139 for opening and closing the front baffle removing opening provided on the base body 2 and a tip portion 138a is formed on the side of the entering direction of the fish A Providing functionality to spread the dislodged portion of fish (A).

A pair of front blackening pressure rollers 140 are located outside the pressure conveying belt 62 on the upper side of the impeller or brush 137 for the front black film.

The pressing roller 140 for removing the front black film presses both pressing conveyance belts 62 of the pressure clamping transfer section 6 toward the fish A when the impeller or the brush 137 for the front black film rises, A pressing roller shaft 140a for removing the front black film is axially coupled to a rotating base 142 whose one end is coupled with a pin 142a to a pressing roller support base 141 for removing a front black film fixed to the base body 2, The pin 142a that is engaged with the pressing roller support 141 for removal is provided with a pinion 143 that is gear-engaged with the pin 142a so that the pivot 142 can be rotated in the opposite direction, A rod engagement long hole 144a is formed in the operation gap 144 and a rod engagement long hole 144a is formed in the rod engagement long hole 144a for operating the pressurization roller fixed to the base 2 When the rod 146 of the cylinder 145 is engaged and the rod 146 is pulled out, the front black film removing pressure roller 140 And a tension spring 147 is provided between both pivots 142 so that the pivots 142 can be pivoted so as to release the pressurizing and conveying belt 62 on both sides of the pressure-

When the rod 146 of the cylinder 145 for actuating the pressure roller is engaged with the one-side rotary table 142 as described above, the front black film removal elevator member 132 is lifted and the impeller or brush 137 for the front black film is lifted A, the rotating table 142 is rotated inwardly by the tension of the tension spring 147 provided between the pivot tables 142 to maintain the state where the fish A is clamped . At this time, the rod 146 of the pressurizing roller actuating cylinder 145 is maintained in the retracted state.

The rod 146 of the pressurizing roller actuating cylinder 145 is pulled out when the front black membrane removing lifting member 132 is lowered and the forward black film impeller or brush 137 is released from the reattached portion of the fish A. [ At this time, the one-side rotary table 142 integrally formed on the pinion 143 is rotated about the pin 142a coupled to the front-side black-film removing pressure roller support 141.

The pinion 143 coupled to the pivot 142 is rotated in the opposite direction to rotate the pivot 142 in the outward direction as shown in FIG. The pressing roller 140 for removing the front black film on the upper side of the front pressing roller shaft 140a for removing the front black film removes the pressing conveying belt 62 from the head positioning cage 47 and the body positioning cage 48, (A) is unclamped.

On the other hand, on the upper side of the impeller or brush 137 for the front black film constituting the frontal black film removing unit 13 of the present invention, the fifth pressing unit 21 provided on the base body 2 is disposed, So that it is prevented from being pushed upwardly between the pressurized conveyance belts (62).

In the present invention, the front black film removing unit 13 includes a cleaning nozzle 148.

The washing nozzle 148 is installed to be supported by the base 2 so as to be positioned in a space between the front black membrane removing opening jig 138 and the front black film impeller or brush 137 to form an impeller or brush 137 for the front black film, The washing water can be discharged when the lever 31a is pressed to the middle of the washing water supply pipe 30 connected to the washing nozzle 148. In this case, The lever 31a of the check valve 31 is operated for opening and closing for the opening and closing operation of the check valve 31 provided on one driven shaft 43 constituting the conveying unit 4 provided on the base 2, So that it can be made by the cam 32.

This configuration is such that spraying is started when the opening jig 138 enters the abdomen, and when the opening jig 138 is separated from the abdomen, the spraying is stopped. By minimizing the use of the washing water, In order to be able to reduce it.

- Rear Black Film Removal -

FIG. 16 is a rear perspective view showing a rear black film removing structure according to the present invention, and FIG. 17 is a front view showing the operating state of FIG.

The rear black film removing unit 15 removes the black film which is not removed by the forward black film removing unit 13 from the fish A which is installed on the base body 2 laterally of the forward black film removing unit 13 and whose interior is removed, to be.

The mounting bracket 151 of the base 2 is fixed and installed at the upper end of the mounting bracket 151 through the operating hole 152 formed in the base body 2, The horizontal support pipe 153 is rotatably supported by the bearing. The support pipe 153 is integrally coupled to the horizontal support pipe 153 and the rotary cylinder 155 is fixed to the base body 2, The connecting link 156 is coupled to the rod of the pivoting rod 154 and the pivoting cylinder 155 by a pin so that the horizontal supporting pipe 153 is rotated at a predetermined angle by the operation of the pivoting cylinder 155 I will.

The driving bracket 151 is provided with a motor 157 for removing the rear black film and a driving shaft 158 supported in the bearing to be driven by the driving force of the rear black film removing motor 157, .

A vertical support pipe 159 is integrally formed at the tip of the horizontal support pipe 153 so as to be positioned below the center of the head cage 47 and the body cage 48 provided on the chain conveyor 41, So that it can be rotated together with the support pipe 153.

The vertical support pipe 159 is provided with a driven shaft 160 mounted on the horizontal support pipe 153 in a direction perpendicular to the drive shaft 158 and supports the drive shaft 42 and the driven shaft 43 And the bevel gear 161 is mounted on the driven shaft 43 to drive the driven shaft 43.

The rear black film removing brush 162 is composed of a rubber material and connected to the upper end of the driven shaft 43. The rear black film removing brush 162 has a narrow upper part and a broader lower tapered shape and a gear- And is formed densely.

A jig 163 for removing the rear black film removing opening is disposed in front of the rear black film removing brush 162 and is raised and lowered. The rear black membrane removing opening jig 163 is configured such that it is raised and lowered by a rear black membrane removing opening cylinder 164 provided on the base body 2 and a tip portion 163a is formed in the entering direction of the fish A Providing functionality to spread the dislodged portion of fish (A).

When the rear black film removing brush 162 is pivoted upward to both sides of the rear black film removing brush 162, the both side pressurizing and conveying belts 62 of the pressurizing clamping transfer section 6 are pressed to press the fish A And a pair of rear pressure regulating pressure rollers 165 for removing the rear black film.

The pressurizing roller 165 for removing the rear black film is a member for pressing the both side pressurizing conveyance belts 62 of the pressurizing clamping transfer belt 6 toward the fish A when the back black film removing brush 162 is lifted, A pressure roller shaft 165a for removing a black film is axially coupled to a pivot table 167 whose one end is coupled with a pin 167a to a pressure roller supporting base 166 for removing a rear black film fixed to the base body 2, The pin 167a coupled to the pressing roller support 166 is provided with a pinion 168 that is gear-engaged with the pin 167a so that the pivot 167 can be rotated in opposite directions to each other. A rod engaging elongated hole 169a is formed in the working gap 169 and a rod engaging hole 169a is formed in the rod engaging elongated hole 169a so as to extend in the axial direction of the pinion 168, When the rod 171 is pulled out by engaging the rod 171 of the pressing roller 170, Transfer part (6) for pivoting about 167 to press the side pressure transfer belt 62, able to rotate from, and has installed a tension spring 172 between the two rotation units (167).

In this case, when the rod of the rotating cylinder 155 is drawn out and the rear black membrane removal brush 162 provided on the vertical support pipe 159 is inserted into the ship of the fish A, 167 are rotated inwardly by the tension of the tension spring 172 provided between the rotary table 167 and the rotary shaft 167 so as to maintain the state where the fish A is clamped. At this time, the rod 171 of the pressurizing roller actuating cylinder 170 is kept in the drawn state.

Conversely, when the rod of the rotating cylinder 155 is retracted and the rear black membrane removal brush 162 provided on the vertical support pipe 159 is separated from the inside of the ship of the fish A, A rod 171 of the pinch roller 168 is pulled out and at this time a one side turning table 167 integrally formed with the pinion 168 is rotated about a pin 167a coupled to the pressing roller supporting table 166 for removing the black film.

When the one-side pivot table 167 is rotated as described above, the pinions 168 coupled to the pivot table 167 are rotated in opposite directions to rotate the pivot table 167 outwardly. The pressing roller 165 for removing the rear black film at the upper end of the pressing roller shaft 165a for removing the rear black film removing pressure presses the pressure conveying belt 62 toward the head position cage 47 and the body position cage 48, (A) is unclamped.

On the other hand, on the upper side of the rear black membrane removing brush 162 constituting the rear black membrane removing unit 15 of the present invention, the sixth pressing unit 22 provided on the base body 2 is disposed, To the upper portion between the pressurized conveyance belt (62).

When the rear black membrane removal unit 15 is constructed as described above, when the black membrane of the fish A is removed in the front black membrane removal unit 13, the cylinder 164 for rear black membrane removal opening rises, The jig for removing the blackening film 163 rises to the side of the boat of the fish A to be folded and opens up the part to be rebounded. In this state, when the rod of the turning cylinder 155 is pulled out, And the rear black film removal brush 162 which has been put into the vessel of the fish A is removed to remove the black film.

Also, the rear black film removing unit 15 of the present invention includes a cleaning nozzle 173.

The cleaning nozzle 173 is installed to be supported by the base 2 so as to be positioned in a space between the jig 163 for removing the rear black membrane removing opening and the brush for removing the rear black membrane 162 so that the rear black membrane removing brush 162 is raised The washing nozzle 173 is configured to branch off from the washing water supply pipe 30 in the front black membrane removing unit 13, .

In this configuration, the jet is started when the opening jig 163 enters the abdomen, and the jetting is stopped when the opening jig 163 is separated from the abdomen. By minimizing the use of the washing water, In order to be able to reduce it.

On the other hand, the lateral driving shaft 42 of the rear black membrane removing unit 15 is provided with a head opening cage 47 and a separation opening 29 for separating the fish A moving in the body holding cage 48, The fish which are not separated by the catch cage 47 and the catch cage 48 are caught by the separator 29 and can be forcibly separated.

The separator 29 is coupled to the driving shaft 42 of the conveying unit 4 and the separating bar 29a coupled to the separating unit 29 is coupled to the head holding cage 47 when the driving shaft 42 rotates. And the fish body A exposed between the body cage 48 can be pushed to separate the head cage 47 and the body cage 48 from each other.

- first through sixth pushers -

The first to sixth pressing portions 17, 18, 19, 20, 21, 22 have the same configuration and are provided with a rotating shaft 23 so as to be supported by bearings on the base body 2, A bracket 25 to which a pushing tool 24 with an arc-shaped pressing surface 24a is coupled is coupled to a shaft supporting portion 23 at an end of the rotary shaft 23, And a spring fixing base 24c formed on the upper side of the fixing bracket 24b so as to be connected to the spring fixing base 25a formed on the bracket 25 by a pin 27, And the pressing surfaces 24a of the pressing members 24 are elastically supported between the pressing conveyance belts 62 on both sides of the pressurizing clamping conveying unit 6. [

In the case of the first to sixth pressing portions 17, 18, 19, 20, 21 and 22 having such a configuration, the fish A moving by the pressurizing conveyance belt 62 is pressed against the pressurizing conveyance belt The fish A is pressed in the course of processing the fish A by pressing it toward the garbage section 7, the built-in agent rejection 9, the bulk removal removing section 11 and the black film removing section 13, So that it is prevented from being heard between the conveyance belts 62.

The rotary shaft 23 is coupled to the chain 29 so that the motive power of the motor 5 driving the conveying unit 4 is collectively driven to transmit the power.

Although not shown in the present invention, the pressurizing clamping mechanism includes the pressurizing clamping portion 6, the abdominal wall portion 7, the builder rejecting portion 9, the bulk removing portion 11, the front black film removing portion 13, It is a matter of course that a discharge hopper for collecting and discharging built-in and washing water or the like is provided below the removal unit 15.

While the present invention has been described in connection with what is presently considered to be practical exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments. Therefore, the scope of protection of the present invention should not be limited to the described embodiment, but should be determined by the equivalents as well as the claims that follow.

1: fish processing machine 2: gas 2a: wheel
3: Feed hopper 4: Feeder 41: Chain conveyor
42: drive shaft 43: driven shaft 44: sprocket
45: chain 46: support 47: head cage
48: trunk cage 5: motor 6: pressure clamping transmission
61: Support plate 62: Pressurized conveyance belt 62a: Pressurized conveyance belt shaft
63: input shaft 64: bevel gear 7:
71: guide shaft 72: raising and lowering member for lapping 73: raising and lowering cylinder for lapping
74: working slot 75: spooling axis 76: spooling motor
77: Cutter for jerking 78: Pressure roller for jerking 78a: Pressure roller for jerking
79: pressure roller support for ladies' clothes 80: pivot 80a: pin
81: Pinion 82: Spring fixing point 83: Tension spring
9: rejection of the builder 91: guide shaft 92: built-in lift member
93: lifting cylinder for built-in removal 94: operating hole 95: built-in removing shaft
96: Built-in removing motor 97: Built-in removing impeller 97a: Removing projection
98: Fixture for internal removal opening 99: Cylinder for internal removal opening 100: Pressure roller for built-in removal
100a: pressure roller shaft for built-in removal 101: pivot table 101a: pin
102: TENSION SPRING 11: DAMAGE REMOVAL 111: SUPPORT SHAFT
112: mounting bracket 113: horizontal support tube 114:
115: supporting tube pivot 116: pivoting cylinder 117: connecting link
118: motor for removing the large window 119: drive shaft 120: vertical support tube
121: driven shaft 122: bevel gear 123:
123-1: Cutting knife 124: Cutting board 124a:
124b: Cutting base jaw 125: Jig removal opening opening 125a:
126: Cylinder for opening and closing the large window 127: Pressure roller for removing the large window 127a:
128: Rotation stand 128a: Pin 129: Tension spring
13: front black film removing unit 131: guide shaft 132: elevating member for front black film removal
133: lifting cylinder for removing the front black membrane 134: working elongation 135: shaft for forward black film
136: motor for forward black film 137: impeller or brush for forward black film
137a: Black film removal surface 138: Front black film removal opening fixture 138a:
139: cylinder for removing the front black film 140: pressure roller for removing the front black film 140a: pressure roller shaft for removing the front black film
141: pressing roller support for removing the front black film 142, 167: pivot table 142a, 167a: pin
143, 168: Pinion 144, 169: Inter-operation 144a, 169a:
145, 170: pressure roller operating cylinder 146, 171: rod
147, 172: Tension springs 148, 173: Cleaning nozzle 15:
151: mounting bracket 152: operating hole 153: horizontal supporting pipe
154: supporting tube pivot 155: pivoting cylinder 156: connecting link
157: motor for removing rear black film 158: driving shaft 159: vertical supporting tube
160: driven shaft 161: bevel gear 162: rear black film removing brush
163: Fixture for removing the rear black membrane 163a: Leader 164: Cylinder for opening the rear black membrane
165: pressure roller for removing the rear black film 165a: pressure roller shaft for removing the rear black film 166: pressure roller support for removing the rear black film
17, 18, 19, 20, 21, 22: first to sixth pressing parts 23:
23a: pressure ring 24: pushing-in hole 24a: pushing face
24b: Fixing bracket 24c, 25a: Spring retainer 25: Bracket
26: shank portion 27: pin 28: tension spring
29: Separation port 30: Wash water supply pipe 31: Check valve
31a: lever 32: opening / closing cam

Claims (4)

A gas (2);
A chain conveyor 41 installed in two rows in front of and behind the base 2 and driven by a motor 5 provided behind the base 2;
(46) provided at regular intervals so that both ends thereof are fixed to the chain conveyor (41) installed in two rows and a head cage (47) and a body cage (48) provided on the support base A transfer unit 4 for inputting the fish A on the upper side of the charging hopper 3 exposed to the outside of the base 2;
The pressure conveying belt 62 is installed on the base 2 so as to be parallel to the chain conveyor 41 so as to be driven by the motor 5 and positioned on both sides of the head cage 47 and the body cage 48 A pressure clamping diaphragm 6;
The fish cage 47 and the body cage 48 are placed so as to be close to the loading hopper 3 and the fish A (7);
The head cage 47 and the body cage 48 are placed on the side of the alveolar part 7 and are moved in a pressurized state by the pressurizing clamping transfer part 6, (9) for removing the viscera from the fish which has been hung by the fish (7);
The headrest cage 47 and the body cage 48 are placed on the side of the built-in rejection 9 and are moved to a pressurized state by the pressurizing clamping transfer part 6, 9) for removing fish from the fish (A) from which the viscera is removed;
The head cage 47 and the trunk cage 48 are put on the side of the bulk change removing unit 11 and are moved in a pressed state by the press clamping transfer unit 6, A front black film removing unit 13 for removing a black film attached thereto;
The headrest cage 47 and the body positioning cage 48 are positioned on the side of the front baffle removing unit 13 and the pressing clamping transfer unit 6 is moved in a pressurized state A rear black membrane removing unit 15 for removing the black membrane attached to the stomach side again;
The front face of the upper face of the upper face of the upper face of the upper face of the upper face of the upper face of the upper face of the upper face of the upper face, And an arc-shaped pushing member 24 coupled to a rotating shaft 23 provided on the base 2 so as to be driven by the motor 5 so as to be positioned on the rotating shaft 23 so as to provide a tension of the tension spring 28. [ Sixth pressing portions 17, 18, 19, 20, 21, 22;
The first to sixth pressing portions 17, 18, 19, 20, 21 and 22 are provided with a rotary shaft 23 so as to be supported by bearings on the base body 2;
A bracket 25 to which a pushing tool 24 with an arc-shaped pressing surface 24a is coupled is formed at an end of the rotary shaft 23;
The bracket 25 is connected to the fixing bracket 24b formed at the upper end of the pressing member 24 by a pin 27,
The spring retainer 24c is formed on the upper side of the fixing bracket 24b so that both ends of the tension spring 28 are fixed between the spring retainer 25a formed on the bracket 25 and the pressing surface 24a of the presser 24, So that the pressurizing clamping force is elastically supported between the both side pressurizing conveyance belts (62) of the conveying section (6);
And a separation port (29) for separating fish moving in the head cage (47) and the body cage (48) is provided on the lateral drive shaft (42) of the rear black membrane remover (15) Processing machine.
The method of claim 1,
The rabbet unit 7 includes a raising and lowering member 72 for raising and lowering along a guide shaft 71 provided on the back surface of the base 2;
A doffing motor 76 mounted on the elevating / lowering cylinder lowering taking-up member 72 for raising and lowering the fall-up lifting member 72;
The coupling to the lapping motor 76 includes a lapping cutter 77 which is coupled to the lapping shaft 75 so as to be positioned below the lapping shaft 75 and the second pressing portion 16;
A pair of presser belts 62 are provided on both sides of the lapping cutter 77 and pressed against the pressurizing and conveying belt 62 on both sides of the pressurizing clamping transfer belt 6 when the lapping cutter 77 is lifted, And a pressure roller (78) for the garment of the present invention;
A pair of pressurizing roller axles 78a for abutment are axially coupled to a rotary table 80 coupled to the abutting pressure roller support 79 fixed to the base 2 with a pin 80a at one end, The pin 80a to which the roller support 79 is engaged is provided with a pinion 81 to be engaged with the pinion 80. The spring fixing pin 82 is formed on the both pivotal supports 80 and both ends of the tension spring 83 are coupled Respectively,
The built-in rejection unit (9) includes a built-in removal lifting member (92) for ascending and descending along a guide shaft (91) provided on the back surface of the base body (2)
A built-in removal lifting cylinder 93 for lifting the built-in removal lifting member 92;
A built-in removal motor 96 installed on the built-in removal lifting member 92;
A built-in removing impeller 97 coupled to the built-in removing motor 95 so as to be positioned below the third pressing portion 17;
And a tip portion 98a is formed on the front side of the built-in removal impeller 97 and is raised and lowered by a built-in removal opening cylinder 99 provided on the base body 2, A built-in removal opening jig 98 of the built-in removal opening;
When the built-in removing impeller 99 is installed on both sides of the built-in removing impeller 99 and presses the both side pressurized conveying belts 62 of the pressurizing clamping transfer unit 6 to press the fish A A pair of built-in pressing rollers (100);
A pair of built-in removal pressurizing roller shafts 100a are axially coupled to a pivotal table 101 whose one end is coupled to the base body 2 by a pin 101a. The both pivotal shafts 101 are coupled to a tension spring 102, So that the built-in removing pressurizing roller (100) is pressed toward the pressurized conveying belt (62).
The method of claim 1,
(11) comprises a support shaft (111) provided on the back surface of the base (2);
A mounting bracket 112 coupled to the support shaft 111;
A horizontal support tube 113 installed to be supported by bearings at an upper end of the mounting bracket 112 so as to be exposed to the front of the base body 2;
A rotation cylinder 116 connected to the support pipe pivot 115 integrally formed on the horizontal support pipe 113 by a connection link 117 to rotate the horizontal support pipe 113 in the ascending and descending operation;
A drive shaft 119 installed in the horizontal support pipe 113 to be driven by the large-window removal motor 118 and the large-window removal motor 118 installed on the installation bracket 112;
So that the power of the vertical support pipe 120 and the drive shaft 119 installed at the lower side of the fourth pressing portion 18 when the first support member 110 is lifted in a direction perpendicular to the horizontal support pipe 113 is made by the bevel gear 122 A driven shaft 121 installed in the vertical support tube 120;
A cutter removal cutter 123 installed at the upper end of the driven shaft 121 and having a narrow upper part and a wider wide tapered shape and a gear type cutter densely formed on the outer periphery;
Shaped cutter 123-1 fixedly mounted on the upper end of the driven shaft 43 so as to be positioned on the upper side of the large-diameter removal cutter 123;
Is fixed to the vertical support tube 120 so as to be positioned above the cutting knife 123-1 and is opened toward the direction of rotation of the cutting knife 123-1 so as to be opened in the fish entry direction and to act like a scissors with the cutting knife 123-1 A C-shaped cutting board 124 on which a cutting support jaw 124b is formed;
And a tip portion 125a is formed on the front side of the cutter 123 for removing the cutter 123 and is raised and lowered by a cutter opening removal cylinder 126 provided on the base body 2 and the tip portion 125a is formed on the side in the direction in which the fish A enters. A jig 125 for opening and closing the large window;
When the cutter removing cutter 123 is provided on both sides of the cutter removing cutter 123 and presses the both side pressurized conveyer belts 62 of the pressurizing clamping cutter 6 to press the fish A And a pair of pressing rollers (127) for removing a large window;
The pair of extrusion pressure removing roller shafts 127a are axially coupled to a rotary table 128 having one end connected to the base 2 by a pin 128a and the both rotary tables 128 are connected to a tension spring 129, So as to press the bulkhead removing pressure roller (127) toward the pressurized conveyance belt (62).
The method of claim 1,
The front black film removing unit 13 includes a front black film removal elevating member 132 which is raised and lowered along a guide shaft 131 provided on the back surface of the base body 2;
A front bulky membrane lifting cylinder 133 for lifting the front bulky membrane removal lifting member 132;
A motor 136 for a front black film provided on the elevation member 132 for removing the front black film;
An impeller or brush 137 for the front black film which is coupled to the front black film forming shaft 135 and the forward black film forming shaft 135 so as to be positioned below the fifth pressing portion 19 coupled to the motor 136 for the front black film, ;
A front portion 138a is formed on the front side of the impeller or brush 137 for the front black film and is raised and lowered by a cylinder 139 for front black membrane removal opening provided on the base body 2, A front jig removing opening jig 138 having a shape of " a "
A cleaning nozzle 148 provided to be supported by the base 2 so as to be positioned in a space between the front black film removing opening jig 138 and the front black film impeller or brush 137 and a cleaning nozzle 148, A check valve 31 provided in the middle of the conveying unit 30 and opened when the lever 30a is pressed by the opening and closing cam 32 provided on the driven shaft 43 of the conveying unit 4;
The impeller or the brush 137 for the front black film is installed on both sides of the impeller or the brush 137 so that when the impeller or the brush 137 for the front black film rises, the pressure transmitting belt 62 on both sides of the pressure clamping / A pair of front black film removing pressure rollers 140 for pressing the front black film removing rollers 140 against each other;
A pressing roller shaft 140a for removing the front black film is axially coupled to a rotating base 142 whose one end is coupled with a pin 142a to a pressing roller support base 141 for removing a front black film fixed to the base body 2, The pin 142a that is engaged with the pressing roller support 141 for removal is provided with a pinion 143 that is gear-engaged with the pin 142a so that the pivot 142 can be rotated in the opposite direction, A rod engagement long hole 144a is formed in the operation gap 144 and a rod engagement long hole 144a is formed in the rod engagement long hole 144a for operating the pressurization roller fixed to the base 2 When the rod 146 is pulled out by engaging the rod 146 of the cylinder 145 to push the both side pressurizing conveyance belts 62 of the conveying belt 6, And a tension spring 147 is provided between the both pivots 142,
The rear black membrane removing unit 15 includes a mounting bracket 151 fixed to the back surface of the base 2;
A horizontal support pipe 153 installed to be supported by bearings at the upper end of the mounting bracket 151 so as to be exposed to the front of the base body 2;
A rotation cylinder 155 connected to the support pipe pivot 154 integrally formed on the horizontal support pipe 153 by a connection link 156 to rotate the horizontal support pipe 153 during the elevation operation;
A driving shaft 158 installed in the horizontal support pipe 153 to be driven by the rear black film removing motor 157 and the rear black film removing motor 157 provided on the mounting bracket 151;
So that the power of the vertical support pipe 159 and the driving shaft 158 installed at the lower side of the sixth pressing part 22 when the first supporting part 153 is raised in the direction perpendicular to the horizontal supporting pipe 153 is made by the bevel gear 161 A driven shaft 160 installed in the vertical support pipe 159;
A rear black membrane removing brush 162 installed at an upper end of the driven shaft 160 and having a narrow upper part and a wider wide tapered shape and a gear type cutter densely formed on the outer periphery;
Is located in front of the rear black membrane removal brush 162 and is raised and lowered by the rear black membrane removal opening cylinder 164 provided on the base body 2 and a tip portion 163a is formed in the entering direction of the fish A A rear fixture for removing the blackening film 163;
And is disposed so as to be supported by the base 2 so as to be located in a space between the rear black membrane removing opening jig 164 and the rear black membrane removing brush 162 and is provided in the cleaning water branching pipe 30 of the front black membrane removing unit 13, A nozzle 168;
When the rear black film removing brush 162 is provided on both sides of the rear black film removing brush 162 and presses the both side pressurized conveyance belt 62 of the press clamping transfer section 6 to press the fish A And a pair of rear pressure release rollers (165) for removing the rear black membranes;
The pressure roller shaft 165a for removing the rear black film is axially coupled to a pivot table 167 whose one end is coupled to the pressure roller support 166 for removing the rear black film fixed to the base 2 by a pin 167a, The pin 167a engaged with the removal pressure roller support 166 is provided with a pinion 168 that is gear-engaged with the pin 167a so that the rotation table 167 can be rotated in opposite directions, A rod engaging slot 169a is formed in the working gap 169 and a rod engaging slot 169a is formed in the rod engaging slot 169a for operating the pressing roller fixed to the base 2 The roller 171 of the cylinder 170 is engaged so that the pressing roller 165 for removing the blackening film when the rod 171 is drawn out presses the pressing conveying belt 62 on both sides of the pressurizing clamping- (167), and a tension spring (172) is provided between both pivots (167) Ray machines.

Images