KR100692947B1 - a cuttlefish tear machine - Google Patents

Abstract

The present invention relates to a squid tearer of a new configuration, and more specifically, a squid inserting unit (A) for feeding a squid into the tearing unit by feeding a squid in the upper and lower sides, and a tearing needle rotating the squid. The tearing part (B) tearing in the grain direction and the separating part (C) for separating the teared squid attached to the tear needle with the separator, and the conveyor part (D) for transferring the separated squid to the collecting container (E) and the respective parts. In the squid tear consisting of a drive device for operating the

The squid inlet (A) is provided with a feed hole on the lower input table and the upper input table so that the upper input table is stacked and separated on the lower input table, and the lower input table 101 has a gear-shaped feed port 102 on both sides of the upper side. A plurality of devices are installed at the same height at regular intervals, and they are connected to each other by being equipped with a connecting gear 103 therebetween, and a part of the connecting gear is rotated by engaging with the driving gear 104. Chain sprocket (105b) is installed in the drive sprocket 115 and the chain belt 116 of the drive motor 114, the rotation is adjusted by the AC motor controller is made to adjust the rotation speed

The upper injection table 106 is geared to the lower side of both sides of the gear-shaped feed hole 107 is provided at the same height with a certain interval, and the connecting gear 108 is installed between them are connected to each other, and some of the connecting gear is driven The gear 109 rotates in engagement with the driven gear 109. A connecting gear 110a is attached to the end of the rotary shaft 110 so that the driven gear 109 is attached to the rotary shaft 105 of the drive gear 104 of the lower insertion table 101. The driven gear rotating shaft 110 is driven by being engaged with the connecting gear 105a, and a universal joint 110c, 110d is provided between the driven gear 109 and the connecting gear 110a, so that the upper input table 106 is provided. Is configured to be stacked or separated on the lower side loading table, and the driven gear rotating shaft 110 is an input device 10 is configured such that the end (110b) enters and exits the support groove (112a) of the shaft holder (112). Being done with

The tearing portion (B) is composed of a rotating disc 201 equipped with a tear needle 20 and a cam source 201 plate having a cam groove which is installed at the center of the rotating disc to guide the tear needle body.

The tear needle 20 drills the guide hole 202 radially toward the center by dividing the outer circumference of the rotating disc 201 connected to the rotating shaft 200 into six parts, and fixes the tear needle guide 203 in each guide hole to fix it at the side surface. After fixing with bolts, the upper flange 203b is exposed to the outside of the guide hole and the vertical guide hole 203c is drilled in the circumferential wall to insert the tear needle body 204 into the guide hole 203a of the tear needle guide 203. The projection 204d is guided to the vertical guide hole 203c, and the tear needle 20 is attached to the outer upper end, and the lower end is exposed to the center portion of the rotating disc to make the guide groove 204a so that the lower end is opened at the center of the enlarged part. Put the lifter 205 in the coil spring 208 upward pressure and insert the screen plate 209 at the bottom of the coil spring and make the recess groove 204c at the inlet of the guide groove to secure the snap ring 209a. From the elevator 205 by drilling a rectangular guide hole (204b) in the guide wall main wall Cam grooves formed on the side of the cam disc plate 210 to which the support shaft 207 is connected so as to protrude outward, and the guide roller 206 made of bearing is attached to the outer surface thereof and the guide roller 206 is fixed in the central space of the rotating disc. 211) and the cam groove formed on the cam disc 210 is arranged so that the lower groove portion 211a is located between the tear portion and the separating hole so that the rotary needle 200 rotates with the motor M1, and the tear needle is a squid. Is a configuration that allows you to tear

Separation portion (C) is provided with a rotation shaft 300 in a position biased outward from the lower portion of the tear portion so that the rotation disc 201 passes through the middle portion, and a gap 301 is formed in the middle portion and the radial protrusion section 302 on both sides. The separator 30 having the 303 formed thereon is configured to rotate the rotating shaft 300 with the motor M2 but to rotate in a direction opposite to the rotating cylinder 202 to separate the teared squid attached to the tear needle. Configuration

The conveyor unit (D) is located below the tearing unit and the separator and transfers the teared squid tears to the collecting container, and the collecting container (E) collects the teared squid that has been transferred through the conveyor. It consists of a motor (M1) (M2) (114) for operating the separator and the conveyor and the conveying port, in particular the drive motor 114 installed in the squid feeder has a speed control circuit, a condenser for the motor, a speed setter, etc. By connecting a known AC motor controller (manufactured by Samyang Co., Ltd.) 19 and changing the rotation of the drive motor through the volume controller 19a of the controller, the configuration is easily combined to change the feed speed of the feed port. It is a squid tearer.

Squid Heater, Squid Filling, Conveyor, Separation

Description

Cuttlefish tear machine {a cuttlefish tear machine}

1 is an exemplary configuration of the present invention

Figure 2 is a partial perspective view showing the overall configuration of the present invention

3 is a cross-sectional view of the input unit side configuration of the present invention

4 is a partial perspective view of the upper tray of the present invention

5 is a cross-sectional view of the tear portion of the present invention

Figure 6 is an exploded perspective view of the tear portion of the present invention

7 is a tear needle fracture perspective view of the present invention

Figure 8 (a) (b) is an illustration of the tear needle body operating state of the present invention

9 is a partial perspective view of the separator of the present invention

Figure 10 is an illustration of another separator of the present invention

Figure 11 (a) (b) is an illustration of the AC motor controller of the present invention.

* Explanation of symbols on the main parts of the drawings

A: Squid input part B: Tear part

C: Separation part D: Conveyor part

E: Collector 19: AC Motor Controller

19a: volume control 20: tear needle

30: Separator 101: Lower input table

102: transfer port 103: connecting gear

104: drive gear 105: rotating shaft

106: upper feed table 107: transfer port

108: connecting gear 109: driven gear

112: holder 112a: support groove

110: rotating shaft 110a: connecting gear

110b: End 110c, 110d: Universal Joint

114: motor 115: drive sprocket

116: chain belt 200: rotation axis

201: rotating disc 202: guide hole

203: tear guide 203a: guide hole

203b: upper flange 203c: guide hole

204: tear acupuncture body 204a: guide groove

204b: Long Life Guide 204c: Home

204d: guide protrusion 205: ascendant

206: guide roller 208: coil spring

207: support shaft 209a: snap ring

210: cam disc 211: cam groove

211a: lower groove 300: rotating shaft

301: spacing 302,303: between protrusions

M1, M2: Motor

The present invention relates to a squid tearer of a new configuration, and more specifically, a tearing part (B) and a tearing needle which tear the squid into the grain direction by taking an input unit A for injecting the squid and the squid rotating the introduced squid. It consists of a separating part (C) for separating the cut squid attached to the separator into a separator, a kenvey part (D) for transferring the separated squid to the collecting container (E), and a driving device for driving the respective parts. In the known squid tearer which tears like

A plurality of feed holes in gear form are arranged on the upper and lower feeders installed at the squid feeder at regular intervals to configure the feeders, and the rotation speed of the up and down feed holes can be operated by a motor whose rotation is controlled by a motor controller. The squid feeding speed can be adjusted easily and precisely, making it easy to adjust the tear width, making it easier to clean, and renewing the configuration involved in the tear needle and its operation structure. Efficient production of squid fish is achieved.

In the past, utility model registration No. 346411, which was invented by the applicant, has been published. However, in the former case, the squid is used because the upper and lower injectors installed in the squid inlet are composed of a pair of chains and are operated by an intermittent driving mechanism using a clutch bearing. There was a drawback of inconvenient to adjust the feed rate when feeding and the conveying chain is stretched during use, and not only the tension was to be adjusted. Because it is pressurized inward by the coil spring and outwardly formed by the cam disc, it is contaminated.When the squid's essence is buried at the tip of the squid and delivered to the tear needle, the essence is solidified by burying in the tear needle body. When you go along the guide, there is a resistance If the copper is disturbed and the accumulation level of the essence increases, the resistance surpasses the restoring force of the spring, and the operation of the squid fluid may be interrupted due to the malfunction of the squid. There was a drawback that the work speed was slowed down because the cleaning should be wiped out from time to time.

The present invention has been developed to solve the above conventional drawbacks will be described in detail based on the accompanying drawings as follows.

A squid feeder equipped with a squid feeder is provided at the inlet, and a squid inlet A for feeding the squid into the tearing part and a tearing part B for tearing the squid narrowly in the grain direction are inserted. In the squid heater comprising a separating part (C) for separating the teared squid attached to the tear needle with a separator, a conveyor (D) for transferring the separated squid to the collecting container (E) and a driving device for operating them.

The squid inlet (A) is provided with a feed hole on the lower input table and the upper input table so that the upper input table is stacked and separated on the lower input table, and the lower input table 101 has a gear-shaped feed port 102 on both sides of the upper side. A plurality of devices are installed at the same height at regular intervals, and they are connected to each other by being equipped with a connecting gear 103 therebetween, and a part of the connecting gear is rotated by engaging with the driving gear 104. Chain sprocket (105b) is installed to the drive sprocket 115 and the chain belt 116 of the drive motor 114, the rotation is adjusted by the AC motor controller 19 is made to adjust the rotation speed

The upper injection table 106 is geared to the lower side of both sides of the gear-shaped feed hole 107 is provided at the same height with a certain interval, and the connecting gear 108 is installed between them are connected to each other, and some of the connecting gear is driven Rotates in gear with the gear 109

The driven gear 109 is driven by being engaged with the connecting gear 105a attached to the drive shaft 104 of the lower penetration table 101 and the connecting gear 110a attached to the end of the rotating shaft 110.

In addition, the driven gear rotation shaft 110 is also equipped with a universal joint (110c) (110d) between the driven gear 109 and the connecting gear (110a) so that the upper input table 106 can be stacked or separated on the lower input table. In addition, the driven gear rotating shaft 110 has a configuration in which the end (110b) is entered into and out of the support groove (112a) of the shaft holder 112 to form an injector (10)

The tearing portion (B) is composed of a rotating disc 201 equipped with a tear needle 20 and a cam plate 210 having a cam groove for guiding the tear needle body at the center of the rotating disc.

The tear needle 20 drills the guide hole 202 radially toward the center by dividing the outer circumference of the rotating disc 201 connected to the rotating shaft 200 into six parts, and fixes the tear needle guide 203 in each guide hole to fix it at the side surface. After fixing with bolts, the upper flange 203b is exposed to closely contact the outside of the guide hole and the vertical guide hole 203c is drilled in the circumferential wall to insert the tear needle body 204 into the guide hole 203a of the tear needle guide 203. The guide protrusion 204d is guided to the vertical guide hole 203c and the tear needle 20 is attached to the outer upper end, and the lower end is exposed to the center portion of the rotating disc so that the lower end is opened at the center of the enlarged part. Make a lifter 205 into the coil spring 208, pressurize it upward with the coil spring 208, insert a blind plate 209 at the bottom of the coil spring, and make the recess groove 204c at the inlet of the guide groove to fix the snap ring 209a. And the ascendant drills a rectangular guide hole (204b) on the circumferential wall of the guide groove. The side of the cam disc 210 having the support shaft 207 connected to protrude outward from 205 to attach the guide roller 206 as a bearing to its outer surface and fix the guide roller 206 in the center space of the rotating disc. The cam groove formed on the cam disc plate 210 coupled to the cam groove 211 formed in the cam groove 211a is disposed so that the lower groove portion 211a is positioned between the tear portion and the separating hole to rotate the rotary shaft 200 with the motor M1. Therefore, the tearing needle is made to cut the squid

Separation portion (C) is provided with a rotary shaft 300 in a position inclined outward from the lower portion of the tear portion so that the rotation disc 201 passes through the intermediate portion, the interval 301 is formed in the radial projection interval 302 on both sides The separator 30 having the 303 formed thereon is configured to rotate the rotating shaft 300 with the motor M2 but to rotate in a direction opposite to the rotating cylinder 202 to separate the teared squid attached to the tear needle. Configuration

The conveyor unit (D) is located under the tear section and the separator, and transfers the squid tears that fall and fall to the collecting container, and the collecting container (E) collects the teared squid that has been transferred through the conveyor in one place. Is composed of a motor (M1) (M2) (114) for operating the separator and the conveyor and the conveying port, in particular the drive motor 114 is installed in the squid dispenser has a speed control circuit, a condenser for the motor, a speed setter, etc. By connecting the built-in known AC motor controller (manufactured by Samyang Co., Ltd.) 19, the configuration allows the feeder of the feed port to be easily changed by changing the rotation of the drive motor through the controller's volume controller 19a.

In the present invention as described above, when the roasted squid is inserted between the lower input table 101 and the upper input table 106 installed in the squid input unit A, the projection of the feed port installed on the upper and lower input tables touches the squid surface and rotates. The squid is rubbed by the feed port, is transferred to the inside, and is injected into the tearing part. The squid is cut by contacting the tearing needle of the rotating part rotating inside the feeding hole. Since it moves inwardly, the cuttlefish is picked up between the tear needle and the upper flange 203b of the tear needle guide and moves to the rotation of the rotating disc, so that the cut tear is torn and torn to the separator 30 at the lower separation part C. When it is separated from the tear needle and falls on the conveyor part (D), it moves along the conveyor toward the discharge part and takes over the cuttled squid that is contained in the collecting container (E). I

Since the feed holes provided in the feeding part of the present invention are gear-shaped, a plurality of the feed holes are arranged along the upper surface of the lower feeder and the lower surface of the upper feeder to rotate based on the driving gear and the driven gear, and the projections of the feeders protrude from the surface of the feeder. It is easy to friction with squid and the upper input stage has a heavy weight so that when it is stacked on the lower input stage, the weight is pressurized and the squid is pressed. The rotation speed of 104 is adjusted so that the feed speed can be controlled at a desired speed. The upper input stage 106 is equipped with universal joints 110c and 110d on the driven gear rotation shaft 110 so that the upper input stage can be controlled. Since the stand 106 can be lifted up and detached, it is easy to separate from the lower input table and to separate from the lower input table. As it is easy, cleaning of conveying part can be convenient and

Since the conveying port of the present invention has a gear shape and is rotatably installed one by one in the separator, it is easy to manufacture compared to the conventional conveying port which is made of a chain belt, there is no worry of tangling, and there is no need for a tension adjusting device. There is an advantage to get it.

Meanwhile, the tear portion of the present invention has a tear guide guide 203 fixed to the guide hole 202 formed in the rotating disc 201 so that the upper flange 203b is exposed to the outside of the entrance of the guide hole to prevent the guide hole. When the tear needle 20 is fixed, the tear needle is easily in contact with the upper flange surface, and the guide groove 204a is formed at the center of the lower enlarged portion of the tear needle body 204, and the elevator 205 is placed therein. Of the support shaft 207 protruding outward from the elevator 205 because it is attached to the guide groove 204a of the tear needle body 204 because it is intervened and is shot upward by the coil spring 208. A guide roller 206 protruding outwards through the inner hole 204b and attached to the cam groove 211 of the cam disc 210 is attached to the guide roller 206 as a bearing at the end thereof. The guide roller 206 attached to the outside moves along the cam groove 211 When coming to the tear part, the needle is pulled inward by the lower groove part 211a and moves outward when the lower groove part moves outwards. Therefore, all the movements of the tear needle inward or outward are guided by the cam groove 211. It is achieved by the forced movement is made so that the return spring can have a useless effect.

Therefore, there is a safe advantage that the squid essence is buried in the tear needle body so that the sticky sea floor does not affect the invasion operation, and the upper flange 203b of the tear needle guide 203 is positioned at a predetermined position inside the tear needle 20. Therefore, if the squid is cut on the tear needle and the tear needle is turned inward, the outer surface of the tear needle guide and the tear needle come into contact with the squid, so when the rotating disc rotates in that state, the squid is squid without mistake. Even though the thickness of the cuttlefish is not constant, there is a guide groove 204a at the lower end of the tear needle body 204, and there is a lifter 205 which is bi-directionally shot by the coil spring 208 therein and is lifted. Since the guide roller 206 is attached to the support shaft 207 connected to the steel, the tear needle body 204 of the tear needle body 204 is inserted in the state in which the guide roller 206 is inserted into the cam groove 211. If the high resistance is possible and the resistance applied to the tear needle is large, the tear needle body 204 moves inward and outward and recovers based on the coil spring, so that the instantaneous buffering action occurs to prevent the tear needle from bending or breaking. The effect is to protect the thermal acupuncture and to smoothly achieve the tearing operation.

Therefore, the present invention is capable of tearing with a higher tearing rate than a conventional tearing machine, and the cuttled squid inserted in the tearing needle is quickly separated by the separator 30 installed in the separating part C, and dropped to the conveyor belt position. And it is gathered in the collection container (E) can achieve the effect of increasing the efficiency, it is easy to use and compact can be obtained in the advantage of being installed in a small shop.

Claims (1)

The squid injector is installed at the inlet, and the squid inlet part A for feeding the squid into the tearing part and the tearing needle for rotating the squid are cut and narrowed in the grain direction. In the squid heater consisting of a separating part (C) for separating the cut squid with a separator, a conveyor (D) for transferring the separated squid to the collecting container (E) and a driving device for operating them. The lower opening table 101 and the upper loading table 106 is provided with a conveying port so that the upper loading table is stacked on the lower loading table and separated, and the lower loading table 101 has a gear-shaped conveying hole 102 fixed at both sides of the upper side. A plurality of gears are installed at the same height at intervals, and they are connected to each other by interlocking gears 103 interposed therebetween. The sprocket 105b is connected to the drive sprocket 115 and the chain belt 116 of the drive motor 114 whose rotation is controlled by the AC motor controller 19. The upper injection table 106 is provided with a plurality of gear-shaped feed holes 107 on both sides of the lower end at the same height at regular intervals, and a connecting gear 108 is connected therebetween to connect each other. Is rotated in engagement with the driven gear 109 and the driven gear 109 is attached to the rotary shaft 105 of the drive gear 104 of the lower loading table 101 is attached to the connecting gear 110a at the end of the rotary shaft 110 Driven in connection with the connecting gear 105a The driven gear rotating shaft 110 is also equipped with a universal joint (110c) (110d) between the driven gear 109 and the connecting gear (110a) so that the upper input table 106 may be stacked or relaxed on the lower input table. The driven gear rotating shaft 110 also has a squid inlet portion A in which an end portion 110b is formed in and out of the support groove 112a of the shaft holder 112 attached to the frame in a vertical direction. Wow Dividing the outer circumference of the rotating disc 201 connected to the rotating shaft 200 into six parts, the guide hole 202 is drilled radially toward the center, and the tear needle guide 203 is inserted into each guide hole to fix the fixing bolt at the side. The upper flange 203b is exposed to the outside of the radial guide hole 202, the guide hole 203a in the center and the vertical guide hole 203c in the circumferential wall of the guide hole, the tear needle body 204 as the guide hole 203a. A guide groove 204d to guide the vertical guide hole 203c, attaching the tearing needle 20 to the outer upper end, and exposing the lower end to the center portion of the rotating disc to open the lower end in the center of the enlarged part. 204a is made and the elevator 205 is put therein to pressurize upwards to the coil spring 208, and the screen plate 209 is inserted into the lower end of the coil spring, and the recess groove 204c is made at the inlet of the guide groove to make the snap ring 209a. Fasten the rotary disk to the guide wall Connect the support shaft 207 so as to protrude outward from the elevator 205 by drilling the rectangular guide hole 204b in the direction perpendicular to the direction of attachment, and attach the guide roller 206 made of bearings to the outer surface thereof, and guide roller 206. ) Is coupled to the cam groove 211 formed on the side of the cam disc 210, which is fixed in the central space of the rotating disc, and the cam groove 211 is disposed so that the lower groove portion 211a is positioned between the tear portion and the separating hole. By rotating the 200 with the motor M1, the tear needle body 204 is moved up and down in the longitudinal direction, and the tear portion B is configured such that the tear needle 20 emerges from the outer circumferential surface of the rotating disc 201. Separator formed with a rotary shaft 300 in the direction inclined outward from the lower portion of the tear portion, the interval 301 is formed in the middle portion so that the rotating disc 201 passes through the middle portion, and radial protrusions 302 and 303 are formed on both sides. A separation unit (C) configured to rotate the rotating shaft (300) by the motor (M2) to be rotated in a direction opposite to the rotating cylinder (202) to separate the teared squid attached to the tear needle (30). Connect the AC motor controller (manufactured by Samyang Co., Ltd.) 19 to the drive motor 114 installed in the squid inlet, and change the rotation of the drive motor through the volume controller 19a of the controller. Squid opener with feedrate adjuster

Images