KR200230499Y1 - A cutting devices of cuttle fish - Google Patents

Abstract

The present invention relates to a squid cutting device that can simplify the configuration of the squid cutting device to minimize the failure rate and to cut the cuttlefish uniformly at a certain width.

In particular, the present invention and the main body is provided with a drive motor; A transfer means installed at an upper end of the main body to transfer the squid at a predetermined speed in association with a driving motor; Cutting means associated with a drive motor to cut the squid conveyed along the conveying means to a predetermined width; A conveyor means installed below the cutting means to guide the cuttlefish cut into the collecting container; In the squid cutting device having a configuration including, etc., the cutting means 140 is fixed to the main body 110 to be idled from the main shaft 122 rotated by the drive motor 120, the outer peripheral side A fixed cam plate 141 having a cam protrusion 142; The installation groove 143a is formed so that the fixed cam plate 141 can be inserted from one side while being installed to be rotatable by the main shaft 122, and guides penetrating to the installation groove 143a at a predetermined interval from the outer circumference. A plurality of balls 143b are formed, and rollers 143d are installed to slide along the outer circumference of the fixed cam plate 141 at the lower end of each of the guide holes 143b and protrude out of the guide holes 143b. The rotor 143 is provided with a working rod 144 on which a cutter 146 having a sharp blade 146a on its upper end is detachably installed.

In addition, the present invention, the transfer means 130 is an operating rod 131 eccentrically to one side of the brush shaft 155 is rotated by the driven gear 122b connected to the drive gear 122a of the main shaft 122 Is installed, the axial squid roller 134b on which the squid is mounted on the lower shaft 134a connected to the bearing member 133 rotated only one direction by the operation rod 131 is fixedly installed at a predetermined interval and the At least one idle roller 134c interposed with the axial roller 134b, the lower guide portion 134 being arranged at a predetermined interval; The upper axial roller 135c is fixed to the lower shaft 134a and the upper shaft 135b rotated as a gear 134g while being installed at a predetermined pressure by the lower guide part 134 and the spring at a predetermined interval. An upper guide part 135 installed and arranged at least one upper idle roller 135g at a predetermined interval so as to interlock with the upper axis roller 135c; It is composed of such features.

Description

Cuttlefish cutting device {A cutting devices of cuttle fish}

The present invention relates to a squid cutting device for cutting a dried squid to a predetermined width, more specifically, a squid capable of uniformly cutting a cuttlefish in a certain width while minimizing the failure rate by greatly simplifying the configuration of the cuttlefish cutting device. It relates to a cutting device.

As is known, the apparatus for processing the squid is already known, and briefly explaining the configuration thereof, a main body provided with a drive motor; A transfer means installed at an upper end of the main body to transfer the squid at a predetermined speed in association with a driving motor; Cutting means associated with a drive motor to cut the squid conveyed along the conveying means to a predetermined width; A conveyor means installed below the cutting means to guide the cuttlefish cut into the collecting container; And the like.

The most important thing in the cuttlefish cutting device configured as described above is a cutting means of the conventional cutting means (Korean Utility Model Registration No. 0134648), the first hollow shaft fixed to both frames as shown in Figure 1 and 2 ( The inner end of 11 has a cam plate 1 having a cam protrusion 12 at a predetermined section, and the cam plate 1 is installed in the seating groove 21 and its circumferential surface which are insulated and hermetically closed with a cover plate 28. The cutter rotary plate 2 having the cutter 3 and the forceps 4 at regular intervals is keyed to the main shaft S which is penetrated through the first hollow shaft 11 and rolled up, and the respective cutter rotary plates ( Covering both outer surfaces of 2) the first hollow shaft (11) in the center of the auxiliary rotary plate (5) having a second hollow shaft in which the bearing is coupled, the sprocket formed on the outer surface of the cutter rotating plate (2) A third hollow having power transmission sprockets in the center while respectively covering both inner surfaces Will the annexed to the connection a predetermined interval in the circumferential soon as a fixed secondary rotating plate (6) is coupled to the main shaft bearing at the same time the auxiliary rotary plate (5) and (6) the plate (7).

Then, the cutter 3 attached to the cutter rotating plate 2 has a blade 31 of the sharp part, is fixed to the upper end surface of the rod 32, and the rod 32 is a peripheral surface of the cutter rotating plate 2 It is inserted into the groove 22 formed in the fixed by a screw through the tab hole 23 of the side, the clamping device 4 is the inner wall 24 and the outer wall circumferential surface by the mounting groove portion 21 of the cutter rotating plate (2) A plate 83 having a hole 81 in the center and a resin layer 82 formed on the top end thereof is fixed to the front end of the rod 8 penetrated through the hole 25 of the rod 25, and the channel bracket 84 at the rear end thereof. It has a roller 85 hinged to the spring, the spring 86 is installed between the channel bracket 84 and the inner wall 24, the bearing is placed in the hole 25, and a retainer is installed on the peripheral end surface. It is.

However, the conventional cutting means configured as described above has a very complicated structure, which causes not only a high failure rate of the cutting means but also a large increase in manufacturing cost.

Accordingly, the present invention has been made in view of the above problems, and the object of the present invention is to provide a squid cutting device that can greatly reduce the failure rate by greatly simplifying the cutting means of the squid cutting device. .

The present invention also improves the cutting edge of the cutter and the cutting means for transferring the squid at a predetermined speed, while allowing the cut width of the cuttlefish to be arbitrarily adjusted, while the upper surface is curved to facilitate cutting the cuttlefish. It is an object of the present invention to provide a squid cutting device that can adjust the cutting width of the cuttlefish according to the thickness of the cuttlefish as well as cut the cuttlefish with a uniform width by installing the treated spacing holder adjustable.

1 is a perspective view showing the main portion of the squid cutting device according to the prior art,

Figure 2 is a side view showing the main portion of Figure 1,

3 is a partially cutaway perspective view of the cuttlefish cutting device according to the present invention,

Figure 4 is a partially cut perspective view showing a cutting means of the cuttlefish cutting device according to the present invention,

Figure 5 is a sectional view of the main portion showing an operating state of the cutting means according to the present invention,

Figure 6 is a side view showing the main portion of the conveying means of the cuttlefish cutting apparatus according to the present invention,

Figure 7 (a) and (b) is a side view of the cuttlefish cutting apparatus according to the present invention,

8 is a rear view of the cuttlefish cutting device according to the present invention.

<Description of the symbols for the main parts of the drawings>

110: main body 120: drive motor

122: main shaft 130: transport means

131: operating rod 133: bearing member

134: lower guide 134a: lower shaft

134b: Shaft roller 134c: Idle roller

134e: gear body 135: upper guide

135a: spring 135b: upper shaft

135c: Shaft roller 135d: Upper shaft

135e: Gear body 135g: Idle roller

137: interval holding zone 140: cutting means

141: fixed cam version 142: cam

143: rotating body 143a: mounting groove

143b: Operator 143d: Roller

144: working rod 146: cutter

146a: Day 150: Conveyor Means

155: brush shaft 160: safety cover

161: relay switch

The present invention for achieving the above object is fixed to the main body so as to be idle from the main shaft rotated by the drive motor in the configuration of the cutting means installed in the squid cutting device, the fixed with a cam protrusion on one side of the outer peripheral A cam plate; Installation grooves are formed to be rotatably installed by the main shaft so that the fixed cam plate can be inserted from one side, and a plurality of guide holes penetrating from the outer periphery to the installation grooves at a predetermined interval are formed on each of the guide holes. The rotating body is provided with an actuating rod with a roller installed to slide along the outer circumference of the fixed cam plate at the bottom and a cutter having a sharp blade at the upper end that protrudes out of the guide hole. It is composed of features.

The present invention is also provided with an actuating rod installed eccentrically on one side of the brush shaft rotated by a driven gear connected to a drive gear of the main shaft, and connected to a bearing member which is rotated a predetermined angle only in one direction by the actuating rod. A lower guide part on which a squid roller on which the squid is placed is fixedly installed at a predetermined interval and at least one idle roller is arranged at a predetermined interval so as to interlock with the axial roller; At least one upper idler is fixedly installed at a predetermined interval on the upper shaft rotated as a gear by the lower guide portion and the spring by a predetermined pressure and is interlocked with the upper shaft roller. An upper guide part in which rollers are arranged at predetermined intervals; It is composed of such features.

In addition, the present invention is to guide the squid to the top of the gear body of the lower guide portion while adjusting the gap between the upper surface is curved to maintain the gap between the blade of Carter and the tooth body to determine the width of the squid blade It is possible to install.

Hereinafter, with reference to the accompanying drawings, preferred embodiments of the present invention in detail as follows.

3 is a partially cutaway perspective view of the cuttlefish cutting apparatus according to the present invention.

First, when the squid cutting device is largely divided into a main body 110 provided with a drive motor 120; A transfer means (130) installed at an upper end of the main body (110) to transfer the squid at a predetermined speed in association with the driving motor (120); Cutting means (140) associated with the drive motor (120) to cut the squid conveyed along the conveying means (130) to a predetermined width; A conveyor means (150) installed under the cutting means (140) to accumulate the cuttlefish cut into the collecting container (160); And the like.

When the above-described bar in detail for each part, the transfer means 130 is installed on both sides of the upper portion of the main body 110, as shown in Figs. 122) One end of the operating rod 131 is installed eccentrically on one side of the brush shaft 155 rotated by the driven gear 122b connected to the driving gear 122a of one end, and another of the operating rod 131 is provided. An auxiliary rod 132 is fixedly installed at one end and a bearing member 133 which is operated only in one direction is installed at the other end of the auxiliary rod 132.

And, the lower shaft 134a of the lower guide portion 134 operated by the operation rod 131 is installed on both upper sides of the main body 110, the auxiliary rod 132 at one end of the lower shaft 134a The bearing member 133 connected with the lower shaft 134a rotates only in one direction. In addition, the lower shaft 134a is a axial roller 134b, which is nerd-processed so that the squid is placed, and is fixedly fixed to the both sides of the tooth body 134e at predetermined intervals, and the plurality of axial rollers 134b are arranged in line. An idle roller 134c is installed, and the rollers 134b and 134c are interlocked by a plurality of gears 134f inside the gear body 134e.

In addition, while guiding the squid to the top of the tooth body 134e of the lower guide portion 134, the upper surface is curved bolted to maintain the width of the squid bond to be adjustable. At this time, the spacing holder 137 is preferably formed of a rather hard resin material, and between the blade of the Carter and the tooth body 134e, which will be described later, when the spacing holder 137 wears forward and backward. The gap can be adjusted arbitrarily.

Meanwhile, the upper guide part 135 corresponding to the lower guide part 134 has an upper shaft 135b coupled to a spring 135a having one end fixed to the main body 100, and a guide hole 111 of the main body 110. The upper shaft roller (135c) is installed on both sides of the gear body (135e) on the upper shaft (135b), which is installed in a flowable manner and rotated by a plurality of teeth (134g) engaged with the lower shaft (134a). It is fixedly installed at a predetermined interval, and at least one upper idle roller 135g is installed at a predetermined interval so as to interlock with the upper shaft roller 135c, and the rollers 135c and 135g are disposed in the gear body. Interlocked with each other by the gears 135f inside the 135e.

In addition, a pressure port 136 having a spring 136a is provided on the upper portion of the upper guide part 135 so as to prevent the rising and overcoming of the spring 135a pressing the upper shaft 135b. Is installed.

The cutting means 140 installed in close proximity to the transfer means 130 is fixedly installed in the main body 110 such that the fixed cam plate 141 is idled from the main shaft 122 rotated by the drive motor 120 as shown in FIG. 4. The cam protrusion 142 is provided at one side of the outer circumference of the fixed cam plate 141, and the cam protrusion 142 is provided on a top of the tooth body 134e of the lower guide portion 134. 137) slightly lower.

A disc-shaped rotating body 143 is installed on the main shaft 122 penetrating the fixed cam plate 141. An installation groove portion in which the fixed cam plate 141 is inserted into a predetermined depth on one side of the rotating body 143 ( 143a is formed, and a plurality of guide holes 143b penetrating from the outer circumference of the rotating body 143 to the installation groove 143a at a predetermined interval are formed. At this time, the step 143c is formed in the guide hole 143b. That is, the diameter of the guide hole 143b adjacent to the installation groove 143a is made larger.

Then, the operating rod 144 is installed to be slidably inserted into the guide hole 143b, the spring 145 is installed between the operating rod 144 and the step 143c of the guide hole 143b to operate. The roller 143d is installed to slide along the outer circumference of the fixed cam plate 141 at the bottom protruding toward the installation groove 143a, while the rod 144 is rebounded in the direction of the installation groove 143a. A cutter 146 having a sharp blade 146a is detachably installed at an upper end thereof projecting outward of the 143b. That is, when the rotating body 143 is rotated, the roller 143d slides along the outer circumference of the fixed cam plate 141, and then the operating rod 144 moves when the cam protrusion 142 of the fixed cam plate 141 passes. As shown in 5, the gap between the outer circumference of the rotating body 143 and the blade 146a is narrowed while being inserted in the direction of the installation groove 143a, and then the roller 143d is cam of the fixed cam plate 141. As the gap between the outer periphery of the rotating body 143 and the blade 146a is widened as it rises to the protrusion 142, the squid fish held in the torn state is dropped.

On the other hand, the brush shaft 155 of the bottom of the rotating body 143, as shown in Figure 7 and 8, the brush 155a is installed to drop off the squid stick attached to the rotating body 143.

Conveyor means 150 is installed below the brush 155a and is integrated with the squid slices cut by the collection container 160. The drive shaft 151 of the conveyor means 150 is a brush shaft 155. ) And the belt 152.

In addition, a transparent safety cover 170 is installed on an upper portion of the main body 110 on which the rotating body 143 is installed, and a relay switch 171 is installed on an inner position of the safety cover 170 to rotate the rotating body 143. When the safety cover 170 is opened from), the relay switch 171 operates to stop the driving motor 120. At this time, the initial operation and the final operation of the initial drive motor 120 is operated by the operation switch installed in front of the main body 100.

Referring to the action / effect of the squid cutting device configured as described above are as follows.

First, as shown in FIGS. 3 and 7, when the driving motor 120 inside the main body 110 operates, the main shaft 122 interlocked with the driving motor 120 and the belt 121 rotates to thereby. At the same time as the rotating body 143 of the cutting means 140 installed, the brush shaft 155 is rotated by the driven gear 122b connected to the driving gear 122a, and the brush shaft 155 is one side. The lower shaft 134a of the lower guide portion 134 is rotated by the bearing member 133 which is operated only in one direction while the operating rod 131 connected to the eccentrically has a predetermined linear movement. At the same time, the plurality of idle rollers 134c connected to the shaft roller 134b by the plurality of gears 134f in the gear body 134e rotate at the same pitch, while the lower shaft ( An upper shaft 135b rotated by a plurality of teeth 134g engaged with 134a, and the upper portion A plurality of idle rollers connected to the axle roller 135c by the plurality of gears 135f on both sides of the gear body 135e while the upper shaft roller 135c rotates to a predetermined pitch while the 135b rotates. The conveyor means 150 is operated by the drive shaft 151 connected as the brush shaft 155 and the belt 152 while the 135g rotates at the same pitch.

When the squid cutting device is operated as described above, the squid is supplied to the shaft rollers 134b and 135c between the lower guide portion 134 and the upper guide portion 135 of the conveying means 130, the two shaft rollers. Squid entered by the rotation of the (134b) (135c) is guided to the upper and lower idle rollers (134 c) (135d) and is transported along the gap support 137 of the upper gear body (134e). At this time, since the upper surface of the spacing holder 137 is curved, the squid pressed by the curved portion between the lower guide portion 134 and the upper guide portion 135 is bent in the same shape to rotate. The cuttlefish is easily embedded in the sharp blade 146 a of the cutter 146 rotated while being installed at the 143.

In addition, when the tip portion of the spacing holder 137 is worn due to long use, or when the width of the squid is to be adjusted, the bolted spacing holder 137 is released from the tooth body 134e. By re-adjusting the gap of (146a), not only can a squid fish of a certain width always be provided, but also the width of a fish can be arbitrarily adjusted according to the thickness of a squid.

Meanwhile, as shown in FIG. 5, in the state where the cuttlefish is easily embedded in the sharp blade 146a of the cutter 146, the actuating rod 144 in the cam protrusion 142 of the fixed cam plate 141 rotated together with the main shaft 122. Since the roller 143d of the) is raised, the gap between the outer circumference of the rotating body 143 and the blade 146a is widened, but the rotating body 143 continues to rotate while the operating rod 144 of the fixed cam plate 141 Cam protrusion 142 is to be separated, at this time, as the operating rod 144 is inserted in the direction of the installation groove 143a as shown in Figure 5 as the gap between the outer periphery of the rotating body 143 and the blade 146a of the squid When the roller 143d is raised to the cam protrusion 142 of the fixed cam plate 141 again, the gap between the outer circumference of the rotating body 143 and the blade 146a is widened and held in the torn state. The squid sticks are placed.

Then, a brush 155a is installed on the brush shaft 155 directly below the rotating body 143 to remove all the squid sticks attached to the rotating body 143.

The cuttlefish dropped by the brush 155a is dropped onto the conveyor means 150 which is installed below the brush 155a, and is loaded onto the collecting container 160 at the back thereof.

On the other hand, the safety cover 160 of a transparent material is installed on the upper body 110, the rotor 143 is installed, the relay switch 171 when the safety cover 170 is opened from the rotor 143 Is operated to stop the driving motor 120. When the safety cover 170 is covered with the rotating body 143, the relay switch 171 operates to operate the driving motor 120 that is stopped.

Therefore, the present invention has a very useful effect of greatly simplifying the cutting means of the cuttlefish cutting device, and greatly reducing the failure rate thereof and at the same time reducing the manufacturing cost.

The present invention also improves the cutting edge of the cutter and the cutting means for transferring the squid at a predetermined speed, while allowing the cut width of the cuttlefish to be arbitrarily adjusted, while the upper surface is curved to facilitate cutting the cuttlefish. The adjustable spacing is adjustable so that the cutout is cut to a uniform width and the cutout width of the cuttlefish can be adjusted according to the thickness of the cuttlefish.

Claims (3)

A main body provided with a driving motor; A transfer means installed at an upper end of the main body to transfer the squid at a predetermined speed in association with a driving motor; Cutting means associated with a drive motor to cut the squid conveyed along the conveying means to a predetermined width; A conveyor means installed below the cutting means to guide the cuttlefish cut into the collecting container; In the cuttlefish cutting device which consists of a structure containing, etc., The cutting means 140 is fixed to the main body 110 so as to be idled from the main shaft 122 rotated by the drive motor 120, the fixed cam plate 141 having a cam protrusion 142 on one side of its outer circumference. and; The installation groove 143a is formed so that the fixed cam plate 141 can be inserted from one side while being installed to be rotatable by the main shaft 122, and guides penetrating to the installation groove 143a at a predetermined interval from the outer circumference. A plurality of balls 143b are formed, and rollers 143d are installed to slide along the outer circumference of the fixed cam plate 141 at the lower end of each of the guide holes 143b and protrude out of the guide holes 143b. A squid cutting device comprising: a rotating body (143) having a working rod (144) detachably installed with a cutter (146) having a sharp blade (146a) on its upper end. The method of claim 1, The transfer means 130 is provided with an operating rod 131 eccentrically installed on one side of the brush shaft 155 rotated by the driven gear 122b connected to the drive gear 122a of the main shaft 122. The shaft roller 134b, in which the cuttlefish is placed on the lower shaft 134a connected to the bearing member 133 rotated by the rod 131 in only one direction by a predetermined angle, is fixedly installed at a predetermined interval and the shaft roller 134b. At least one idle roller 134c interlocked with the lower guide part 134 arranged at a predetermined interval; The upper axial roller 135c is fixed to the lower shaft 134a and the upper shaft 135b rotated as a gear 134g while being installed at a predetermined pressure by the lower guide part 134 and the spring at a predetermined interval. An upper guide part 135 installed and arranged at least one upper idle roller 135g at a predetermined interval so as to interlock with the upper axis roller 135c; Squid cutting device, characterized in that consisting of. The method of claim 2, The upper surface is curved so that the gap between the blade of Carter and the tooth body 134e which determines the width of the squid blade while squid is guided to the top of the tooth body 134e of the lower guide part 134 is constant. Squid cutting device, characterized in that the gap holder 137 is installed to be adjustable.