KR200442522Y1 - boiled fish paste - Google Patents

Abstract

The present invention relates to a fish cake forming apparatus, which is divided into two sides of fish cake forming scoops mounted in the hopper of the fish cake forming machine, and forms a zero touch impeller, each of which is integrally formed so that fluctuations in rotation can be achieved. The upper and lower angles of the conveyor belt used for conveying the fish cakes are used to convey the fish cake molds by uniformly compressing them into the gear pump chamber while preventing and dispersing the fish cake-forming mixed ingredients into the hopper. The adjustment is done by connecting the small gear installed on the frame of one side frame with the external standby gear of the gearhead mounted on the side, and the center shaft of the gear reducer fixed to the inner shaft of the gearhead. When the rotating shaft rotates slowly by rotation, the connecting shafts on both sides supporting the auxiliary shaft and the roller fixed together are opened. At the same time, the curved long guides on both sides of the guide guide the auxiliary shaft accurately without any fluctuation so that the conveyor belt can be freely adjusted up and down at the desired angle to stably fix the high quality fish cake in a safe working environment. .

Fish cake molding machine, zero touch impeller

Description

Fish paste forming device {boiled fish paste}

The present invention relates to a fish cake forming apparatus, and more specifically, a chain formed between a small gear installed in a holding frame and an external atmospheric gear of a reducer mounted on a side of the conveyor belt for molding and transferring fish cake. The central shafts installed on both sides of the reducer are fixed to the inner shaft of the reducer so that the angle of the conveyor belt can be fixed stably by the forward and reverse rotation of the handle lever mounted on the small gear shaft.

Conventional fish cake forming apparatus is equipped with fish cake forming squash in the hopper, and the fish cake forming mixed material is put into the power transfer to deliver the power to rotate and compress the fish cake forming squash to continue to enter the gear pump chamber installed in the lower hopper to be installed on the lower side Forming and discharging in an arbitrary shape in the process of passing through the outlet of the various structures is configured to fall on the conveyor belt to move.

However, the fish cake molding scoops mounted in the hopper and the zero touch impeller that prevents tangling on the hopper are formed integrally on only one side, causing fluctuations when rotating due to the variation in weight. Has the disadvantage of producing a defective product in which the shape of the fish cake molding discharged is not uniform because it cannot be continuously put in the gear pump chamber installed in the lower part, and when adjusting the angle of the conveyor belt which plays an important role in the fish cake molding apparatus. Loosen the lever nut of the auxiliary shaft inserted in the bending hole of the connecting rod, grab the roller part of the front end of the connecting rod with the conveyor belt, and lift it up by manpower. When raised, remove the lever nut exposed from the auxiliary shaft. Although the angle of the conveyor belt is adjusted and fixed, the load on the roller part of the front end is not only heavy, but also it can not stand the weight of the fish cake conveyed in a number of moldings. There was a discontinuity, such as the inability to produce fish cakes efficiently due to wear or production stoppage.

The present invention is divided into two sides of the fish cake molding scoops mounted on the hopper of the fish cake forming machine to solve the above-mentioned pedango to form a zero touch impeller (zero touch impeller) each integrally to receive the power when rotating Fish cake molding material without fluctuations is compressed into the gear pump chamber in a balanced manner while preventing and dispersing the tangling material in the hopper, so that a high quality fish cake with uniform shape can be molded and discharged. , The lower angle can be adjusted by connecting the small gear installed on the frame of one side frame and the external standby gear of the reducer mounted on the side by chain and fixing the central axis installed on both shaft holders to the inner shaft of the reducer. When the rotating shaft rotates slowly with forward and reverse rotation, the two shafts supporting the auxiliary shaft and the roller fixed together are integral. When the stand is interlocked, the curved hole of both fixing guides guides the auxiliary shaft precisely without fluctuation so that the conveyor belt can be freely adjusted up and down at the desired angle and can be fixed stably so that the high quality fish cake can be produced in a safe working environment. It is.

The present invention has the advantage of freeing up and down the conveyor belt to secure the work space by allowing the rotating shaft fixed to the reducer shaft to be interlocked with the forward and reverse rotation of the handle lever. When finished, the conveyor belt never falls down unintentionally, thus maintaining a safe working environment.

In the upper hopper 2 of the gear pump chamber 1, a scoo- tion which receives power from the screw driving unit 3 is installed, and the lower roller 5 below the outlet port 4 on the side of the gear pump chamber 1 has a central axis 6 and an auxiliary shaft. (7) and both side connecting rods 8 are driven by connecting the rotary roller 9 and the conveyor belt 10 of the end fixedly integrally and the support shaft 11 is fitted with a bent hole 12 One side is to install the lever nut 13 to be fixed to the safety side

The scoops installed in the hopper 2 are divided into double-sided scoops 14 and 15 to form the zero touch impellers 16 and 17 integrally, respectively, and the frame in the direction of the holder 11 The small gear 21 is mounted on the support shaft 20 fixed to the shaft 18 and the external standby gear 24 of the reducer 23 mounted on the side bracket 22 is connected to the chain 25. The rotary shaft 9 of the conveyor belt 10 is connected to the inner shaft of the reducer 23 by the forward and reverse rotation of the handle lever 26 fitted on the small gear 21 shaft 20. The part is driven up and down.

Unexplained reference numeral 27 denotes a central axis,

           (28) denotes a connecting rod.

When the present invention is applied to a power supply while putting a fish cake-forming mixed material (not shown) into the hopper 2 of the upper surface of the gear pump chamber 1, the double-sided screw of the hopper 2 is driven by the driving force of the screw driving unit 3. The zero touch impeller 16 formed integrally with the scoops 14 and 15 when the fish cake molding mixed material is compressed into the lower gear pump chamber 1 while the 14 and 15 rotate. 17) Scrape-shaped mixed food material in the circumference of the hopper (2) so as not to tangled in the scratch acts to guide the inside and at the same time the compressed in the gear pump chamber 1 is discharged into the discharge port (4) On the conveyor belt 10 installed and driven in the rotary roller 9 at the end of the connecting shaft 8 integrally fixed to the central shaft 6 and the auxiliary shaft 7 mounted on the roller 5 and the fixing stand 11. As it falls, it is transported and operated.

When the fish cake forming operation is completed and the rotary roller 9 of the front end of the conveyor belt 10 is raised to secure the space of the workplace, the lever nut 13 exposed to the curved hole 12 of the holder 11 is released and When the handle lever 26 on the upper side of the small gear 21 installed on the support frame 19 shaft 20 of the frame 18 is gradually rotated in the clockwise rotation direction, the speed reducer 23 fixed to the bracket 22 on the side is When the air gear 24 mounted on the upper side is interlocked by the chain 25 to interlock the worm gear inside the reducer 23, the rotational force is transmitted to the central axis 6, and at the same time, the central axis 6 and the auxiliary shaft ( 7) When the portion of the connecting rod 8 fixed integrally ascends slowly, it is penetrated through the connecting rod central shaft hole and fixed to the auxiliary shaft 7, so that the rotational force is increased and at the same time, the curved hole 12 of the fixing rod 11 The auxiliary shaft (7) is given to the guide so that there is no swing, and the rotary roller (9) rises stably. If the stop operation of the handle lever 26 by tightening the nut again, the lever 13 will be used as a safety valve.

Then, when lowering the conveyor belt 10 installed in the rotary roller 9 of the elevated connecting rod 8 for the fish cake molding work, the lever nut 13 used as the locking safety valve is released and the handle lever 26 is rotated clockwise. When slowly rotating in the opposite direction, the chain 25 connecting the small gear 21 and the standby gear 24 and the worm gear in the reduction gear 23 rotate in reverse direction and the auxiliary shaft 7 connected to the central shaft 6. As the connecting rod 8 on both sides is lowered gradually, the conveyor belt 10 can be adjusted to a desired angle, and the reducer 23 is driven only by the rotation of the handle lever 26, so that the rotary roller of the heavy connecting rod 8 ( 9) There is no fear that the part will fall unexpectedly.

1 is a partially cutaway perspective view of the present invention

2 is a perspective view of the other side portion of the present invention

3 is an enlarged view of a portion (A) of FIG.

4 is a perspective view of the extract of the present invention

5 is a plan view of the present invention

6 is an operating state diagram of the present invention

        (a) rotates the handle lever forward in the clockwise rotation direction and the conveyor belt

              Laura part is raised vertically

        (b) reversely rotates the handle lever so that the conveyor belt and the roller part are

              Descending horizontally

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

(1) Gear Pump Room (2) Hopper (3) Scoo- ture Drive (4) Outlet

(5) Rollers (6) Central shaft (7) Secondary shaft (8) Connecting rod (9) Rotary roller

(10) Conveyor Belts (11) Fixtures (12) Bending Machines (13) Levernuts

(14) (15) Double sided screw (16) (17) zero touch impeller

(18) Frame (19) Collar (20) Shaft (21) Small Gear (22) Bracket

(23) Reducer (24) Standby Gear (25) Chain (26) Handle Lever

Claims (1)

In the upper hopper (2) of the gear pump chamber (1), a squeegee that receives power from the scoop-drive unit (3) is installed, and the lower roller (5) of the outlet port (4) on the side of the gear pump chamber (1) has a central axis (6) and an auxiliary shaft. (7) and the bent hole (12) of the holder (11) in which the rotary roller (9) and the conveyor belt (10) of the end on which both connecting rods (8) are integrally fixed are driven and driven, and the auxiliary shaft (7) is fitted. One side is to install the lever nut 13 to be fixed to the safety side The scoops installed in the hopper 2 are divided into double-sided scoops 14 and 15, and the zero touch impellers 16 and 17 are integrally formed and the frame 18 in the direction of the holder 11 is formed. The small gear 21 is mounted on the shaft 20 fixed to the support shaft 19, and the external gear 24 of the reducer 23 mounted on the side bracket 22 is connected to the shaft 25 by the chain 25. Rotating roller (9) portion of the conveyor belt (10) by connecting the central shaft (6) to the inner shaft of the (23) and the forward and reverse rotation of the handle lever (26) fitted on the small gear (21) shaft (20). Fish cake forming apparatus characterized in that the drive up and down.

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