KR20060112165A - Cutting device using individual rocking motion of straight blade - Google Patents

Abstract

An automatic slicer with linear blades sliding back and forth in alternate direction to the adjacent blades is provided to slice precisely fresh meat, by the movement of sliding linear blades in alternate direction to the adjacent blades. The automatic slicer with linear blades sliding back and forth in alternate direction to the adjacent direction comprises: a frame consisting of an upper frame(30) for housing a linear blade unit(10), a lower frame(40) for housing a cutting board unit(20) with rollers(41), which are connected to each other by a hinge(32); a cutting board unit(20) including a cutting board(21), made of wire, for placing meat and push it to and through the blades(11), operated by a pinion(23) and rack of the upper and lower frames(22,24) along a rodless cylinder(26); and a linear blades unit(10) including linear blades(11) set on outer frame and inner frame. The linear blades set on outer frame are operated by cylinder to have a movement of sliding back and forth. The linear blades set on inner frame are operated by a rack and pinion gear to have reverse movement to the linear blades. Since each linear blades set on inner frame is located between each linear blades on outer frame, every other linear blade slides in the same direction and the every adjacent blade slide in revere direction, which enables the precise slicing of fresh meat.

Description

Cutting device using individual rocking motion of straight blade {omitted}

1: Overall assembly side view of a representative state according to the present invention

2: Front view of FIG. 1

Figure 3: Back view of Figure 1

Figure 4: Top view of Figure 1

Figure 5 is a state diagram of the blade for cleaning,

Figure 6: Side view of the initial operation

Figure 7: Side view after completion of operation

* Explanation of symbols on important parts of the drawing

10. Blade Part 11. Blade

12. Blade swinging cylinder 13. Bellows

14. Outer blade frame 14-1. Outer Rack Gear

15. Inner Blade Frame 15-1. Inner Rack Gear

16. Blade Pinion Gear 20. Cutting Board

21. Wire cutting board 22. Cutting board upper fixing frame

23. Cutting board moving pinion 24. Cutting board lower fixing frame

25. Connecting rod 26. Rod race cylinder

30. Upper Body 31. Cylinder

32. Connecting white paper 40. Lower body

41. Mobile Laura device 50. Cut objects (meat, fish)

The present invention is to enable the complete cleaning with a simple operation to maintain the cleanliness occupying an important part of the food while cutting the meat and fish meat used as food by changing the swinging of two or more straight blades without changing the shape and shape To the device.

Conventional cutting device is to process the metal block in the form of a blade and then fix it to the frame, or to assemble the individual blades and to fix the frame to the frame to configure the blade and approach the blade to the cutting board and the cutting board approaches the blade I was using how to. These methods have the disadvantage that the blade is fixed, the shape of the blade and the meat to be cut in the cutting process, the shape is changed by the cutting resistance to satisfy the needs of consumers. There have been many problems such as complicated separation work for cleaning.

Accordingly, the present invention is to solve the above problems by placing the blades in the shape of a steel strip at regular intervals and by cutting the blade using a process of arranging the blades swinging in several or more different directions between the gaps and the staggered shaking. When cutting, it prevents deformation of cutting material by cutting pressure and prevents the shape change by cutting resistance after cutting. It maintains freshness before cutting and automatically cuts meat and fish that can be cleaned with simple operation. For the purpose of providing it.

In order to achieve the above object, the present invention provides an outer blade frame and an inner blade frame at the time of cutting by installing the band blades connected to the outer blade frame at regular intervals and installing the band knife connected to the inner blade frame between the band blades of the predetermined intervals. By oscillating in the opposite direction of this straight line, we invented the cutting device for fresh fish and meat without cutting deformation by constructing the minimum cutting resistance applied to the cutting object when cutting. Inventing a device that can be separated by a simple operation of the hinge and the cylinder connecting the lower frame to provide a cutting device that can maintain the cleanness while maintaining the original in a fresh state.

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings. 1 is a side view of the assembled state of the representative state according to the present invention, FIG. 2 is a front view of FIG. 1 and FIG. 3 is a rear view of FIG. 4 is a plan view of FIG. Its configuration is roughly divided into the blade unit 10, the cutting unit 20, the upper frame 30 and the lower frame 40.

As shown in Fig. 4, the configuration of the blade portion 10 arranges the blades 11 at fixed intervals to the outer blade frame 14 connected to the blade swing cylinder 12 on the outside, and fixes the outer blade frame ( The inner rack gear 15-1 connected to the pinion gear 16 through the outer rack gear 14-1 fixed to 14 and the pinion gear 16 fixed to the inner blade frame 15, which is a separate frame. It is connected to the driving force of the blade swing cylinder is transmitted to the inner blade frame 15 through the inner rack gear (15-1).

And the inner blade frame 15 is fixedly provided to the inner blade frame 15 by the same arrangement | positioning and a structure between the blades 11 of the outer blade frame 14 arrange | positioned at fixed space | intervals.

Therefore, when the blade swing cylinder 12 continuously operates back and forth, the outer blade frame 14 and the inner blade frame 15 vibrate in opposite directions, respectively, and each blade fixed to each frame is opposite to each other. It consists of a structure that vibrates in the direction of.

Next, as shown in FIGS. 1 and 2, the wire cutting board 21 has a structure for allowing the lower cutting board to pass between the blades 11 of the blade part 10. It is fixed to the attached chopping board upper frame 22, which is connected to the chopping board moving pinion 23, and is connected to the chopping board bottom frame 24 to which the rack is attached. The part 20 can move to the position shown in FIG. 1 and the position shown in FIG.

As shown in FIGS. 1, 5, and 6, the cutting board lower frame 24 is connected to the connecting rod 25 and assembled with the operating part of the rodless cylinder 26, and the main body of the rodless cylinder has a lower portion. It is fixed to the body 40, the operation of the rodless cylinder is composed of a structure that can change the position of the cutting section 20 of Figure 1 to the position of the cutting section 20 of Figure 7 continuously in accordance with the setting signal .

Next, when explaining the structure of the separation of the blade portion for cleaning, as shown in Figures 1 and 5, the blade portion 10 is assembled to the upper body 30, the connecting white paper 32 to act as a hinge of the upper and lower parts 32 And the cylinder 31, which is a driving device for lifting the upper body, is connected to the lower body 40, and when the cylinder 31 is operated, the blade portion shown in FIG. 5 at the position of the blade portion 10 shown in FIG. It is made into the position of (10), and is comprised by the structure which can be removed.

Next, the operation will be described. First, in the initial operation of FIG. 6, the cutting object 50 is obtained on the cutting board as shown in the drawing (Fig. 6), and the cutting pinion 23 shown in Fig. 6 is operated by operating the cutting pinion 23. 20 is moved from the position to the position of the cutting part 20 shown in FIG. 1, and then the rodless cylinder 26 is operated so that the cutting part 20 can be raised at an angle and the blade shown in FIG. As the swing cylinder 12 reciprocates, the outer blade frame 14 and the inner blade frame 15 oscillate in a linear direction opposite to each other by the operation of the blade pinion gear 16 and between the blades 11. As the cutting board 21 continues to pass, the cutting section 20 shown in FIG. 1 moves to the cutting section 20 position shown in FIG.

And when using a certain time to explain the operation for cleaning when operating the cylinder 31, the upper body 300 and the lower body 40 is separated as shown in Figure 5 by the connecting hinge 32 and space Through the disassembly of the blade and the wire cutting board 21 as well as to provide the desired structure and action of the cutting device using the individual rocking motion of the straight blade that can facilitate internal cleaning.

As described above, according to the present invention, by cutting the meat and fish by maintaining the fresh initial shape of the meat or fish by cutting the reciprocating blades while the cutting board is made of a plurality of parts around the wire cutting and cutting objects, It maintains the shape of the desired fresh image, and the upper body, which is the blade body, and the lower body, which is the connecting part of the cutting board, can be easily separated and combined, so that it is easy to clean, which is an important object of food management, and maintains the clean condition. There is an effect that can greatly satisfy the customer's desire for.

Claims (4)

In the cutting device of meat and fish, two or more blades 11 having rough shapes are assembled to the frames of the plurality of parts 14 and 15 which swing each side to the left and right, and the blade portion 10 is constituted. Cutting device using the individual rocking motion of the straight blade characterized in that the cutting section consisting of cutting board 20 passing between the blades In claim 1, the blade portion 10 is composed of a connecting hinge 32 and the cylinder 31 is a straight blade characterized in that the function of lifting the upper body 30 and the lower body 40 at a predetermined angle around the hinge Cutting device using individual rocking motion According to claim 1, the blade 10 is transmitted to the blade pinion gear 16 to operate the blade swing cylinder 12, so that the outer blade frame 14 and the inner blade frame 15 is the center of the cutting object 50 Cutting device using the individual rocking motion of the straight blade characterized in that rocking in the upper direction of the straight line parallel to the wire cutting board 21 In the configuration of the device for moving the cutting board according to claim 1 in the configuration of the cutting board moving pinion 23 for horizontal movement and the rodless cylinder 26 for the upward movement at an inclination angle, the cutting unit 20 for horizontal movement and inclined movement Cutting device using individual rocking motion of straight blade

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