KR100819889B1 - Transfer converyor support angle regulator in high speed fresh meat slicer - Google Patents

Abstract

A device for regulating a support angle of a delivery conveyor in a high speed chilled meat slicer, is provided to optimize an arranged state of sliced meat pieces loaded on the delivery conveyor by adjusting the support angle of a front end of the delivery conveyor quickly and conveniently according to a cutting condition, so as to achieve a stable delivery of the sliced meat pieces. A delivery conveyor(7), which is used in a high speed chilled meat slicer, has a front end, on which meat pieces sliced by cutting knives are dropped and supported, and which is arranged on an upper part of a conveyor stand(76). A device for regulating a support angle of the front end includes: a swivelling support, arranged between a rear end side of a fixing frame(74) of the delivery conveyor and a rear end side of the conveyor stand; and a support angle regulator(9), arranged between a front end side of the fixing frame and a front end side of the conveyor stand, so as to regulate a height of the front end in an inclined manner along an arranged face of the cutting knives.

Description

Conveyor support angle regulator in high speed fresh meat slicer}

BRIEF DESCRIPTION OF THE DRAWINGS The extract | extracted side view of the refrigerated meat high speed slicer with a delivery conveyor in embodiment of this invention.

Fig. 2 is a schematic perspective view showing the cut-out portion configuration of the chilled meat high speed slicer in the embodiment of the present invention.

Figure 3 is a side view of the delivery conveyor with a support angle adjustment device according to the invention.

4 is a cross-sectional view taken along the line A-A of FIG.

5 and 6 is a side view of the front end of the dispensing conveyor is lowered or raised by the angle adjusting device of the present invention.

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

1: expectation 2: side wall

3, 4: feeding conveyor 5,6: cutting knife

7: dispensing conveyor 8: rotation support

9: support angle adjuster 74: fixing frame

76: conveyor die 81,82: first and second support pieces

83: rotation support shaft 91: bracket

92: screw shaft 93,94: first and second moving port

95: pin shaft 96: support bar

97,98: 1st and 2nd lifting support 99: steering wheel

The present invention provides a high-speed slicer of a refrigerated meat slicer for cutting food such as refrigerated meat, wherein the cutting edge of the feed conveyor that receives and delivers the slices cut by the cutting knife can be adjusted up and down according to the cutting conditions of the refrigerated meat. The present invention relates to an apparatus for adjusting the support angle of a delivery conveyor in a refrigerated meat high speed slicer which enables a stable delivery of a bearing without colliding with a collision.

The refrigerated meat slicer for cutting chunks of refrigerated meat into pieces is provided with a feed conveyor for feeding in the oblique direction of the front side which is installed lower than the rear side in order to transfer the food such as the refrigerated meat by the cutting thickness. The cutting knife which cuts the front end of the food which protruded in the side at right angles to a supply direction is provided in the surface inclined to the front side from the vertical surface, and the sending conveyor which loads the slice of the food cut | disconnected with the cutting knife is installed in the front-back direction. Whenever the tip of the refrigerated meat fed in the oblique direction by the feed conveyor protrudes to the front side of the feed conveyor, the shear of the refrigerated meat protruding to the front side of the feed conveyor is understood by the cutting knife at a right angle to the refrigerated meat supply direction, that is, from the vertical plane to the front side. It is cut into inclined surfaces. The slice of the refrigerated meat cut | disconnected by the cutting knife falls to the front side, falls on the delivery conveyor, is loaded on the delivery conveyor in operation, and is sent out to the next process.

According to the refrigerated meat slicer as described above, in order to arrange the pieces of the refrigerated meat cut by the cutting knife in the optimum shape desired on the delivery conveyor, the height of the delivery conveyor according to the cutting conditions such as the thickness and mass of the pieces, that is, It is necessary to adjust the drop from the cutting position by the cutting knife on the front side of the supply conveyor to the rear end of the delivery conveyor, that is, the start end. Otherwise, since the cutting knife is inclined to the front side from the vertical plane and moves directly above the delivery conveyor, when the starting end of the delivery conveyor collides with the cutting knife and moves directly below the delivery conveyor, the starting end of the delivery conveyor is cut. Away from the knife.

Therefore, it is conceivable to move the dispensing conveyor in the forward and backward direction and at the same time up and down. However, in the structure of the dispensing conveyor, it is very difficult to operate in the forward and backward direction and in the vertical direction. There are a number of operational problems that take place.

The present invention has been invented to solve such problems in the prior art, and an object of the present invention is to cut the tip of the delivery conveyor supporting the slice of the refrigerated meat vertically cut by the cutting knife on the inclined portion such as the cutting thickness and the mass of the slice. By making it possible to quickly and easily adjust the supporting angle of the tip in response to the cutting conditions, it is possible to optimize the arrangement of the sections loaded on the delivery conveyor while preventing the fragments on the tip of the delivery conveyor from colliding with the cutting knife. In the refrigeration meat high-speed slicer that can be prevented by the stable bearing delivery of the slice to provide a support angle adjusting device of the delivery conveyor.

In the refrigeration meat high speed slicer for achieving the above object of the present invention, the support angle adjusting device of the delivery conveyor is provided with a supply conveyor for supplying the refrigerated meat by cutting thickness, and the front end of the refrigerated meat is fed by the supply conveyor. In the high-speed sliced meat slicer in which the cutting knife which cut | disconnects the front end every time it protrudes in the front side is installed in the surface which inclined from the vertical plane to the front side, and the delivery conveyor which installs the cut | disconnected cut piece to the front side is provided, The said The distal end of the delivery conveyor on which the section cut by the cutting knife is supported is disposed above the conveyor die, and is provided with a rotation support that is disposed between the rear end side of the fixing frame of the delivery conveyor and the rear end side of the conveyor die, and the fixing frame. Supports provided between the front end of the conveyor and the front end of the conveyor die Also by the control point on the sphere it is adapted to be inclined to the vertical adjustment along the disposition plane of the cutting knife.

According to the present invention, the pivot support includes a first support and a second support piece fixedly installed on both sides of the fixing frame and the conveyor die, respectively, and a rotation support for fluidly connecting and supporting the first and second support pieces. It is preferable that it is comprised by an axis.

In addition, according to the present invention, the support angle adjusting mechanism is installed horizontally through the bracket of the conveyor die, and the left side of the screw shaft on one side, and the right side of the screw shaft on the other side is equally provided with the screw shaft, First and second moving parts that are movably coupled along each threaded portion, and first and second ends of which are respectively supported by the pin shafts and the other ends are fixedly supported to overlap each other by one pin shaft with respect to the support bar of the fixing frame. And a handle that is rotatably fixed to one end of a screw shaft penetrated to protrude toward one side of the conveyor die, and a second lifting support interval.

Hereinafter, with reference to the accompanying drawings, preferred embodiments of the present invention will be described in detail.

1 and 2, the refrigerated meat high speed slice according to the present invention includes a supply conveyor 3, 4, a cutting knife 5, 6, and a delivery conveyor 7.

The supply conveyors 3 and 4 will be described. In the upper part of the base 1, as shown in FIG. 1, the belt type lower side supply conveyor 3 in which refrigerated meat is loaded is inclined so that the front side may become low in the front-back direction. The lower feed conveyor 3 is provided on one side wall 2 fixed to the base 1, and a driven drum and a guide roller are respectively stored between the left and right side plates on which the driving drum 32 is installed, and the driving drum 32 ) And driven drums and guide rollers have endless belts. The rear driving drum 32 is driven by being connected to a servo motor (not shown).

On the upper side of the lower side supply conveyor 3, as shown in FIG. 1, the belt type upper side supply conveyor 4 which presses the upper part of the refrigerated meat mounted on the lower side supply conveyor 3 is low in the front-back direction. The fork is inclined and provided to be movable up and down.

The upper side feed conveyor 4 has an intermediate shaft 43 on one side wall 2, and a link mechanism 44 is connected to the intermediate shaft 43 so as to be linkable, and a lower end of the link mechanism 44 is provided. The driving drum 42 is stored in the driven drum, and the driven drum and the guide rollers are respectively stored between the left and right side plates on which the driving drum 42 is installed. An endless belt is engaged between the drive drum 42 and the driven drum and the guide roller. At this time, the drive drum 42 is driven by the intermediate shaft 43 and the belt transmission mechanism 45 of the link mechanism 44 connected to the intermediate shaft 43, the intermediate shaft 43 of the lower feed conveyor (3) It is connected to a servo motor connected to the drive drum 32. The servo motor is configured to drive a rotary drive and a drive device of the conveyor in which the lower feed conveyor 3 and the upper feed conveyor 4 interlock with each other.

Therefore, the refrigerated meat is placed on the lower feed conveyor 3 which is installed with the front side lowered, and the front upper part of the refrigerated meat is pressed by the upper feed conveyor 4. When the servo motor constituting the conveyor drive intermittently rotates, the lower feed conveyor 3 and the upper feed conveyor 4 interlock and operate intermittently, and the lower feed conveyor 3 and the upper feed conveyor 4 are intermittently operated. The refrigerated meat sandwiched in the is supplied in a low inclined direction along the upper surface of the lower feed conveyor 3 by a preset cutting thickness.

In the upper part of the base 1, as shown in Figs. 1 and 2, the substrate 11 is fixed to the front side positions of the lower feed conveyor 3 and the upper feed conveyor 4, but is perpendicular to the refrigerated meat supply direction. It is arrange | positioned in the plane, ie, the surface inclined to the front side from the vertical plane. The board | substrate 11 has the long hole-shaped opening 12 penetrating in the position eccentrically from the center, and the front end of the lower feed conveyor 3 and the upper feed conveyor 4 is inserted in the opening 12. As shown in FIG.

The L-shaped plate-shaped fixing knife 5 is fixed to the surface of the board | substrate 11 along the outer edge and the lower edge of the opening 12, and arrange | positions the front side of the fixing knife in the plane orthogonal to a refrigerated meat supply direction. . As shown in FIG. 2, an arcuate plate-shaped movable knife 6 is fixedly installed at the tip of the knife shaft 61 at the center of the substrate 11. The movable knife 6 is disposed just in front of the substrate 11. The movable knife 6 is comprised in the state which rotates and contacts the front side of the fixed knife 5 in contact with each other, and passes the cutting position of the front side of the fixed knife 5, respectively. The fixed knife 5 and the movable knife 6 which are arrange | positioned in the surface inclined to the front side from the vertical surface comprise the cutting knife which cuts the refrigerated meat to a predetermined thickness. On the other hand, although the movable knife 6 is not shown in the figure, of course, it is installed to be connected by a separate variable speed motor.

The movable knife 6 is to be cut by cutting the refrigerated meat while passing through the cutting position of the front side of the fixed knife 5 from one side to the other side while rotating by the rotation of the variable speed motor.

Whenever the shear of the refrigerated meat fed in the low inclined direction through the lower and upper feed conveyors 3 and 4 protrudes to the cutting position of the front side of the fixing knife 5 by the cutting thickness, the shear of the refrigerated meat is It is caught between the fixed knife 5 and the movable knife 6, and the movable knife 6 contacts the fixed knife 5, passes through the cutting position, and arranges the front end of the refrigerated meat in the inclined plane from the vertical plane to the front side. The fixed knife 5 and the movable knife 6 are cut at right angles to the refrigerated meat supply direction.

On the front side of the fixed knife 5 and the movable knife 6, the delivery conveyor 7 is provided in the front-back direction as shown in FIG. The distal end of the delivery conveyor 7 is disposed below the refrigerated meat cutting position by the cutting knifes 5 and 6 to reach the front side of the cut pieces of the refrigerated meat cut by the cutting knifes 5 and 6 to feed the delivery conveyor ( It is configured to be placed at the tip of 7).

The belt-type delivery conveyor 7 for discharging the slices of the refrigerated meat in the next process stores the driving drum 72, the driven drum and the guide roller, respectively, between the left and right side plates 71 as shown in FIG. An endless belt 73 hangs on the drive drum 72, the driven drum, and the guide roller. The fixing frame 74 is fixed to the lower side of the left and right side plates 71, and the servo motor 75 is provided in front of the fixing frame 74, and the rotational axis of the servo motor 75 is located at the front end. It is connected to the drive drum 72.

The delivery conveyor 7 is arranged above the conveyor die 76 of the frame structure as shown in FIG. 4, and is provided with the rear end side of the fixing frame 74 of the delivery conveyor 7 and the rear end side of the conveyor die 76. The rotation support 8 is provided in between. The pivot support 8 includes first and second support pieces 81 and 82 that are fixedly fixed to both sides of the fixing frame 74 and the conveyor die 76, respectively, and the first and second support pieces. And a pivotal support shaft 83 for fluidly connecting and supporting the overlapping ends of the 81 and 82 ends.

In addition, between the front end side of the fixing frame 74 and the front end side of the conveyor die 76, the angle of support of the front end portion of the delivery conveyor 7 is adjusted up and down corresponding to the cutting conditions (cut thickness, mass, etc.) of the refrigerated meat. A support angle adjusting device 9 is installed.

As shown in FIG. 4, the support angle adjusting hole 9 is horizontally installed through the bracket 91 of the conveyor die 76. Also, the left side screw 921 is located at one side and the other side at the center. A screw shaft 92 provided with a right threaded portion 922 and first and second movable holes 93 and 94 that are movably coupled along each of the threaded portions 921 and 922 of the screw shaft 92. ) And one end of each of the moving holes 93 and 94 are respectively pinned to the pin shaft 95, and the other end thereof is another pin shaft 95 relative to the support bar 96 of the fixing frame 74. The first and second lifting support bars 97 and 98 fixedly supported so as to overlap each other and rotatably fixed to one end of the screw shaft 92 penetrated to one side of the conveyor die 76. It consists of a handle (99).

According to the present invention configured as described above, the distal end of the discharging conveyor 7 is rotated by operating the handle 99 to one or the other by positioning the distal end of the discharging conveyor 7 at the cutting position of the refrigerated meat. ) And the support angle of the pivot support 8 provided at the rear end side of the fixing frame 74 can be adjusted up and down.

In more detail, for example, the handle for adjusting the tip support height of the delivery conveyor 7 up and down according to cutting conditions such as the cutting thickness and the mass of the refrigerated meat cut by the fixed knife 5 and the movable knife 6. When one or the other is rotated, the screw shaft 92 which is integrally rotatable is rotated about the bracket 91 (clockwise or counterclockwise), and at the same time, each screw portion 921 thereof. The first and second moving holes 93 and 94 coupled to the 922 are also moved left and right along the respective threaded portions 921 and 922, and the first and second moving holes 93 and 94 are moved. In accordance with the movement operation of the first and second moving holes (93, 94), one end of the first and second lifting support (97, 98) fixed by the pin shaft (95) of the fixing frame 74 Through the operation of opening or closing outwards about the pin shaft 95, the other end of which is overlapped with the support bar 76 The other end of the 1st and 2nd lifting support 97 and 98 is pin pin 95, and the fixed frame 74 is moved up and down about the rotation support 8 of the rear end side, 7 is moved up and down along the arrangement surface of the cutting knife 5, 6 which is inclined toward the front side of the substrate 11 as shown in FIG. 5 (downward movement state) or 6 (upward movement state) To lose.

Therefore, since the tip of the delivery conveyor 7 on which the cut pieces cut by the cutting knives 5 and 6 are supported by dropping is disposed at an appropriate height with respect to the cutting position, the stable support is independent of the cut thickness of the refrigerated meat. It is possible to prevent the phenomenon that the fragments supported at the tip of the delivery conveyor 7 collide with the movable knife 6 which is rotated.

For reference, according to the present invention, the tip portion of the delivery conveyor 7 whose angle of support is adjusted in accordance with the cutting conditions (cut thickness, mass, etc.) of the refrigerated meat, the cutting thickness of the slice as shown in FIG. Based on the horizontally arranged state to support the section within the range of 5 to 10 mm, when the operation is required in the lowered state as shown in FIG. 5, the cutting thickness of the section is preferably about 10 mm or more, and Similarly, when the operation is required to be in a raised state, it may be very useful to adjust the support when the cutting thickness of the section is about 5 mm or less.

In addition, according to the present invention, since the handle 99 of the support angle adjuster 9 is horizontally disposed on one side of the conveyor die 76, the operator can remove the conveyor 7 even during the cutting operation of the refrigerated meat. Operation of the handle 99 for height adjustment of the tip portion can be made more convenient and convenient.

According to the present invention as described above, the cutting conditions (cut thickness, mass, etc.) of the refrigerated meat by a simple handle operation with respect to the arrangement surface of the cutting knife inclined to the distal end of the delivery conveyor in which the pieces of the refrigerated meat cut by the cutting knife are loaded and transported It is possible to appropriately adjust the height of the support, so that the stable support arrangement of the sections is possible, and the fact that the pieces that fall on the tip of the delivery conveyor are prevented from colliding with the movable knife is provided.

In addition, since the height of the distal end of the dispensing conveyor can be adjusted by the simple operation of the handle provided on the front side of the conveyor die, the height adjustment structure of the distal end of the discharging conveyor is very simple. There is an advantage.

In addition, since the handle is arranged horizontally to the side of the conveyor die, it provides an advantage that anyone can easily and conveniently operate its rotation.

Claims (3)

 A feed conveyor (3) (4) is provided to supply the refrigerated meat by the cutting thickness, and the cut is cut every time the front end of the refrigerated meat protrudes to the front side of the feed conveyor (3) (4) by the feed conveyor. In the refrigerator meat high speed slicer which installed the knife 5, 6 in the inclined surface from the vertical surface, and installed the delivery conveyor 7 which the fragment cut | disconnected by the cutting knife 5, 6 reaches the front side, and is loaded. In The tip of the delivery conveyor 7 on which the cut pieces cut by the cutting knives 5 and 6 are supported is disposed above the conveyor die 76, and the fixing frame 74 of the delivery conveyor 7 is provided. A rotation support 8 arranged between the rear end side and the rear end side of the conveyor die 76, and a support angle adjusting mechanism provided between the front end side of the fixing frame 74 and the front end side of the conveyor die 76; (9) Adjusting the support angle of the delivery conveyor in the refrigerated meat high-speed slicer characterized in that it is adjusted up and down inclined along the arrangement surface of the cutting knife (5) (6). According to claim 1, The pivot support (8), Overlapping of the first and second support pieces 81 and 82 and the first and second support pieces 81 and 82, which are respectively fixedly fixed to both sides of the fixing frame 74 and the conveyor die 76, respectively. Supporting angle adjusting device of the delivery conveyor in the refrigeration meat high-speed slicer, characterized in that it consists of a rotation support shaft (83) for supporting the stage in a fluid connection. The method of claim 1, wherein the support angle adjusting device 9, A screw shaft 92 installed horizontally through the bracket 91 of the conveyor die 76 and provided with a left threaded portion 921 on one side and a right threaded portion 922 on the other side; First and second moving holes 93 and 94 coupled to each of the threaded portions 921 and 922 of the screw shaft 92 and one end of each of the moving holes 93 and 94. First and second elevating support sections 97 each of which are held at the respective ends 95 and fixed on the other end with overlapping flows with another pin shaft 95 with respect to the support bar 96 of the fixing frame 74. And a handle (99) rotatably fixed to an end penetrated to one side of the screw shaft (92) penetrated to one side of the conveyor die (76). Supporting angle adjusting device of feeding conveyor in slicer.

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