JPH03294198A - Slicer - Google Patents

Abstract

PURPOSE:To reduce the side face resistance in the case of slicing a product with its thrusting through, in case of the product to be cut of a room temperature, by providing the frame of a slicer with a band edge tip freely tiltably with a conveyor transfer face centering around the straight line which crosses the conveyor transfer face. CONSTITUTION:The flame 42 of a band slicer (a) made by spreading the band blade 15 composed of thin blade-like endless bands between a driving pulley 4 and driven pulley 5 is equipped with the edge tip of this band blade 15 being tiltably centering around the straight line which crosses the conveyor transfer face. A liftable mechanism is provided inside this frame 42, a transfer conveyor of the product to be cut is moved by a desired distance whenever the band slicer (a) is descended and ascended and the product to be cut is cut in obliquely sliced thin pieces in the specific thickness by this band blade 15.

Description

Detailed Description of the Invention (Industrial Application Field) The present invention provides tuna, squid, smoked salmon, raw meat, etc.
Even in the so-called normal temperature state of C to 10 degrees Celsius, 0 degrees Celsius to -〇, 5
The present invention relates to a slicer capable of thinly slicing diagonally even in a semi-frozen state at .degree. C. or in a frozen state at -5.degree. C. to -10.degree.

(Prior Art) The following types of slicers (1), (2), and (3) are known as slicers for diagonally cutting fish and meat that have been put into practical use or have been proposed.

(1) The product to be sliced (
The product to be cut (hereinafter referred to as the product to be cut) is inserted into the disk at an acute angle to thinly slice it diagonally.

(2) A rotating disc-shaped blade is made to reciprocate back and forth, and the reciprocating surface of the disc surface is tilted to the transport conveyor surface of the broken product, and the cut product is transported intermittently with each movement of the disc-shaped blade. By moving the conveyor, thin slices are made diagonally.

(3) This is proposed in Japanese Patent Application Laid-Open No. 63-216695, in which a flat blade is arranged diagonally with respect to the conveyor surface of the broken product and is raised and lowered while moving the nuclear force in the longitudinal direction, By intermittently moving the conveyor for the cut product each time it is raised and lowered, the cut product is sliced thinly diagonally.

(Problems to be Solved by the Invention) Among the above slicers, the slicer (1) has a temperature at the time of slicing the cut product that is in a frozen state (-5°C to -10°C).
), it cannot be sliced, and both slicers (2) and (3) have a temperature at the time of slicing the cut product that is semi-frozen.
gi (0° C. to -5° C.), it cannot be sliced, and very strict temperature control is required. The reason why slicing cannot be performed unless it is in a specific temperature state is because the joint forces of each slicer are thick and the rotation or movement speed of the blades is slow.

However, when slicing fish such as tuna and squid in a frozen state, the thickness of the blade will cause the fish to break during slicing and become unusable, so they are sliced in a semi-frozen state, but each slice must be taken out of the freezer one by one. Since there is no reason to come (because the temperature of the freezer changes), I take it out for a certain amount of time and do the slicing process, but the temperature rises and it becomes impossible to slice the items near the end (each When the temperature of the slicer rises from below freezing to near o'c, slicing becomes impossible).

Furthermore, when smoked salmon and raw meat are frozen, their taste deteriorates significantly, so it is desirable to slice them at a temperature of 0° C. or higher, but the conventional slicers described above are not capable of slicing at room temperature. However, when it comes to smoked salmon, it is possible to slice it even at room temperature using a slicer that arranges many blade-shaped blades diagonally to the table surface and moves adjacent blades back and forth in opposite directions, but in this case, the blade Due to the pressure caused by the thickness, when sliced into thin slices, the slices stick together, making it difficult to separate them.

The present invention provides a slicer having a Panto' slicer portion to solve the above-mentioned problems of the prior art.

(Means for Solving the Problems) Therefore, the present invention provides a band slicer in which a hand blade consisting of a thin blade-shaped endless band made of steel or stainless steel is stretched between a driving pulley and a driven pulley. The band slicer is equipped with a mechanism that can be raised and lowered within a frame that can be tilted at a desired angle with respect to the conveyance surface of the cut product, and the frame is tilted about a straight line that cuts the band cutting edge that crosses the conveyor conveyance surface. The band slicer is lowered and raised, and the cut product conveyor is moved a desired distance while the blade is separated from the product, and the cut product is cut at an angle of a predetermined thickness. It is made by cutting into thin slices, and this is used as a means to solve the problem.

The present invention also provides a fixing member having a concave portion that engages with the movement of the band cutting edge line where the cutting edge line for slicing intersects the conveyor conveying surface, and one end of which is close to each side of the fixing member. The apparatus includes an entrance conveyor and an exit conveyor, which are provided in such a manner that slices of a desired thickness can be obtained by moving a predetermined distance each time the band blade moves up and down. It is something that can be done and is used as a means to solve problems.

Furthermore, the present invention includes a slit on at least one side of the fixed member that is in contact with the fixed member and allows the band blade to move up and down, and a baffle plate that can be tilted at the same angle as the tilting axis about the tilting axis. , the movement of the band blade prevents the sliced product and the cut product before slicing from coming off the conveyor, and the inlet conveyor has a push bar on its belt to prevent the product from shifting. It is a means to solve problems.

(Function) In order to slice a product to be cut into diagonal thin pieces at a temperature ranging from room temperature to about 110 degrees Celsius, a band blade consisting of a thin blade-shaped endless band is installed between a driving pulley and a driven pulley. A band slicer is created by suspending the product under tension, and the product can be sliced by moving it up and down in the direction of the product to be cut. That is, since the blade at room temperature is thin, there is less lateral resistance when cutting into the meat of the product to slice. Therefore, the product to be cut is not damaged (and the ratio of the speed at which the product is pushed with the cutting edge and the speed at which it is pulled is much faster, so even soft products at room temperature can be easily sliced. For the same reason, frozen foods can also be sliced without experiencing significant slicing resistance.

In addition, the lifting direction of a part of the band slicer is tilted at a required angle with respect to the upper surface of the conveyor for the product to be sliced, and the part of the band slicer is continuously raised and lowered. By moving it by a distance corresponding to the thickness and the inclination angle, it is possible to slice into slices of a desired thickness.

In addition, when slicing diagonal thin slices with a combination of a part of the band slicer that moves up and down and a conveyor conveyor for cut products, the conveyor belt is damaged by the band cutting edge that moves at high speed, so the product conveyor conveyor is not connected to the entrance side. Separated on the exit side, a fixing member made of a hard rubber-like material is provided at the place where the cutting edge comes down, and a recess is provided to engage with the vertical movement of the band cutting edge so that the fixing member is not damaged by the hand cutting edge. Regardless of the tilting angle, the blade edge goes to the same place, and the tilting axis is made to coincide with the line of intersection between the blade edge elevation plane and the conveyor transfer surface (same as the top surface of the pedestal).

(Embodiments) The present invention will be described below with reference to embodiments of the drawings. FIGS. 1 to 17 show embodiments of the present invention.

First, the first embodiment shown in FIGS. 1 to 14 will be explained. A is a part of the band slicer, b is a pedestal (FIG. 11,
3 to 14), C is the entrance conveyor, d is the exit conveyor,
e is a slicing portion of an endless band blade 15 having a blade on one side. Further, 1 is a base, 2 is a band driving frame of the band slicer part a, and 3 is a band driven frame. 4 is a drive pulley which is keyed to the shaft 22 as shown in FIG. 5 and has a rubber lining 4a to prevent the band blade 15 from slipping; 5 is rotatably attached to the shaft 30 as shown in FIG. 7; This is a driven pulley with a rubber lining 5a to prevent the blade 15 from slipping. The shaft 30 is fastened to the tension slide fitting 28 and the holding fitting 29 with a nut 34, and is slidably attached to the driven side frame 3.

6 is a belt driving pulley which is keyed to the shaft 22 and has a belt 7 hung thereon; the belt 7 is hung between the pulleys 6 and 10 on a sash, and the belt cleaning is carried out in the opposite direction to the driving pulleys 6 and 4; The brush 11 is rotated. Band cleaning brush 11 is Boo January 0
The band blade 15 is attached to the shaft of the band blade 15, but the shaft is installed at a slight angle with respect to the direction of movement of the band blade 15,
Therefore, the inner shoulders and the like attached to the band blade 15 are repelled outward by the brush 11 that slides on the band blade 15 and rotates in a direction opposite to the direction in which the band blade 15 moves. 8 is a row for twisting the angle of the band blade 15. band blade 1
5 is twisted in order to balance the center of gravity when the band part is raised and lowered.

Reference numeral 9 denotes a fixing fitting for the shaft of the twisting roller 8, which is attached to the band drive frame 2 and the band follower frame 3 (FIG. 6). Reference numeral 12 denotes a mounting bracket having a bearing for the brush 11, which is fixed to the drive frame 2. Reference numeral 13 designates a scraper for cleaning the side surface of the band blade 15 held on a mounting bracket 14 attached to the drive frame 2, and is disposed in front of the brush 11.

16 is a connecting fitting for integrating the drive frame 2 and the driven frame 3; 17 is a safety protection cover on the return side of the band blade 15; 18 is a scraper for removing debris adhering to the surface of the drive pulley 4; 19 is a guard motor that drives the drive pulley 4 via a gear 23 keyed to the band drive pinion 21 and shaft 22; 20 is a guard box cover 24; a ball that supports the shaft 22 on the drive frame 2 and cover 20; 25 is an oil seal, 26 is a bearing cover, and 27 is a nut screwed onto the end of the shaft 22 to prevent the pulley 6 from being removed. 31 is a ball bearing that rotatably supports the driven pulley 5 on the shaft 30, 32 is a nut that holds the driven pulley 5 so that it does not move in the axial direction on the shaft 30, 33 is a bearing cover, and 35 is a tension slide fitting. The threaded rod 36 that is screwed into the pulley 5 pulls the driven pulley 5 to the left in FIG.
A spring 37 is screwed into the threaded rod 35 to apply the required tension to the band blade 15, and a nut 38 is screwed into the threaded rod 35 to apply a required compressive force to the spring 36, thereby applying a predetermined tension to the band blade 15.
Washers 39 disposed between the spring 36 and the spring 36 are attached to both sides of the band slicer part a.
40 is a bearing metal; 41 is a guide shaft on both sides that guides the rise and fall of the band slicer part a; the hair ring bracket is attached to a tilting frame 42.

The tilting frame 42 holds the band slicer part a so as to be movable up and down, and can be tilted about the intersection line between the cutting edge line of the slicing part of the band blade 15 and the conveyor conveyance surface. Reference numeral 43 denotes a connection fitting that connects the tilting frames 42 on both sides as one body, 44 a connection fitting that connects the lower sides of the tilting frames 42 on both sides as one, and a geared motor 45 for lifting and lowering the band slicer part a and an intermediate crankshaft 46.
It holds a bearing 47 that rotatably holds the.

The intermediate crankshaft 46 is driven by a geared motor 45 via a toothed belt 49, and cranks 51 are keyed at both ends. The toothed belt 49 includes a toothed belt pulley 48 keyed to the output shaft of the geared motor 45 and a toothed belt pulley 50 keyed to the intermediate crankshaft 46.
There is tension between the two. The crank 51 also includes a connecting rod 52, a lever 53, a pin 57, a rod end 54, a turnbuckle 60, and a mouth/nod end 59.
Crack: Bin 5 pivoted to rod end 59 at 158
The band slicer part a is raised and lowered by moving the frog 55 fixed to the lever 8, and the connecting rod 52 is connected to the lever 53 via the pin 61, and the lever 53 is swung about the shaft 56. The shaft 56 is fixed to a bracket projecting from one side of each of the tilting frames L and 42 on both sides. The rod end 54 is pivotally attached to a pin 57 fixed to the tip of the lever 53, and the frogmata 55 is fixed to the lower side of the hair ring bracket 39, and the rod end 54, turnbuckle 60, and rod end 59 connect the band slicer. It is designed to receive the lifting action of part a. The rod end 59 has a bearing portion pivotally attached by the pin 58 and has a left-hand female thread. turnbuckle 60
has left and right threads on both ends, rod end 54.5
9 to form a link whose length is freely adjustable. The pin 61 is fixed to the small end of the connecting rod 52 and pivotally supports the middle of the lever 53 to cause the lever 53 to swing.

Reference numeral 62 denotes a bearing housing that is attached to the left and right upper surfaces of the base 1, respectively, and rotatably supports the tilting shaft 64 of the tilting frame 42. Reference numeral 63 designates a bearing metal that is press-fitted into the pairing housing 62 and supports the tilting shaft 64.

The tilting shaft 64 is rotatably supported by the bearing metal 63, one end of which is keyed to the tilting bosses of the left and right tilting frames 42, the other end is keyed to the toothed belt boot +765 of the toothed belt 66, and both ends are keyed to the tilting bosses of the left and right tilting frames 42. By being driven further, the tilting frame 42 and the connecting fittings 43, 44 are tilted as a unit. The toothed belt 66 is tensioned between toothed belt boots 1765.70 that are keyed on both sides of a tilting intermediate shaft 71 that is rotatably supported by a bearing 72 attached to the base 1. . 67 is a tension pulley that tensions the toothed belt 66; 68
69 is a tension pulley shaft that is adjustably attached to the tension bracket 68, and 73 is a toothed belt pulley that is keyed to the tilting intermediate shaft 71.

A toothed belt pulley 74 is attached to the base 1 and is keyed to the output shaft of a tilting worm reducer 76 which connects the servo motor 77 and its input shaft through a coupling 78. A toothed belt 75 is tensioned and suspended between the belt pulleys 73. The servo motor 77 measures and places the longitudinal height of the product to be cut in advance.
Automatically move the tilting angle so that the width of the slicing surface becomes a predetermined value, or move the tilting angle manually using a button while looking at the product to be cut, and adjust the inlet/outlet conveyor c so that a predetermined slice thickness is obtained according to the tilting angle. Change the feed amount d (the feed amount is !, the slice thickness is t, and the slice inclination is summer). In the latter case, a manual handle, a scale, and an april encoder can be used instead.

79 is a common frame used for both input/output conveyors c and d, and has brackets 80 at both ends.
The bracket 80 adjusts and holds the flange unit 91, reducer, and motor mounting bracket 87 so as to tension the belt. 83 is an entrance conveyor frame attached to the common frame 79, 84 is a stepping motor for driving the entrance/exit conveyor attached to a mounting bracket 87, and 85 is an output shaft of the stepping motor 84 through a flexible coupling 88. This is a flexible coupling that connects the input shaft of the worm reducer 86 that drives the drive roller 93. The mounting bracket 87 includes a stepping motor 84, a worm reducer 86, and a drive roller 93.
A flange unit 89 rotatably supports one of the shafts of the
are used to mount and move the drive rollers 93 as a unit and tension the inlet conveyor belt 94. The flexible coupling 88 connects the shaft of the drive roller 93 and the output shaft of the worm reducer 86. Reference numeral 90 denotes a screw that pushes the mounting bracket 87 and adjusts one side of the drive roller 93 in the direction in which the entrance conveyor belt 94 is tensioned by integrating the stepping motor 84, the worm reducer 86, and the flange unit 89. A bearing unit 91 rotatably supports the other shaft of the drive roller 93, and is attached to a bracket 80 attached to the common frame 79 with a long hole and a bolt. Adjust in the direction of 94 tension. 95 is an exit conveyor belt, 96 is an entrance conveyor tip fitting, 97 is an exit conveyor tip fitting, 98 is a bin for belt meandering adjustment, 99 is a tip fitting mounting bolt, 100 is a product S to be cut when the entrance/exit conveyors c and d are stopped. 101 is an outlet side product holder that holds down the sliced portion when the entrance/exit conveyors c and d are stopped, and prevents it from shifting laterally or lifting; 102 is an air cylinder for raising and lowering the presser; 103 is a cylinder 104 is a knuckle bin, and 105 is a center bin of the presser lever.

106 is the tip metal fitting 9 between the entrance and exit conveyors c and d.
6. A blade holder (fixing member) fixed to the common frame 79 in the vicinity of 97, 107 is the band blade 15 to be ascended.
The second receiving member (fixing member) has a recess 107a provided so that the cutting edge does not hit even if the tilt angle changes, and is made of a hard rubber member and is fixed in a groove of the receiving fitting 106. Reference numeral 108 denotes a groove-shaped metal fitting that is fixed to the connecting fitting 44 so as not to interfere with the rotation shaft 46 and to straddle this. The disc-shaped baffle plate 110 is
It is attached to the groove-shaped metal fitting 108 so that the center of the bracket 106 is in contact with the end in the direction in which the blade moves, and the center of the - mark is aligned with the center of the tilting axis 1-1 (Fig. 12), and it is attached to the groove-shaped metal fitting 108 in contact with the end in the direction in which the blade moves. It has a slit 1 that does not interfere with the blade, and the sliced pieces are attached to the blade holder 5106, entrance/exit conveyor bell) 9
This prevents it from flying out to the side of 4.95. Further, 122 is the bushing of the product S.

Next, the operation of the first embodiment constructed as described above will be explained. First, to explain the preparatory work, before starting slicing, the required thickness of the slice piece is input into a control device (not shown). The inclination angle of the band blade 15 is set at the same time. - In this case, first, by driving the servo motor 77, the toothed belt pulley 74 is rotated via the flexible coupling 78 and the worm reducer 76, and the toothed belt pulley 73 is rotated via the toothed belt 75. . Therefore, the toothed belt pulley J70 coaxial with the pulley 73 rotates, the toothed belt pulley 65 rotates via the toothed belt 66, and the tilting shaft 64 rotates, so that the tilting frame 4
2 (the angle of inclination is determined by the thickness of the product and the width to be cut); the tilting frame 42 can also be tilted using a manual handle (not shown).

Next, the thickness of the product to be cut is set. That is, by pressing a button switch (not shown), the stepping motor 84.
When a command is given (inputting the thickness) to the product, the drive rollers 93, 93 rotate according to the specified speed via the worm reducer 86, 86, and the conveyor belt 94, 95 rotates to a length corresponding to the thickness of the product. Just move.

Next, slicing of the cut product will be explained.

First, the cut product S is transferred to the entrance conveyor cO)1 as shown in Fig. 3.
Place the button on the front side of the pusher 122 on the conveyor belt 94 so as to touch it, and press the start button (not shown). As a result, the entrance conveyor C starts running and the cut product S
moves, and when its tip is detected by a phototube (not shown),
After advancing by the required number of pulses, a command is input to the stepping motor 84, and the motor 84 stops. This causes the entrance conveyor C to stop. The product S to be cut is band blade 1.
It stops at the lowered position of 5.

When the entrance conveyor C stops, the geared motor 19 is driven and the drive pulley 4 is
rotates, and the band blade 15 begins to rotate.

At the same time, the geared motor 45 is driven, and the toothed belt pulley 48, the toothed belt 49, and the toothed belt pulley 50 are driven.
The intermediate crankshaft 46 rotates via the cranks 51,
The band slicer part a is lowered via the connecting rod 52, lever 53, rod end 54, turnbuckle 60, frogmata 55, bearing bracket 39, etc., and the stopped product S is cut with the band blade 15. .

When the cutting is finished, the band blade 15 rises and the intermediate crankshaft 4
The limit switch at 6 is activated and a signal is sent to the stepping motor 84, which rotates to cause the entrance conveyor C to start running, move forward by the required number of pulses, and then stop. The band blade 15 descends again from above the stopped product S at the above-mentioned inclination angle to cut the product S. Further, at the same time that the entrance conveyor C moves forward, the exit conveyor d also moves forward. Note that the exit conveyor d can be advanced by the same number of pulses as the inlet conveyor C, but it can also be advanced by about twice the number of pulses to make it more scaly.

As described above, the product S to be cut is repeatedly cut by advancing the conveyor and raising and lowering the band crab 5. When the cutting of the product S to be cut approaches the end, a phototube detects the bushing par 122 so that the band blade 15 does not touch the bushing par 122,
After several pulses, the band crab 5 stops rotating and moving up and down and rises to the top, and the inlet conveyor C rotates in the opposite direction and returns to the initial position. Further, the exit conveyor d moves forward by 1001 steps and then stops in order to create a gap between the next sliced product and the previously sliced product.

Further, the product S to be cut is again placed on the entrance conveyor C which has returned to the initial position as described above, and the start button is pressed. In addition, when it is necessary to change the inclination angle of the band blade 15 according to a change in the height of the product S to be cut during slicing,
It can be changed by operating the handle. Also, depending on this angle, the amount of feed per time by the inlet and outlet conveyors c and d is automatically changed, and the slices are sliced to a set thickness. Further, if the height of the product S to be cut does not change and the slice thickness is also constant, a product with constant dimensions can be obtained by determining the inclination angle so that the slice does not change.

Next, to explain the second embodiment shown in FIGS. 15 to 17, 123 is the base of the machine, 111 is a tilting bearing stand,
112 is a tilting bearing housing, 113 is a tilting bearing metal, 114 is a tilting shaft, a motor (not shown),
It is moved by a handle and a speed reducer. 115 is a tilting lever having one end keyed to the tilting shaft 114 and the other end having a bearing perpendicular to the side surface of the slicing portion of the band blade 15; a bearing provided at the other end of the tilting lever 115;
The swing center shaft 118 of the band slicer part a is rotatably held. A bracket 117 has one end fixed to the band slicer part a and a pivot shaft 118 fixed to the other end, and a bracket 118 is rotatably held by a bearing 116, and both ends are attached to the fork-shaped part of the bracket 117. The swinging center axis 119 of the band slicer part a fixed to the is attached to the tilting bearing table 111, and the pin 1 which is on the same axis as the tilting shaft 114
It is a frog that holds 20. The pin 120 is held by the frogmata 119 and also holds one end of the air cylinder 121 in a rotatable manner. Air cylinder 121 is bracket 1
17 and a knuckle (not shown), the piston rod is connected by a knuckle pin, one end is held by a pin 120, and the band slicer part a is connected by the inflow and outflow of compressed air.
is oscillated around the oscillating central axis 118 between the solid line and the two-dot chain line as shown by arrow A'.

However, the lifting and lowering of the band blade 15 according to the second embodiment is similar to the lifting and lowering of the band blade 15 in the first embodiment in terms of operation and effect.

(Effects of the Invention) As described in detail above, the present invention is configured to slice the product to be cut using a band blade consisting of a thin blade-shaped endless band. Because there is less lateral resistance when cutting through and slicing,
There is less risk of damaging the product, and the rising speed of the band blade is much faster than the falling speed, making it easy to slice soft foods at room temperature.

Furthermore, the rising speed of pulling the blade is much faster than the descending speed of frozen products, so they do not experience large slicing resistance (they can be sliced, and even if the band blade is thin, there is no risk of cutting the band blade). There is almost no risk of this happening.

Further, in the present invention, the band slicer can be raised and lowered within a frame that can be tilted at a desired angle with respect to the conveying surface of the cut products, and while the band slicer is raised, the cut product conveyor is moved by a desired distance. Therefore, the product to be cut can be sliced diagonally to a predetermined thickness. Furthermore, the present invention provides a fixing member with a recess that engages with the movement of the cutting edge line where the band cutting edge line intersects with the conveyor conveying surface, thereby preventing the cutting edge of the band blade from damaging the moving conveyor conveying surface. It can be prevented. Further, since a push bar is provided on the heald of the inlet conveyor, it is possible to prevent the product being conveyed on the belt from shifting and to obtain sliced products of uniform thickness.

[Brief explanation of drawings]

1 is an overall plan view of a slicer showing a first embodiment of the present invention, FIG. 2 is a rear view of FIG. 1 seen from the outlet side, and FIG. 3 is an arrow A in FIG. Side view seen from the arrow B side,
Fig. 4 is a detailed view of part a of the band slicer in Fig. 2, Fig. 5 is a sectional view taken along line A-A in Fig. 4, and Fig. 6 is a detailed view of part A of the band slicer in Fig. 4.
~B sectional view, FIG. 7 is a CC sectional view of FIG. 4, FIG. 8 is a side view seen from the right side of FIG. 2, FIG. 9 is a detailed view of the left side of FIG. Figure 10 is D-D in Figures 2 and 8.
Cross-sectional view, Figure 11 is an enlarged cross-sectional view taken along line F-F in Figure 1, Figure 12
The figures are an enlarged cross-sectional view from E to E in Fig. 1, Fig. 13 is a detailed view of the blade holder in Fig. 11, showing the case where the angle between the hand blade and the conveyor in the vertical direction is extremely small, and Fig. 14. 11 is a detailed view of the blade holder shown in FIG. 11 which similarly shows an extremely large case, FIG. 15 is a front view of the slicer shown in another embodiment as seen from the same direction as FIG. The X arrow view in the figure, and FIG. 17 is a YY sectional view in FIG. 15 corresponding to FIG. 13. Explanation of the main parts of the figure S-11 Product to be cut a C... Entrance conveyor f--Slit 4--Drive pulley 15--Band blade 19--Gard motor 41--Guide shaft...Band slicer Part d--One-output rotor conveyor base 5--Driven pulley 16--Drive frame 22--Pulley shaft 42--Tilt frame 43, 44-M-Connection fitting 45-Gard motor 46--Gard motor 49--Toothed belt 5〇-Toothed belt pulley 51--Crank 52- Connecting rod 53- Lever 54- Rod end 55
- Frogmata 60 - Turnbuckle 64 - Tilting shaft 65 - - Toothed belt pulley 66 - - Toothed belt 70, 73 - Toothed belt pulley 75 - - Toothed belt 77 - Tilting servo motor 84 - - -Stepping motor 8 for driving entrance/exit conveyor
7-Frame lO'7-Fixing member 110...
Baffle plate 11.4--Tilt axis 118--One swing center axis 122--Push bar Figure 10 Single 13 Figure 79 Single 14 Figure 9

Claims (4)

[Claims] (1) A band slicer in which a band blade consisting of a thin blade-shaped endless band made of steel or stainless steel is stretched between a driving pulley and a driven pulley. Equipped with a mechanism that can be raised and lowered within a frame that can be tilted to a desired angle against
The frame is configured such that the cutting edge of the band can be tilted about a straight line that crosses the conveyor conveyance surface, and has means for moving the cut product conveyor a desired distance each time the band slicer is lowered and raised. A slicer is characterized in that the product is cut into obliquely sliced thin pieces having a predetermined thickness. (2) The slicer according to claim 1, further comprising: a fixing member provided with a recess that engages with the movement of the cutting edge line at a place where the band cutting edge line for performing the slicing intersects the conveyor conveying surface; and both sides of the fixing member. The entrance side conveyor and the exit side conveyor are provided so that one end thereof is close to each other, and the entrance side conveyor and the exit side conveyor respectively move a predetermined distance each time the band blade moves up and down, thereby forming a desired thickness. A slicer characterized by being able to obtain sliced pieces of. (3) The slicer according to claim 1 or 2, wherein a slit is provided on at least one side of the fixing member to allow the band blade to move up and down in contact with the fixing member, and a tilting axis is formed about the tilting axis. A slicer comprising a baffle plate that can be tilted at the same angle to prevent sliced products and products to be cut before slicing from coming off a conveyor by movement of a band blade. (4) The slicer according to claim 2, wherein the inlet conveyor has a push bar on its belt to prevent the products from shifting.