WO1984001927A1

WO1984001927A1 - Automatic supply and packaging system for sliced ham

Info

Publication number: WO1984001927A1
Application number: PCT/JP1982/000441
Authority: WO
Inventors: Shozo Omori
Original assignee: Omori Machinery
Priority date: 1982-11-18
Filing date: 1982-11-18
Publication date: 1984-05-24
Also published as: DE3249609T1

Abstract

Automatic supply system for sliced ham, which has the steps of slicing a ham of cylindrical shape into thin slices while automatically supplying the ham, discharging the slices of ham, then accurately controlling the subsequent slicing according to the weight of the measured slices, sequentially sorting the transferred row of slices of ham after the weighing into a plurality of rows, thereby aligning the slices of ham in a predetermined number and predetermined disposition, and simultaneously filling them in a recess in a lower film, so as to vaccum-pack the sorted slices of ham.

Description

Description of the Related Art Automatic slicing ham feeding and packaging system Background of the invention The present invention relates to a method of automatically slicing and stacking a predetermined number of log-shaped hams, transferring the hams to a predetermined number, and then transferring the hams. This is related to a self-feeding supply and packaging system for sliced ham that is woven and packed during multiple rounds.

Conventionally, a ham slicer for automatically slicing and stacking a predetermined number of log-shaped hams is known, and such self-help packaging equipment S for such sliced ham is picked up in a line. A one-off device that sequentially vacuum-packages the items to be packaged is employed.

However, a ham slicer slices a log-shaped ham at a high speed as described above, and a log-shaped ham slicer is not uniform in diameter over its entire length. There was a problem in that if the ham laminate sliced with the ham slicer was packed as it was, the weight of the ham laminate would be relatively large. Since it is a shabby article compared to general packaged goods, When displacing onto the packaging film, it is necessary to hold the sliced ham laminate on the transfer conveyor and move it upward while lifting it. (There was a problem that it would be inefficient.

The present invention has been made in view of the above-mentioned problems, and the purpose of the present invention is to reduce the weight variation of eight sliced ham products to a minimum, and to convey a plurality of sliced sliced ham laminates. To provide a sliced ham automatic supply and packaging system that can be arranged correctly on a predetermined silkworm and placed on the packaging film at a time and packaging can be performed quickly and efficiently.

O o o Summary of the invention According to the automatic feeding and packaging system for sliced ham according to the present invention, a log-shaped ham is fed into a ham slicer while being sandwiched between a pair of endless belts, and the sliced ham laminate is formed. Then, weigh the weight of each sliced ham stack in the garden that forwards the sliced ham stack from this ham slicer to the front, and if the measured weight is within the specified range, this weight is used. Is compared with a preset reference value,

OMPI A counter control device is provided for controlling the transport amount of the pair of endless belts so that the weight of the pair approaches the reference value. Next, the sliced ham piles sent out in a single line were sent to a sorting and sorting device, and those whose measured weight was within a predetermined range were sorted and weighed together in a plurality of lines. If the weight is out of the specified range, it will be removed from the transport path. At the front end of the transport path of the sorting and sorting device, a parallel transport conveyor is provided, which is driven out of place by a predetermined distance due to the introduction of the sliced ham fertilizer, and the front end of this conveyor In the above, there is provided a device for aligning and stopping the sliced laminate in a predetermined arrangement. When the alignment of the sliced ham stack is completed, the filling device for holding and displacing the sliced ham stack at the same time is driven, and the sliced ham stack is placed in the preformed recess of the lower film. Pitted. The packaging device (a) for wrapping the sliced ham stack moves the lower film in an orchard, and moves the lower film to a garden where the lower film is stopped at a position rearward of the charging device above the lower film. At the same time, the hot water is brought closer to the zocho for a predetermined time, and at the same time, the recess is formed by estimating the vacuum forming device from below, and the upper film is supplied at the position in front of the filling device to supply both films. The pressure is set to a negative pressure, and the sliced ham laminate is vacuum-sealed between both films.

O PI BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 shows an apparatus embodying an automatic rice ham packaging system according to the present invention.

FIG. 2 is a plan view of the device shown in FIG. 1,

Fig. 3 is a perspective view showing the ham slicer with its body open, and Fig. 4 is a block diagram showing the control of the ham slicer with eight slices.

FIG. 5 is a block diagram showing the control for aligning the sliced laminates in a predetermined arrangement.

FIG. 6 is a perspective view showing a filling device,

Figure 7 is a foot view showing the operation of the filling device.

Fig. 8 is an explanatory drawing of the na side of the vacuum packaging equipment.

FIG. 9 is a sectional view showing an apparatus for forming a recess in a downward film.

In the apparatus shown in FIGS. 1 and 2, a ham supply device 1 is shown at the left end of the figure. In this ham pickup device 1, the log-shaped ham 2 is gradually lifted by the lifting lift, and the rear end is raised above the front end at the position above the ham 2 in an inclined manner. As a result, the log-shaped ham is under its own weight. Slides out and forwards. As a result, the log-shaped ham 2 enters the guideway 4 curved in a circle a, gradually rises, and is supplied to the ham slicer 5 at the next stage. This guideway

A first phototube detector 6 is provided in the garden between the uppermost position of the lifting lift 3 and the top 4, and when the photocell detector 6 detects the last passage of the log-shaped ham, The lift with the log-shaped ball 2 begins to rise.

As shown in Fig. 3, the ham slicer 5 has a partially circular cutting edge that rotates horizontally on the upper surface of the body 7 that has a box shape as a whole, and forms an impulse curve. A cutter 8 is provided, and is rotated horizontally below the cutter. When the cutter 8 is stopped, the cutter 8 is formed in a substantially fan shape that abuts against both ends 互いに to form one receiving surface. A pair of rotatable movable shutters 9 and 9 for receiving hams are provided, and the rotatable movable shutters 9 and 9 are fixed to the upper ends of vertical shafts 10 and 10 which are arranged side by side with the body 7 in a longitudinal direction. I have. The vertical shafts 10 and 10 are lowered by a drive mechanism at a predetermined speed from a predetermined position, that is, an ascending stop position, by a program set in synchronization with the rotation of the cutter 8. Then, when the number of the cut ham workers 1 1 reaches a predetermined number, 1800. By rotating, the hum- 稹 layer body 11 falls downward, and at the same time, rises to the ascending stop position a at a speed higher than the descending speed.

OMPI

^ ¾ Below this shirt 9, 9, there is provided a discharge belt 12 which receives the eight-layer laminate 11 dropped from the shutter 9, 9 and sends it forward to the next job. It has been. A lid 13 is attached to the upper part of the fuselage 17 so that the lid 13 can be freely closed around the support 14 (α ^ 13 is a shutter 9, 9 when it is closed). A fibrous hole 15 for introducing the log-shaped ham 2 is formed at the fi position located above the pit, and a pair of non-bank belts 16, 1 A ham feeding device consisting of 6 is provided.The bankless belts 16 and 16 rotate the cutter 18 by a driving mechanism 17 which incorporates a well-known pulse motor, decelerator, etc. In addition, it is supposed to be erected periodically.

In order to make it possible to guide the guide to the ritter 8, an eight-m guide hole 19 is formed in the frame 18 installed on the fuselage 7, and this eight-m guide hole is formed. The lower surface of 19 is used as the inner surface of cutter 8 o

Explaining the operation of the ham slicer 5, the log-shaped ham 2 is formed by a pair of endless belts 16 and 16 mounted on a lid 13 closed on the upper surface of the fuselage 7. While being pressed down, the tip part protrudes from the hum insertion guide hole 19 provided at a predetermined position of the body 3. The cut portion is cut into flakes by the cutter 8 and dropped on the rotatable movable shutters 9, 9. In addition, the rotatable shutters 9, 9 descend by a predetermined amount in accordance with a preset program in synchronization with the rotation of the cutter 8, and a predetermined number of sheets (eg, 4, 6, (8, 10), the descent is stopped by an electric command set in advance, and they are rotated 180 ° with each other to lower the received ham laminate 11 in the middle of the rotation. As it falls onto the discharge belt 1 2, it rises to a predetermined position at a speed faster than the descending speed, that is, rises to the ascending stop position, and waits to receive a flaky ham to be cut next. Then, the ham is cut.

The sliced ham stack 11 delivered from the delivery belt 12 of the ham slicer 5 is weighed by the metering controller 20

1, where each sliced ham stack 11 is weighed. The metering control device 29 is related to the drive mechanism 17 of the endless belts 16 and 16 as shown in FIG.

That is, the weight of each slice sham laminate is weighed on a weighing belt 21 and three slice ham laminates subsequently sent, for example, the first to third slice ham stackers Calculate the average value of the body and body weights, compare this with a preset set weight, and if the compared sensitivity is within a predetermined tolerance,

One O PI IPO " When the weight is higher than the set weight, a signal to slow down the rotation speed of the non-belt belts 16 and 16 that supply the log-shaped ham 2 is sent to the drive mechanism 17 and the above-mentioned specific filtration is performed. If the weight is within the allowable range and the weight is smaller than the set weight, a signal to increase the rotation speed of the endless belts 16 and 16 is sent to the drive mechanism 17 to reduce the thickness of the sliced ham by the cutter 8. By changing the weight of the fourth sliced ham stack, it is controlled to be close to the set weight. Next, the weight of the fifth sliced ham laminate is controlled by changing the speed of the endless belt as described above according to the weight of the second to fourth sliced ham laminates. The operation is called. On the other hand, when the double star of the sliced eight-piece product calculated as described above is out of the predetermined allowable range, a signal to be extracted as bad a by the sorting and sorting apparatus described below. Send.

The sliced ham stack 11 passed through the weighing control device S 20 as described above] is sent to the sorting device 22, where good products are sorted into three rows and defective products are removed. Is done. Since the sorting / sorting device 22 is a public device called a channel riser, the material receiving member is attached to a number of pars 24 having both ends attached to a pair of endless chains 23, 23. 25 is slidably mounted, and a pin (see Fig. (Not shown) is protruding. In the endless chain 23, 23, four guide rails 26a to 26d are provided, which are separated radially toward the front, and each guide rail is also provided. At the rear end of the rail 26 in the direction of travel, a rotary lever is fixedly mounted on a shaft that is driven to rotate by a rotary solenoid, and can be selected by a certain signal. When the supplied rotary solenoid is driven, the unremovable lever attached to this shaft rotates and acts on the pin of the article receiving member 25 that travels to move the pin. By engaging the guide rails of the book, the article receiving members 25 are distributed in a desired direction corresponding to the guide rails. The outer one 26 d of the guide rails is used for discharging defective products, and the other three guide rails 26 a to 26 c are used for distribution. And

In the present invention, when the weight of the sliced ham laminate 11 weighed and compared by the weighing control device is within a predetermined allowable box, this signal is transmitted to 3 ′ sorting guide rails. After being delayed for a predetermined time by a predetermined time, it is sequentially sent to the rotary solenoid that is installed on the rear leg in the traveling direction of the motor 26a to 26c. If the weight of the sliced ham stack 11 is out of the predetermined allowable range, this signal is provided on the rear side in the traveling direction of the guide rail 26 d for defective products. It is sent to the Rotary Solenoid with a delay at a predetermined time.

Therefore, a sliced ham stack having a predetermined range of weight is distributed to three parallel conveying paths and sequentially transferred, and a sliced ham stack having no predetermined weight and having a weight of other slices is regarded as a defective product. Sorted and removed from sliced ham.

As described above, the sliced sham ham 11 distributed to the three additional transmission paths is then sent to the three row conveyors 27. In each of the cello competitors 27, a number of horizontal bars are laid across the end chains 28 provided on both sides, and a hollow elongated cylindrical body 29 rotates on each horizontal bar. It is freely fitted. The end chains of each conveyor 27 are connected to the main drive wheels via electromagnetic clutches set up separately, so that the electromagnetic clutches are turned off. In this way, it is possible to selectively drive the color comparator 27. In addition, this portable conveyor 2

As a result of the adoption of No. 7, even though the conveyor is stopped, even if the slim laminate 11 circulates sequentially and is sent onto the conveyor. However, the latter slice ham 稹 layer body pushes the slice ham stack of J 積層 and is advanced, so that there is no particular obstacle in the subsequent steps.

A further three rows of belt conveyors are located in front of the

V / ΙϊΟ « Bears 30 are provided continuously, and these belt conveyors 30 are individually driven / stopped by switching electromagnetic clutch devices provided corresponding to each. It has become. The zoological drive of the belt conveyor 30 and the start and stop of the cell conveyor 27 by switching these electromagnetic clutches are provided at the front end of each of the three cell conveyors. At the end of the belt conveyor 30 in the traveling direction, the sliced ham stack 11 is controlled by the phototube detector 31 so that the sliced ham stack 11 is aligned and stopped at a predetermined R position. It has become.

The above control mechanism is shown in Fig. 5, where in this example six sliced ham loaders 11 are aligned at the front end of three rows of belt conveyors 30. It has become. A counter 32 is connected to each of the phototube detectors 31, and this phototube detector 31 detects the passage of the sliced ham laminate 11 through the opening ′ ′ conveyor 29. This signal is sent to the counter 32, and the first conveyor hum signal from the counter causes this cell conveyor 27 to be connected to the belt conveyor 30 in a line around the circumference. The belt conveyor 30 is driven only at a predetermined time, and the belt conveyor 30 moves forward by a predetermined distance with the sliced ham laminate mounted thereon and stops. At the same time, the signal from the counter 32 stops the driving of the cell conveyor 27, and

O PI Until it is restarted, the sliced eight-story building should respond to this.

Make sure that it is not supplied on the root conveyor 30. Above

After all three belt comparators 30 have been driven,

Is a sliced ham stack on these three belt conveyors.

Are lined up side by side. 1st ham genus of the above counter

The signal is sent to the first A / D circuit 33, and the

After the stacks are aligned horizontally, the first A N D circuit

The cell conveyor 27 is driven again by the signal from 33.

Therefore, the phototube detector 3 is again sliced.

When the path of the ham stack is detected, this signal

-Sent to 32 and passed through the second ham from this counter 32

A signal is issued, and the belt conveyor 30 performs the above-described operation.

After starving, place a sliced ham stack every predetermined rush

圊 To move. A fixed screw is located near the front end of the belt comparator 30.

Slices that have been installed and that have been sequentially conveyed

The ham stack 11 contacts the fixed stopper sequentially and

Column. This fixed path is the highest on each belt conveyor.

When the sliced ham body in the front position abuts,

The first Ham sensation signal of the center 32 is the first A N D times

After being sent to the path 33, the signal from the first AND circuit is

Sliced ham in line with the fixed stopper

f Huo ^

OMPI WIPO 'J 1-3 — The movable hopper is lifted from the specified rear position of the stacked body 11 and the slice ham laminate that is sent by each belt conveyor after that is moved to this movable stopper. In contact, the six sliced ham stacks are aligned in two horizontal rows by the fixed stopper and the movable stopper. At this time, the second AND circuit 34 which has received the second ham communication signal from all the counters generates a signal for starting the pitting device described below.

The filling device 35 simultaneously fills the six sliced ham laminates arranged as described above into the recesses 38 of the lower film 37 of the packaging device 36 located therebelow. This is shown in Figures 6 and 7. The charging device 35 has a movable portal frame 39 erected over the front end of the parallel conveyor 30 running as described above. Both sides of the arm 39 are connected to the reper drive shaft 41 by two pairs of swing levers 0. This lever drive shaft is supported by a gate-shaped fixed frame 42 provided so as to straddle the lower film 37 of the packaging device 36. One lever

A drive gear 43 is fixedly mounted on one drive 4 1, and this drive gear 43 is linked to a gear 45 mounted on the other drive via a driven gear 44. It is becoming. An air cylinder 4 7 is provided on the upper plate 4 6 of the movable portal frame 39.

OMPI The top and bottom of the piston rod 48

4 9 are installed. Further, a slide guide wheel 50 is mounted on the lift 949, and penetrates the upper 646 of the entering frame 39. A rotating shaft 52 is supported on the upper plate 5 of the elevating plate 49, and a catcher claw 53 is fixed to each of the rotating wheels 52. The rotating shaft 52 is connected to an actuator 54 attached to a plate 51 of a lifting plate 49 via a lever and a link, and the actuator 54 is a 180-way reciprocating rotary type. Therefore, the catch claw 53 is opened and closed by the operation of the actuator 54. Catcher claw

A pusher plate 55 is provided inside 53, and a support portion 56 attached to the upper surface of the pusher plate 55 slidably penetrates an elevating plate 49, and has an upper end. A pusher plate 57 is firmly attached to the pusher plate 57 and a lifting plate 49. The pusher 57 has an air cylinder mounted on the portal frame 39.

The piston rod 60 of 59 is connected, and the air cylinder 59 is connected to the bus rod when the catcher claw 53 fights.

60 is extended downward, and the sliced eight-layer stack gripped by one catch is pushed downward by the pusher plate 55. Since the filling device 35 is configured as described above, After the sliced ham stack is aligned and stationary on the root conveyor, the ascending and descending 扳 49 is lowered by the operation of the air cylinder 47, and each top surface of the sliced ham stack 11 is pushed down. It is suppressed by the shear plate 55. Next, when the catcher claw 53 is closed by the operation of the actuator 54, the slice humid layer body 11 is gripped. In this state, the lifting mechanism 49 rises, and then the swinging lever 40 rotates to the right in the drawing by the rotation of the driving gear 43, and the sliced ham loader 11 is packed into the packaging device 36. The lower film 37 is moved to a position directly above the recess 38 formed in advance. Next, the catch claw 53 is released by the actuation of the actuator 54, and the air cylinder 59 is actuated to lower the pusher plate 55. As a result, the slice ham laminate is vertically filled into the recess 38 of the lower packaging film 37. When the charging as described above is completed, the air cylinders 47 and 59 operate to raise the pusher plate 58 and the elevating plate 49, and then the drive gear 43 moves in the direction opposite to the arrow. It turns in the directions and returns to its original position. Further, in the garden where such a filling operation is performed, the next sliced ham loader 1 Ί is sequentially transferred onto the parallel belt conveyor 30 and arranged in a predetermined state. In preparation for the next charging operation.

When the above filling operation is completed, the packaging device 36 is activated and The side film 37 is advanced, causing the preformed recess 38 to wait for the next filling. The packaging device is activated by a proximity switch 61 provided on an air cylinder 47 that moves the lifting plate 49 up and down, and the lifting plate 49 rises to a predetermined position S after the filling operation is completed. Then, the proximity switch is activated and the packaging device is activated.

As shown in FIGS. 8 and 9, the packaging device 36 is provided with a sliced ham laminate 11 on a rail for transferring the lower film 37 in an orphanage, and on a lower I film 37. After filling the sliced ham laminate 11 with the filling device 35 in these four places 38, the upper film 62 is covered with the two films. The garden is vacuum-sealed. Explaining a concrete example of the packaging device 36, a pair of endless chains 63, which are driven in an incomplete manner, are provided in the two-fold film 37 below. However, these end chains are provided with clamp claws for holding the lower edge of the lower film at predetermined intervals, so that the end chains 63 can be easily driven. The lower-density film 37 is transported out of orchard. At the rear of the lower «I-film 37 in the direction of travel, a ripening box 64 with an opening at the bottom and a growth box 65 with an opening at the top are installed above and below the lower film 37. Sliced ham

ΟΜΡΙ 1-7—The storage recesses 3 8 of the laminate 11 are formed in two rows. The heating box 64 is made up and down freely so that it can occupy a lower position close to the upper surface of the lower film 37 and an upper position sufficiently separated therefrom. Inside the box 4, a mature plate 66 is provided so as to cover the lower opening, and a number of ventilation holes 67 are formed in the hot plate 66 in the vertical direction. Contains a heater 68 connected to the power supply. A concave core 69 is inserted into the upper opening of the forming box 65, and a passage 70 communicating with the concave portion is formed in the core 69 so as to penetrate in the vertical direction. 70 is connected to an external vacuum source. Further, it is vertically movable so that it can occupy an upper position approaching the molding box or the lower measurement film and a lower position sufficiently distant therefrom.

To form a recess 38 in the lower film 37 for accommodating the sliced ham stack 1 Ί, a ripening box 6 4 in a garden where intermittent movement of the lower film 37 is stopped Is lowered, and at the same time, the forming box 65 is raised to hold the lower film 37 between the two boxes 64, 65. In this state, the lower film 37 is heated and softened by the mature plate 66 for a predetermined period of time, and then a negative pressure is applied from a vacuum source into the forming box 65, thereby lowering the lower film.

Ο ΡΙ

WIi-Ό Ilm 37 is sucked along the concave shape of core 69 and concave 3

8 is formed. Thereafter, the ripening box 64 moves up to a predetermined position, and when the forming box 65 moves down, the lower film 37 moves a predetermined distance to stand still. The place 38 is located below the charging device 35 and waits for the filling of the sliced ham stack 11. Heating box 6 above

Heater 6 of 4 is configured to be constantly heated by heater 68, so that the ripening pox does not have a detrimental effect on lower film 37 at its raised position. That is, they must be separated sufficiently. The lower film 37 is moved by the actuation of the end chain 63 having clamp claws for holding the film, and the end chain of the end chain 63 is moved up and down. As described above, the proximity switch 61 detecting the completion of the filling operation by the filling device S35 is turned on, and the vacuum forming of the concave portion 38 is performed thereafter. Such a series of operations is achieved by the control mechanism built in the packaging device 36.

The lower film 37 containing the sliced ham laminate 11 in the recess 38 is provided with a cutter 7 according to a known vacuum packaging method.

The suction port is formed by 1, and the film is covered by the film 62. After that, both films are sealed horizontally

Sealed by 2 and vacuumed by vacuum chamber 7 3

OMPI

dr Ί 一一 Ί Finally, the upper and lower film seal portions are cut by the horizontal cutter member 74 and the vertical cutter member 75, and the individually wrapped slice ham stacks are cut. You get body packaging.

As described above, according to the automatic slicing ham supply system of the present invention, a thin slice is sliced into a garden that supplies log-shaped hams in a self-replenishing manner to obtain a sliced ham stack. Then, the subsequent slices are controlled to be accurate by the weight of the weighed slicer stack, and then sent out in a line after the measurement. The sliced laminates are sorted into a plurality of rows and arranged in a predetermined number and in a desired position, and then these are all collected at once into the recesses of the lower film. As a result, the vacuum packaging was used to provide a system capable of extremely accurately packing a precisely weighed sliced sham ham laminate.

OM? I

Claims

The scope of the claims

1. A ham supply device that raises a log-shaped ham to a predetermined position and feeds it forward in the longitudinal direction.

A ham feeding device which is disposed in front of the ham supply device and comprises a pair of endless belts which sandwiches the ham from both VSs and transports the ham vertically downward:

A horizontally movable force cutter disposed below the pair of endless belts and a rotatable movable member horizontally fixed to the upper ends of two vertical transports provided beneath the cutter. The shutter includes a shutter, and a slicing ham receiving surface is formed in a state where the ridges of the shutter abut against each other, and the shutter is rotated in response to one rotation of the cutter. When the number of sliced hams reaches a predetermined number, the shirt makes a predetermined rotation to drop the sliced ham stack downward, and then is faster than the descent speed. A ham slicer that rises to a predetermined position just below the force at the speed:

Weigh the weight of each sliced ham stack in the garden where the sliced ham stack from the slicer is forwarded, and if the measured weight is within a predetermined range, set this weight in advance. Of the subsequent sliced ham

¾ ATI0 ^ A weighing control device that controls the transport amount of the pair of endless belts so that the weight approaches the reference value:

If the measured weight of the sliced ham and ham laminate sent out in a line from the weighing control device is within a predetermined range, it is distributed to a plurality of lines of conveying paths. The sorting / sorting device for excluding, from the transport path, those whose measured weight is outside a predetermined range:

A parallel conveying conveyor that is in communication with the front end of the plurality of rows of conveying paths of the sorting / sorting device and that is intermittently driven by a predetermined distance by carrying in the sliced ham loader; A device for aligning and stopping the sliced ham laminate in a predetermined arrangement at a front end;

A filling device which is driven when the alignment of the sliced ham laminate is completed in the aligning and stationary device and simultaneously displaces the aligned sliced ham laminate in the preformed recess of the Nao film a. :

The lower film is relocated to the garden where the lower film is stopped. At a position behind the charging device, the hot plate is moved from above the lower film to the garden where the lower film is stopped at a predetermined time. At the same time, the recess is formed by operating the blank forming device from below, and at the front position of the charging device, the upper film is supplied and both films are collected. Lum Garden is placed under negative pressure, and the sliced ham

Vacuum packaging device that is vacuum-closed to the Lum Garden;

An automatic collection and packaging system for sliced ham.

2. Automatic slicing ham according to claim 1

In the supply and packaging system, the front S weighing control

Average of the weight of the three mulberry sliced ham

Calculate the value and compare the average plant with the standard

When the length is larger than the reference clay, the transport amount of the endless belt is reduced.

When the average value is smaller than the reference value,

増大 Increase the amount of belt transported and stack slices at the 4th ceremony

Frequent control is performed so that the body weight approximates the reference clay.

3. Automatic sliced ham according to claim 1.

In the packaging system, the parallel transport co.

Each of the conveyors is a continuous

And a counter at the front of each cello conveyor.

A phototube detector connected to the phototube is provided, and each phototube detector is

When the passage of Isham plumage is detected, the slices are stacked.

The belt conveyor on which the body is placed is driven by a predetermined distance.

At that time, the assistance of the color composer on the line is stopped,

OMPI

o. ^ After all the belt conveyors have driven the predetermined distance, the roller conveyor is restarted to bare the belt conveyors, and the counter has a predetermined number of the belt conveyors. After detecting the passage of the sliced ham laminate, the filling device is raised with a predetermined delay at a predetermined time.

OMPI