JP3153589B2 - Box for long fruits and vegetables - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an apparatus for packing long fruits and vegetables used for packing long fruits and vegetables such as cucumbers, carrots, yams and long eggplants.

[0002]

2. Description of the Related Art Conventionally, when cucumber as described above is packed in a box by grade, for example, as shown in FIG. 7, a worker grasps cucumber K brought in from a producer side with both hands and makes a box made of cardboard. Cucumber K in plastic bag Ba laid inside body B
There is a method of packing in a box with the orientation of the boxes aligned.

[0003]

However, when the long-sized cucumber K as described above is packed in a box, it is very difficult to mechanically hold the cucumber K having a peculiar shape. Cucumber K which must be manually boxed so as not to impair the value of the product and brought in by producers
If the amount of cargo received is large, it takes time and effort to pack
There is a problem that work efficiency is poor. Also, since many cucumbers K are directly stacked and packed in a box, the cucumbers K packed in the box are rubbed against each other due to the vibration generated during transportation, and the projections on the surface of the cucumber K are peeled off or the surface of the cucumber K is damaged. There is also a problem that the product value of the cucumber K may be impaired due to scratches and scratches.

[0004] In view of the above problems, the present invention is to mechanically pack long fruits and vegetables into a box by sequentially transferring long fruits and vegetables sorted into grades to each concave mounting portion of a corrugated sheet and packaging them with a film. It is an object of the present invention to provide a boxing device for long fruits and vegetables, which can reduce the labor and increase the efficiency of the work.

[0005]

According to a first aspect of the present invention, there is provided a box packing apparatus for reading grades of long fruits and vegetables placed on each placing portion of a sorting conveyor, and the grade reading means. by the fruit or vegetable sorting means for sorting process the elongated fruits or vegetables graded based on the grade determination, and Seika Monoutsuno means for supplying the loading position aligned conveying the elongated fruits or vegetables are sorted by the grade, the long fruit or vegetable is Not one
Rolled up in a roll with a concave
Sheet feeding means for sequentially feeding out the corrugated sheet of the base
And a film covering means for covering a film on the upper surface side of the corrugated sheet containing the same-sized long fruits and vegetables, and successively packing the corrugated sheet containing the same-sized long fruits and vegetables in a box body. And a box packing device for long fruits and vegetables, comprising a sheet box packing means.

According to a second aspect of the present invention,
In addition to the configuration according to the above-mentioned claim 1, the present invention is a boxing device for long fruits and vegetables provided with sheet cutting means for sequentially cutting a corrugated sheet into a predetermined length at a position subsequent to the film covering means. I do.

According to a third aspect of the present invention, there is provided a box packing device.
In conjunction with the configuration according to claim 1, a concave mounting for sequentially feeding out the long-sized sheets wound up in the roll shape and mounting the long fruits and vegetables in the lateral orientation in the width direction on the upper surface side of the sheets. It is a device for packing long fruits and vegetables provided with a sheet forming means for sequentially forming the placing portions.

[0008]

According to the first aspect of the present invention, the box packing device sequentially transfers long fruits and vegetables such as cucumbers and carrots to the respective placing portions of the sorting conveyor, and places the long fruits and vegetables placed on the respective placing portions. The grades of the fruits and vegetables are read by the grade reading means, respectively, and the fruit and vegetables sorting means is driven to sort the long fruits and vegetables by grade based on the grade judgment by the equivalent grade reading means. Fruits and vegetables
Drive the transfer means to align and transport long fruits and vegetables sorted by grade from the sorting conveyor and supply them to the loading position.
Drive the sheet feeding means to load long fruits and vegetables
One for each concave mounting part of the corrugated sheet supplied to the mounting
Are transferred one by one. By driving the film coating means, the film is coated while the long fruits and vegetables sorted according to grade are sequentially transferred to each concave mounting portion of the sheet. Thereafter, the sheet box packing means is driven to hold the corrugated sheets containing a predetermined number of long fruits and vegetables and pack them sequentially in the carrying case.

According to a second aspect of the present invention,
In addition to the operation of claim 1, long fruits and vegetables sorted according to grade are sequentially transferred to each of the concave mounting portions of the corrugated sheet to cover the film, and then the sheet cutting means is driven to form a boxed size. The corrugated sheet is sequentially cut to a size corresponding to

According to a third aspect of the present invention,
Along with the operation according to claim 1, the sheet forming means is driven to sequentially feed out and supply a long-sized sheet wound up in a roll shape, and a long fruit or vegetable in the width direction on the upper surface side of the sheet. Are sequentially formed, and long fruits and vegetables sorted by grade are sequentially transferred to the respective concave mounting portions of the sheet.

[0011]

According to the box packing apparatus of the first aspect of the present invention, long fruits and vegetables sorted by grade are sequentially transferred to each concave mounting portion of the corrugated sheet, and a predetermined number of long fruits and vegetables are transferred. Since the package is packed in a box while being aligned and placed on the corrugated sheet, the long fruits and vegetables stored in each concave placement section are
Or the direction and position of long fruits and vegetables are displaced
Can be reliably prevented. In addition, long fruits and vegetables such as cucumbers and carrots having a unique shape can be mechanically packed in boxes, and the labor required for manually packing a large amount of long fruits and vegetables brought in from the producer side as in the conventional example. In addition, the operation can be omitted, the number of times of packing and the operation time can be greatly reduced, and the labor can be saved and the efficiency can be improved.

According to the box packing device of the second aspect of the present invention, in addition to the effect of the first aspect of the present invention, a long fruit and vegetable is placed on each concave mounting portion of the corrugated sheet wound in a roll shape. Since the pieces are cut into a size corresponding to the box size while being sequentially transferred, the number of boxes of long fruits and vegetables can be easily set variably according to the size of the box.

According to the third aspect of the present invention, in addition to the effects of the first aspect of the present invention, a long fruit and vegetable is formed while forming a concave mounting portion on a rolled sheet. Are sequentially transferred, so that the boxing of long fruits and vegetables by the boxing device can be continuously performed.

[0014]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS One embodiment of the present invention will be described below in detail with reference to the drawings. The drawing shows, as an example of long fruits and vegetables, a box packing device used for boxing cucumbers of a grade of a large sorting amount, and in FIG. 1, this box packing device 1 is a large amount of cucumbers K brought in from a producer side. , Which sorts and transports the cucumber K transferred from the aligning conveyor 2 by grade, and four sorting conveyors 3 which sort the cucumber K by grade. Of the cucumber K placed on each of the buckets 3a... And the cucumber K sorted according to the grade are arranged vertically in a row and sequentially on the corrugated sheet Sa supplied to the loading position. A corrugated conveyor 5 to be transferred, a sheet forming machine 6 for sequentially feeding a sheet of paper Sa wound into a roll into a loading position while forming the corrugated sheet into a corrugated form, and an upper surface of the corrugated sheet Sa Beside A film packaging machine 7 which covers the synthetic resin-made film F, the sheet Sa to be continuously supplied
A sheet cutting machine 8 for cutting a sheet into a predetermined length, a perforation forming machine 9 for forming a perforation on the corrugated sheet S cut to a predetermined length, and a corrugated sheet S in which a predetermined number of cucumbers K are wrapped. And a sheet boxing machine 10 for packing boxes in a cardboard box B.

The above-mentioned alignment conveyor 2 includes a first conveyor 2a and a second conveyor 2 that constitute the alignment conveyor 2.
b and the third conveyor 2c are sequentially arranged in the conveying direction, and the conveying speed of each of these conveyors 2a, 2b, 2c is sequentially increased to align a large amount of cucumber K brought in from the producer side in the conveying direction. Transport. That is, the cucumber K is put into the container C brought in from the producer side in advance with the orientation thereof aligned, and the containers C brought in from the producer side are sequentially or artificially or mechanically rolled over at the time of receiving the cargo. A large amount of cucumber K put into each of these containers C ... on the first conveyor 2
a, the second conveyer 2b, and the third conveyer 2c are sequentially transferred, and the overlapping cucumbers K are conveyed in a horizontal line while being sequentially separated in the conveying direction.

As shown in FIGS. 2 and 3, the above-mentioned sorting conveyor 3 includes a circling chain 3b stretched left and right.
A bucket 3a having an L-shaped cross section is pivotally supported between 3b so as to be able to swing back and forth, and a number of buckets 3a are erected at predetermined regular intervals in the length direction of the circling chains 3b. Each of the support rods 3c projecting horizontally from one end of each of the buckets 3a is engaged with a traveling rail 11 erected at a lower portion of the bucket 3a to horizontally guide the circling posture. That is, the circling chains 3b, 3b are synchronously rotated by the driving force of a motor with a speed reducer (not shown), and the multiple buckets 3a are circulated in the same direction. Cucumbers K which are conveyed in a line are transferred one by one to each of the buckets 3a returning to the starting end on the conveying side. Cucumbers K which were not transferred one by one to each bucket 3a of the sorting conveyor 3
Is manually corrected by a worker waiting at the same position.

As shown in FIG. 2, the above-mentioned class determination device 4 sets an image pickup position for picking up the cucumber K on the starting end conveying path of the above-mentioned sorting conveyor 3, and places a bucket above the image pickup position. Imaging camera 12 facing the upper surface side of 3a
And a camera body 13 for judging the grade of cucumber K and a monitor 14 for displaying an image of cucumber K are connected to the imaging camera 12. An address sensor 1 for detecting the bucket 3a on which the cucumber K is placed corresponding to the size reading by the above-described imaging camera 12 is located below the imaging position.
Are assigned to the buckets 3a... Sequentially from the start of the start, and the address of the bucket 3a is determined in response to the address sensor 15 detecting the bucket 3a. In addition, the bucket 3a, the address, and the size data are stored in the apparatus main body 13 in association with each other.

The above-described apparatus main body 13 includes the imaging camera 12.
Amplifies, removes noise, binarizes the image signal of Cucumber K, performs image processing, calculates the area value of the black-and-white image projected on the screen of the monitor 14, and calculates the area of Cucumber K alone, The size data stored in the apparatus body 13 is compared with the image data of the image of the pickled cucumber K, and the size data of the cucumber K placed on one bucket 3a corresponds to the size data of L, M, or S. Is determined.

On the conveying path on the rear end side of the above-mentioned sorting conveyor 3, for example, sorting units a for sorting cucumber K according to the grades of L, M and S are respectively set. Are arranged immediately before the lower part of each of the buckets 3a.
Are associated with the addresses of the buckets 3a. Further, T-shaped guide rods 17 are respectively provided at the separated ends 11a of the traveling rail 11 corresponding to the respective sorting parts a, and the respective solenoids 18 disposed at the lower portion on the same side are provided with the respective guide rods 17. Are respectively operated based on the judgment by the above-mentioned class judging device 4, and each of the solenoids 18 is actuated to move the support rod 3c projecting from the bucket 3a horizontally. It moves back and forth to the retracted position where the projecting support rod 3c falls off.

Below the sorting units a, a plurality of corrugated conveyors 5 are arranged orthogonally to the conveying direction of the sorting conveyor 3, and a plurality of corrugated conveyors 5 are arranged in the conveying surface length direction of each of the corrugated conveyors 5. Are formed respectively, and the bucket 3a is formed.
Cucumber K dropped from the container is transported in a line in a vertical line. Also, two feed rollers 19 and 20 having synthetic rubber or the like provided on the outer peripheral surface thereof are provided at the transport-side end of each of the corrugated conveyors 5.
Are brought close to each other, and the rotation speed of these feed rollers 19, 20 is made faster than the conveyance speed of the waveform conveyor 5,
Roller 1 for feeding cucumber K conveyed by corrugated conveyor 5
It is accelerated at 9 and 20. That is, a sheet S described later is placed at the loading position set at the transport-side end of the corrugated conveyor 5.
are sequentially supplied, and the cucumber K conveyed and supplied by the corrugated conveyor 5 is sequentially transferred toward the concave mounting portions Sb... of the sheet Sa. In addition, a stopper 22 is provided upright on one side of a feeding conveyor 21 disposed orthogonally to the conveying direction of the corrugated conveyor 5, and one cucumber K is provided for each concave mounting portion Sb of the sheet Sa. Is restricted to the position where is stored. Cucumber K not stored in each concave mounting portion Sb of sheet Sa
Is manually corrected by a worker waiting at the same position.

As shown in FIG. 1, the above-mentioned sheet forming machine 6 is a sheet S made of paper whose entire upper surface is coated with a resin.
a is wound in a roll shape and is supported by the sheet loading section 6a, and the paper sheet Sa wound in the roll shape is stretched over three rollers 6b... to moderately tension the sheet Sa. While being sequentially supplied to the molding machine main body 6c, a concave mounting portion Sb large enough to accommodate one cucumber K in the lateral direction in the width direction on the upper surface side of the long sheet Sa is formed. The concave mounting portion Sb is continuously formed at predetermined regular intervals in the longitudinal direction of the upper surface of the sheet Sa. In addition, the sheets Sa are sequentially supplied to the feeding conveyor 21 arranged orthogonally to the conveying direction of the above-described corrugated conveyor 5.

The above-mentioned film wrapping machine 7 winds a transparent or translucent synthetic resin film F in a roll shape and bears it on a film loading portion 7a. Wrapping machine 7
b, and is vacuum-packed or shrink-wrapped while the film F is welded or adhered to the upper surface side of the sheet Sa conveyed and fed from the above-mentioned feeding conveyor 21. The sheet cutting machine 8 disposed immediately after the machine sequentially cuts the continuously supplied long-sized sheets Sa into a length corresponding to the boxed size by a rotary cutter or the like.

As shown in FIG. 4, the above-mentioned perforation forming machine 9 moves the lower surface side of the corrugated sheet S during the conveyance of the conveyance conveyor 23 disposed orthogonal to the conveyance direction of the above-mentioned conveyor 21. A bearing roller 9a formed in a peripheral surface shape corresponding to the above, and a setting roller 9b in which a number of projections 9c... ing. That is, these rollers 9a, 9b
Are synchronously rotated in the conveying direction, and the corrugated sheet S conveyed by the conveyer 23 is supplied between the receiving roller 9a and the setting roller 9b, and the concave mounting portions Sb formed on the corrugated sheet S are provided. The perforations are formed at the connecting portions of.

In the above-described sheet box packing machine 10, the suction unit 10a is disposed above the suction position set on the conveyance path on the end side of the conveyor 23, and runs from the suction position to the box packing position. Rails 10b, 10b
The suction unit 10a is mounted therebetween, and the suction unit 10a is horizontally moved above the suction position and above the box packing position by an air cylinder or a driving motor, and the suction unit 10a is moved between the suction position and the box packing position by an air cylinder or a driving motor. Vertical up and down. That is, as shown also in FIG. 5, each of the adsorbents 10c... Which are vertically provided on the lower surface side of the suction unit 10a is pressed onto the corrugated sheet S conveyed to the suction position, and the suction pressure is applied by a negative pressure of a suction blower (not shown). The corrugated sheet S is held by suction. In addition, a plastic bag Ba is laid beforehand inside the cardboard box B conveyed to the box packing position,
When the corrugated sheet S is stored in the plastic bag Ba laid inside, the suction pressure of the corrugated sheet S is released by blocking the negative pressure by the suction blower (not shown).

In the illustrated embodiment, as described above, for example, a description will be given of the operation of packing the M-class cucumbers K having a large sorting amount into the box by the box packing apparatus 1. First, as shown in FIG. 1, each container C brought in from the producer side
... are sequentially turned over, and a large amount of cucumber K put into each of these containers C ... is transferred onto the alignment conveyor 2, and
The first conveyor 2a, the second conveyor 2b, and the third conveyor 2c that constitute the same alignment conveyor 2 are rotated to obtain 4
Cucumbers K are aligned in a row in a position corresponding to each of the sorting conveyors 3 of the book, and the cucumbers K arranged in these positions are put in one for each bucket 3a of each of the sorting conveyors 3.
Transfer each book.

Next, as shown in FIG. 2, when passing through the imaging position set on the sorting conveyor 3, the bucket 3a corresponding to the bucket 3a detected by the address sensor 15 is moved.
The image of the cucumber K placed on the a is captured by the imaging camera 12, the video signal of the cucumber K captured by the imaging camera 12 is binarized and subjected to image processing, and the cucumber K is converted from the monochrome image projected on the monitor 14. Only the area of the cucumber K placed on the bucket 3a is calculated by comparing the size data stored in the apparatus main body 13 with the image data of the pickled cucumber K.
Is determined, and the size data and the address of the bucket 3a are stored in association with each other. Further, the number of passing buckets 3a is counted by the counter 16 until the bucket 3a moves to each of the sorting units a corresponding to the determination data.

For example, when the bucket 3a having the address of the "M" size moves to the sorting section a, as shown in FIG. 3, the solenoids 18 arranged in the sorting section a are respectively operated to operate the same. Each bucket 3 with a grade of cucumber K
a ... are sequentially rolled over at different positions on the corrugated conveyor 5,
Cucumbers K are sequentially transferred to the respective grooves 5a of the corrugated conveyor 5 disposed below the sorting section a. The cucumbers K transferred on the grooves 5a... Of the corrugated conveyor 5 are arranged in a line in a vertical direction and are sequentially conveyed.

At the same time, the sheet forming machine 6 is driven to sequentially supply the concave mounting portions Sb to the loading position while press-forming the rolls of the sheet Sa to the sheet Sa. The cucumber K is accelerated and conveyed by the feed rollers 19 and 20, and the cucumber K is sequentially transferred to each of the concave mounting portions Sb of the sheet Sa supplied to the loading position. and,
The cucumbers K not stored in the concave mounting portions Sb... Of the sheet Sa are manually corrected by an operator. The film packaging machine 7 is driven to perform vacuum packaging or shrink packaging while bonding the synthetic resin film F to the upper surface side of the sheet Sa conveyed by the feeding conveyor 21, and the sheet cutting machine 8 is driven. The long-sized sheet Sa is sequentially cut into a length corresponding to the boxed size, and is sequentially transferred onto the conveyor 23.

Next, as shown in FIG. 4, the perforation forming machine 9 disposed on the conveyor 23 is driven to receive the base corrugated sheet S conveyed by the conveyor 23 with the receiving rollers 9a. And the perforation roller 9b, and a perforation is formed at a connection portion of the concave mounting portions Sb formed on the corrugated sheet S. By driving the sheet boxing machine 10 disposed on the conveyor 23, the suction unit 10a is attached to the corrugated sheet S conveyed to the suction position at the end on the conveyance side.
Of the corrugated sheet S is held down by a suction pressure of a suction blower (not shown).
The suction unit 10a is moved to the boxing position, and the corrugated sheet S is stored in the cardboard box B conveyed to the boxing position, and the corrugated sheet S is placed in the plastic bag Ba laid inside the box B. When stored, the negative pressure by the suction blower (not shown) is shut off to release the suction holding of the corrugated sheet S, and the corrugated sheet S is packed in a box. Similarly, as shown in FIG. 5, the suction unit 10a is moved to the suction position and the packing position, and the corrugated sheets S are sequentially stored one by one in the plastic bag Ba laid inside the cardboard box B. Then, the corrugated sheets S are sequentially stacked in the up-down direction and packed in a plurality of boxes at the front and rear portions of the box B. Cucumbers K of a grade with a small sorting amount are manually boxed. Thereafter, a box B in which a predetermined number of corrugated sheets S are packed in a box is automatically sealed (not shown).
Shipped after sealed.

The cucumbers K sorted according to the grades are sequentially transferred to the respective concave mounting portions Sb of the corrugated sheet S, and a predetermined number of cucumbers K are arranged and mounted on the corrugated sheet S in a state where they are aligned. Since they are packed in a box, each concave mounting part Sb ...
The stored cucumber K may come into contact with each other,
Can be reliably prevented from being displaced.
You. In addition, the cucumber K having a unique shape can be mechanically packed in a box, and the labor and work of packing a large amount of cucumber K brought in from the producer side one by one as in the conventional example can be omitted, and the number of times of boxing can be reduced. In addition, work time can be significantly reduced, and labor and work efficiency of the work can be improved.

Further, the cucumber K is cut into a size corresponding to the box packing size while sequentially transferring the cucumber K one by one to each of the concave mounting portions Sb... Of the continuously supplied corrugated sheet S.
The number of boxes of cucumbers K can be easily and variably set in accordance with the size of cucumber K, and the boxing work of cucumbers K by the box packing apparatus 1 can be performed continuously.

In the correspondence between the structure of the present invention and the above-described embodiment, the long fruits and vegetables of the present invention correspond to the cucumber K of the embodiment. Correspond to each bucket 3a of the sorting conveyor 3, the grade reading means corresponds to the grade judging device 4, and the fruit and vegetable sorting means includes the support rod 3c of the bucket 3a, the traveling rail 11, the guide rod 17, and corresponding to the solenoid 18, fresh produce transfer means includes a waveform conveyor 5, corresponding to the feed rollers 19 and 20, a sheet supply means and sheet molding
The means corresponds to the sheet forming machine 6, the film covering means corresponds to the film packaging machine 7, the sheet cutting means corresponds to the sheet cutting machine 8, and the sheet box packing means corresponds to the sheet box packing machine 10. However, the present invention is not limited to only the configuration of the above-described embodiment.

In the above-described embodiment, the sheet Sa wound into a roll is pressure-formed, and the cucumber K is transferred one by one to each of the concave mounting portions Sb formed on the sheet Sa. However, for example, as shown in FIG. 6, the corrugated sheet S wound up in a roll shape is sequentially fed out, and the cucumber K is placed one by one on each of the concave mounting portions Sb formed in advance on the corrugated sheet S. The cucumber K may be transferred to each of the concave mounting portions Sb formed on the corrugated sheet S by sequentially supplying the corrugated sheets S formed in advance to the size corresponding to the box packing size one by one. It may be transferred one by one.

Further, a corrugated sheet S in which a predetermined number of cucumbers K are wrapped may be held in a horizontal position by a pair of holding arms (not shown) and packed in a box.

[Brief description of the drawings]

FIG. 1 is a plan view of a box packing apparatus for packing cucumbers.

FIG. 2 is a side view of a sorting conveyor showing a sorting operation of cucumbers;

FIG. 3 is a partially enlarged plan view of a sorting conveyor showing a state where cucumbers are placed;

FIG. 4 is a transport side front view of a perforation forming machine for forming perforations on a corrugated sheet.

FIG. 5 is a longitudinal vertical sectional view of a box body showing a state in which a corrugated sheet is packed in a box.

FIG. 6 is a perspective view showing an operation of feeding a corrugated sheet wound in a roll shape.

FIG. 7 is a short side longitudinal sectional view of a box body showing a boxed state of cucumbers according to a conventional method.

[Explanation of symbols]

 K: Cucumber B: Box body F: Film S: Corrugated sheet Sa: Sheet Sb: Concave mounting part 1: Box packing device 3: Sorting conveyor 3a: Bucket 3c: Supporting rod 4: Grading judgment device 5: Corrugated conveyor 6: Sheet forming machine 7 ... Film wrapping machine 8 ... Sheet cutting machine 9 ... Perforation forming machine 10 ... Sheet box packing machine 10a ... Suction unit 10c ... Suction unit 11 ... Running rail 12 ... Imaging camera 13 ... Device body 14 ... Monitor 17 ... Guide rod 18 ... Solenoid 19, 20 ... Feed roller

──────────────────────────────────────────────────続 き Continuing from the front page (72) Inventor Takamichi Shimomura 1-32 Chaya-cho, Kita-ku, Osaka-shi, Osaka Inside Yanmar Agricultural Machinery Co., Ltd. (72) Inventor Toru Ishii 66-66 Takaokacho, Matsuyama-shi, Ehime Ishii Kogyo Co., Ltd. (56) References JP-A-63-178912 (JP, A) JP-A-63-33221 (JP, A) JP-A-63-82977 (JP, A) (58) Fields studied (Int. Cl. ⁷ , DB name) B65B 25/00-25/06 B65B 35/56

Claims (3)

(57) [Claims] 1. A sorting conveyor which is placed on each placing section of a conveyor.
Grade reading means for reading the grade of long fruits and vegetables, and long fruits and vegetables based on the grade judgment by the above grade reading means
Fruit and vegetable sorting means for sorting and sorting products by grade;
In the positionMeans for transferring fruits and vegetables, Providing a concave mounting part on which the long fruits and vegetables are mounted one by one
The base corrugated sheet wound in a roll
Sheet supply means for feeding  Above the corrugated sheet containing long fruits and vegetables of the same grade
A film covering means for covering a film on the surface side, and a corrugated sheet containing long fruits and vegetables of the same grade are stored.
Sheet packing means for holding and sequentially packing in boxes.
Box for long fruits and vegetables. 2. A long fruit and vegetable according to claim 1, further comprising a sheet cutting means provided at a subsequent position of said film covering means for sequentially cutting a corrugated sheet on which said long fruit and vegetable of the same grade is transferred to a predetermined size. Boxing equipment. 3. A sheet for successively feeding out a long-sized sheet wound in a roll shape, and sequentially forming a concave mounting portion for mounting a long vegetable in a lateral position in a width direction on an upper surface side of the sheet. The device for packing long fruits and vegetables according to claim 1, further comprising a forming means.