JPH08198218A - Apparatus for automatically sticking film-wrapped meal device for lunch box tray - Google Patents

Abstract

PURPOSE: To efficiently stick a meal device such as film-wrapped chopsticks to a lunch body tray by providing an intermittently feeding means for vacuum- sucking continuous packages of the meal devices to transfer by intermittent rotation, a cutter means and a paste transfer means in sticking the meal device to the lunch box tray. CONSTITUTION: This apparatus for automatically sticking meal devices separates by a cutter 31 a series of continuous packages of disposable wooden chopsticks and a toothpick by using a synthetic resin film (continuously packaged chopsticks 1) into single pieces to make a pair of film-wrapped chopsticks and then automatically pasting it to an empty lunch box tray 3 before contents are put, wherein the apparatus comprises an intermittently feeding drum 8 for vacuum-sucking the chopsticks 1 on a drum face to transfer by intermittent rotation and a paste transfer arm 55 for transferring paste to a film surface of the film-wrapped chopsticks 2 separated by the cutter 31 into individual pairs. The film-wrapped chopsticks 2 after the paste is transferred is moved, by operation of an adhering arm 37, to the lunch box tray 3 carried on a belt conveyer 74 for pasting.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a film packaging food and drink automatic pasting device for lunch trays for sticking food and drinks such as chopsticks and forks film-wrapped on a lunch tray.

[0002]

2. Description of the Related Art For bentoes sold at convenience stores and the like, at the time of manufacturing the bento, the tray is filled with the bento and covered with a lid, and then disposable chopsticks or forks packaged on the side of the tray are used with cellophane tape. Each piece was manually attached and then wrapped in a wrap.

[0003]

As described above, conventionally, at the manufacturing stage of bento, hand-held food and drink tools such as packaged chopsticks and forks were manually attached to the bento tray using cellophane tape. There was a problem of poor efficiency.

The present invention has been proposed in order to solve the problems of the prior art as described above, and it is possible to efficiently eat a hand-held food and drink such as chopsticks and forks film-wrapped without manual labor. It is an object of the present invention to provide a film packaging food and drink automatic attachment device for lunch trays that can be attached to a tray.

[0005]

Means for Solving the Problems To achieve this object, a film packaging food and drink automatic pasting device for lunch trays according to the present invention is a continuous food and drink device such as chopsticks, forks and spoons which are continuously filmed. A film-packed food / beverage product in which intermittent feeding means for vacuum-adsorbing the packaged food / beverage product continuous package and transferring by intermittent rotation, and the food / beverage product continuous package transferred by the intermittent feeding device are separated one by one by a separator. Cutter means for obtaining, the glue transfer means for transferring the glue to the film surface of the film packaging food and drink vacuum sucked by the intermittent feeding means, and the food and drink to which the film packaging food and drink after the glue transfer is transferred to a lunch tray and pasted It is configured to have a tool sticking means and a conveyor means for transferring and holding the bento tray to the food and drink sticking position.

[0006]

According to the above-mentioned structure, a continuous food / drink continuous package which is transferred while being vacuum-adsorbed by, for example, an intermittent feed drum as the intermittent feed means is separated one by one by the cutter means, and the film-packaged food / beverage tools are separated. It is said that Adhesive glue is transferred to the film surface of the film-packed food and drink adsorbed on the drum by the adhesive transfer means. The film-packaged food and drink to which the glue has been transferred is transferred from the drum surface, which is vacuum-adsorbed, to the lunch tray on the conveyor by the food and drink applicator, and is pasted.

[0007]

Embodiments of the present invention will now be described in detail with reference to the drawings. FIG. 1 shows a vertical cross-sectional view of an embodiment of a film packaging food and drink automatic pasting device for bento trays according to the present invention, and FIG. 2 shows a schematic side view of this device. Further, FIG. 3 shows an enlarged cross-sectional view of the main part of FIG. In this embodiment, disposable chopsticks and toothpicks are continuously packaged (in ladder form) using a synthetic resin film (hereinafter, referred to as continuous package chopsticks 1) and separated one by one by a cutter 31 described later. A device for automatically pasting the film-wrapped chopsticks 2 to the empty lunch tray tray 3 before packing the lunch will be described.

As shown in FIGS. 4 and 5, the continuous-pack chopstick 1 has one side when the split chopsticks 4 and the toothpicks are continuously packaged by thermal fusion with the upper and lower synthetic resin films 5a and 5b. The chopsticks 4 project by the thickness of the disposable chopsticks 4, and the projecting chopstick wrapping portion 6 fits into a suction groove 9 of an intermittent feed drum 8 described later. A connecting portion 7 is provided between the chopstick packaging portions 6. In addition to chopsticks, food and drink items that are packaged in a film (so-called ladder package) include forks, spoons,
It may be a knife, a straw or the like.

Next, the structure of the automatic pasting device will be described in sequence. A continuous-pack chopstick supply box 10 is installed on the side of the apparatus, and the continuous-pack chopstick 1 wrapped in a ladder is supplied to a winding roll 11 of the apparatus from this box 10 having an upper opening. Since the continuous chopstick 1 has a long length, but has a constant length, when the continuous chopstick 1 reaches the end 1b, the starting end 1a of the continuous chopstick 1 to be pulled out next is shown in FIG. Connect using the splicer 12. The splicer 12 is installed on a mounting base 12A protruding from the side wall of the fixed base 100 of the apparatus.

This splicer 12 is provided with alignment bases 14 at the left and right sides, in which grooves 13 into which the chopstick wrapping portions 6 of the continuous chopsticks 1 are fitted are formed at equal intervals, and a heater 15 is provided at the center. The thermocompression bonding table 16 in which is embedded is arranged, and the pressing lever 17 is manually pushed down on the thermocompression bonding table 16.

Using the splicer 12, continuous chopsticks 1, 1
In connecting the two, the continuous chopsticks 1, 1 are placed so that the end 1b and the start end 1a of the continuous chopsticks 1, 1 are located on the thermocompression bonding table 16.
The rear end of 1 and the foremost part are fitted into the left and right alignment bases 14. After that, by pressing down the pressing lever 17,
As shown in the schematic view of FIG. 7, the end 1b and the start end 1a of the continuous chopsticks 1, 1 heated by the heat of the heater 15 are heat-sealed.

The continuous-pack chopstick 1 drawn out from the continuous-pack chopstick supply box 10 is wound around a rotatable roll 11 on a fixed side plate 18 and then intermittently fed by a feed roll 19 driven by a motor. It is fed to the drum 8 via two rolls 20, 21. Fixed side plate 18
Are assembled on the fixed base 100. The fixed base 100 can be moved by casters 101.

The structure of the intermittent feed drum 8 will be described with reference to FIG. Bearings 24 are provided on the left and right fixed side plates 22 and 23,
A rotary shaft 25 is attached via 24, and the intermittent feed drum 8 is fixed to the rotary shaft 25 sandwiched between the fixed side plates 22 and 23 via left and right annular support members 26 and 26. A suction passage 27 is formed in the shaft center of the rotary shaft 25 from one end of the shaft 25 to a midway portion in the intermittent feed drum 8. Further, a suction hose is provided at one end of the rotary shaft 25 via a rotary joint 28. 29 is connected to the suction hose 29. The base of the suction hose 29 is connected to a suction pump. The rotary shaft 25 in the intermittent feed drum 8 has a suction passage 27.
A plurality of suction shaft holes 30 that communicate with each other are bored in the radial direction.

On the outer peripheral portion of the intermittent feeding drum 8, a continuous chopstick 1
The suction groove 9 into which the chopstick wrapping portion 6 of the chopstick wrapping portion 6 and the film wrapping chopsticks 2 separated by the cutter 31 described later are fitted at equal angular intervals in the axial direction of the drum in accordance with the spacing of the chopstick wrapping portion 6 of the continuous wrapping chopsticks 1. Has been done.

A large number of suction holes 32, which penetrate the inner circumference of the intermittent feed drum 8, are formed in the bottom of the suction groove 9 in the radial direction, and are fitted into the suction groove 9 of the intermittent feed drum 8. The double-wrapped chopsticks 1 and the film-wrapped chopsticks 2 have a suction hole 32 in the groove 9,
Vacuum suction is performed on the drum surface by being pulled by a suction pump through the gap 33 between the drum 8 and the rotary shaft 25, the suction shaft hole 30 of the rotary shaft 25, the suction passage 27, and the suction hose 29.

Further, a blade groove 36 into which a cutter blade 35, which will be described later, is inserted, is axially formed in the protruding portion 34 on the outer peripheral portion of the drum sandwiched between the respective suction grooves 9, and the blade groove 36 extends in the longitudinal direction of the drum. The connecting portion 7 between the chopstick wrapping portions 6 of the continuous-pack chopstick 1 is placed on the protruding ridge portion 34 that is projected.

Arm standby grooves 38, into which chopstick pasting arms 37, which will be described later, are inserted, are formed on the left and right sides of the outer peripheral portion of the intermittent feed drum 8 so as to be circumferentially deeper than the suction grooves 9.

On the other hand, the rotary shaft 25 penetrating the fixed side plate 22.
A pulley 39 is attached to the other end of the. The fixed side plate 22 has a motor 4 provided with a clutch mechanism 40.
1 is fixed, a timing belt 44 is stretched between the pulley 43 attached to the output shaft 42 and the pulley 39 on the rotary shaft 25 side, and the drum 8 is intermittently driven by the rotation drive of the motor 41 and the clutch mechanism 40. Be rotated.

Next, the construction of the cutter mechanism for separating the continuous-wrapping chopsticks 1 into the film-wrapping chopsticks 2 by separating them one by one at the chopstick wrapping portion 6 will be described with reference to FIG. A cutter blade 35 having a saw-toothed blade edge in the longitudinal direction of the arm is attached to the tip end side of the cutter arm 45 with a screw. The base of the cutter arm 45 is rotatable horizontally in the drum direction with a support shaft 47 vertically extending from a mounting plate 46 as a fulcrum. Also,
A U-shaped joint 48 is provided in the middle of the cutter arm 45.
Is rotatably mounted on a pin 49 as a fulcrum, and a plunger rod 51 of an air cylinder actuator 50 driven by air pressure is connected to the joint 48. A support plate 52 protruding from the rear portion of the actuator 50 is sandwiched by a shaft support plate 53 horizontally provided on the mounting plate 46, and is rotatable about a support shaft 54 as a fulcrum.

In this cutter 31, the actuator 50
Is driven and the plunger rod 51 is pushed out, the cutter arm 45 rotates about the support shaft 47 as a fulcrum, and the cutter blade 35 fits into the blade groove 36 of the intermittent feed drum 8 from the blade base side. As a result, the connecting portion 7 of the continuous-pack chopstick 1 is cut from one side, and when the connecting portion 7 is completely cut, the cutter blade 35 becomes parallel to the drum 8 and the cutting of the connecting portion 7 is completed. After that, the plunger rod 51 is pulled back into the actuator 50 and enters a standby state.

When the continuous chopsticks 1 are separated by the cutter 31 at the boundaries of the chopstick wrapping section 6, the film wrapped chopsticks 2 are obtained. The film-wrapped chopsticks 2 are attached to the glue transfer arm 55 by rotating the intermittent feeding drum 8 while being sucked in the suction groove 9 by vacuum.
Be carried to the side.

Next, the structure of the glue transfer mechanism (glue transfer means) including the glue transfer arm 55 will be described with reference to FIG. A rotating shaft 57 is rotatably attached to upper end portions of both left and right walls via bearings 58, 58 in a glue tank (open pot) 56 having an upper opening. This rotating shaft 5 in the glue tank 56
On both the left and right sides of 7, the glue transfer arms 55, 55 forming an arc shape.
Is stuck. A hot melt 59 is put in the glue tank 56 so as not to be caught by the rotating shaft 57, and a heater 60 for heating the hot melt 59 is provided on the lower surface of the glue tank 56.
Is provided.

A pneumatically driven rotary actuator 62 fixed to an L-shaped mounting plate 61 is disposed on the side of the glue tank 56.
Of the output shaft 63 of the rotary shaft 57 protruding from the side wall of the glue tank 56.
Is coupled to one end of the with a coupling 64.

In this glue transfer mechanism, the rotary actuator 62 is driven and the glue transfer arms 55, 55 are driven from the state where the tips of the two glue transfer arms 55, 55 are submerged in the hot melt 59 in the glue tank 56. Is rotated toward the intermittent feed drum 8 side, the hot melt 65 attached to the arm tip 55a is transferred to the film surface of the film-wrapped chopstick 2 vacuum-adsorbed on the drum 8. In this state, the chopstick attachment arm 37 is placed in the arm standby groove 3 of the drum 8.
It's getting into 8. Hot melt film wrapped chopsticks 2
When the transfer to the rotary actuator 62 is completed,
Is reversed and the tip 55a of the glue transfer arm 55 is submerged in the hot melt 59 to be in a standby state.

Next, a chopstick sticking mechanism for sticking the film-wrapped chopstick 2 having the hot melt 65 transferred thereto by using the chopstick sticking arm 37 to rotate and transfer it to the side surface of the lunch tray 3 will be described with reference to FIG. .

This chopstick pasting mechanism corresponds to a food and drink pasting means. Bearings 6 are provided on the left and right fixed side plates 22 and 23.
A rotary shaft 67 is rotatably attached via 6, 66, and two chopstick pasting arms 37, 37 are fixed to the left and right sides of the rotary shaft 67 sandwiched between the fixed side plates 22, 23. ing.

The chopstick pasting arms 37, 37 have a thin wall thickness on the front end side so that they can be fitted into the arm standby grooves 38, 38 of the drum 8, and a recess 68 for receiving the film-wrapped chopsticks 2 is provided at the front end of the arm. It is cut out. Further, a protrusion 69 for scooping up the side portion of the film-wrapped chopstick 2 is formed at the tip of the arm.

Further, on the outer side surface of the fixed side plate 23, there is arranged a pneumatically driven rotary actuator 71 fixed to the mounting plates 70, 70 on both sides, and an output shaft 72 of this actuator 71 is attached to the fixed side plate. It is joined to one end of the rotary shaft 67 protruding from 23 by a coupling 73.

In this chopstick pasting mechanism, the rotary actuator 71 is driven to rotate the chopstick pasting arm, and the film wrapped chopstick 2 to which the hot melt 65 is transferred is picked up from the suction groove 9 of the intermittent feeding drum 8. It is attached to the side surface of the lunch tray 3 which is suction-held on the belt conveyor 74.

When the sticking of the film-wrapped chopsticks 2 to the lunch tray 3 is completed, the rotary actuator 71 is reversed, and the left and right chopstick sticking arms 37, 37 enter the arm standby grooves 38, 38 of the intermittent feed drum 8.

Next, a belt conveyor (conveyor means) for transferring and holding the lunch tray 3 by suction will be described with reference to the schematic view of FIG. The belt conveyor 74 is installed on the fixed base 100. A large number of suction holes 78 are formed in the belt 77 that is wound around the rolls 75 and 76. At the chopstick pasting position where the chopstick pasting arm 37 is rotated, a suction box 79 with an upper opening is arranged facing the lower surface of the upper belt 77.

A suction pump 81 is connected to a duct 80 protruding from the side surface of the suction box 79 via a suction hose 82, and the suction pump 81 is installed in the fixed base 100.

In this structure, when the air in the box 79 is drawn by the operation of the suction pump 81, when the lunch tray 3 is transferred onto the box 79 by the belt 77 and the belt 77 is stopped, a large number of suction holes are formed. The lunch tray 3 is suction-held on the belt 77 via the belt 78, and the lunch tray 3 is fixed on the belt 77 by this, so that the chop sticking operation by the arm 37 can be performed. The lunch trays 3 may be supplied to the tray supply unit 74A on the belt conveyer 74 by hand one by one, or by using an automatic tray supply device.

Next, the flow of the entire operation of the automatic pasting device will be described with reference to the timing chart of FIG. First, the ladder-wrapped continuous chain chopsticks 1 pulled out from the supply box 10 are supplied to the intermittent feed drum 8 by the drive of the feed roll 19 and adsorbed to the suction groove 9 on the drum surface.

The drum 8 is driven to rotate intermittently by the rotation of the motor 41 and the clutch mechanism 40, as shown in FIG. When the intermittent feed drum 8 rotates intermittently by feeding one chopstick wrapping unit 6, the air cylinder actuator 50 starts to drive immediately before the rotation stops and the cutter arm 45 rotates, as shown in FIG. The cutter blade 35 cuts the connecting portion 7 of the continuous chopsticks 1. When the cutting is completed, the cutter arm 45 rotates in the reverse direction and enters the standby state.

At this time, if the film-wrapped chopsticks 2 separated from the continuous-pack chopsticks 1 are moved to the glue transfer position by the intermittent rotation of the drum 8, the rotation of the drum 8 is stopped as shown in FIG. The rotary actuator 62 is driven immediately before, and the glue transfer arm 55 rotates toward the drum 8 side, and the hot melt 65 is transferred onto the film surface of the film packaging chopstick 2. After the transfer is completed, the glue transfer arm 55 rotates backward,
It will be in a standby state.

After the glue transfer arm 55 returns to the stand-by state and stops, the rotary actuator 71 is driven as shown in (d) of the figure to attach the chopsticks that have been inserted into the arm stand-by groove 38 of the intermittent feed drum 8. The arm 37 rotates, and the film-wrapped chopsticks 2 to which the glue has been transferred are scooped up by the tip of the arm and attached to the side surface of the lunch tray 3 that is suction-held on the belt conveyor 74. After that, the chopstick pasting arm 37 is rotated in the reverse direction, enters the groove 38 of the drum 8, and is in a standby state.

As shown in FIG. 14, the lunch tray 3 to which the film-wrapped chopsticks 2 are attached is discharged by driving the belt conveyor 74, and the next lunch tray 3 is placed on the belt conveyor 74 at the tray supply section 74A. It is placed on and transferred to the chopstick sticking position. After that, a series of these operations are repeated, and the film-wrapped chopsticks 2 are automatically attached to the side surface of the lunch tray 3 at each intermittent rotation of the drum 8.

Next, another embodiment using an endless track as an intermittent feeding means for transferring the continuous chopsticks 1 will be described with reference to FIGS.
6 will be described. The endless track 110 for intermittently transferring the continuous chopsticks 1 is connected to the left and right chains 111, 111 by the continuous chopsticks 1
The chopstick wrapping section 6 and the film-wrapped chopsticks 2 after separation are fitted with a plurality of channel-shaped buckets 112, and the bucket pitch P2 is equal to the wrapping pitch P1 of the chopstick wrapping section 6. There is.

Chain 11 with bucket 112 attached
1, 111 are front, rear, left and right sprockets 113, 114
Is wound around. Each bucket 112 has 2
A waiting groove 116 into which the chopstick attachment arm 115 of the book enters is formed. Further, the bucket 112 is provided with a large number of suction holes 118 for sucking the film-wrapped chopsticks 2 on the vacuum suction drum 117. Also, in order to prevent air leakage when vacuum sucking the film-wrapped chopsticks 2,
A flexible material 119 is arranged between the 12 pieces.

Track 1 with multiple buckets 112
10 is intermittently rotated in the direction of the lunch tray 3 by a drive source (not shown). With this endless track 110, a continuous chopstick 1
A cutter 120 is arranged on the way of transferring the paper to the lunch tray 3 side on the belt conveyor 74.
By 0, the connecting portion 7 of the continuous chopstick 1 is cut to form the film wrapped chopstick 2.

Next to the cutter, two hot melt guns 121 serving as glue transfer means are arranged on the left and right, and the film-wrapped chopsticks 2 vacuum-adsorbed from the tip of the gun 121.
The hot melt for adhesion is ejected onto the film surface of.

The vacuum suction drum 117 is provided on the side of the sprocket 114 close to the belt conveyor 74, a large number of suction holes 122 are formed on the drum surface, and a rotary joint (see FIG. A suction hose 124 connected via a suction pump is connected to the suction pump. When the inside of the drum 117 is evacuated, a suction hole 122 of the drum 117, the bucket 11
The film-wrapped chopsticks 2 are vacuum-adsorbed in the bucket 112 through the suction holes 118 of the second.

Between the vacuum suction drum 117 and the belt conveyor 74, a shaft 12 is driven by a drive mechanism (not shown).
Two chopstick pasting arms 115 which are rotated around the fulcrum 5 are arranged. At the tip of the chopstick pasting arm 115, the film-wrapped chopsticks 2 vacuum-adsorbed by the bucket 112 are attached.
A protrusion 126 is provided for holding the. In the standby state, the two chopstick attachment arms 115 are in the bucket 112.
Has entered the standby groove 116 of

Next, the operation of the automatic pasting device thus constructed will be described. The continuous wrapping chopsticks 1 are fitted into the buckets 112 of the endless track 110 and are intermittently transferred in the direction of the belt conveyer 74, and are cut one by one by the cutter 120 on the way at the division of the connecting portion 7 of the chopstick wrapping unit 6, and the film wrapping chopsticks 1 It becomes 2. On the film-wrapped chopsticks 2, the hot-melt gun 121 sprays hot-melt adhesive 65 onto the film surface while the vacuum suction drum 117 sucks the vacuum onto the bucket 112.

When the film-wrapped chopsticks 2 to which the hot melt 65 is transferred reach the chopstick-paste arms 115, the left and right chopstick-paste arms 115 rotate, and the film-wrapped chopsticks 2
The bucket 112 and the belt conveyor 74
It is transferred to the side surface of the bento tray 3 that is suction-held and attached. When the sticking of the film-wrapped chopsticks 2 is completed, the chopstick sticking arm 115 rotates in the opposite direction to move the bucket 1.
It enters into the standby groove 116 of 12.

The lunch tray 3 to which the film-wrapped chopsticks 2 are attached is transferred to the next step by the belt conveyor 74 and is transferred to and held by the new lunch tray 3 or the side of the endless track 110. Thereafter, this operation is repeated.
In addition, in the above-described two embodiments, the example in which the film-wrapped chopsticks 2 are attached to the side surface of the empty lunch tray 3 has been described, but it may be attached to the side surface of the tray after filling the lunch box with the lid. . Further, it is also possible to pack the lunch box, cover the lid, and then attach the film-wrapped food and drink to the side surface of the tray wrapped in the wrap.

Furthermore, the position at which the film-wrapped food and drink is attached to the lunch tray is not limited to the side surface portion, but may be the upper surface portion.

[0049]

As described above, according to the present invention, a continuous package of food and drink which is continuously packed in a film is vacuum-sucked by the intermittent feeding means and separated by a cutter to obtain a film-packaged food and drink. Then, transfer the adhesive glue by the adhesive transfer means to the film surface of this film packaging food and drink,
After that, the film packaging food and drink was automatically attached to the lunch tray by the food and drink attaching means.

As a result, there is an advantage that the work efficiency is remarkably improved as compared with the conventional manual work in which the wrapped disposable chopsticks and the like are manually stuck to the lunch tray one by one with cellophane tape.

[Brief description of drawings]

FIG. 1 is a vertical cross-sectional view of an embodiment of a film packaging food / drink automatic attachment device for bento trays according to the present invention as seen from the front direction.

FIG. 2 is a schematic side view of the automatic sticking device.

FIG. 3 is a longitudinal sectional view showing an enlarged main part of FIG.

FIG. 4 is a perspective view showing a part of a continuous-pack chopstick.

5 is a cross-sectional view taken along the line AA of FIG.

FIG. 6 is a perspective view showing a splicer.

FIG. 7 is an explanatory view for explaining how to connect the continuous chopsticks.

FIG. 8 is a cross-sectional view showing the structure of an intermittent feeding drum.

FIG. 9 is a perspective view showing a configuration of a cutter.

FIG. 10 is a perspective view showing a glue transfer mechanism.

FIG. 11 is a plan view showing a chopstick pasting mechanism.

FIG. 12 is a perspective view showing a conveyor mechanism.

FIG. 13 is a timing chart for explaining the operation of the automatic pasting device.

FIG. 14 is a perspective view showing a bento tray to which film-wrapped chopsticks are attached.

FIG. 15 is a side view showing an intermittent feeding means of another embodiment for transferring the continuous chopsticks.

16 is a perspective view of an essential part of the intermittent feeding means of FIG.

[Explanation of symbols]

 1 continuous wrapping chopsticks 2 film wrapping chopsticks 3 bento tray 4 split chopsticks 5a, 5b synthetic resin film 6 chopstick wrapping section 7 connecting section 8 intermittent feeding drum 9 suction groove 10 continuous wrapping chopstick supply box 11 take-up roll 12 splicer 12A mounting base 13 groove 14 Positioning Table 15 Heater 16 Thermocompression Bonding Table 17 Pressing Lever 18 Fixed Side Plate 19 Feed Roll 20, 21 Rolls 22, 23 Fixed Side Plate 24 Bearing 25 Rotating Shaft 26 Supporting Member 27 Suction Passage 28 Rotary Joint 29 Suction Hose 30 Suction Shaft Hole 31 Cutter 32 Suction hole 33 Gap 34 Convex ridge 35 Cutter blade 36 Blade groove 37 Chopstick pasting arm 38 Arm standby groove 39 Pulley 40 Clutch mechanism 41 Motor 42 Output shaft 43 Pulley 44 Timing belt 45 Cutter arm 46 Mounting plate 47 Spindle 48 Joint 49 pin 5 Air cylinder actuator 51 Plunger rod 52 Support plate 53 Shaft support plate 54 Support shaft 55 Glue transfer arm 56 Glue tank 57 Rotating shaft 58 Bearing 59 Hot melt 60 Heater 61 Mounting plate 62 Rotary actuator 63 Output shaft 64 Coupling 65 Hot melt 66 Bearing 67 rotary shaft 68 concave portion 69 projecting piece 70 mounting plate 71 rotary actuator 72 output shaft 73 coupling 74 belt conveyor 74A tray supply unit 75, 76 roll 77 belt 78 suction hole 79 suction box 80 duct 81 suction pump 82 suction hose 100 fixed base 101 casters 110 endless tracks 111 chains 112 buckets 113, 114 sprockets 115 chopstick pasting arms 116 standby grooves 117 vacuum suction drums 118 suction holes 11 9 Flexible Material 120 Cutter 121 Hot Melt Gun 122 Suction Hole 123 Rotating Shaft Duct 124 Suction Hose 125 Shaft 126 Protrusion

Claims (1)

[Claims] 1. An intermittent feeding means for vacuum-sucking and transporting a continuous package of food and drink, which is a continuous film-wrapped food and drink such as chopsticks, forks, and spoons, by means of intermittent rotation.
A cutter means for obtaining a film-packed food / beverage product by separating the continuous food / beverage packages transferred by the intermittent feeding means one by one at a break, and a film surface of the film-packaged food / beverage product vacuum-adsorbed by the intermittent feeding means. It has a glue transfer means for transferring the glue, a food and drink sticking means for transferring and pasting the film packaged food and drink to the lunch tray after transferring the glue, and a conveyor means for transferring and holding the lunch tray to the food and drink sticking position. A film packaging food and drink automatic pasting device for bento trays.