JP2500557C - - Google Patents

Description

Description: BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to handling of a pouch with a nozzle for filling a nutrient (oral intestinal), etc., and particularly to packing and sealing a pouch with a nozzle in a box. The present invention relates to a method of packing a nozzle pouch into a box, a method of supplying a nozzle pouch to a filling seal device, and a device therefor. 2. Description of the Related Art A pouch with a nozzle for filling a nutrient (intestinal) nutrient or the like is attached by projecting a nozzle in the center of an upper side in advance in a bag making process, and a lower side is opened and unsealed. It is in a state, and in that state it is packed in a box and transported to a filling factory. The pouch with a nozzle has various inconveniences such as the following because the nozzles are bulky and obstructive.However, no special means for solving the inconvenience has conventionally been adopted, and the pouch with a nozzle has a nozzle. Treats no pouches as well. That is, in a filling factory, these pouches are stacked and placed on a pouch mounting table of a conventional pouch feeder as described in, for example, Japanese Patent Publication Nos. 40-10318 and 55-35281. Then, it is sucked by the suction cup one by one and transferred to the gripper of the filling and sealing device. In a conventional pouch feeder, on a pouch mounting table, in the case of a normal pouch having no nozzle port, 1000 or more can be placed, but in the case of a pouch with a nozzle, the nozzle portion is bulky, so that 100 You can only stock up to a degree. Even if the stacker is enlarged so that more sheets can be placed, the height of the upper side with nozzles and the lower side without nozzles in a stacked pouch are extremely different, resulting in poor stability. Therefore, in order to stably hold the pouch, the limit is about 100 pouches. In addition, the supply height varies greatly as compared with a pouch without a nozzle, and it has been difficult to reliably supply a pouch with a nozzle to a filling and sealing machine. On the other hand, recently, since the speed of the filling and sealing apparatus has been increased, if the number of sheets to be placed on the pouch mounting table at a time is small as described above, there is a problem that the pouch feeder needs to be refilled frequently. [0004] Further, in the case of a box for transporting a pouch with a nozzle, pouches are conventionally stored in a state of being aligned in one direction. Therefore, the nozzles overlap each other in the height direction, and the stacking height of the nozzles is extremely different from the lower side of the pouch without the nozzle, and the location where the lower side of the pouch is located in a boxed state is a lot of space. And storage efficiency is very poor. In order to increase the storage efficiency, it is conceivable to stack the pouches alternately in opposite directions so that the nozzles are alternately located on the opposite side. It is not practical because it requires realignment of the pouches in one direction, which requires a lot of labor and deteriorates working efficiency. SUMMARY OF THE INVENTION The present invention has been made in view of the above circumstances, and has been devised in order to efficiently handle a pouch with a nozzle. It is an object of the present invention to provide a method of packing boxes without collapse, and a supply method and a device capable of automatically and reliably supplying a filling and sealing device automatically. Means for Solving the Problems A magazine for holding a pouch with a nozzle used in a method for packing a pouch with a nozzle and a method for supplying a pouch with a nozzle to a filling and sealing apparatus according to the present invention for solving the above problems. Is formed in the shape of an elongated hollow square rod having one side open along the axial direction, and the engaging projection formed on the outer periphery of the nozzle of the pouch with a nozzle along the axial direction inside the elongated hollow square rod. Are formed, and serve as a boxing assisting tool for holding the pouch with the nozzle and packing the pouch with the nozzle and a supply assisting tool for supplying the pouch with the nozzle to the filling and sealing device. It has a configuration. The method of packing a pouch with a nozzle includes holding the plurality of pouches with a nozzle by fitting an engagement protrusion of the pouch with an engagement guide groove of the magazine, and setting the width direction of the pouch to the magazine. The magazines in the first stage are stored along one inner wall in the box with the magazines aligned in the axial direction and shifted in the axial direction of the magazine, and the pouches stored in the magazine in the second stage are A second-stage magazine is housed along the other inner wall facing the inner wall so as to overlap with the first-stage pouch in a direction opposite to the first-stage pouch, and thereafter, each stage pouch stored in the magazine Was achieved by a configuration characterized in that magazines were sequentially stacked so that the directions were alternately opposite to each other, and the pouch with nozzles was housed in a box. [0008] Further, a method of supplying a pouch with a nozzle to a filling and sealing apparatus is such that the magazine holding the pouch with a nozzle is supplied to a conveyor and conveyed to a pouch extraction position, and the pouch is sequentially accumulated from the magazine at the extraction position. It was achieved by a configuration characterized in that it was transferred to a rail and supplied from the accumulated rail to a filling and sealing device. A supply device that achieves the supply method includes a magazine supply unit that supplies a magazine holding a pouch with a nozzle, a pouch supply unit that extracts a pouch from the magazine and supplies a pouch to a filling and sealing machine, and an empty cartridge. And an empty magazine accumulating section for accumulating the information. The magazine supply unit includes:
It has a pair of chain conveyors with attachments for transporting the magazine holding the pouch with nozzles, the pouch supply unit moves the magazine from the magazine supply unit to the pouch extraction position, and accumulates empty magazines in empty magazines. Conveyor, a pouch accumulation rail provided on the extension of the pouch engagement guide groove of the magazine at the pouch extraction position, a first pusher device provided along the pouch extraction position, a pouch accumulation rail , The pouch conveyed in a state of being hung from the neck can be reliably supplied to the filling and sealing device.
Also, by providing the relay conveyor below the magazine transport surface and providing the first pusher device and the second pusher device above the magazine transport surface,
Since the pouch is supplied to the magazine supply unit in a state where the pouch opening is turned upside down, the pouch can be directly supplied to the filling and sealing device without passing through the reversing device. [0010] Since the pouch with the nozzle made of the bag has an engaging projection formed on the outer periphery of the nozzle to be fitted in the engaging guide groove of the magazine, the engaging projection is formed in the engaging guide groove of the magazine. By fitting, a large number of pouches can be slidably held in one magazine. A state in which the nozzles are fitted in the engagement guide grooves of the magazine so that the nozzles are in close contact with each other, and the pouch width direction is aligned substantially along the axial direction of the magazine. Thus, the pouch can be held densely in a very narrow space. Therefore, in this state, by alternately stacking and storing in the box from both sides, the number of boxed pouches per unit volume is dramatically increased as compared with the conventional case where pouches are simply stacked and packed. Also, when a pouch is taken out of the box and supplied to the filling and sealing device, the pouch can be taken out for each magazine, so that handling is easy and work efficiency is improved. When the pouch with the nozzle unpacked from the box is supplied to the upstream side of the pouch supply unit for each magazine, the pouch is conveyed by the intermittently driven conveyor and positioned at the downstream end. Sent to In the pouch removal position, the first
The pusher device is operated to press the nozzle portion of the pouch held in the magazine and send it out to the accumulation rail, so that the pouch is always stored on the accumulation rail. The pouch is inverted by the reversing device so that the opening side is located upward from the downstream end of the accumulation rail, and in this state, the pouch is gripped by the pouch gripper of the filling and sealing device and supplied to the filling and sealing device. Therefore, by simply supplying the magazine to the pouch supply device with nozzles, the magazine can be automatically supplied to the filling and sealing device thereafter, and a large amount of pouches can be supplied to the supply device at one time. Compared with the case where the pouches are stacked on the pouch mounting table of the feeder and supplied by suction with a suction cup, the pouches can be supplied more reliably, the supply capacity is particularly improved, and manpower can be saved. Embodiments of the present invention will be described below in detail with reference to the drawings. 1 to 3 show an embodiment of a pouch supply device with a nozzle to a filling and sealing device according to the present invention, and FIGS. 4 to 6 show an embodiment of a magazine for holding a pouch with a nozzle.
FIG. 7 shows an embodiment of a pouch with a nozzle, and FIGS. 8 to 9 show an embodiment of a method of packing a pouch with a nozzle. First, a pouch 1 with a nozzle (hereinafter simply referred to as a pouch) shown in FIG. 7 is for filling a nutrient or the like, and is usually formed of a composite material of an aluminum sheet and a synthetic resin film. The upper side is sealed by attaching a nozzle 2 projecting outward, and the lower side is shipped unsealed and open, and the filling factory fills the contents from the lower side opening and seals the lower side. It has become. The nozzle 2 is opened by piercing a needle to allow the internal solution to be poured out through a tube connected to the nozzle so as to be supplied to a patient. A flange 3 is formed as an engaging projection for engaging with the groove. Next, a magazine 5 shown in FIG. 4 to FIG. 6 is a magazine for easily holding the unfilled pouch, and the bag-made pouch 1 has a nozzle fitted to the magazine. The container is transported together in a box, packed and transported, and can be supplied to a supply device for a filling and sealing device while being held in the magazine at a filling factory. The magazine 5
One side formed of plastic, aluminum, or the like is formed in an elongated rectangular rod shape having a substantially C-shaped cross section with one side opened along the axial direction, and the flange 3 of the nozzle 2 fits inside the opening and can move freely in the axial direction. Thus, the engagement guide groove 6 is formed. The pouch 1 is fitted into the engagement guide groove 6 so that the outer periphery of the flange is in close contact with the magazine 5, and in this state, the width direction of the bag is substantially along the axial direction of the magazine as shown in FIGS. In this manner, the pouch can be held within the width a of the magazine in a state of being scaled and overlapped in the magazine axis direction by an amount corresponding to the flange diameter. In this state, as shown in FIGS. 8 and 9, the first-stage magazine 5a is stored along one inner wall in the box 8, and the pouch 1b stored in the second-stage magazine is the first-stage magazine. The second-stage magazine 5b is stored along the other inner wall facing the inner wall so as to overlap the first-stage pouch in a direction opposite to the pouch 1a. By stacking the magazines 5c, 5d,... Sequentially so that the directions are alternately opposite, and storing the pouches 5 in the box, the per-unit volume is dramatically improved compared to the conventional case of simply stacking and packing. Increase the number of boxes. In addition, since the magazines 5 are held in an overlapping state in the box 8, the magazines 5 are stable and there is no risk of collapse. Further, when the pouch is taken out of the box and supplied to the filling and sealing device, the pouch can be taken out for each magazine, so that the work efficiency is greatly improved. Therefore, the magazine 5 functions as both a boxing aid for holding the nozzle-filled pouch with unfilled contents and box-packing the nozzle-filled pouch, and a supply assisting tool for supplying the nozzle-filled pouch to the filling and sealing device. To fulfill. Next, an embodiment of a pouch-feeding device with a nozzle for feeding a pouch packed in a box in the above state and sent to a content filling factory to a filling sealing device will be described with reference to FIGS. I do. In the figure, reference numeral 10 denotes a pouch supply device with a nozzle for the filling and sealing device according to the present embodiment, a magazine supply unit 11 for supplying a magazine in which the pouch is held, and a pouch is extracted from the magazine and the pouch is supplied to the filling and sealing device. It comprises a pouch supply unit 12 for supplying, and an empty magazine accumulation unit 13 for accumulating empty magazines. The magazine supply unit 11 has a pair of chain conveyors 14 with attachments for transporting a magazine in which pouches are held. When the chain rotates, both ends of the magazine placed on the pair of guides are attached to the attachments 15. Is pushed to convey on the guide. The pouch supply unit 12 includes a relay conveyor 16, a pouch accumulate rail 17,
It comprises a first pusher device 18, a second pusher device 19, and a pouch reversing device 20. As shown in FIG. 2, the relay conveyor 16 has an attachment 21 for engaging the magazine 5 from above and pushing the magazine, and extends from the downstream end of the magazine supply unit to the upstream of the empty magazine accumulation position. The magazine arranged above the magazine conveyance path and conveyed to the downstream end of the magazine supply unit 11 is moved to the pouch extraction position for positioning, and the empty magazine is transferred from the extraction position to the empty magazine accumulation position. . In the drawing, reference numeral 23 denotes a positioning stopper for positioning the magazine at the pouch extraction position, which is provided in a magazine transfer path by a cylinder device so as to be able to move forward and backward. The pouch accumulate rail 17 is for storing a predetermined number of pouches so that the pouches taken out of the magazine can be continuously supplied to the filling and sealing device. It is composed of a pair of rails arranged at predetermined intervals for holding and guiding, and is provided so as to be orthogonal to the magazine transport path at the pouch extracting position. The first pusher device 18 is for pushing the pouch held in the magazine 5 positioned at the pouch extracting position from the magazine to the pouch accumulate rail 17, and the pusher 24 pushes the pouch to the magazine 5. When the pouch 1 is completely extruded from the magazine 5, it returns to the position shown in FIG. 1 and waits until the next magazine is supplied. The pouch extruded from the magazine 5 is blocked by the stopper 25 on the downstream end of the pouch accumulate rail 17 and waits until it is taken up by the reversing device. Second pusher device 1
9 operates while the first pusher device 18 releases the pressing, and pushes the pouch 1 transferred on the accumulation rail so that the leading pouch always engages with the stopper 25. For accumulate rail 1
Pusher 26 provided between nozzles of the pouch 1 held by the nozzle 7 so as to be able to enter and exit freely.
Can be reciprocated along the accumulation rail. The pouch reversing device 20 inverts the pouch held in a neck-hanging state by a nozzle and supplies it to the filling and sealing device in order to fill the contents from the lower side portion which is the unsealed portion of the pouch in the filling and sealing device 30. Is provided because it is necessary to
It is provided between the rotation position of the pouch grip 31 of the filling and sealing device and the pouch accumulate rail 17, and as shown in FIG. have. As the nozzle gripper 28, an appropriate one can be adopted as long as it can grip the nozzle 2 of the pouch 1. In this embodiment, a fixing piece which is always urged in the closing direction by a spring 29 and is provided so as to be openable and closable. When the cylinder device reaches the downstream end of the accumulation rail 17, the cylinder device presses the end of the movable piece to open the nozzle gripper 28 to move the end of the accumulation rail. The nozzle 2 of the pouch 1 extruded from the container is received and gripped, and in this state, the pouch is inverted by rotating the rotation lever 27 by 180 ° to reach the delivery position to the filling and sealing device 30. At this position, the pouch gripper 31 of the filling and sealing device 30 grasps both sides of the inverted pouch, and the pouch 1
Receive. The pouch supply device to the filling and sealing device of the present embodiment is configured as described above, and the pouch 1 unloaded from the box is supplied to the upstream side of the pouch supply unit for each magazine.
It is conveyed by a chain conveyor 14 with an attachment that is driven intermittently, and when it reaches the downstream end of the pouch supply unit, it is sent to a pouch extraction position by the relay conveyor 16. At that time, a stopper 23 protrudes from the pouch withdrawal position, positions the magazine 5 to be sent, and accurately holds the magazine at the pouch withdrawal position. At the pouch extracting position, the first pusher device 18 is operated to press the nozzle 2 of the pouch 1 held by the magazine 5 from above to below with a constant pressure in FIG. It is pushed forward until it engages with the stopper 25 at the 17 end. The stopper 25 is a nozzle gripper 28 of a reversing device.
By releasing the lock of the pouch 1 every time is located, the pouch 1 is sent to the nozzle gripper 28 by the pressing force of the first pusher. In this way, the pouches are sequentially fed, and when the magazine 5 is empty, the first pusher device 18 returns to the original position and prepares for the supply of the next magazine 5. At the same time when the first pusher device 18 returns, the second pusher device 19 is operated to press the most upstream pouch 1 on the accumulation rail 17, and the pouch 1 is turned in the same manner as the first pusher device 18. Each time the pouch is transferred, the pouch is pushed one pitch at a time. In the meantime, the next magazine is sent from the magazine supply unit to the relay conveyor 1.
At the same time, another attachment 21 of the relay conveyor 16 pushes the empty magazine 5 located at the pouch extracting position to the empty magazine stacking section 13 by the transfer device 6. When a new magazine 5 is sent to the pouch withdrawal position, the first pusher device 18 is operated again to send out the pouch 1 from the magazine 5 and the cylinder device of the second pusher device 19 is operated to retract the pusher 26 from the pouch pressing position. Then, the pouch 1 sent by the first pusher device 18 is sent to the most upstream portion of the pouch 1 remaining on the accumulator trail 17 and thereafter pushed by the first pusher device 18. Thereafter, by repeating the above, the pouch 1 is filled with the filling and sealing device 3
Automatically supplies 0. As described above, according to the apparatus of the present embodiment, the magazine 5 holding the pouch is simply supplied to the magazine supply unit, and thereafter the magazine 5 can be automatically supplied to the filling and sealing device. Since a large amount of pouches can be held in the apparatus, the supply capacity can be significantly improved as compared with the related art, and the interval of replenishment of the pouches can be lengthened to save labor. Although the embodiment of the pouch supply device with a nozzle according to the present invention has been described above, the present invention is not limited to the embodiment, and various design changes are possible. 10 and 11 show another embodiment of the pouch reversing device. The pouch reversing device 40 of this embodiment includes a rotating lever 41.
A suction cup 42 for sucking the pouch is attached to the pouch 1, and the pouch 1 located at the end of the accumulation rail 43 is sucked and held by the suction cup 42.
By rotating by 0 °, it is brought upside down to the delivery position to the filling and sealing device and supplied to the filling and sealing device. FIG. 12 shows still another embodiment of the pouch reversing device. In this embodiment,
The reversing device bends the extended portion of the pouch accumulation rail 47 into a semicircular arc to form a reversing portion 45, which is provided integrally with the accumulation rail. That is, the pouch 1 which is sent to the accumulate rail 47 in the form of a neck suspension is inverted by moving the semi-circular arc portion, and a stopper is provided at the end thereof, and the pouch is held at that position. Each time the pouch gripper of the filling and sealing device is operated, it is delivered. FIG. 13 to FIG. 15 show another embodiment of the pouch supply apparatus with a nozzle in which the pouch is supplied from the beginning in an inverted state and the reversing device is omitted. In the present embodiment, the magazine is supplied to the magazine supply unit 50 such that the pouch is located in an inverted state, the first pusher device 51 is disposed so as to be located above the magazine at the pouch removal position, and the relay conveyor 52 is configured to carry the magazine. Placed below the surface,
1 to 3 except that there is no reversing device on the downstream side of the accumulation rail 53.
This is the same as the embodiment shown in FIG. That is, in the present embodiment, since the pouch 1 is supplied to the accumulation rail 53 in an inverted state, it is not necessary to invert the pouch 1 and the pouch gripper 31 of the filling and sealing device grips the pouch as it is. I have. In the figure, reference numeral 54 denotes a second pusher device. As shown in the above embodiments, according to the present invention, a pouch nozzle is fitted and held in a magazine, and supplied to a pouch supply device in that state, and the pouch is supplied from the magazine by the pouch supply device. It is extruded and supplied to the filling and sealing device. Therefore, the magazine and the pouch are required to be easily attached and detached, and particularly to be fitted so that the nozzle can move smoothly along the engagement guide groove of the magazine. FIG. 16 shows another embodiment of a pouch with a nozzle in which the shape of the nozzle is changed so that the nozzle can move smoothly along the engagement guide groove of the magazine. In the pouch 60 of this embodiment, a cylindrical engaging piece 62 that engages with the engaging guide groove 64 of the magazine 63 protrudes from an outer peripheral portion of the nozzle 61, and smoothly comes into line contact with the engaging guide groove. You can move. On the other hand, FIG. 17 shows another embodiment of a magazine devised so that the nozzle can smoothly move along the engagement guide groove of the magazine. In the magazine 65 of this embodiment, the ball bearing 67 is fitted into the engagement guide groove 66, the flange 3 of the pouch 1 is received by the ball bearing, and the ball rotates freely, so that the pouch can move smoothly. I made it. The present invention is configured as described above and has the following special effects. According to the pouch-with-nozzle holding magazine used in the method of packing pouches with nozzles of the present invention, a large number of pouches with nozzles can be slidably held, and the pouches with nozzles can be slid in an extremely narrow space. The pouches with nozzles can be efficiently packed in a box by stacking in this state, and a large number of pouches with nozzles can be supplied to the filling and sealing device while being held. The pouch with a nozzle, which can fulfill the functions of a boxing aid and a supply aid to the filling and sealing device, which can improve the supply efficiency of the pouch with a nozzle, and which has been difficult to handle because the nozzle has been a hindrance in the past. Has become particularly easy to handle. According to the method for packing pouches with nozzles of the present invention, the number of storages per unit volume can be dramatically increased as compared with the case where pouches with nozzles are simply stacked and boxed. Can be very efficient. According to the method and the apparatus for supplying a pouch with a nozzle according to claims 2 to 6, the magazine holding the pouch with the nozzle is simply supplied to the magazine supply section, and the pouch with the nozzle is automatically and reliably supplied to the filling seal device. And a large amount of pouches can be supplied to the supply device, so that the pouch replenishment interval can be lengthened,
The supply capacity is greatly improved as compared with the conventional case, and labor saving can be achieved.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a plan view of a pouch supply device with a nozzle to a filling and sealing device according to an embodiment of the present invention. FIG. 2 is a front view of the main part. FIG. 3 is a side view of the reversing device of FIG. 1; FIG. 4 is a plan view of a magazine in a state where a pouch with a nozzle is held. FIG. 5 is a sectional view taken along the line AA of FIG. 4; FIG. 6 is a perspective view of the magazine in the state of FIG. 7A is a front view of a pouch with a nozzle, and FIG. 7B is a plan view thereof. FIG. 8 is a plan view showing a boxed state of the pouch with a nozzle. FIG. 9 is a front view thereof. FIG. 10 is a plan view of a reversing device according to another embodiment. FIG. 11 is a side view thereof. FIG. 12 is a side view of a reversing device according to still another embodiment. FIG. 13 is a plan view of a pouch supply device with a nozzle to a filling and sealing device according to another embodiment. FIG. 14 is a front view of the main part. FIG. 15 is a sectional view taken along line BB of FIG. FIG. 16 (a) is a front view of a pouch with a nozzle of another embodiment held in a magazine, and FIG. 16 (b) is a side view thereof. FIG. 17 is a side view of a magazine of another embodiment in a state where a pouch with a nozzle is held. [Description of Signs] 1, 60 Pouch with nozzle 2, 61 Nozzle 3 Flange 63, 65 Magazine 6, 64 Engagement guide groove 8 Box 10 Pouch supply device with nozzle 11 Magazine supply unit 12 Pouch supply unit 13 Empty pallet accumulation unit 14 Chain conveyor with attachment 16 Relay conveyor 7 Pouch accumulate rail 18 First pusher device 19 Second pusher device 20, 40 Pouch reversing device 30 Filling and sealing device

Claims (1)

Claims: 1. A method for packing a pouch with a nozzle, which is not filled with contents, provided with a nozzle provided with an engagement projection for engaging a magazine on an outer peripheral portion thereof and protruding outward from a peripheral edge. The engaging projection formed on the outer peripheral portion of the nozzle of the pouch with a nozzle is formed in the shape of an elongated hollow square rod having one side open along the axial direction, and inside the elongated hollow square rod along the axial direction. A pouch with a nozzle formed with an engagement guide groove to be engaged and serving both as a boxing aid for holding the pouch with the nozzle and packing the pouch with the nozzle into a box and a supply aid for supplying the pouch with the nozzle to a filling and sealing device. In the holding magazine, engaging protrusions formed on the outer peripheral portion of the nozzle of the pouch with nozzles are fitted into engagement guide grooves of the magazine to hold a plurality of pouches with nozzles, and the width direction of the pouch is the width of the magazine. The first magazine is stored along one inner wall in the box with the magazines shifted in the axial direction and aligned in the magazine axis direction, and the pouches stored in the second magazine are stored in one step. The second-stage magazine is stored along the other inner wall facing the inner wall so as to overlap the first-stage pouch in a direction opposite to the pouch of the eye, and the pouches of the respective stages stored in the magazine will be described below. A method for packing pouches with nozzles, comprising stacking magazines sequentially so that the directions are alternately opposite to each other and storing the pouches with nozzles in a box. 2. A method for supplying a pouch with a nozzle, which is provided with an engagement projection for engaging a magazine on an outer peripheral portion and protrudes outward from a peripheral edge, and is provided with an unfilled nozzle, to a filling and sealing device. The said hollow member formed in the shape of an elongated hollow square bar having one side open along the axial direction, and formed inside the elongated hollow square rod along the axial direction on the outer periphery of the nozzle of the pouch with a nozzle. An engagement guide groove with which the mating projection is engaged is formed, and serves as a boxing auxiliary tool for holding the pouch with the nozzle and packing the pouch with the nozzle and a supply auxiliary tool for supplying the pouch with the nozzle to the filling and sealing device. By fitting the nozzles of the pouch with nozzles into the engagement guide grooves of the magazine, a plurality of pouches with nozzles are held in the magazine, and the magazine is transported to the pouch extraction position, and A pouch with a nozzle is transferred from a magazine to an accumulate rail at a predetermined position, a predetermined number of pouches are stored in the accumulate rail, and the pouch is sequentially supplied from the accumulate rail to a filling and sealing apparatus. To supply pouches with nozzles to 3. A pouch supply device with a nozzle for supplying a content-unfilled nozzle pouch provided with an engagement projection for engaging a magazine on an outer peripheral portion thereof to project outward from a peripheral edge to a filling and sealing device. A magazine supply unit having a conveyor that conveys a magazine holding a plurality of pouches with nozzles in a pouch extraction position direction ,
Stores a certain number of pouches extracted from the magazine transported to the pouch extraction position
A pouch supply unit for sequentially supplying pouches from the accumulation rail to the filling and sealing device, and an empty magazine accumulating unit for accumulating empty cartridges. Pouch feeder with nozzle. 4. The magazine supply unit has a pair of chain conveyors with attachments for transporting the magazine holding the pouches with nozzles, and the pouch supply unit sends the magazines from the magazine supply unit to the pouches. A relay conveyor for moving the empty magazine to the empty magazine stacking section and moving the empty magazine to the empty magazine collecting section, a pouch accumulating rail provided on the extension of the pouch engagement guide groove of the magazine at the pouch extracting position, along a pouch extracting position. The pouch supply device with a nozzle for a filling and sealing device according to claim 3, further comprising a first pusher device provided and a second pusher device provided along the pouch accumulate rail. 5. The apparatus for supplying a pouch with a nozzle to a filling and sealing device according to claim 4, wherein a pouch reversing device for reversing the pouch and supplying it to the filling and sealing device is provided at the downstream end of the pouch accumulation rail. 6. The relay conveyor is provided below a magazine transport surface, and the first pusher device and the second pusher device are provided above the magazine transport surface, and the pouch opening is turned upside down. 5. The supply device for a pouch with a nozzle to a filling and sealing device according to claim 4, wherein the magazine supplied to the magazine supply unit is transferred in a state in which the magazine is supplied.