KR200438203Y1 - Apparatus for supplying continuously pouch - Google Patents

Abstract

The present invention is made to continuously supply the pouch without interruption of production, the object of the present invention is to provide a continuous pouch supply device that can improve the work efficiency and productivity.

To this end, the pouch continuous supply device according to the present invention, the magazine is installed on the upper side of the main body and the pouch is raised from the inside, the secondary loading unit that is loaded with the rechargeable pouch at a position spaced apart from the magazine, the pouch is raised in the magazine The main plate loaded with the plate, the plate elevating device for raising the main plate, the pouch separating device installed at the upper side of the magazine to separate the raised pouch into sheets by suction, and the pouches separated by the pouch separating device. Pouch pick-up device for transferring to the, characterized in that it comprises a plate horizontal transfer device for horizontally moving the auxiliary plate into the magazine, the auxiliary plate on which the pouch is loaded in the auxiliary loading portion.

Magazine, Auxiliary Stacker, Main Plate, Plate Lift, Pouch Separator, Pouch Pickup, Auxiliary Plate, Plate Horizontal Transfer

Description

Apparatus for supplying continuously pouch}

1 is a perspective view of a pouch packed contents.

2 is a view schematically showing a process of supplying a pouch using a continuous pouch supply device according to the present invention.

Figure 3 is a cross-sectional view schematically showing the pouch continuous supply apparatus according to the present invention from the front.

Figure 4 is a schematic side view showing a continuous pouch supply device according to the present invention.

5 is a plan view showing a state in which a lifting member of the plate lifting device is installed.

Figure 6 is a side view showing a state in which the horizontal conveying member of the plate horizontal conveying device is installed.

7 is a plan view showing a process of coupling the lifting member and the horizontal transfer member.

8 is a plan view showing a state that the pouch is aligned by the pouch alignment guide.

<Description of Major Symbols in Drawing>

10: main body 11: mounting panel

20: magazine 30: auxiliary loading unit

40: main plate 50: plate lifting device

51: vertical feed screw 52: driven pulley

53: guide rail 54: vertical feed motor

55: drive pulley 56: belt

57: elevating member 60: pouch separator

70: pouch pickup device 80: auxiliary plate

90: plate horizontal feed device 91: horizontal feed screw

92: driven pulley 93: guide rail

94: angle 95: horizontal feed motor

96: drive pulley 97: belt

98: horizontal transfer member 100: pouch residual amount detection device

102: lifting rod 103: contact portion

104: spring 105: release prevention nut

106: pouch remaining amount detection sensor 110: plate height fixing device

120: plate detection sensor 130: pouch alignment guide

The present invention relates to a pouch feeder, and more particularly, to a pouch continuous feeder that is able to continuously supply the pouch in the process of supplying the pouch to contain the food in the pouch.

In general, a pouch (Pouch) refers to a pouch that contains a certain thing, in the food field to vacuum the food using a pouch made of a thin film material for long food storage. 1 of the accompanying drawings shows a state in which the face 2 is packaged in the pouch 1.

Packaging the food in the pouch is a process of supplying the pouch, the process of putting the contents into the supplied pouch, the process of sealing the opening of the pouch, and the process of discharging the pouch containing the contents.

At this time, the conventional pouch supply device for supplying the pouch, driving the driving motor in the state in which the pouch is loaded on the elevating member to raise the elevating member, and then suck the pouch one by one using the pouch suction device and pouch pickup device It is made to pick up and transport.

However, in the conventional pouch supply apparatus configured as described above, since the amount of the pouches loaded on the elevating member is limited, when the pouch is exhausted, the product is stopped after the pouch is loaded on the elevating member. Since it is resumed, there is a problem that the continuous production of the product is difficult and the productivity is lowered.

In this regard, the present invention has been made to solve the above-mentioned conventional problems, and is made to continuously supply the pouch without interrupting the production of the product, thereby providing a continuous pouch supply device that can improve work efficiency and productivity. The purpose is.

Pouch continuous supply apparatus according to the present invention to achieve the object as described above, is installed on the upper side of the main body, the magazine is made of the rise of the pouch from the inside, the secondary loading unit that is loaded with the rechargeable pouch in the spaced apart magazine , The main plate that is raised in the magazine and the pouch is loaded, the plate lifting device for raising the main plate, the pouch separating device installed on the upper side of the magazine to separate the raised pouch into sheets by suction, separated by the pouch separating device Technical features of the present invention include a pouch pick-up device for picking up a single pouch and transferring it to a subsequent process, an auxiliary plate on which the pouch is loaded in the auxiliary loading unit, and a plate horizontal transfer device for horizontally moving the auxiliary plate into the magazine.

In the above-described configuration, the pouch remaining amount detecting device for detecting the remaining amount of the pouch is installed on the upper side of the magazine is further made.

In the above-described configuration, the lower end is hinged to both sides of the magazine, respectively, but is supported by the elastic member, the upper end is protruded into the magazine, the upper end is pushed by the pouch when the pouch rises, the upper end is pushed out of the magazine, the main plate is When passed, the plate height is returned to its original state and further comprises a plate height fixing member for supporting.

In the above-described configuration, the plate height fixing member is installed at the same height as the upper end of the plate detection sensor for sensing further comprises.

In the above-described configuration, the auxiliary plate further comprises a pouch alignment guide rotatably installed on both sides of the inlet introduced into the magazine to push the pouch of the auxiliary plate introduced into the magazine into the magazine.

In the above-described configuration, the air supply member is installed on both sides of the magazine, respectively, and supplies air in the lateral direction of the pouch to be raised, thereby further comprising an air supply member to facilitate the separation of the pouches.

In the above-described configuration, the plate elevating device is installed in a vertical transfer screw installed vertically on one side of the main body and a driven pulley at the lower end, a guide rail vertically installed in both directions of the vertical transfer screw on one side of the main body, and installed in the main body. It includes a vertical transfer motor with a drive pulley mounted on the drive shaft, a belt for dynamically connecting the drive pulley and the driven pulley, and a lifting member for raising the main plate loaded with the pouch while being screwed up and down with the vertical transfer screw.

In the above-described configuration, the horizontal plate feed device, the horizontal feed screw horizontally installed below the feed path of the auxiliary plate, the horizontal guide screw is installed horizontally on both sides of the horizontal feed screw, the horizontal feed screw Horizontal feed motor installed on the lower side and equipped with drive pulley on the drive shaft, belt connecting the drive pulley and driven pulley dynamically, and horizontal feed screw and horizontal feed screw to transfer horizontally the auxiliary plate loaded with the horizontal screw It comprises a transfer member.

Hereinafter, the features and the operation of the above-described configuration through the preferred embodiment of the pouch continuous supply apparatus according to the present invention will be described in more detail.

2 and 3, the pouch continuous supply apparatus according to the present invention, the main body 10, the magazine 20, which is installed on the upper side of the main body 10, the main is raised in the magazine 20 The plate 40, the plate elevating device 50 for raising the main plate 40, the pouch separating device 60 installed on the upper side of the magazine 20, the pouch pick-up device 70 for picking up the pouch, the pouch is loaded The auxiliary plate 80, the plate horizontal transfer device 90 for horizontally transporting the auxiliary plate 80, the pouch remaining amount detection device 100 for detecting the remaining amount of the pouch, plate height for supporting the elevated main plate 40 The fixing member 110, the plate sensor 120 for detecting the raised main plate 40, the pouch alignment guide 130 for aligning the pouch entered into the magazine 20, and the upper side of both sides of the magazine 20 Including the air supply member 140 is installed Lose.

As shown in FIG. 3, the above-described main body 10 has a mounting panel 11 in which various devices are installed in a horizontal direction, and a magazine 20 in which a pouch is raised from the inside thereof is installed at an upper side of the main body 10. On the other side, an auxiliary loading unit 30 is provided on which the rechargeable pouch is placed on the auxiliary plate 80 from the inside.

As shown in FIGS. 3 to 5, the above-mentioned plate elevating device 50 raises the main plate 40 in the magazine 20. The plate elevating device 50 is installed vertically on one side of the main body 10 and is driven at the bottom of the driven pulley. A vertical transfer screw 51 equipped with a 52, a guide rail 53 installed vertically in both directions of the vertical transfer screw 51 at one side of the main body 10, and installed in the main body 10 and driven by a drive shaft The pouch is screwed with the vertical feed motor 54, the belt 56 for driving the drive pulley 55 and the driven pulley 52, and the vertical feed screw 51 are lifted. It consists of an elevating member (57) for raising the loaded main plate (40).

At this time, the elevating member 57 is vertically connected to one end of the plate seating plate portion 57a and the plate seating plate portion 57a on which the main plate 40 is seated on the upper surface to support the plate seating plate portion 57a. 57b, a coupling plate 57c which is horizontally installed on both surfaces of the support plate portion 57b toward the vertical transfer screw 51 and is screwed while penetrating the vertical transfer screw 51, and the coupling plate portion 57c. It is provided on both sides and consists of the support part 57d which the edge part slidably engages with the guide rail 53.

In addition, the plate seating plate portion 57a of the elevating member 57 is formed in a 'ㅕ' shape, and as shown in Figure 7, the plate seating plate portion 98a of the horizontal transfer member 98 to be described later formed in a 'ㅌ' shape and Interlocked.

As shown in FIG. 3, the pouch separating apparatus 60 described above is installed on the upper side of the magazine 20 to separate the pouches raised to a certain height in the magazine 20 by suction, and into sheets. The separated pouch rises together with the air sucked into the pouch separator 60 and sticks to the pad 61 mounted at the bottom of the pouch separator 60.

As shown in FIG. 3, the pouch pick-up apparatus 70 described above is picked up by a single pouch attached to the pad 61 of the pouch separator 60 and rotated to be transferred to a subsequent process. The tongs 72 operated by the cylinder 71 are installed.

The pouch pick-up device 70 is rotated by a rotation member 73 rotatably installed on the upper side of the magazine 20.

As shown in FIG. 2 and FIG. 3, the above-described auxiliary plate 80 loads the rechargeable pouch in the upper side of the main body 10, that is, in the auxiliary loading unit 30, and then moves the plate horizontal transfer device 90. It is conveyed into the magazine 20 by the.

As shown in FIG. 3 and FIG. 6, the aforementioned plate horizontal transfer device 90 horizontally transfers the auxiliary plate 80 located in the auxiliary loading unit 30 into the magazine 20, and the auxiliary plate 80. Horizontally installed between the lower side of the transfer path and the installation panel 11 and the horizontal guide screw (93), which is installed horizontally on both sides of the horizontal feed screw 91, the horizontal feed screw 91 is equipped with a driven pulley 92 at one end. The horizontal feed motor 95 and the driving pulley 96 which are fixed to the lower side of the horizontal feed screw 91, that is, the bottom of the installation panel 11 by the angle 94 and are equipped with the driving pulley 96 on the drive shaft. A horizontal conveying member 98 for horizontally conveying the auxiliary plate 80 on which the pouch is loaded while being horizontally conveyed by being screwed with the belt 97 and the horizontal conveying screw 91 to drive the driven pulley 92 and the driven pulley 92 in a horizontal manner. It consists of.

At this time, the horizontal transfer member 98 is vertically mounted on the bottom surface of the plate seating plate portion 98a and the plate seating plate portion 98a on which the auxiliary plate 80 is seated on an upper surface thereof, while passing through the horizontal feed screw 91. The coupling plate portion 98b to be coupled and the support plate 98c installed at both sides of the coupling plate portion 98b of the bottom surface of the plate seating plate portion 98a and slidably engaged with the guide rail 93 are provided.

Then, the plate seating plate portion 98a of the horizontal transfer member 98 is formed in a 'ㅌ' shape to engage the plate seating plate portion 57a of the elevating member 57 formed in a 'ㅕ' shape as shown in FIG. 7. do.

As shown in FIG. 3, the above-described pouch remaining amount detecting device 100 detects the remaining amount of the pouch raised by the plate elevating device 50, and the horizontal panel 101 horizontally installed above the magazine 20. The elevating rod 102 which is elevated while passing vertically, the contact portion 103 which is mounted on the lower end of the elevating rod 102 and is in contact with the rising pouch, and is positioned outside the elevating rod 102 on the horizontal panel 101. A spring is coupled to the upper end of the spring 104, the elevating rod 102, the force acts in the direction to lower the contact portion 103 with respect to the separation to prevent the elevating rod 102 is separated below the horizontal panel 101 The prevention nut 105 and the horizontal panel 101 is installed horizontally to the pouch residual amount detection sensor 106 for detecting the remaining amount of the pouch by detecting the lifting state of the lifting rod 102.

At this time, when the main plate 40 on which the pouch is loaded is raised above a certain height, the contact part 103 is pushed up by the rising pouch, and the main plate 40 will be described later. It is pushed up until it is fixed in the seat.

When the pouch loaded on the main plate 40 is reduced after the main plate 40 is seated on the plate height fixing member 110 as described above, the force for pushing up the contact part 103 decreases, thereby reducing the restoring force of the spring 104. As a result, the contact portion 103 and the lifting rod 102 are lowered. At this time, when the pouch residual amount sensor 106 detects the degree of falling of the lifting rod 102 and transmits a signal to the controller (not shown), the controller calculates the residual amount of the pouches loaded on the main plate 40.

As shown in FIGS. 3 and 4, the plate height fixing member 110 supports the main plate 40 when the main plate 40 on which the pouch is loaded rises to a predetermined height in the magazine 20. It is fixed.

The plate height fixing member 110, the lower end is hinged to each of the upper sides of the magazine 20, but is supported by a spring not shown so that the upper end protrudes into the inside of the magazine 20, the pouch is raised in the pouch By pushing the upper end is pushed out of the magazine 20, when the main plate 40 passes through it is returned to its original state to support the main plate 40.

At the top of the plate height fixing member 110 is formed a support protrusion 110a protruding into the magazine 20 to support the main plate 40, the support protrusion 110a is formed to be inclined at the bottom.

As shown in FIG. 3, the aforementioned plate detection sensor 120 is installed at a height coinciding with the top of the plate height fixing member 110 to detect the main plate 40 seated on the plate height fixing member 110. After that, the detection signal is transmitted to the control unit.

When the main plate 40 is detected by the plate detecting sensor 120, the rising of the main plate 40 is stopped, and the lifting member 57 of the plate lifting device 50 descends while the buzzer sounds.

As shown in FIG. 3 and FIG. 8, the pouch alignment guide 130 described above is rotatably installed at both sides of the inlet flowing into the magazine 20, and the pouch on the auxiliary plate 80 introduced into the magazine 20. To align the inside of the magazine 20, and is rotated by the operation of the alignment cylinder 131 horizontally mounted on the bottom surface of the installation panel 11 of the main body 10.

The pouch alignment guide 130 is vertically rotatably installed on the installation panel 11 and has a lower end of the rotation shaft 132 passing through the installation panel 11 and a lower end of the rotation shaft 132 and the alignment cylinder 131. Link member 133 for connecting the working shaft end of the rotating shaft 132 is mounted to the rotating plate 134, and is mounted on one surface of the rotating plate 134 is composed of an alignment portion 135 for pushing the pouch aligned do.

As shown in Figure 3, the air supply member 140 is installed on both sides of the upper side of the magazine 20 to supply air in the lateral direction of the rising pouch to facilitate the separation of the pouch, magazine A plurality of air discharge holes 140a are formed in the inward direction of the 20 and are connected to an air tank not shown to receive air.

Hereinafter, the operation of the pouch continuous supply apparatus according to the present invention configured as described above will be described in detail.

First, the main plate 40 loaded with a predetermined amount of pouches in the magazine 20 is waiting to be seated on the elevating member 57 of the plate elevating device 50. When the plate elevating device 50 is pressed, the vertical conveying screw 51 rotates while the vertical conveying motor 54 is driven, and the elevating member 57 is raised.

In the process of elevating the lifting member 57, the pouch stacked on the main plate 40 is separated by a suction force of the pouch separating device 60, thereby sticking to the pad 61 of the pouch separating device 60, The stuck pouch is bitten by the tongs 72 of the pouch pick-up device 70 and then transferred to the subsequent process.

At this time, the air is supplied to the pouch from the air supply member 140 installed on both sides of the magazine 20 in the process of separating the pouch by the pouch separating device 60, the phenomenon that the pouches stick to each other due to the electrostatic phenomenon of the pouch It is prevented and the pouch is easily separated.

When the elevating member 57 rises above a certain height in the process of ascending, the upper end of the plate height fixing member 110 is pushed out of the magazine 20 by the rising pouch, and the main plate 40 passes. When the upper end of the plate height fixing member 110 is returned to its original state to support the main plate (40).

When the main plate 40 is seated on the plate height fixing member 110 as described above, and the plate detecting sensor 120 detects the main plate 40, an alarm is triggered by the control of the controller to notify the operator of the pouch replacement time.

In addition, when the plate detecting sensor 120 detects the main plate 40, the lifting of the elevating member 57 is automatically lowered.

On the other hand, when the alarm rings when the operator loads a certain amount of refilling pouches to the auxiliary plate 80 in the auxiliary loading unit 30 and operates the horizontal transfer motor 95 of the plate horizontal transfer device 90, the horizontal transfer screw As the 91 is rotated, the horizontal transfer member 98 is moved, and at the same time, the auxiliary plate 80 on which the pouch is loaded is also moved.

By the operation of the plate horizontal conveying device 90, the horizontal conveying member 98 is conveyed into the magazine 20, and the plate seating plate portion of the horizontal conveying member 98 and the elevating member 57 of the horizontal conveying member 98 in the magazine 20. The plate seating portions 57a are engaged with each other.

That is, since the plate seating plate portion 98a of the horizontal transfer member 98 is formed in a 'ㅌ' shape and the plate seating plate 57a of the elevating member 57 is formed in a 'ㅕ' shape, the two plate seating plate portions 57a. ) 98a are overlapped with each other, and the auxiliary plate 80, which is seated on the plate seating plate portion 98a of the horizontal transfer member 98, is also simultaneously seated on the plate seating plate portion 87a of the elevating member 57.

As such, when the auxiliary plate 80 is completely inserted into the magazine 20, the alignment cylinder 131 of the pouch alignment guide 130 is operated to rotate the rotation shaft 132, such that the rotation plate 134 and the alignment portion ( 135 is rotated to align the pouch inserted into the magazine 20 into the magazine 20.

In this process, the auxiliary plate 80 and the pouch, which are seated on the horizontal conveying member 98 and the elevating member 57, remain in the magazine 20 because the pouch alignment guide 130 is prevented from being separated.

On the other hand, the remaining amount of the pouch which is loaded on the main plate 40 is detected by the pouch residual amount detection device 100, when the residual amount of the pouch is less than the prescribed amount, the vertical transfer motor 54 is operated by the control of the controller The lifting member 57 loaded with the auxiliary plate 80 and the rechargeable pouch is lifted.

When the auxiliary plate 80 and the rechargeable pouch are raised above a predetermined height, the horizontal feed motor 95 of the plate horizontal feeder 90 is driven in the opposite direction, such that the horizontal conveying member 98 is the auxiliary stacking portion 30. ), And the alarm will stop.

Finally, the operator removes the main plate 40 seated on the plate height fixing member 110, so that the rechargeable pouch is joined with the pouch previously seated on the main plate 40 and the continuous replacement of the pouch This is the finish.

As described above with reference to the accompanying drawings, the pouch continuous supply device according to a preferred embodiment of the present invention, the present invention is not limited to the embodiments and drawings described in detail herein, within the technical scope of the invention Various modifications may be made.

According to the present invention pouch continuous supply device configured as described above, it is possible to continuously supply the pouch without interruption of the production of the product, it is possible to improve productivity with work efficiency.

In addition, by notifying the time of replacement of the pouch by the alarm, it is possible to prevent a mistake or safety accident of the pouch replacement by the operator.

Claims (8)

The magazine 20 is installed on the upper side of the main body 10 and the pouch is raised from the inside; Auxiliary loading portion 30 that the rechargeable pouch is loaded in a position spaced apart from the magazine 20; A main plate 40 which is raised in the magazine 20 and on which a pouch is loaded; A plate elevating device 50 for raising the main plate 40; A pouch separating device 60 installed above the magazine 20 to separate the raised pouch into sheets by suction; A pouch pick-up device (70) for picking up the pouches separated by the pouch separating device (60) and transferring them to a subsequent process; An auxiliary plate (80) on which the pouch is loaded in the auxiliary loading part (30); And Pouch continuous supply device, characterized in that it comprises a plate horizontal transfer device (90) for horizontally moving the auxiliary plate (80) into the magazine (20). The method of claim 1, The pouch continuous supply device, characterized in that further comprises a pouch residual amount detecting device (100) installed on the upper side of the magazine (20) to detect the remaining amount of the rising pouch. The method of claim 1, The lower end is hinged to both sides of the magazine 20, respectively, but is supported by an elastic member, the upper end protrudes into the magazine 20, the upper end is pushed by the pouch when the pouch rises the outside of the magazine 20 When the main plate 40 is passed through, the pouch continuous supply apparatus, characterized in that further comprises a plate height fixing member 110 for supporting the main plate 40 to return to its original state. The method of claim 3, wherein Pouch continuous supply device, characterized in that further comprises a plate detecting sensor 120 is installed at a height matching the top of the plate height fixing member 110 to detect the main plate (40). The method of claim 1, The auxiliary plate 80 is rotatably installed at both sides of the inlet into which the magazine 20 is introduced, and the pouch of the auxiliary plate 80 introduced into the magazine 20 is pushed into the magazine 20 to be aligned. Pouch continuous supply apparatus characterized in that it further comprises a pouch alignment guide 130. The method of claim 1, Pouch continuous supply device characterized in that it further comprises an air supply member 140 is installed on both sides of the magazine 20 to supply air in the lateral direction of the pouch to rise to facilitate the separation of the pouch sheet . The method of claim 1, The plate elevating device 50, A vertical transfer screw 51 installed vertically on one side of the main body 10 and equipped with a driven pulley 52 at a lower end thereof; Guide rails 53 installed vertically in both directions of the vertical transfer screw 51 at one side of the main body 10; A vertical transfer motor 54 installed in the main body 10 and having a driving pulley 55 mounted on a driving shaft; A belt 56 for dynamically connecting the driving pulley 55 and the driven pulley 52; And Pouch continuous supply device characterized in that it comprises a lifting member (57) for raising the main plate (40) loaded with a pouch while being coupled to the vertical transfer screw (51). The method of claim 1, The plate horizontal transfer device 90, A horizontal feed screw 91 installed horizontally below the transport path of the auxiliary plate 80 and equipped with a driven pulley 92 at one end thereof; Guide rails 93 installed horizontally on both sides of the horizontal feed screw 91; A horizontal feed motor 95 installed below the horizontal feed screw 91 and having a drive pulley 96 mounted on a drive shaft; A belt 97 for dynamically connecting the driving pulley 96 and the driven pulley 92; And Pouch continuous supply device characterized in that it comprises a horizontal conveying member (98) for horizontally conveying the auxiliary plate (80) loaded with the pouch while being horizontally coupled to the horizontal conveying screw (91).

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