KR101979673B1 - Package apparatus for stick shape - Google Patents

Abstract

Disclosed in the present invention is a stick-type wrapping device. Provided in an embodiment of the present invention is the stick-type wrapping device, comprising: a main body (110); a fodder container (120); a mixing unit (130) to mix fodder; a supply roll (142) around which wrapping paper in a strip shape is wound in a roll shape; a guide unit (140) to guide the wrapping paper; a deformation unit (150); a pump (160); a first fusion unit (170); a rotary feeding unit (180); a second fusion unit (190); a cutting unit (200); and a discharge unit (210).

Description

[0001] Package apparatus for stick shape [0002]

More particularly, the present invention relates to a stick-type packing apparatus, and more particularly, to a stick-type packing apparatus capable of easily and easily packing powdery or liquid-shaped feedstuffs and mixing the contents in a packaging apparatus without performing a separate mixing operation, The present invention relates to a stick-type packaging apparatus capable of reducing working time.

In recent years, as the nuclear family becomes more widespread, unlike the past, pet dogs and pet dogs are growing more often in the home than in the home. In other words, they are not simply pets such as dogs and pets, but they are members of the family.

In addition, as the number of pets is increasing at home, various pet foods have been developed and sold accordingly.

However, most pet foods sold on the market are produced in the form of pellets, and they are supplied to pets in a general container. Therefore, they are always kept in the indoor space and the odor is generated therefrom.

Accordingly, in order to solve this problem, a stick-shaped feed 10 has been developed in which feeds for pets are stored in a stick-shaped wrapping paper and then packed individually.

That is, as shown in FIG. 1, the film 11 is folded into a cylindrical shape and a part of the film 11 is laminated to form a thermally fused portion 12 in a vertical shape, and upper and lower ends thereof are also formed as horizontal heat- The animals were housed in a sealed form, stored and stored as needed, and allowed to feed internal pets to their pets.

The above-described conventional stick-shaped feed 10 can cut the upper or lower end of the wrapping paper as needed to give it to a pet, thereby minimizing the odor generated in the feed.

However, such conventional stick-type feeds are not only difficult and inconvenient to manufacture, but also powdery form feeds can be packed, but liquid type feeds have a disadvantage in that packaging is inconvenient. In addition, However, since mixing is difficult, there is inconvenience that they are individually mixed and then packed using a packaging device.

Accordingly, the present applicant has found a stick-type packaging apparatus capable of solving the conventional problems as described above.

According to one embodiment of the present invention, the contents can be easily and easily packaged regardless of the powder or liquid phase, and at the same time, mixing can be performed in the packaging apparatus. Thus, To provide a packaging device.

A stick-type packaging apparatus is disclosed. According to an embodiment of the present invention, A feed container positioned at an upper portion of the main body and capable of storing feed to be packed therein; A mixer which mixes the feed stored in the feed container; The feeding rolls in which the strip-shaped wrapping paper is wound in the form of a roll can be packed so that the feed supplied from the feed container can be packed. A guide portion rotatably supporting the wrapping paper supply roll to the main body and guiding the wrapping paper supplied from the supply roll; A tubular packaging sheet provided at one side of the side of the main body and guided through the guide portion so that both ends of the side of the side of the band can be cylindrically shaped and the one end is connected to the feed container through a tube, A deformed portion provided with: A pump installed in a receiving space in the main body and selectively pressurizing a side surface of a tube connecting the feed container and the feed pipe to supply feed to the feed pipe; A first fused portion that is formed by the deformed portion so that a portion where both ends are cylindrically superposed can be fused in a vertical direction; A rotation transferring unit capable of pressing the portion fused by the first fused portion and moving the wrapping paper along with the rotation; A second fused portion provided on a lower side of the rotation transfer portion and adapted to fuse a wrapping paper in a horizontal direction to an arbitrary portion of a cylindrical wrapping paper which is moved in a vertical direction; A cutting portion for cutting the fused portion of the wrapping paper fused in the horizontal direction by the second fused portion; And a discharging portion for discharging the finished product cut by the cutting portion and the debris generated upon cutting, respectively.

The stick-type packaging apparatus according to an embodiment of the present invention can easily and conveniently pack powder-type feeds or liquid-type feeds, regardless of the state of contents, by using a pump. It is possible to mix the food container with the mixing container at the same time.

1 is a view schematically showing a conventional stick-type packaging product.
2 is a schematic view of a stick-type packaging apparatus according to an embodiment of the present invention.
3 is a schematic view showing a mixing portion of the stick-type packaging apparatus according to an embodiment of the present invention.
4 is a view schematically showing a guide part of a stick-type packaging apparatus according to an embodiment of the present invention.
5 is a schematic view illustrating a deformed part of a stick-type packaging apparatus according to an embodiment of the present invention.
6 is a view schematically showing a pump of a stick-type packaging apparatus according to an embodiment of the present invention.
7 is a view schematically showing a first heat-sealed portion of a stick-type packaging apparatus according to an embodiment of the present invention.
FIG. 8 is a view schematically showing a rotary transfer of a stick-type packaging apparatus according to an embodiment of the present invention.
9 is a view schematically showing a second fused portion of a stick-type packaging apparatus according to an embodiment of the present invention.
FIG. 10 is a view schematically showing a cut-away portion and a packing portion of a stick-type packaging apparatus according to an embodiment of the present invention.

Hereinafter, a stick-type packaging apparatus according to embodiments of the present invention will be described in detail with reference to the drawings.

Prior to this, terms and words used in the present specification and claims should not be construed as limited to ordinary or dictionary terms, and the inventor should appropriately interpret the concepts of the terms appropriately It should be interpreted in accordance with the meaning and concept consistent with the technical idea of the present invention based on the principle that it can be defined.

Therefore, the embodiments described in the present specification and the configurations shown in the drawings are only the most preferred embodiments of the present invention, and not all of the technical ideas of the present invention are described. Therefore, It should be understood that various equivalents and modifications may be present.

2 is a schematic view of a stick-type packaging apparatus according to an embodiment of the present invention.

2, a stick-type packaging apparatus according to an embodiment of the present invention includes a main body 110, a feed container (not shown) disposed at an upper portion of the main body 110, A mixing unit 130 for mixing the feedstuffs stored in the feedstock container 120 and a mixing unit 130 for mixing the feedstock supplied from the feedstock container 120 and a strip- A supply roll 142 that is wound in a roll form and a guide unit 144 that rotatably supports the wrapping paper supply roll 142 in the main body 110 and guides the wrapping paper supplied from the supply roll 142, Shaped packaging paper which is installed on one side of the side surface of the main body 110 and guided through the guide part 140 so that both ends of the side surface of the strip can be stacked in a cylindrical shape, ) And the tube (161) And a tube 161 connected to the feed container 120 and the feed pipe 151. The feed pipe 151 is provided with a deformation part 150 having a feed pipe 151, A pump 160 for selectively feeding the feed pipe 151 to the feed pipe 151 to feed the feed to the feed pipe 151, and a first fusion bonding unit 160 for vertically fusing the portions, A rotary transfer unit 180 which presses the portion fused by the first fused portion 170 and can move the wrapping paper according to the rotation of the rotary transfer unit 180; A second fused portion 190 which is provided on the first fused portion 190 so that the wrapping paper can be fused in a horizontal direction to an arbitrary portion of the cylindrical wrapping paper that is moved in the vertical direction, A cut portion 200 for cutting the fused portion of the phase, To discharge the finished products and debris generated during the cutting by the cutting cut 200 each may include a discharge unit (210).

The main body 110 is formed in a rectangular housing shape and is formed to have a receiving space therein.

Here, the main body 110 is not limited to the structure as long as it can stably support the following components, and in some cases, it is possible to support the following components using a plurality of frames.

The feed container 120 is provided on the upper side of the main body 110 to provide a space in which the feed to be packaged is temporarily stored therein and at the same time an additive such as feed and nutrients can be mixed.

Referring to FIG. 3, the mixer 130 mixes the nutrients when the nutrients are added to the feed container 120. The mixer 130 includes a motor 130 fixed to the upper portion of the feed container 120, And a mixing shaft 132 having one end coupled to the rotation shaft of the motor 131 and the other end positioned in the feed container 120 and rotated according to the driving of the motor 131, The mixing shaft 132 is provided with a plurality of blades 133 so that the blades 133 are rotated according to the rotation of the mixing shaft 132 to mix the feed and the nutrients in the feed container 120.

The supply roll 142 is rotatably supported on the upper side of the main body 110 through the guide portion 140, and a band-shaped wrapping paper is wound in a roll shape. The supply roll 142 is rotatably installed by a rotating shaft, and the wrapping paper of the supply roll 142 is loosened while the supply roll 142 rotates.

The guide portion 140 rotatably supports the supply roll 142 and guides the wrapping paper unwound from the supply roll 142. As shown in Figure 4, 143 to adjust the traveling direction of the wrapping paper and to supply the wrapping paper in a taut state.

That is, in one embodiment of the present invention, the tension holding unit 144 is provided to maintain the tension of the wrapping paper supplied to the guide unit 140, and the tension of the wrapping paper passing through the tension holding unit 144 And a position sensing unit 145 for sensing the transfer position.

The tension unit 144 can maintain the tension of the wrapping paper in a manner that presses the front and rear sides of the wrapping paper whose direction of conveyance passes through the plurality of rollers 143, And a front support plate 144b fixedly coupled to the rear support plate 144a so as to be spaced apart from the rear support plate 144a by a predetermined distance therebetween, The front support plate 144b is spaced apart from the support plate 144a by bolts so that the wrapper passes between the back support plate 144a and the front support plate 144b so that the tension of the wrapper can be maintained.

At this time, the front support plate 144b is fixedly coupled to the rear support plate 144a, and the rear support plate 144a is coupled to the frame 141 constituting the guide unit 140 so as to be raised and lowered The position can be adjusted in the vertical direction.

The rear support plate 144a is provided with a position sensing unit 145 for sensing the position of the wrapping paper passing through the tension holding unit 144 and checking whether the wrapping paper is present.

The position sensing unit 145 includes a pair of support members 145a fixed to the rear support plate 144a and a connecting rod 145b connecting the support member 145a and the support member 145a, A slider 145c slidably coupled to the connecting rod 145b and a sensor 145d fixedly coupled to the slider 145c and capable of sensing the presence or absence of a wrapping paper to be fed.

The slider 145c slidably coupled to the connecting rod 145b can be moved along the connecting rod 145b in a state where the sensor 145d is coupled to one side of the slider 145c. The position can be constrained in such a manner that the combined adjustment screw 145e is rotated.

Therefore, the guide unit 140 can check the presence or absence of the wrapping paper supplied through the plurality of rollers 143.

5, the deformation part 150 is formed to be able to deform a strip-shaped wrapping paper passed through the guide part 140 into a cylindrical shape. The stripping part 150 is provided on one side of the main body 110 in a vertical direction And a strap-shaped wrapping paper which is positioned so as to surround the supply pipe 151 is wrapped around the supply pipe 151 so as to be deformed into a cylindrical shape so that both ends thereof are overlapped. At the same time, And a deformation unit 152 for guiding the wrapping paper so that the wrapping paper can be conveyed.

The supply pipe 151 is formed of a length having a predetermined length and is hollow and has a hollow and is vertically fixed to one side of the main body 110. At this time, the upper end of the supply pipe 151 is connected to the feed container 120 through the tube 161, and the feed can be supplied through the hollow.

The strap-shaped wrapping paper wrapped around the outer surface of the supply pipe 151 is deformed into a cylindrical shape by wrapping the supply pipe 151 and guides the wrapping paper so that both ends thereof overlap.

The deformation unit 152 includes a deformation block 154 which is positioned so as to cover the supply pipe 151 and which has a semicircular groove formed therein for supporting the supplied wrapping paper in a rearward direction and deforming into a cylindrical shape having both ends stacked, And an overlapping member 156 which is fixedly coupled to the block 154 and can be positioned so that the overlapped portion of the wrapping paper cylindrically deformed by the semi-circular groove protrudes in one direction.

Specifically, the deformation block 154 is connected to the main body 110 so as to enclose the supply pipe 151, and the wrapping paper is supplied between the supply pipe 151 and the deformation groove of the deformation block 154. At this time, the strip-shaped wrapping paper is deformed into a cylindrical shape surrounding the supply pipe 151 by the deformed grooves of the semicircular shape, and both ends of the strip-shaped wrapping paper are protruded in one direction through the guide hole 157 formed by the overlapping member 156 So that it can be deformed and supplied.

The pump 160 feeds or restricts the feed in the feed container 120 to the feed pipe 151 and is connected to the side of the feed pipe 151 connecting the feed container 120 and the feed pipe 151, So that the feed can be selectively supplied.

Referring to FIG. 6, the pump 160 is fixedly installed in a receiving space in the main body 110.

The pump 160 includes a casing 162 for allowing a tube 161 connecting the feed container 120 and the supply pipe 151 to pass through the casing 162, An eccentric cam 164 for pressing the outer circumferential surface of the tube 161 passing through the eccentric cam 162 and a motor 166 fixedly coupled to the casing 162 for rotating the eccentric cam 164 .

That is, the pump 160 can serve as a valve. For example, the feed container 120 is placed on the upper side of the main body 110, the feed is installed on the lower side of the feed container 120 so that the feed can flow into the feed pipe 151 through the tube 161, The eccentric cam 164 rotatably driven by the motor 166 can selectively press one side of the eccentric cam 161 so that when the eccentric cam 164 does not press the tube 161, (In one embodiment of the present invention, liquid feed or gel-like feed is packed) and the eccentric cam 164 presses the tube 161, the tube 161 is compressed to stop feeding the feed .

The first fused portion 170 can fuse the overlapped portion (superimposed portion) of the wrapping paper whose shape is deformed into the cylindrical shape by the deformation portion 150 by applying pressure and heat in the vertical direction.

As shown in FIG. 7, the first fused portion 170 can be fused in a manner that presses the overlapped portion of the wrapping paper, which is made of a pair and moves in the vertical direction, from both sides. And an actuator 174 fixed to the support member 172. The actuator 174 is moved in the horizontal direction in accordance with the driving of the actuator 174 to move in the overlapping portion of the wrapping paper And a fusing member 176 which can be fused by applying heat.

The support member 172 is fixed to the main body 110, and an actuator 174 is fixed to one side of the support member 172. At this time, the actuator 174 is installed such that the rod passes through the support member 172 and is directed in the direction in which the supply pipe 151 is positioned. At the end of the rod, a fusing member (Not shown).

When the wrapping paper deformed into the cylindrical shape is supplied by the deforming part 150, the rod is stretched while the actuator 174 is driven so that the fusing member 176 is pressed against the wrapping paper And the overlapped portions are fused.

A rotary transfer unit 180 is installed below the first fused portion 170.

The rotary transfer unit 180 is configured to press and engage a portion welded by the first fused portion 170 on both side surfaces thereof, and then to transport the wrapping paper in a manner that pulls the wrapping paper through rotation.

8, a motor 182 installed inside the main body 110 and a pair of driving gears 184 rotated by the driving of the motor 182 And a pressure roller 186 that is axially coupled to the pair of driving gears 184 and rotates when the driving gear 184 rotates so as to press the fused portion of the wrapping paper .

That is, when the motor 182 is driven in a state in which the fused portion of the wrapping paper is positioned between the pressure roller 186 and the pressure roller 186, the pair of driving gears 184 are rotated . Accordingly, the wrapping paper positioned between the pressing rollers 186 is pulled down in accordance with the rotation of the pressing roller 186, so that the wrapping paper is fed.

A plurality of pressing protrusions are formed on the outer circumferential surface of the pressing roller 186 in a checkered pattern so as to increase frictional force and improve fusion force in a state where the fused portion is engaged.

And the second fused portion 190 can be fused in a horizontal direction to any portion of the wrapping paper conveyed by the rotation transfer portion 180. [

As shown in FIG. 9, the second fused portion 190 is disposed in a pair such that the first fused portion 170 is opposed to the first fused portion 170 with the wrapping paper being moved therebetween. And an actuator 194 fixed to the support member 192. The actuator 194 is moved in the horizontal direction in accordance with the driving of the actuator 194, And an outer circumferential surface of the wrapping paper which is folded in a "? &Quot; shape and fixed to the lower portion of the fusing member 196 so as to press the outer circumferential surface of the wrapping paper in which the feed is received, And an air discharge member 199 for discharging the air.

That is, the first fused portion 170 has the same structure as the first fused portion 170 described above. The first fused portion 170 fuses the overlapped portion of the wrapping paper, while the second fused portion 190 has the same structure as the first fused portion 170, There is a difference in that they are fused.

However, in an embodiment of the present invention, a perforated line may be formed in the fused member 196 of the second fused portion 190 so as to cut the wrapping paper.

That is, one of the fusing members 196 positioned facing each other is formed with a plurality of cutout projections 197 protruding from a part thereof, and the plurality of the fence protrusions 197 is inserted into the other fusing member 196 The insertion groove 198 can be formed so that the fusing member 196 can form a perforated line when the wrapping paper is fused in the horizontal direction.

The air discharging member 199 pressurizes both sides of the wrapping paper when the wrapping paper is sealed horizontally by the second fused portion 190 after feeding the food into the wrapping paper through the supply pipe 151, To the outside.

At this time, the second fused portion 190 advances both the top fusion and the bottom fusion of the finished stick-shaped product, and the second fused portion 190 is cut by the cut portion 200, Shaped product can be produced continuously. In this case, the packaging material located at the lower portion of the second fused portion 190 is filled with the feed, and the packaging material placed at the upper portion is not filled with the feed.

Accordingly, the air discharging member 199 presses both sides of the packing paper filled with the feed to discharge the air to the upper side of the wrapping paper, and then the fusing member 196 of the second fusing unit 190 applies pressure and heat to fuse the wrapping paper , It is possible to seal the inside of the wrapping paper in a state where the air is minimized.

The cut portion 200 can cut the fused portion welded in the horizontal direction by the second fused portion 190.

The cut portion 200 is installed at a lower portion of the second fused portion 190, as shown in FIG. The cut portion 200 includes a pair of support plates 202 fixed to the main body 110 and positioned opposite to each other, a pair of guide rods 203 connecting the support plate 202 and the support plate 202, A cylinder 204 fixedly coupled to one of the pair of support plates 202 and adapted to extend or contract the rod according to the supply of power, A cutting blade 206 having a guide blade 205 that is movable in a direction of the guide rails 205 and capable of guiding horizontal movement to both sides of the guide rails 203 and 203, And a cutting frame 207 having a cutting hole 208 formed therein so that the guide blade 205 is slidably engaged and the cutting edge 206 is penetrated to cut the fused portion of the wrapping paper.

That is, when the wrapping paper is supplied in a state where the wrapping paper is fused in the horizontal direction by the second fused portion 190, the cutting portion 200 having the above- The wrapping paper is cut while being guided by the wings 205 and passing through the cut hole 208 formed in the cutter frame 207 and the cut article is discharged through the discharge portion 210.

The discharge unit 210 includes a good discharge unit 212 for discharging the finished product and a droplet discharge unit 214 for discharging the residue generated at the time of cutting. The cutting blade 206 is positioned below the cutting frame 206 in the direction in which the cutting blade 206 advances with respect to the cutting frame 207, And is installed at the lower part in the passing direction.

That is, the cutting blade 206 immediately passes through the cutting frame 207, and the finished product is instantly dropped to the good-quality discharging portion 212 provided at the lower portion of the cutting frame 207. As a result, So that the product is finished while the residue is allowed to fall on the dross discharging unit 214 provided on the other side of the cutting frame 207.

Thus, in the stick-type packaging apparatus having the above-described structure, the mixing unit 130 is provided in the feed container 120, so that the feed and the various nutrients can be effectively mixed. Feeding or liquid feed can be supplied in a quantitative manner, and it can be packed easily and easily regardless of the state of contents.

110: main body 120: feed container
130: mixing section 131: motor
132: mixing shaft 133: blade
140: guide portion 141: frame
142: supply roll 143: roller
144: tension holding unit 144a: rear supporting plate
144b: front support plate 145: position sensing unit
145a: support member 145b: connecting rod
145c: slider 145d: sensor
145e: Adjusting screw 150:
151: supply pipe 152:
154: deformation block 156: overlapping member
157: guide ball 160: pump
161: tube 162: casing
164: eccentric cam 166: motor
170: first fused portion 172: support member
174: Actuator 176: Fusion member
180: rotation transmitting part 182: motor
184: drive gear 186: pressure roller
190: second fused portion 192: support member
194: Actuator 196: Fusion member
197: Cutting projection 198: Insert groove
199: air exhaust member 200:
202: support plate 203: guide rod
204: cylinder 205: guide wing
206: cutting blade 207: cutting frame
208: cutting hole 210:
212: good product discharge part 214: dross discharge part

Claims (3)

A body 110; A feed container 120 located at an upper portion of the main body 110 and capable of storing feed to be packed therein; A mixing part 130 for mixing the feed stored in the feed container 120; A feeding roll 142 in which a strip-shaped wrapping paper is wound in a roll form is provided so that the feed supplied from the feed container 120 can be packed. A guide unit 140 for rotatably supporting the wrapping paper supply roll 142 to the main body 110 and guiding the wrapping paper supplied from the supply roll 142; Shaped packaging paper that is installed at one side of the side surface of the main body 110 and is guided through the guide portion 140 so that both ends of the side surface of the strip can be cylindrically shaped and one end is connected to the feed container 120 and the tube 161 A transformer 150 having a supply pipe 151 connected to the supply pipe 151 through which the feed can be supplied; A pump 160 installed in a receiving space in the main body 110 for selectively pressurizing the side surface of the tube 161 connecting the feed container 120 and the feed pipe 151 and feeding the feed to the feed pipe 151; ); A first fused portion 170 which can vertically fuse a portion where both ends are cylindrically joined by the deformation portion 150; A rotation transfer unit 180 which presses the portion fused by the first fused portion 170 and moves the wrapping paper according to the rotation; A second fused portion 190 provided at a lower side of the rotary transfer portion 180 so as to fuse a wrapping paper in a horizontal direction to an arbitrary portion of a cylindrical wrapping paper which is moved in a vertical direction; A cutting portion 200 for cutting the fused portion of the wrapping paper fused in the horizontal direction by the second fused portion 190; And a discharge unit 210 for discharging the finished product cut by the cutting unit 200 and the debris generated at the time of cutting,
The guide unit 140 includes a tension holding unit 144 capable of maintaining tension, i.e., tension, of the supplied wrapping paper; Further comprising a position sensing unit (145) for sensing the presence or absence of a wrapping paper passed through the tension holding unit (144)
The tension holding unit 144
A rear support plate 144a having both ends elevatably coupled to the frame 141 constituting the guide unit 140 and a front support plate 144b fixedly coupled to the rear support plate 144a at a predetermined interval, Lt; / RTI >
The position sensing unit 145 includes a pair of support members 145a fixed to the rear support plate 144a and a connecting rod 145b connecting the support member 145a and the support member 145a, A slider 145c slidably coupled to the connecting rod 145b and a sensor 145d fixedly coupled to the slider 145c and sensing the presence or absence of a wrapping paper to be fed,
The deformation part 150 deforms the strip-shaped wrapping paper passed through the guide part 140 into a cylindrical shape. The deformation part 150 has a supply pipe 151 Shaped wrapping paper which is positioned so as to surround the supply pipe 151 and is wrapped around the supply pipe 151 to be deformed into a cylindrical shape by overlapping both ends, and at the same time, a wrapping paper And a guiding deforming unit 152,
The pump 160 includes a casing 162 for allowing a tube 161 connecting the feed container 120 and the supply pipe 151 to pass through the casing 162, An eccentric cam 164 for pressing the outer circumferential surface of the tube 161 passing through the eccentric cam 162 and a motor 166 fixedly coupled to the casing 162 for rotating the eccentric cam 164 Wherein the stick-shaped packaging device is configured to store the stick-shaped packaging material. The deformation unit (152) comprises a deformation block (154) which is positioned so as to cover the supply pipe (151) and which has a semicircular groove formed therein so as to support the supplied wrapping paper from behind and deform it into a cylindrical shape, And an overlapping member (156) fixedly coupled to the deformation block (154) and capable of being positioned so that the overlapped portion of the wrapping paper deformed into a cylindrical shape by the semicircular groove protrudes in one direction. The first fused portion 170 includes a pair of first fused portions 170 and a second fused portion 170. The first fused portions 170 can be fused in a manner that presses the overlapping portions of the wrapping paper, An actuator 174 which is fixed to the support member 172 and a driving unit 174 which is moved in the horizontal direction by the driving of the actuator 174 to apply heat to the overlapping portion of the wrapping paper And a fusing member (176) for allowing the fusing member (176) to be attached thereto.

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