KR100279200B1 - Ice Bar Packing Machine - Google Patents

Abstract

The present invention relates to an ice bar packaging apparatus in which the stick of the ice bar is packaged to be exposed outward.

In the conventional ice bar packaging method, the packaging part is peeled off during distribution, and the contents and packaging are separated. Furthermore, the manual operation is inevitable and the production speed is very slow because the packaging process has to go through several processes to adopt such a packaging method. As a result of the increase, the competitiveness of the product was weakened.

Therefore, the present invention starts from the step of packing the ice bar proceeded to the freezing process with the stick plugged in, and thus the transfer device for transporting these ice bars to the packaging line in conjunction with the ice bar production line, and packing the ice bar The packaging paper supply unit for supplying the packaging paper, the case forming unit which is supplied with the wrapping paper stacked by the packaging paper supply unit as a sheet, and the case forming unit made of a case, and the packaging case covered only on the ice unit through this forming unit, are pressed to expose the sticks. It consists of a packaging part.

Description

Ice Bar Packing Machine

1 is the overall configuration of the ice bar production line,

2 is the outline of the ice bar

(a) is a conventional ice bar,

(b) is a front view and a side view of the pre-packed ice bar of the present invention,

3 is a block diagram of a device portion for transporting the ice bar of the ice pipe to the tongs in Figure 1,

4 is a configuration diagram of the ice bar packaging device,

(a) shows the bottom view of the loading box,

5 is a configuration view from the front and side of the lifting platform to make the wrapping paper of Figure 4 as a packaging case,

6 is a developed view of the wrapping paper,

7 is an explanatory diagram of a process of folding a wrapping paper and forming a packaging case;

8 is a configuration of the packaging case transfer device,

9 is an explanatory diagram of a container conveying apparatus,

10 is a state in which the packaging case and the ice bar is accommodated in the container transfer device,

11 is a schematic diagram of the product supply unit, explaining the product supply method together,

12 is an explanatory diagram of the ears of the ice bar packaging case,

13 is an explanatory diagram of the adhesion of the wrapping paper ear piece,

14 is a configuration of the wrapping paper upper adhesive device,

FIG. 15 is a front and side view of a packed ice bar.

<Explanation of symbols for main parts of drawing>

1: ice bar 10: ice

12: stick 14: wrapping paper

20: ice bar production line 22: ice tube

24: filling unit 26: stick supply unit

28: complete freeze 30: transfer device

32: caterpillar 34: tongs

40: packaging device 42: wrapping paper

42 '· 42 ": Front and back side of the wrapping paper 43: Center line

44: packing case 46: adhesive

48: returning part 50: wrapping paper supply part

52: loading box 54: adsorption device

60: packing case forming part 62: forming platform

63: presser 64: molding die

65: through groove 67: protrusion

68: heating block 69: transfer frame

70: product supply section 72: pocket

74: rocking prevention plate 76: lower plate

78: guide rail 80: ear ear

82: cylinder 84: block

85: heating block 86.86 ': hinge point

87: cylinder 88,88 ': folding plate

90: upper joint 92: cylinder

94: cone 96: lever

98: heating block

The present invention relates to an ice bar packaging apparatus, and more particularly, to an ice bar packaging apparatus in which a stick (knob) of an ice bar is packaged to be exposed outward.

Unlike an ice cream, an ice bar is an ice bar, in which a stick is inserted into an ice part to grab the stick by hand and eat the ice part. An example of such an ice bar is shown in FIG.

Figure 2 (a) is a view accommodated in the packaging case 14 as an illustration of the conventional ice bar, (b) is an ice bar 10 and the stick 12 is provided as an illustration of the ice bar of the present invention Front and side views of an ice bar before packing.

On the other hand, the consumer's desire to produce a variety of ice bar to produce a variety of bar, so that the double packaging container, the so-called stick to expose the design and the urge to eat easy to take off the packaging container when eating Although the ice bar is produced as shown in FIG. 2 (a), the conventional ice bar packaging method is a peeling of the packaging part in the distribution process, the content and packaging is separated, and also various processes to adopt this packaging method Manual labor is inevitable and the production speed is very slow because it has to go through, which is a factor of cost increase and weakening the competitiveness of the product.

Therefore, in the present invention, the packaging process is simplified and mass production is possible at a high speed, and so-called automatic packaging process is made to supply a low-cost improved product to a consumer.

The apparatus of the present invention for this purpose starts from the step of packing the ice bar proceeded to the freezing process with the stick plugged in, and thus the transfer device for transferring these ice bars to the packaging line in connection with the ice bar production line, ice bar Joining the packaging paper supply unit for supplying the packaging paper to the packaging, the case forming unit made of a case receiving the packaging paper laminated by the packaging paper supply unit into a case, and the packaging case covered only on the ice bar through the molding unit to expose the stick It consists of a pressing packaging unit.

In addition, the packaging paper supply unit is provided with a suction device for supplying a single sheet of packaging paper to the case forming unit, the case forming unit is equipped with a lifting table and heating means for gluing the side of the wrapping paper in the sheet form, and bonding The case is provided with a transfer frame for packing the frozen ice bar separated from the case forming unit.

In addition, if the packing case seated on the transfer frame is transported in sequence, the frozen ice bar is contained in the means to fold the upper edge (earring part) of the packing case in the compression packaging to seal the packaging so that only the stick is exposed by the final compression packaging; It is equipped with heating means for pressing while melting the adhesive.

In particular, the ice bar is configured to be more than 10 at the same time to finish the packaging to improve the productivity, the first feeding method of the wrapping paper for this arrangement is arranged in a 3,3,4 manner with a space before and after the three rows, for example So that two rows of packaging devices can complete the packing work between the three packaging devices arranged in one row, and in the third row, the wrapping paper is supplied so as to be packed between the rows other than the positions arranged in the first and second rows. The maximum packaging is made in the space.

Hereinafter, the present invention will be described in more detail with reference to the accompanying drawings, but the present invention is not limited to the accompanying drawings.

The present invention is an ice bar packaging device 40 is connected to the transfer device 30 to the ice bar production line 20 is frozen and transported in the ice bar (氷 管) ice bar is inserted into the stick, the ice bar packaging The device 40 is a packing case forming unit 60 for folding a wrapping paper supplying unit 50 in which sheets of wrapping paper 42 are stacked and feeding the wrapping paper 42 conveyed one by one in the form of a packing case 44 and bonding side surfaces thereof. , The product supply unit 70 for dropping the ice bar (1) supplied while transporting the packaging case 44 toward the transfer device 30, the upper edge (ear portion) of the packaging case 44 by folding the upper joint The ear case 80 and the packing case upper junction 90 for sealing the upper part of the packing case to expose the stick 12 portion in a state where the ice bar 1 is contained in the packing case 44. Having characteristics consisting of The.

In addition, the wrapping paper supply unit 50 is stored in a stack of wrapping paper 42 in a single sheet in the stacking box 52, the wrapping paper 42 is a cardboard in which the adhesive 46 is applied to both ends and cured Underneath the stacking box 52, the adsorption device 54 is installed to move back and forth, so that the stacked wrapping paper 42 is absorbed from the bottom one by one and transported back and forth while being transported back and forth to the packing case molding unit 60. It has a structure to transfer one by one.

The packaging case forming unit 60 for molding the conveyed wrapping paper 42 into the packaging case 44 is provided with a forming platform 62 and a forming die 64, and a heating block 68 is installed to prepare the packaging paper 42. The adhesive 46 is heated and pressed to form a side surface.

In addition, the product supply unit 70 is a product case, that is, the ice bar (1) the packaging case 44 when the packaging case 44 molded in the packaging case forming unit 60 is supplied along the transfer frame 69 As a device to be put in, the pocket 72, the shaking plate 74 and the lower plate 76 that is opened and closed up and down, the earpiece folds the upper edges of the packaging case 44 containing the ice bar (1) The unit 80 includes a block 84 that is lifted and lifted by the cylinder 82, and folding plates 88 and 88 'rotated about the hinge points 86 and 86' by the block 84. It is configured to be.

On the other hand, the product finished up to the ear cut in the above state is the final joint in the upper junction 90 and the upper junction 90 for this is a cone 94 which is elevated by the cylinder 92, and the cone 94 It consists of a lever 96 that moves by forceps, and a heating block 98 installed at the lower end of the lever 96 to heat-compress the upper end of the packing case 44.

Next, with reference to the drawings constituting the configuration of the present invention will be described with a detailed structure while explaining the operation process.

1 is a view showing the entire ice bar production line to which the present invention is applied, the ice bar production line 20 shown at the bottom of the drawing is a filling part is filled with the ice bar raw material mixed in the ice pipe 22 ( 24 and the stick 12 is made of a stick supply portion 26 and the complete freezing portion 28 is inserted into the process so far is a well-known technique, detailed description thereof will be omitted.

The ice bar (1) completed with the stick plugged in the complete freezing portion 28 is transferred to the position of the transfer device 30, and then a line (one set) in the ice bar production line 20 in the pocket 72 to be described later The number of ice pipes 22 installed in the same amount (14 in the example of the present invention) is put into one set of 14 pieces at a time, the supply process is grasping the stick 12 portion as the third degree to the forceps 34 It is continuously supplied to the product supply unit 70 of the packaging device 40 along the endless track 32 by the transfer device 30 in the lifted state.

On the other hand, in order to package the product, that is, the ice bar 1, which has been transferred to the product supply unit 70, the packaging case molded part must first be described. In the packaging paper supply unit 50, the wrapping paper 42 is placed in the loading box 52. Will be loaded and waiting.

Here, the wrapping paper 42 is a flat bilaterally symmetrical ribbon-like as shown in FIG. 6, and the adhesive 46 is applied to the both ends at a thin end so as to be cured. As formed in the shape of "c", the packing paper 42 located in the lowermost layer in the loading box 52 by the adsorption device 54 is adsorbed and lowered, and is formed on the forming die 64 by a conveying roller (not shown). Will be located.

Since the wrapping paper 42 on the molding die 64 presses the center thereof as the molding platform 62 descends as shown in FIG. 7, the front surface 42 'and the rear surface of the wrapping paper 64 along the shape of the through groove 65 in the molding die 64 are pressed. A primary folding machine (42 ") is folded about the center line 43, and a protrusion 67 is provided below the forming die 64 so that both sides of the wrapping paper 42 folded in half at the primary folding machine. Since lifting the lower end, the side portion is formed by the pressing force of the lifting platform 62 and the force held by the protrusion 67, the secondary folding is folded both sides as shown in Figure 7 (b).

In this way, the wrapping paper 42 lowered by the molding platform 62 exits between the guide rails 78, and both sides of the rear surface 42 ″ in the direction of the arrow as shown in FIG. Folded like a wrapper 62, the tertiary folding is completed, and the side of the front surface 42 'is folded in the same manner, and the front surface 42' and the rear surface 42 'are overlapped with each other. 7 (d)).

In this state, when the heating block 68 approaches the side and the side of the wrapping paper is positioned between the forming platform 62 and the heating block 68, the heating block 68 is approached toward the molding platform 62 further. By pressing, the adhesive 46 is melted and the side surfaces of both sides 42 'and 42 "are adhered to each other.

Using this principle, in order to simultaneously pack 14 ice bars at a time, a plurality of packing boxes 52 must be arranged in a line, but the volume of the loading box 52, the forming platform 62, and the forming die 64 are different. When installing in consideration of this, there is a closed end of which the installation width should be very wide, and in order to solve this closed end, as shown in FIG. 1, three types of packaging cases are formed and each of the 14 packing papers is received at once. do.

In more detail, if the spacing of the ice bar (1) supplied for packaging to 20cm, it can be assumed that the ice bar (1) is only 14 280cm wide because it is 14 per line, At the same time, 14 ice packs must be prepared at the same time for ice bar packing to be processed in sequence. However, the packaging device for ice bar 1 has a large volume, so when 14 ice cream bars are arranged horizontally, There was a problem that the workshop (production line) should be very wide because the width (1000cm or more) is wide.

To prevent this, 5 units are installed in the front row with 5 units in the first row, and 4 units are formed in the second row. However, four packaging cases are produced and discharged between the five rows in the front row, and five packaging cases are produced in five packaging devices in the third row, but the packaging cases produced in the first and second rows are arranged. If the packing cases produced by these third packing devices are arranged in between, eventually 14 packing cases are arranged in a line to convey the same number as the ice bar is supplied, but the installation area of the device for forming the packing case is not wide. The smooth and quick packaging case production is possible.

This arrangement and molding method will be referred to as a sandwiching method.

Forming and discharging the packaging case is not limited to the 14 numbers described above, and is also not limited to the number of packaging devices are arranged in three rows, but not limited to the number of interposed between them. No is self-evident.

The packaging case 44 formed as described above is pressed as shown in FIG. 8 by the presser 63 installed at the lower end of the forming platform 62, that is, the conveying case of the packaging case shown in FIG. 69) and then it is supplied to the next process in order like 10th degree.

To this end, the molded lifting platform 62 is folded into a cylinder (not shown) to fold the wrapping paper in half, but has a structure in which a double cylinder is installed so that only the pressing pad 63 is lowered in the lowered state. The reason for installing the pressing stand 63 is to prevent the malfunction that is inserted into the through groove 65 constituting the inner frame after the side is bonded by the heating block in the fourth folding process of the wrapping paper.

The molded case 44 thus formed is transferred to the product supply unit 70 in the transfer mold 69 (see FIG. 4).

When the packing case 44 is contained in the conveying frame 69 and conveyed, the ice bar 1 contained in the pocket 72 of the product supply part 70 slides down by its own weight while the lower plate 76 is opened as shown in FIG. It is housed in the packing case 44 in the transfer frame 69, the shaking plate 74 guides the ice bar 1 to be stably contained in the packing case 44 without shaking.

The packaging case 44 containing the ice bar 1 continues to move to reach the ear flap 80 of FIG. 13, and the folding plates 88 and 88 'for folding the upper corners of the packaging case 44. Fold the front and rear rows of packaging cases at the same time (Fig. 13 (a), (b)).

That is, when the packing case 44 is in the correct position, the cylinder 82 is operated to lower the block 84, which causes the folding plates 88 and 88 'to have hinge points 86 and 86'. The upper edge of the packing case 44 fixed in the transfer frame 69, that is, the ear portion 48, is forced to rotate as shown in FIG. 13 (c), and heating in this state. As the block 85 is advanced by the cylinder 87 and presses the ear piece against the block 84 (Fig. 13 (d)), a big ear state is achieved as in the twelfth degree.

In particular, the block 84 is to use the heat-resistant material of the Teflon resin system in order to prevent the packing case to stick to the press and to increase the contact effect of the ear.

The case where the ear packing is completed 44 is transferred to the upper joint portion 90 and undergoes a bonding process as shown in FIG. 14, when the cone 94 lowered by the cylinder 92 opens the lever 96 and the heating block. (98) presses on top of the packing case (44).

Here, the upper part of the packing case is sealed while the inner coating agent is pressed at a high temperature even without the adhesive. At this time, the heating block 98 is not fully pressurized due to the thickness of the stick 12 of the ice bar. Naturally, the grooves should be grooved by the thickness and width of the stick 12, and the metal may be made of a nonferrous material such as Teflon.

The ice bar 1 thus produced is packaged in a state in which the stick 12 is exposed to the outside of the packing case 44 as shown in FIG. 15, and the eater takes the stick 12 and removes the packing case 44 to eat Just do it.

As described above, the present invention does not occupy a large area, but the packaging case forming process is made, and the molding speed is very fast, so that the effect of increasing productivity is very large.

Claims (8)

In the ice bar packaging apparatus associated with the ice bar production line in which the ice bar in the ice pipe 22 is frozen and transported in a state where the stick is inserted, the wrapping paper supply unit 50 in which the sheets of paper 42 are stacked and supplied. ), An ice bar that has been supplied while folding the wrapping paper 42, which has been conveyed one by one, into a packaging case 44 and bonding the sides to the packaging case forming unit 60 and the packaging case 44 to the conveying device 30. Drop the product supply unit 76, the ear portion 48 of the packaging case 44 to fold the ear portion 80 to facilitate the upper bonding, and the stick part in the state that the ice bar is contained in the packaging case exposed Ice bar packaging apparatus, characterized in that consisting of a packaging case upper junction portion 90 for sealing the upper portion of the packaging case. According to claim 1, wherein the wrapping paper supply unit 50 is composed of a stacking box 52, which is a stack of paper wrapping paper 42 is stacked in a certain number of pieces and the adsorption device 54 is installed in the lower position of the stacking box, the adsorption device 54 ) Is an ice bar packaging device configured to transfer the wrapping paper 42 one by one to the packaging case-type portion 60 while adsorbed one by one from the bottom wrapping paper 42 of the stacking box 52. According to claim 1, wherein the wrapping paper 42 is the front surface 42 'and the back surface 42 "is formed in a ribbon symmetry around the center line 43 and at the same time the inner surface is waterproof coating, the front surface 42 Ice bar packaging apparatus, characterized in that the cardboard is coated with an adhesive (46) on both sides of the ') and the back (42 "). The packaging case forming unit 60 is provided with a molding platform 62 and a molding die 64, and a heating block 68 is installed to heat-press the packaging paper side to form the packaging paper case 44. Ice Bar Packing Machine. The ice bar packaging apparatus according to claim 1, wherein the product supply unit (70) comprises a pocket (72), a shaking plate (74), and a lower plate (76) which is opened and closed up and down. The ear flap part 80 is a block 84 which is lifted up and down by the cylinder 82, and the folding plate rotated about the hinge point 86 * 86 'by this block 84. An ice bar packaging device in which 88) · 88 'are symmetrically installed. 2. The upper joining portion (90) according to claim 1, wherein the upper joint portion (90) includes a cylinder (92), a cone (94) that is lifted by the cylinder (92), a lever (96) that is tongs moved by the cone (94), and the lever. Ice bar packaging device, characterized in that consisting of a heating block (98) for heating and pressing the top of the packaging case is installed at the bottom. The method of claim 1, wherein the wrapping paper supply unit 50 and the packaging case forming unit 60 is produced and supplied in a plurality of rows arranged to sandwich the packaging case 44 in accordance with the number of ice bars in a row Ice bar packaging apparatus, characterized in that the losing.