KR20230133697A - A packaging module for both vacuum and skin packaging and a packaging machine for both vacuum and skin - Google Patents

Abstract

The present invention relates to a packaging module for both vacuum packaging and skin packaging, and a packaging machine for both vacuum and skin packaging, which includes the same. The vacuum packaging module and the skin packaging module are manufactured in small, interchangeable types, and a simple and easy replacement method is adopted while sharing a frame. The purpose is to use both vacuum packaging and skin packaging.
A packaging module for both vacuum packaging and skin packaging according to the present invention includes a frame 110; a film supply unit 120 installed on one side of the frame and supplying film; A packaging container receiving block 130 that is mounted on the lower part of the mold mounting portion 111 of the frame to be able to rise and fall toward the vacuum packaging mold or skin packaging mold and accommodates a packaging container; It is selectively mounted on the module of the frame and includes a vacuum packaging mold 140 and a skin packaging mold 150 for sealing and packaging the packaging container with a film supplied from the film supply unit. The vacuum packaging mold and the skin packaging mold are is a mold body (141, 151) with a space inside, a heating block (142, 152) that is mounted to be lifted up and down in the mold body and generates heat by receiving power, is mounted on the bottom of the heating block and fuses the film to the packaging container. Vacuum/skin seal blocks 143 and 153 for sealing, cutters 144 and 154 formed along the circumference of the seal block and cutting the edges of the film sealed by the seal block simultaneously with sealing by the seal block, and the heating. It includes a lifting means for lowering and conversely raising the block, vacuum/skin seal block, and cutter toward the packaging container.

Description

A packaging module for both vacuum packaging and skin packaging and a packaging machine for both vacuum and skin including the same {A packaging module for both vacuum and skin packaging and a packaging machine for both vacuum and skin}

The present invention relates to packaging machines for food, etc., and more specifically, to a packaging module for both vacuum packaging and skin packaging that can perform vacuum packaging and skin packaging by simple and easy replacement of the vacuum packaging module and skin packaging module, and the same. This is about a vacuum and skin packaging machine.

This part only provides background information related to the content of this application and does not necessarily constitute prior art.

Food packaging technologies include vacuum packaging and skin packaging.

Vacuum (map) packaging is a method of packaging meat using an air-impermeable nylon-PE film and removing the internal air, and is often used in frozen meat packaging. The vacuum packaging method has the advantage of maintaining the shape of the product and preventing changes in the shape of the product during the distribution process.

Skin packaging involves placing a solid packaging product in a container such as paper, cardboard, or plastic sheet, covering it with a preheated plastic film to degas it, and strongly adhering the film to the shape of the packaging product, thereby bonding the surrounding film to the container. This is a packaging method that attaches the plastic film to the container by heating and softening it and then degassing the base sheet under reduced pressure to strongly adhere the plastic film to the packaging object and the container. Exhausting is the removal of air from an object or environment and has important significance in the production of processed foods. By removing air from the food itself or the surrounding environment, oxidation of fat, oxidation of vitamins, oxidative browning, non-oxic browning, and internal surface corrosion can be prevented.

Registered Patent No. 10-1596773 is a packaging container made of a foamed PSP material made by mixing PSP (Polystyrene paper) and a barrier film, which is seated and fixed, and includes a mold base part that is installed to be able to move forward and backward; a film providing unit that positions a protective film on the upper surface of the mold base unit 20; It is installed to be able to move up and down at the top of the mold base, and is in contact with the mold base, and the protective film is fused to the rim of the packaging container for skin packaging, or the inside of the packaging container is vacuumed and preset. It is a packaging machine composed of a chamber part that creates map packaging by fusing a protective film to the rim of the packaging container after injecting gas. It is used for both skin packaging and map packaging, but each packaging module (vacuum packaging module, skin packaging module) is used. It is not a replacement method and the configuration is very complicated.

Registered Patent No. 10-1596773

The present invention is intended to solve the problems described above. The present invention is to manufacture vacuum packaging modules and skin packaging modules in small, interchangeable forms, share the frame, and adopt a simple and easy replacement method to enable vacuum packaging and skin packaging. The purpose is to provide a packaging module for both vacuum packaging and skin packaging, and a packaging machine for both vacuum and skin packaging including the same.

A packaging module for both vacuum packaging and skin packaging according to the present invention includes a frame; a film supply unit installed on one side of the frame and supplying film; a packaging container receiving block mounted on a lower portion of the mold mounting portion of the frame to be able to rise and fall toward the vacuum packaging mold or skin packaging mold and accommodate a packaging container; It is selectively mounted on the module of the frame and includes a vacuum packaging mold and a skin packaging mold for sealing and packaging the packaging container with a film supplied from the film supply unit, and the vacuum packaging mold and the skin packaging mold are provided with a space therein. A mold body, a heating block that is mounted to be lifted up and down in the mold body and generates heat by receiving power, a vacuum/skin seal block that is mounted on the bottom of the heating block and fuses and seals the film to the packaging container, and the seal block. A cutter is formed along the perimeter and cuts the edge of the film sealed by the seal block simultaneously with the sealing by the seal block. The heating block, vacuum/skin seal block, and cutter are lowered and reversed toward the packaging container. It is characterized by including a means for raising and lowering.

According to the packaging machine for both vacuum packaging and skin packaging according to the present invention, the vacuum packaging module and the skin packaging module are replaced using only a simple, easy, and quick operation of inserting the module mounting portion of the frame, and only through this replacement, vacuum packaging or skin packaging is possible. Therefore, it is very easy to use as a packaging machine for both vacuum packaging and skin packaging. In the end, the cost of purchasing and operating two vacuum packaging machines and skin packaging machines can be reduced, and the replacement work is simplified, making it very easy to use.

Figure 1 is a perspective view showing the configuration of a packaging machine for both vacuum packaging and skin packaging according to the present invention.
Figure 2 is a view showing a mold mounting portion applied to a packaging module for both vacuum packaging and skin packaging according to the present invention.
Figure 3 is a view showing the packaging container receiving part applied to the packaging module for both vacuum packaging and skin packaging according to the present invention.
Figure 4 is a partially cut away perspective view of the vacuum packaging mold applied to the packaging module for both vacuum packaging and skin packaging according to the present invention.
Figure 5 is a partially cut away perspective view of a skin packaging mold applied to a packaging module for both vacuum packaging and skin packaging according to the present invention.

In the following description of the present invention, if it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the gist of the present invention, the detailed description will be omitted. The terms described below are defined in consideration of the functions in the present invention, and may vary depending on the intention or custom of the user or operator. Therefore, the definition should be made based on the contents throughout this specification.

As shown in Figure 1, the packaging module 100 for both vacuum packaging and skin packaging according to the present invention includes a frame 110, a film supply unit 120, a packaging container receiving block 130 in which the packaging container is accommodated, and a packaging container. It includes a vacuum packaging mold 140 and a skin packaging mold 150 for packaging the packaging container accommodated in the receiving block 130 with a film supplied from the film supply unit 120, and the vacuum packaging mold 140 and the skin packaging mold ( 150) is mounted on the frame 110 by selecting either vacuum packaging or skin packaging according to the packaging method.

1. Frame (110).

The bottom of the frame 110 is supported on the ground, and the lower part is provided with a space where the packaging container receiving block 130 is mounted to be lifted up and down, and the upper part is a mold mounting portion ( 111), and is manufactured in various forms (assembly of plates, rods, etc.) with these.

As shown in Figure 2, the mold mounting portion 111 provides a space into which one of the blocks of the vacuum packaging mold 140 and the skin packaging mold 150 is inserted and mounted in a drawer manner, and also provides a space for inserting and mounting the vacuum packaging mold 140 and the skin packaging mold 150. A clamp 113 that raises and conversely lowers the vacuum packaging mold 140 and the skin packaging mold 150 seated on the seating jaw 112, a seating jaw 112 on which the left and right sides of (150) are seated, and a clamp ( It includes a lifting bar 114 that raises or lowers 113).

The seating protrusion 112 is, for example, in the form of a square bar, is assembled and fixed to the frame 110 through fasteners (bolts, nuts, etc.), and has a space to accommodate the clamp 113.

The clamp 113 supports and supports both bottoms of the vacuum packaging mold 140 and the skin packaging mold 150 together with the seating jaw 112. However, the seating jaw 112 is a fixed chain, whereas the clamp 113 is used for lifting and lowering. As a sieve, the vacuum packaging mold 140 and the skin packaging mold 150 are raised upward to fix the vacuum packaging mold 140 and the skin packaging mold 150, and the air tubes and air in these molds 140 and 150 are Make sure the injection port is connected.

The lifting rod 114 is arranged along the seating jaw 112 and the clamp 113 at the bottom of the seating jaw 112 and is rotatably mounted on the boss formed on the seating chuck 112 and clamped to the clamp 113 through a cam or the like. ) rises or falls.

The lifting rod 114 includes a lever bent at an end, for example, at a certain angle.

The frame 100 has a space for storing the vacuum packaging mold 140 or skin packaging mold 150 that is not mounted on the mold mounting unit 111.

2. Film supply unit (120).

The film supply unit 120 supplies a film that covers and seals the packaging container, on which the film 121 is wound, and includes a drum 122 that supplies the film 121, a roller that provides a supply path for the film 121, etc. Since the structure includes and is the same as the known structure, detailed description is omitted.

3. Packaging container receiving block (130).

As shown in Figure 3, the packaging container receiving block 130 can be divided into a mold body 131 and a container seating plate 132, and the mold body 131 has a space for accommodating the container seating plate 132. Various types of container seating plates 132 are replaceably assembled (fasteners, etc.), and the container seating plates 132 are provided with one or more spaces (shown as three in the drawing) into which packaging containers can be inserted and seated. It is a board.

The packaging container receiving block 130 is raised and lowered through an elevating means 133 (hydraulic or pneumatic cylinder, etc.) at the lower part of the mold mounting portion 111, and rises during vacuum or skin packaging so that the packaging container is placed in the vacuum packaging mold 140 or It is packaged by the skin packaging mold 150, and after packaging is completed, the packaging container is lowered and dropped from the vacuum packaging mold 140 or skin packaging mold 150.

4. Vacuum packaging mold (140).

As shown in Figure 4, there is a mold body 141 with a space inside, a heating block 142 that is mounted to be lifted up and down in the mold body 141 and receives power to generate heat, and is mounted on the bottom of the heating block 142. A vacuum seal block 143 is formed along the circumference of the vacuum seal block 143 and receives heat from the heating block 142 to fusion seal the film 121 to the packaging container. It includes a cutter 144 that cuts the edge of the film 121 sealed by the vacuum seal block 143 at the same time as the sealing by ), and an elevating means that lowers and conversely raises the vacuum packaging mold 140 toward the packaging container. do.

The mold body 141 includes a wall 141-1 whose upper and lower parts are open, an upper plate 141-2 coupled to the upper part of the wall 141-1, and a lower plate 142 coupled to the lower part of the wall 142-2. It consists of the assembly of -3).

The upper plate 141-2 includes an injection passage 141a connecting the injection port of the lifting means and the air tube.

The upper plate 141-2 protrudes further than the wall 141-2 on both left and right sides and is seated on the seating protrusion 112 of the mold mounting unit 111.

The heating block 142 is connected to a power source, generates heat, and transfers the heat to the vacuum seal block 143. It has a structure that includes a heat transfer part that transfers heat in accordance with the quantity of the vacuum seal block 143, and the mold body. (141) It is lowered during packaging by going up and down through an elevating means inside, and rises after completion of packaging.

The vacuum seal block 143 receives high-temperature heat from the heating block 142 and fuses and seals the film covering the packaging container accommodated in the packaging container receiving block 130, and is in the shape of a band to match the shape of the opening of the packaging container. It consists of

The cutter 144 is formed in the shape of a band along the outside of the vacuum seal block 143 and is fixed to the heating block 142 or the vacuum seal block 143 and is simultaneously sealed by the vacuum seal block 143. By cutting the film 121 (immediately after), there is an effect of reducing the time for separate cutting and reducing the space for mounting a separate cutter.

The heating block 142, the vacuum seal block 143, and the cutter 144 are an assembly that rises and falls together.

The elevating means is fixedly installed on the ceiling of the frame 110 and is mounted on the upper part of the injection port and heating block 142 for receiving and injecting air, and is injected when the vacuum packaging mold 140 is clamped to the frame 110. It is connected to the injection port through the furnace 141a and includes an air tube 145 that receives air and lowers the heating block 142, the vacuum seal block 143, and the cutter 144. An elastic member (coil spring, etc.) may be further included to raise the assembly of the heating block 142 to its original position when air is released from the air tube 145.

5. Skin packaging mold (150).

As shown in Figure 5, the skin packaging mold 150 consists of a mold body 151, a heating block 152, a skin seal block 153, a cutter 154, and an air tube 155. Since it is similar to the configuration of the vacuum packaging mold 140 described above, detailed description will be omitted. In addition, for skin packaging, the skin seal block 153 is configured to be connected to a vacuum pump, while the lower open groove through which the film can be stretched Since the structure is the same as a known thread block for skin, detailed description will be omitted.

The operation of the vacuum packaging and skin packaging combined packaging module configured in this way is as follows.

1. Vacuum packaging.

go. Equipped with vacuum packaging mold.

The vacuum packaging mold 140 is mounted as follows. The mold mounting portion 111 is opened and the clamp 113 is set to the lowered position. Insert the vacuum packaging mold 140 into the mold mounting unit 111 and place both left and right sides on the seating ledge 112, then hold the lever and turn the lifting rod 114 to raise the clamp 113. In this case, the vacuum packaging mold 140 rises, and at this time, the injection path 141a is connected to the injection port.

me. Equipped with packaging container.

The packaging container is inserted and mounted in the packaging container receiving block 130. This operation can be carried out by supplying the packaging container through a conveyor and mounting it on the packaging container receiving block 130, and the packaging container receiving block 130 is equipped with a lifting means. It is in a state of being lowered below the packaging position through (133).

all. Film supply.

The film 121 is supplied from the film supply unit 120 to the top of the packaging container.

la. Vacuum packaging.

The packaging container receiving block 130 is raised to the vacuum packaging mold 140 through the lifting means 133, and air is injected into the air tube 145 of the vacuum packaging mold 140 to assemble the heating block 142. Descend.

The vacuum seal block 143 receives heat from the heating block 142 to fuse the film to package the packaging container, and the cutter 144 cuts the edge of the sealing portion of the packaging container.

mind. dispose.

After packaging is completed, air is discharged from the air tube 145 to raise the assembly of the heating block 142, and the packaging container receiving block 130 is lowered through the lifting means 133, and then the packaging container is pulled out and discharged.

2. Skin packaging.

go. Equipped with skin packaging mold.

Turn the lifting rod 114 in the opposite direction from when installed to lower the vacuum packaging mold 140 together with the clamp 113 and remove it from the mold mounting unit 111.

Next, the skin packaging mold 150 is mounted on the seating ridge 112 of the mold mounting unit 111 and the clamp 113 is raised by turning the lifting bar 114. At this time, the injection passage 151a is connected to the injection port.

me. Equipped with packaging container.

The packaging container is inserted and mounted in the packaging container receiving block 130, and this operation is the same as the packaging container loading process during vacuum packaging.

all. Film supply.

The film 121 is supplied from the film supply unit 120 to the top of the packaging container.

la. Skin packaging.

The packaging container receiving block 130 is raised to the skin packaging mold 150 through the lifting means 133, and air is injected into the air tube 155 of the skin packaging mold 150 to assemble the heating block 152. Descend.

The skin seal block 153 receives heat from the heating block 152 to fuse the film to package the packaging container, and the cutter 154 cuts the edge of the sealing portion of the packaging container. This process includes a process of stretching the film by vacuuming it into the skin seal block 153.

mind. dispose.

After packaging is completed, air is discharged from the air tube 155 to raise the assembly of the heating block 152, and the packaging container receiving block 130 is lowered through the lifting means 133, and then the packaging container is pulled out and discharged.

As shown in Figure 1, the vacuum and skin packaging machine according to the present invention supplies a packaging module (hereinafter abbreviated as "packaging module") 100 for both vacuum packaging and skin packaging, and a packaging container to the packaging module 100. It includes a packaging container supply module (hereinafter abbreviated as “supply module”) 200 and a packaging container discharge module (hereinafter abbreviated as “discharge module”) 300.

The supply module 200 includes first and second supply conveyors 210 and 220 and a pair of transfer rods 230.

The first and second supply conveyors 210 and 220 are arranged in a line and supply multiple packaging containers in a line while maintaining a certain distance between them through different speed controls.

The first supply conveyor 210 may include an alignment wall to support both left and right sides when the packaging container is transported, prevent the packaging container from leaving, and align it with the second supply conveyor 220.

The transfer rod 230 holds both sides (both front and rear based on the drawing) of the packaging container transferred from the first supply conveyor 210 to the second supply conveyor 220 and transfers it from the second supply conveyor 220 to the packaging module 100. For transport, the inner surface includes a plurality of container insertion grooves into which the packaging container is inserted.

A first actuator moves the transfer rod 230 in a direction for holding the packaging container and in a direction for dropping the packaging container, transferring the transfer rod 230 toward the packaging module 100 and toward the second supply conveyor 220. Includes a second actuator for transport.

For example, the first actuator is a cylinder (hydraulic or pneumatic) that is connected on both sides to a pair of transfer rods 230 and brings the transfer rods 230 together or apart through the fluid injection direction, and the second actuator It is possible to use a pair of transfer rods 230 as a ball screw, etc. In addition, since the transfer rod 230 must move forward and backward toward the moving and packaging module 100 by using the organic coupling relationship between the first and second actuators, the first actuator is connected to the second actuator. The packaging module 100 can be moved forward and backward along with the transfer rod 230 through the actuator.

The transfer rod 230 picks up the packaging container from the second supply conveyor 220 and moves it to the packaging module 100, and when the packaging container receiving block 130 rises and the packaging container is seated, the second supply conveyor 220 It moves backwards to the second supply conveyor 220 to pick up the packaging containers lined up. Alternatively, the transfer rod 230 can also transfer the packaged packaging container to the discharge module 300.

In addition, the transfer rod 230 transfers the packaging containers (waiting for packaging) on the second supply conveyor 220 and the packaging containers packed in the packaging container receiving block 130, thereby aligning the packaging containers waiting for packaging and the completed packaging together. You may.

The supply module 200 includes a table 240 for installing the first and second supply conveyors 210 and 220 and the transfer rod 230.

The discharge module 300 includes a discharge conveyor 310, a discharge arm 320, and a table 330.

The discharge conveyor 310 transports the packaging containers in which packaging has been completed in the packaging module 100 away from the packaging module 100 . The packaged packaging container can be transported in a variety of ways, such as being transported manually to the discharge conveyor 310 or transported using the aforementioned transfer rod.

One longitudinal side of the discharge arm 320 is rotatably mounted on the table 330, and the arm portion rotates to transfer the packaging container to the discharge conveyor 310.

100: Packaging module for both vacuum packaging and skin packaging,
110: frame, 111: mold mounting portion
112: seating jaw, 113: clamp
114: lifting rod,
120: film supply unit, 121: film
130: Packaging container receiving block,
140: vacuum packaging mold, 141,151: mold body
142,152: Heating block, 143,153: Seal block
144,154: cutter, 145,155: air tube
200: packaging container supply module, 210: first conveyor
220: second conveyor, 230: transfer rod
240,330 : table,
300: packaging container discharge module, 310: discharge conveyor
320: discharge arm,

Claims (5)

Frame 110 and;
a film supply unit 120 installed on one side of the frame and supplying film;
A packaging container receiving block 130 that is mounted on the lower part of the mold mounting portion 111 of the frame to be able to rise and fall toward the vacuum packaging mold or skin packaging mold and accommodates a packaging container;
It is selectively mounted on the module of the frame and includes a vacuum packaging mold 140 and a skin packaging mold 150 for sealing and packaging the packaging container with a film supplied from the film supply unit,
The vacuum packaging mold and the skin packaging mold include a mold body (141, 151) with a space inside, a heating block (142, 152) that is mounted to be able to be raised and lowered within the mold body and generates heat by receiving power, and is mounted on the bottom of the heating block. Vacuum/skin seal blocks 143, 153 for fusion sealing the film to the packaging container, formed along the circumference of the seal block, and cutting the edge of the film sealed by the seal block at the same time as sealing by the seal block. A packaging module for both vacuum packaging and skin packaging, characterized in that it includes cutters (144, 154), the heating block, the vacuum/skin seal block, and an elevating means that lowers and conversely raises the cutter toward the packaging container. The method according to claim 1, wherein the mold mounting portion of the frame includes a seating ridge 112 on which the left and right sides of the vacuum packaging mold or skin packaging mold are respectively seated, and the vacuum packaging mold or skin packaging mold seated on the seating ridge of the frame. A vacuum packaging mold and a skin packaging mold, including a clamp 113 that is fixed by lifting and lowering to the ceiling, and a lifting bar 114 that raises or lowers the clamp, are mounted in a drawer type. A packaging module for both packaging and skin packaging. The method according to claim 2, wherein the lifting means is fixedly installed on the ceiling of the frame, an injection port for receiving and injecting air, and is mounted on the upper part of the heating block when the vacuum packaging mold or skin packaging mold is clamped to the frame. A packaging module for both vacuum packaging and skin packaging, characterized in that it includes an air tube (145, 155) connected to the injection port and supplied with air to lower the vacuum packaging mold or skin packaging mold. A packaging container supply module 200 that supplies packaging containers;
A packaging module (100) for both vacuum packaging and skin packaging according to claim 1, which vacuum-packages or skin-packages the packaging containers supplied from the packaging container supply module;
A vacuum packaging and skin packaging machine including a packaging module for both vacuum packaging and skin packaging, characterized in that it includes a packaging container discharge module 300 for discharging the packaging container packaged through the vacuum packaging and skin packaging packaging module. The method of claim 4, wherein the packaging container supply module includes first and second supply conveyors (210, 220) that align and transport packaging containers by controlling different speeds, the second supply conveyor, and the packaging module for both vacuum packaging and skin packaging. Vacuum packaging and skin packaging, characterized in that it includes a transfer rod 230 that is capable of reciprocating movement and moving forward and backward toward the packaging container, picking up the packaging container and supplying it to the packaging module for both vacuum packaging and skin packaging. Combined packaging module.

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