TWI572530B - Blister packaging machine and blister pack - Google Patents

Description

Transparent bag packaging machine and transparent bag packaging

The present invention relates to a transparent bag packaging machine for packaging articles in a transparent bag package, and to a transparent bag package.

Various embodiments of such transparent bag packages are known. In addition to toothbrushes, interdental brushes, mascara brushes or other beauty or hygiene products that can be packaged in it, there are a wide range of other items, such as electronic devices, memory cards, toys, medical products or food, especially desserts, which can be packaged in among them.

In general, the item to be packaged is placed in a transparent bubble which is closed by a layer of cardboard. A folding transparent bag may also be provided, the transparent bag material is folded back 180°, and the transparent bubble material is closed by the transparent bag material.

In transparent bag packaging in all known techniques, the problem is that such transparent bag packaging is difficult to open. Scissors are usually used to cut the entire length of the bubble in the bubble zone. This is extremely cumbersome and risky to injure due to the sharp edges of the cut transparent material. If an attempt is made to tear a transparent bag of air bubbles from a cardboard cover, a layer of hard paper tends to remain on the transparent bag. Although there is also a transparent bag package, the cardboard cover layer has a perforation, which can be pressed to open the transparent bag package, but this is also relatively inconvenient because the perforated portion of the cover layer must first be pressed into the transparent bag bubble. It may also cause damage to the packaged items.

The German patent document DE 10 2007 041 948 A1 discloses a device for injecting plastic material into a transparent bag. This plastic material mainly achieves decorative effects. The transparent bag package manufactured by the device cannot be simply opened, and the function of simply opening is not intended.

Accordingly, it is an object of the present invention to provide a transparent bag packaging machine of the foregoing type for use in the manufacture of easy-open transparent bag packages. It is a further object of the present invention to provide a corresponding, easy to open transparent pouch package.

The object of the present invention is to provide at least one injection station for the transparent bag packaging machine, covering the open area of the transparent bag package with a plastic material, and ejecting a tearing tongue of a plastic material, or injecting When the plastic material is connected, a plastic material is used to tear the tongue apart. The protruding tear-off tab acts as a handle and can be easily grasped to open the transparent bag. Pulling the tear-off tab removes the plastic material that is ejected thereon, exposing the open area, thus opening the transparent pouch package. There is no need for scissors or other tools and sharp edges when opening the transparent pouch, so there is no risk of injury.

Although it is described in DE 10 2007 041 948 A1, the film or cover layer can be covered with a plastic material, however, this is only a small opening, for example for pressing a remote control packaged in a transparent bag package. In this case, the packaged article cannot be taken out through the open area formed by the opening.

Advantageously, a device is provided prior to the ejection station for creating a void, a perforation, or a line of everything in the transparent pouch package as the open area. The size of the open area can be determined by the contents of the transparent bag, or by the material of the transparent bag. In the case of a perforation, the perforation may be formed by two perforation lines that are several millimeters (mm) apart from each other, and the perforation line extends along the bubble side of the transparent bag or surrounds the entire transparent bag. During injection molding, the plastic material impinging on the perforations connects the transparent material between the perforation lines, so that when the plastic material is drawn, the transparent material between the perforation lines is drawn together, and the transparent bag is opened. . The transparent bag of air bubbles can then be opened or folded or completely removed for access to the packaged item.

Many transparent bag packagings are formed by forming a transparent bag of air bubbles, and then the articles to be packaged are placed in a transparent bag of air bubbles, and the transparent bag bubbles are connected to a cover layer formed of a cardboard or Tyvek ^® film and closed.

Advantageously for such a transparent bag package, the injection station is provided with an embossing station for connecting a transparent bag of air bubbles and a cover layer.

In order to manufacture a folding-transparent bag, the transparent bag is folded through the transparent bag material, and the folded surfaces are connected to each other to be closed, and it is advantageous to set a device for folding a transparent bag before the injection station. In the section, the transparent bag section constitutes a transparent bag package.

The contact area of the face that is in contact with each other after folding constitutes an open area which is surrounded by the plastic material. When the surfaces facing each other have the same shape, they may be edge regions, or when they face each other, they may contact one of the one of the planes.

The same is possible, on one side, the implementation of all lines or perforations, and then covered with plastic material as an open area, and the outer edges of the transparent bag material are fastened to each other, and the transparent bag is still fastened after opening. .

In a further aspect of the invention, the launching station is designed to at least partially project additional elements that cover the open area. This can be, for example, a Radio Frequency Identification Transponder (RFID-Transponder) as an item insurance. When the transparent pouch package is opened, the plastic material shot thereon is torn off and such additional components can be removed and/or destroyed.

Other functional components can also be ejected from plastic materials, such as film, which is pressure balanced between the interior of the transparent pouch package and the environment. For example, when transporting large transparent pouches in an airplane, it has meaning, or for transparent bags. A valve for inflating an item, or a valve for liquid exchange. It may also be a support or stacking element of a transparent bag. It is also conceivable that there is also an insulating sheet which is located between the contact points of the battery-driven article and is connected to the insulating sheet when the plastic material is ejected. When the transparent bag is opened, the insulating sheet is removed together when the plastic material is torn off, and the battery of the article comes into contact, so that the article enters the use state, and before the packaging state, the battery does not come into contact and there is no electrical load.

On the other hand, the contact point can be led out, and the sputum is externally contacted with a battery-free packaged article, for example, by testing and testing the packaged article via a contact point connected to a voltage source on a vending machine base. There is no need to remove the packaging.

Buttons or magnets can also be used to close the transparent bag again.

Such functional elements can be located in the open area or other areas of the transparent pouch package, for example a stack of components placed at the bottom of the transparent pouch package.

A number of injection stations can be set up, and the plastic material can be ejected from different sides of the transparent bag-packaging.

Among them, plastic materials of different colors can also be used for injection. For example, plastic materials can be selected according to the items to be packaged.

On or in contact with the injected plastic material, a post-production stamp, a fresh-keeping stamp with a shelf life, a blind dot, a logo, a text or similar identifier can be applied to a post-processing device.

Prior to the ejection station, a device can be provided for applying a consistent perforation to the transparent pouch package. This allows the injection to be carried out on both sides of the transparent bag package via only one injection station.

Advantageously, the injection station is designed to perform the injection of the plastic material on or on the item to be packaged. For example, an interdental brush packaged in a bubble in a transparent bag can be mounted with its handle at or near the open area and connected thereto when the plastic material is ejected. When the package is opened, and when the plastic material is torn off, the interdental brush is first connected to the plastic material so that it can be taken out directly from the transparent bag air bubbles without separately holding it. The size of the opening area is the same as that of the interdental brush handle, so that the interdental brush can be removed from the transparent bag by longitudinally passing through the opening area. After the interdental brush is used, the handle can be reinserted into the open area to dry it. Therefore, after the inter-dental brushing, the transparent bag package additionally becomes the base of the interdental brush. After drying, the interdental brush can be inserted into the transparent bag bubble again along with the bristle area, one part of the handle is still outside the opening area, and the interdental brush is re-held after squatting and removed from the transparent bag.

The injection station can also be designed to inject plastic material into the interior of the transparent bag. This allows the packaged article to be held in a defined position, and/or the transparent bag package can be protected from damage to the packaged article, such as a scalpel, by injecting the plastic material between the transparent material and the article.

Also feasible, the injection station is designed to connect multiple transparent bag packages. The transparent bag packaging thus connected to each other can be displayed at a sales booth, and the customer can take out the plastic material ejected between the two transparent bag packages to take out a transparent bag package.

On the other hand, it is possible to provide a plurality of mutually independent transparent bag bubbles on a single transparent bag package, each having an open area, for example for packaging a head-toothbrush, and a plurality of individually accessible toothbrush heads.

Using a device to separate individual transparent pouch packages from each other and/or separated by a transparent bag line, a plastic material can be ejected from a previously adjacent transparent pouch package in a single ejection station during an injection process, and then The transparent bag is packaged in the area where the plastic material is injected, so that the plastic material remains on the two transparent bag packages. It is also possible to cut the area from a transparent bag so that the areas separated from each other are made of a plastic material, for example, one area is the area where the transparent bag is opened, and the other area separated from it is purely a decorative area.

The transparent bag packages are separated from each other or separated by a transparent bag line, which can be cut in different ways, for example by one roll cutting, one strip cutting, one completely free cutting, or one side or two side perforations, Or a combination of such individual technologies.

In particular, in the manufacture of a resealable transparent pouch package, it is advantageous to provide a device in front of the ejection station for opening a cover strip that can be covered by the plastic material in the open area. Such a cover tape prevents the plastic material from coming into direct contact with the cutting edge of the transparent material in the open area when it is ejected. The plastic material is only attached to the transparent material area which is kept away from the cutting edge. The distance varies depending on the size of the covering tape, so that when the transparent bag is opened and the plastic material is extracted, the cutting edge is not pulled out or only a little extracted. , Avoid damage to the transparent bag material. In addition, the risk of injury is reduced.

In another aspect of the invention, an injection station is additionally provided for ejecting a cover layer of plastic material prior to being responsible for covering the exit station of the open area of the transparent bag with plastic material. The entire cover layer may be constructed of an extruded plastic material rather than, for example, cardboard.

The plastic material used is generally a soft thermoplastic elastomer (TPE) which is easily bent and deformed when peeled off. Other harder plastic materials may also be used on stable transparent pouch packaging and/or for visual reasons.

The solution for the transparent pouch packaging of the present invention consists in providing a closed opening area which is ejected from a plastic material, also in that the plastic material has a tear-off tab or is attached to a tear-off tab. As stated, this solution allows the transparent pouch package to be easily opened without the need for scissors or tools, and there is no risk of injury when opening the pouch package.

The opening region can in particular be formed via a gap, a perforation or a line of everything.

In addition to the use of cardboard, film materials or Tyvek ^® as the cover layer, the latter can be used especially in the medical field, and the transparent bag can also be made into a folded transparent bag, the cover layer is formed by a folded transparent bag section, and the cover is transparent. The open area of the bag of bubbles. The folded transparent bag section may be flat or itself has a transparent bag of air bubbles which provide a larger accommodation space for the items to be packaged by the transparent bag of another transparent bag section.

In addition, it is possible that the covering layer is made of a plastic material that is ejected. The cover layer can be made as a planar element or also has a deformation zone that provides a larger accommodation space for the article. It is also feasible to use a three-dimensional shape as the seat of the article. The plastic material of the cover layer is connected to the transparent bag by, for example, a cover film, and the plastic material of the cover layer may be the same or different from the plastic material covering the shot, in particular, different colors.

Advantageously, the cover layer has at least one flange opposite the open area. After removing the plastic material that closes the open area, the package can be folded over the flange to further open the transparent bag air bubbles having the open area so that the packaged article can be easily removed. It is also possible to remove the item and place it on a surface by turning the open side of the package down. This is of particular interest in the medical field, for example by placing an aseptically packaged scalpel on an instrument table.

If two folding edges are provided, the receiving area of the packaged article is formed between the folding edges, so that after the packaging is opened and the covering layer is bent, the article is properly contacted on the packaging on the folding edge, and Transfer again.

In an advantageous method, a cover tape is provided to cover the open area, and the cover tape is covered by the plastic material. Such a cover tape prevents the plastic material from directly contacting the cut edge of the transparent bag material in the open area. The plastic material is only attached to the area of the transparent bag material which is kept away from the cutting edge. The distance varies depending on the size of the cover tape, so that when the transparent bag is opened and the plastic material is extracted, the cutting edge is not pulled out, or only A little is taken to avoid damage to the transparent bag material. In addition, the risk of injury is reduced. One end of the cover strip may also constitute a tear-off tab, such that the extracted plastic material is indirectly carried out via the cover strip at the bottom.

Further advantageously, the open area is formed by a zipper or has a zipper. The transparent pouch packaging can be used as a reusable container, for example as a transport bag for electronic instruments. It is conceivable that the transparent bag can be used as a return package, such as a sterile packaging surgical instrument, which can be placed in a transparent bag that can be repeatedly closed after use, sent back to the manufacturer, recycled, or finished and reworked. Sterile treatment.

The transparent pouch package of the present invention may have a single or multiple features disclosed in the description of the transparent pouch packaging machine of the present invention, such as having a magnet or button or other additional component for reclosing.

The injected plastic material can be additionally used as an odor preservation method by placing an odor material in a transparent bag bubble, preferably volatile, and not being stuck with the packaged object. The product escapes when the transparent bag is opened, so that the person who opens the transparent bag feels the corresponding sense of smell.

The injected plastic material can also be used as a visual barrier. For example, a software license code or an unlock code may be embossed on the bottom of the plastic material, preferably on the cover layer, and only when the transparent bag package is opened, the plastic material is removed. The plastic material can also be used as an optical protection for the packaged article, such as a photoreceptor, which can be protected from light by the plastic material.

The embodiment of the transparent bag packaging machine of the present invention and the transparent bag packaging will be further described below based on the drawings.

In Fig. 1, a transparent bag packaging machine for packaging articles is generally indicated by numeral 1, and has a film roller 2 from which a film material 3 for making a transparent bag bubble is taken out and guided to each processing station. After passing through a heating device 4 for heating the film material 3, the film material 3 is transferred to a molding device 5 to obtain a desired shape. The styling device 5 can be designed in a conventional and reliable manner and has a styling tool that partitions the film material 3 and presses the styling head into the styling tool to press the heated film into the desired shape.

The molding device 5 is then provided with a first device 6a in which a gap, a perforation or a line of thread is applied as an open area. This open area can be covered by the plastic material at one of the first first injection stations 7a, while forming a tear-off tab, not shown in Fig. 1, or as a separate component connected to the ejected plastic material. Injection, shooting or injection can also be carried out to produce functional elements, decorations or the like. The plastic material can also be injected into the internal void of the formed film body as a carrier member, and the position of the article to be packaged can be improved in the bubble of the transparent bag in a positionally correct manner.

The ejection station 7a need not be arranged in the orientation shown, but may for example be situated below the film material 3 for emitting the opposite side of the film material 3.

After the film body is ejected with a plastic material, at a filling station 8, one needs to be packaged. An article, such as a toothbrush, is placed into the interior void of the transparent pouch-like body, and the transparent pouch bubbles are imparted and joined to a cover layer at subsequent processing stations 9, 10, and the transparent pouch package is closed.

The covering material 11 used for the covering layer is introduced by a material roller 12 via a reversing roller 13. By means of the other device 6b, a gap, a perforation or a line can be opened in the cover layer and covered with a plastic material at the other injection station 7b. This may be implemented additionally or in combination with the aforementioned device 6a and the injection station 7a. An open area can be provided in the transparent pouch material and/or on the cover layer.

Alternatively, or instead of the processing station 10 connecting the bubble and cover layers of the transparent bag, a device 6c is provided for providing an opening area and an ejection station 7c for emitting coverage of the opening area.

To this end, the transparent bag bubbles which are still connected to each other in the form of a transparent bag line are separated into a single transparent bag package at a separation station 14, and then sent out by the transparent bag packaging machine 1. In the remaining manufacturing steps, a single transparent pouch package can be sent to a processing device 15, such as a repackaging device.

The order of the individual processing stations of the transparent bag packaging machine 1 can be changed depending on the application. Similarly, a single processing station can be removed or replenished to other processing stations. Thus, the design of the transparent bag packaging machine 1 of the present invention is not limited to the illustrated embodiment.

In Figures 2 through 6, each single manufacturing step of making a transparent pouch package 16 is shown. A cover layer 17 is shown in Fig. 2, and a film body 19 is shown in Fig. 3 having a transparent bag of air bubbles 18 containing the articles 20 to be packaged (Figs. 4-6).

As can be seen in the upper view of Figs. 3 and 4, a double line perforation is formed in the film body 19 parallel to the longitudinal side of the transparent bag bubble 18 as the open area 21. The film body 19 and the cover layer 17 are connected to each other, for example via bonding or welding, and this connection is only carried out in the region surrounding the transparent bag air bubbles 18 and the opening region 21. The area of the film body 19 having the open area 21, and between the open area 21 and the area of the transparent bag bubble 18, Not connected to the cover layer 17.

In Fig. 5, the open area 21 is covered by a plastic material 22 having a protruding tear-off tab 23 at one end. The plastic material 22 is also incident on the film body 19 and the cover layer 17 via the aligned through holes 31a, 31b, so that the plastic material 22 also reaches the cover layer side of the transparent bag package 16 in the side view of FIGS. 5 and 6. In Figures 5 and 6, the through holes are also indicated by dashed lines to indicate the size and configuration of the ejected plastic material 22.

Figure 6 shows the finished, perforated clear pouch package 16 with the excess edge areas removed and a hook 24 formed by a suitable cut. Upon this cutting, the plastic material 22 that shields the open area 21 is separated by the plastic material 22 in the region of the hook 24. Thus, an area in which the two plastic materials 22 are ejected is formed, which can be ejected through a single ejection point 25 (Fig. 5) and a single ejection station during an ejection process.

When the transparent bag package 16 is opened, the protruding tear-off tab 23 can be held to withdraw the plastic material 22. In the meantime, the film material interposed between the perforation lines and the plastic material 22 may be uncovered and peeled off together with the plastic material 22. The article 20, here the toothbrush, can be removed from the transparent bag package 16 via the formed opening.

7 through 16 illustrate another embodiment of a transparent pouch package 16. The transparent bag package 16 also has a transparent bag of air bubbles 18 that houses the article 20 and has a cover layer 17. The opening region 21 is composed of a line which extends along the entire length of the transparent bag bubble 18 (Figs. 10, 12, 13).

As can be seen from the detailed view of Fig. 10, the tangential line of the open area 21 coincides with a cover strip 26 so that the ejected plastic material 22 cannot reach the middle of the front end side of the transparent bag material facing each other, only in the upper and transparent bag bubbles. 18 connections. When the transparent bag package 16 is opened and the plastic material 22 covering the open area 21 is removed, the edges of the transparent bag bubbles 18 are not drawn outward, so that no sharp edges are produced, which is a risk of injury. In addition, the extraction of the plastic material 22 is easier.

As can be seen in Figure 7, a location material 27 of plastic material is present in the interior of the transparent bag bubble 18 to hold the article 20 in place to prevent the transparent bag bubble 18 from being damaged by the article 20, where the article is a scalpel. This positional element 27 is connected to the plastic material 22 which closes the open area 21 so that it is likewise removed when the plastic material 22 is removed.

In Figures 7-10, a closed transparent pouch package 16 is shown.

In the display of Figures 11 through 13, both the plastic material 22 and the cover tape 26 are removed and the open area 21 is exposed.

The article 20 can be removed by bending the cover layer 17 over a flange 28 (Fig. 16). The half of the transparent bag bubble 18 is separated on the tangent to the open area 21 and can be folded sideways to expose the interior space of the transparent bag bubble 18. In Figures 15 and 16, for clarity, the vicinity of the flange 28 is not approximately enlarged in proportion.

In such a transparent bag package 16, the article can be removed from the transparent bag package 16 without contacting the article 20 in such a manner that the open area 21 is aligned downwardly to the placement plane and the cover layer 17 is folded at the flange 28 Turning over, the article 20 is dropped out of the transparent bag package 16.

A transparent pouch package 16 designed as a folded transparent pouch is shown in Figures 17-19. A film body 19 has two voids 29 which are folded to each other to form a transparent bag of air bubbles 18 (Fig. 18). A perforation or a line 30 is formed in the portion of the film body 19 which constitutes the transparent bag 16 to form an open area 21, the outside of which is covered by the plastic material 22 (Fig. 18). The plastic material 22 has a raised tear-off tab 23 as a handle.

The edge contact faces of the folded film body are joined to each other outside the tangential line 30, such as by gluing or welding, and the blister pack 16 closes the transparent bag package 16. The inner contact surface remains unconnected such that the closed transparent pouch package 16 (Fig. 18) can be opened (Fig. 19) by pulling the tear tab 23 on the upper side portion and the plastic material 22 from Tangent 30 The outer edge film region is torn away, the edge film region is fixedly coupled to the lower portion of the film body 19, and the remaining region of the upper film region together with the plastic material 22 can be opened.

1‧‧‧Transparent bag packaging machine

2‧‧‧ Film Rollers

3‧‧‧Film material

4‧‧‧ heating device

5‧‧‧Modeling device

6a, 6b, 6c‧‧‧ devices

7a, 7b, 7c‧‧‧ shooting stations

8‧‧‧Loading Station

9‧‧‧Processing station

10‧‧‧Processing station

11‧‧‧ Covering materials

12‧‧‧material roller

13‧‧‧Reversing roller

14‧‧‧Separation station

15‧‧‧Subsequent processing equipment

16‧‧‧Transparent bag packaging

17‧‧‧ Covering

18‧‧‧ Transparent bag bubbles

19‧‧‧ Film body

20‧‧‧ Items

21‧‧‧Open area

22‧‧‧Plastic materials

23‧‧‧Tear the tongue

24‧‧‧ hook

25‧‧‧ Shooting point

26‧‧‧ Covering belt

27‧‧‧ Position components

28‧‧‧Fracture

29‧‧‧ gap

30‧‧‧tangential

31a, 31b‧‧‧through holes

The figure shows: FIG. 1 is a schematic diagram of a substantially schematic representation of a transparent bag packaging machine of the present invention, which has a plurality of processing stations, and FIG. 2 is a side view and a top view of a cover layer of a transparent bag package. Figure 3 is a side view and a top view of a transparent film, Figure 4 is a side view of a transparent bag and a top view, with a side view of the packaged toothbrush, a transparent bag in Figure 5 and Figure 4 A top view in which a plastic material is ejected, and a side view and a top view of the transparent pouch package of Fig. 6 and Fig. 5 show the situation after the edge region is cut off, and Fig. 7 has a transparent bag with a cover tape for covering the cover. A longitudinal section of the package, a top view of the transparent bag package of Fig. 8 and Fig. 7, a sectional view of the transparent bag package of Fig. 9 and Fig. 7, and a detailed enlarged view of the sectional view of Fig. 10 and Fig. A longitudinal side view of one of the transparent bag packages to be covered, a top view of one of the transparent bag packages of Fig. 12, Fig. 13 is a front view of one of the transparent bag packages of Fig. 11 and Fig. 12, and Fig. 14 is opened for transparent bag packaging. One of the longitudinal side views, Figure 15 is open One of the top views of the bag package, Figure 16 is a front view of one of the open transparent bag packages, and Figure 17 is a view of the transparent bag that is designed to overlap the transparent bag when it is wrapped in an item. The transparent bag in Figure 18 and Figure 17 is closed. View, Figure 19 is a view of the transparent pouch package of Figure 17 and Figure 18 after opening.

16‧‧‧Transparent bag packaging

17‧‧‧ Covering

18‧‧‧ Transparent bag bubbles

20‧‧‧ Items

21‧‧‧Open area

22‧‧‧Plastic materials

23‧‧‧Tear the tongue

24‧‧‧ hook

Claims (20)

A transparent bag packaging machine (1) for packaging articles (20) in a transparent bag package (16), characterized in that at least one injection station (7a, 7b, 7c) is provided, which is covered by a plastic material (22). One of the transparent bag packaging (16) opens the area (21), and a tearing tongue (23) is ejected from the plastic material (22), or a plastic material (22) is used to tear the tongue and the plastic material (22). )connection. The transparent bag packaging machine according to claim 1, wherein the injection station (7a, 7b, 7c) has a device (6a, 6b, 6c) for opening in the transparent bag package (16). A gap, a perforation or a line of everything acts as an open area (21). A transparent bag packaging machine according to claim 1 or 2, characterized in that before the injection station (7a, 7b, 7c), a device is provided for folding a transparent bag package (16) Film body (19). The transparent bag packaging machine according to claim 1, characterized in that the injection station (7a, 7b, 7c) is designed to at least partially emit additional elements covering the open area (21). A transparent bag packaging machine according to claim 1, characterized in that before the injection station (7a, 7b, 7c), a processing station (9, 10) is provided for holding a film body (19) Connected to a cover layer (17). A transparent bag packaging machine according to claim 1, characterized in that the injection station (7a, 7b, 7c) which covers the open area (21) of one of the transparent bag packages (16) is sprayed with a plastic material (22). Before, there is another injection station for emitting a cover layer (17) from the plastic material. The transparent bag packaging machine according to claim 1, wherein a plurality of injection stations (7a, 7b, 7c) are provided, and the plastic material (22) is emitted in a transparent manner. Different sides of the bag (16). A transparent bag packaging machine according to claim 1, characterized in that before the injection station (7a, 7b, 7c), a device is provided for opening a perforation in the transparent bag package (16). The transparent bag packaging machine according to claim 1, wherein the injection station (7a, 7b, 7c) is designed to inject the plastic material (22) onto the article (20) to be packaged, or the article ( Part of 20). The transparent bag packaging machine according to claim 1, wherein the injection station (7a, 7b, 7c) is designed to inject the plastic material (22) into the inner space of the transparent bag package (16). The transparent bag packaging machine according to claim 1, wherein the injection station (7a, 7b, 7c) is designed to connect a plurality of transparent bag packages (16) to each other. A transparent bag packaging machine according to claim 1, characterized in that a separation station (14) is provided, which has been separated from each other by the transparent bag packages (16) and/or separated by a transparent bag line. A transparent bag packaging machine according to claim 1, characterized in that before the injection station (7a, 7b, 7c), a device is provided for covering a cover material which can be covered by the plastic material (22). The belt (26) is attached to the opening area (21). A transparent bag package (16) having a transparent bag of air bubbles (18) for accommodating an article (20) and a cover layer (17) for closing the bubble (18) of the transparent bag, characterized in that it is provided with a The plastic material (22) that is ejected is closed (21), and the plastic material (22) has a tear-off tab (23) or is attached to a tear-off tab (23). The transparent bag package according to claim 14 of the patent application, characterized in that The mouth region (21) consists of a gap, a perforation or a line (30). The transparent bag package according to claim 14 or 15, wherein the transparent bag package (16) is designed as a folded transparent bag, and the cover layer is packaged by a foldable, transparent cover bag (16) The transparent bag section of the opening area (21) is formed. The transparent pouch package according to claim 14 is characterized in that the covering layer (17) has at least one flange (28) opposite to the opening region (21). The transparent pouch package according to claim 14 is characterized in that a cover strip (26) covering the open area (21) is provided, and the cover strip is covered by the plastic material (22). The transparent pouch package according to claim 14, wherein the opening region (21) is composed of a zipper or has a zipper. The transparent pouch package according to item 14 of the patent application, characterized in that the covering layer (17) is composed of a plastic material that is ejected.