Abstract: One or more implementations of a multi-film thermoplastic bag with a conjoined hem channel. For example, the multi-film thermoplastic bag includes a multi-film hem channel. Bonds secure the layers of the hem channel together so as to prevent a drawtape from inverting or bunching an inner layer of the hem channel during cinching. The bonds are thus located in a hem channel of a multi-film thermoplastic bag so as to reduce an amount of mechanical engagement between the films of the multi-film thermoplastic bag and another thermoplastic film such as a drawtape. In one or more implementations, a grab zone of the multi-film thermoplastic bag also includes bonds in the form of contact areas to provide tactile and visual cues of strength in the grab zone.

Abstract: Various embodiments of the disclosure relate to, e.g., a case of a wearable electronic device wearable on a human body portion. According to certain embodiments of the disclosure, there may be provided an electronic device case for storing a wearable electronic device comprising a case housing forming a space for receiving the wearable electronic device, a conductive supporting member disposed in the case housing, and a contact member disposed in the space for receiving the wearable electronic device and exposed to an exterior when the case housing is opened, electrically connected with the conductive supporting member, and configured to at least partially contact a conductive portion of the wearable electronic device. Other various embodiments are also possible.

Abstract: In embodiments, a device may include a single electromagnetic interference (EMI) shield plate that defines an enclosed area. The EMI shield plate may have an inner surface and an outer surface opposite the inner surface. The device may further include a first printed circuit board (PCB) coupled with the inner surface, wherein the first PCB is within the enclosed area. Other embodiments may be described and/or claimed.

Abstract: An information handling system (IHS) includes a lightweight server chassis having a surface that includes a plurality of slots formed within the chassis surface. Each slot is sized to receive a specific compute component of a plurality of different compute components that collectively provide a fully functional IHS. In one embodiment, at least one slot that is formed within the chassis surface is sized to receive a respective one of the more than one type of compute component of a plurality of different compute components. Thereby, an original equipment manufacturer (OEM) can flexibly ship at least portions of the IHS to an end user destination for possible downstream reconfiguration and assembly.

Abstract: A resealable bag is provided. The bag may include a resealable closure configured to make it difficult for a child to open the bag. The resealable closure may be disposed on a pair of flanges attached to an interior of the bag. In some embodiments, a user may need to grasp the flanges near the resealable closure in order to open the bag. This may provide a user an advantage when trying to prevent children from accessing the contents of the bag.

Abstract: A storage device (1) for bulk material intended for powdery materials, includes a flexible container (2) for bulk material and an insulating inner liner (3), of which the surface resistivity is greater than 1.0×1012?, without a static electricity conductive layer and without a static electricity dissipation layer, the inner lining (3) covering the inner walls of the container, the inner lining (3) including micro-perforations that pass there through, distributed over the whole surface of the inner lining (3) in such a way that the breakdown voltage of the inner liner (3) is lower than 4 kV and the breakdown voltage of the wall of the container is lower than 6 kV.

Abstract: A package for storing a plurality of medical containers includes a housing having a closed base end and an open upper end. A nesting tray is at least partially supported by the housing, and has a plurality of apertures for receiving, and supporting, the medical containers. A protective slip sheet is provided within the housing. A static shield for dissipating static charge within the housing is also provided. The package also includes a housing cover.

Abstract: The packaging system includes an enclosure having an interior volume. A wafer stack, comprising plural wafers and separators in contact with the wafers, is located in the interior volume. The separators have raised bumps extending from each side. The bumps create spaces that allow air to flow therethrough. The separator film intercepts and captures airborne molecular contaminants belonging to organic and inorganic chemical families. In addition, the film is dissipative to static discharge. Furthermore, the bumps provided by the separators protect the fragile wafers from damage due to mechanical shock. The separators are also provided with a peripheral ring or embossment, which contacts the wafer edges and further protects the wafers from damage to mechanical shock. Air cushions can be provided in the wafer stack, which cushions are provided with bands to regulate the compression.

Abstract: Disclosed herein is a cable packaging for medical devices that is provided with a perforated line and having heat shrinkage characteristic. With a capable packaging for medical devices to wrap around a cable that is configured to connect two or more apparatuses to each other, the cable packaging is formed of material that is shrunken by heat so as to come into close contact with the cable, and the cable packaging includes a perforated line so as to be separated from the cable. By forming the packaging using heat shrinkage material, a packaging volume is reduced, and by fixing the packaging so as to come into close contact with the cable, the durability of a connecting portion is improved.

Abstract: An electromagnetic interference shield enclosure with an extended edge defining a sleeve, the enclosure and sleeve having an outer protective layer and an inner shielding layer to shield electronic devices from electromagnetic interference. The outer layer and inner layer may be transparent to view the electronic device. A magnet system may be provided to allow the device to be operated while in the enclosure. The auxiliary cable with filtering mechanisms may be provided inside the sleeve to allow access and transfer of data from the electronic device while still in the enclosure.

Abstract: An electromagnetic interference shield having a main enclosure and at least one auxiliary enclosure. The auxiliary enclosure in the main enclosure and an interior that is continuous with each other. The auxiliary enclosure is made of elastic Faraday material. The outer layer and inner layer may be transparent to view the electronic device. An auxiliary cable with filtering mechanisms may be provided inside a sleeve to allow access and transfer of data from the electronic device while still in the main enclosure.

Abstract: An electromagnetically shielded enclosure with operable interfaces that is portable and lightweight. The electromagnetically shielded enclosure has operable interfaces including a tactile interface through the shielding material and optionally a shielded tactile window for viewing of a secured electronic device and also for operating the secured electronic device should it have a touch screen. An internal frame is optionally provided that prevents conductive interference of a secured electronic device touch screen by the shielded tactile window. An input/output assembly is further provided to allow signals and power to be brought in or out of the enclosure to connect with the secured electronic device without compromising radio silence.

Abstract: A system for protecting an electronic device. The system includes a pocket, where the pocket is configured to receive an electronic device capable of receiving or transmitting electronic signals. The system also includes a cover, where the cover is directly attached to the pocket. The cover is configured to cover at least a portion of the pocket and prevent the electronic device from receiving or transmitting electronic signals in a direction toward the cover. The electronic device is allowed to receive or transmit electronic signals in a direction not toward the cover. The cover includes an opening. The opening is configured to allow an audio signal to pass through the cover and includes a mesh layer.

Abstract: The present invention features a lightweight compact pump design, a cloaking pouch to block wireless signals, a rescue enclosure for a litter basket, a sliding mechanism for a tent, a shoulder strap for a sleeping bag, a holding device for a tent pole, an interchangeable fly or cover for a tent and a modular sleep system.

Abstract: One embodiment of the present disclosure provides a shielding apparatus including a double-lined container having an outer pocket and an inner pocket mounted within the outer pocket. The inner and outer pockets each form an enclosure having a continuous closed edge interrupted by an opening. The continuous closed edge of the outer pocket is adjacent the continuous closed edge of the inner pocket, and the opening of the outer pocket is adjacent the opening of the inner pocket. The adjacent openings are interconnected and include a device for simultaneously opening and closing the interconnected adjacent openings. A first plurality of stitches and folds are included in the continuous closed edge of the inner pocket and a second plurality of stitches and folds are included in the continuous closed edge of the outer pocket.

Abstract: A TAB tape (100) packaging structure in which (i) the TAB tape (100) including a plurality of semiconductor chips (103) which are fixed, on a film (101) on which wiring patterns are repeatedly provided and (ii) an embossed tape (200) which is electroconductive and has embossed parts (202) which are sequentially provided on a first surface of and in a longitudinal direction of a film (201) are wound on a reel which is electroconductive is arranged such that the TAB tape (100) and the embossed tape (200) are wound on the reel, while (i) a first surface of the film (101) on which surface the plurality of semiconductor chips (103) are fixed and (ii) the first surface of the film (201) on which surface the embossed parts (202) protrude are overlapping and facing each other, and the embossed tape (200) has a total thickness of not less than (t+0.4) mm and not more than 1.1 mm in a case where each of the plurality of semiconductor chips (103) has a thickness of t (0.2?t?0.

Abstract: A rigid holder is provided for supporting a flexible article. The rigid holder may include a first frame member and a second frame member which are held together through magnets.

Abstract: Disclosed is an improvement to the bag computer of application Ser. No. 11/796,920. The bag computer has a pivoting display panel near its top front which can store against the bag front or pivot into the line of sight of the bag computer wearer/operator. To accommodate the computer input of typed or written information the bag computer may have a pivoting input device on the bag front. The input device may mount on a pivoting cover which covers the display panel when in storage or the input device may have a separate pivoting mount. To gain advantage through multiple components, the input device may be divided into a body which pivotally attaches to the bag front and a removable insert which may be adapted to alternatively accept typed or written input. Thus, the input device may be quickly changed from a cover to a keyboard or to an electronic write pad.

Abstract: Disclosed is a system comprised of a bag and computer combination which allows the bag wearer to quickly access and use a computer while mobile. The system can be in three forms and all three are used in the same way: a pivoting cover is moved out of the way to expose a display which pivots into the line of sight of the wearer/operator. When assembled, all the components are physically connected and electrical components are electrically connected. Additional components include a keyboard or write pad mounted on the pivoting cover or on a separate pivoting mount near the center bag front, a display prop which braces the display in various angular positions and side pockets fitted for peripherals. An example is cited using a bag with flap mounts and equipment which mounts to the flaps using clamps.

Abstract: Disclosed is a protective film-integrated pouch wherein a protective film to protect a display panel and a bag to cover and package the display panel are integrally formed. The protective film-integrated pouch includes a rectangular body, including upper and lower layers, the body having three sealed edges and one opened edge to define an opening, allowing insertion of a display panel into the pouch, wherein each of the upper layer and the lower layer includes a base layer made of a metallic material, an outer surface layer disposed on the base layer, and an inner surface layer disposed on the outer surface layer, wherein the inner surface layer contacts the display panel and is made of a mixed polyethylene resin.

Abstract: The present invention discloses a container or bag with several types of compartments with different forms of electromagnetic/wireless shielding. The types of compartments include a) an electromagnetic/wireless shielded compartment useful for line-of-site type shielding, b) an electromagnetic/wireless shielded compartment useful when a complete shielding enclosure is needed, and c) an unshielded compartment. The line-of-site shielded compartment prevents wireless access to the contents contained within when a complete shielding enclosure is not required, for example, for objects containing RFID tags, such as passports, books, and clothing. The compartment with a complete shielding enclosure prevents wireless access to devices that require a complete Faraday type cage, such as mobile phones, PDAs, or computers. Placing these and other devices within the shielded compartments protects them from remote access, and the data within is shielded from unscrupulous individuals.

Abstract: Disclosed is a system comprised of a bag and computer combination which allows the bag wearer to quickly access and use a computer while mobile. The system can be in three forms and all three are used in the same way: a pivoting cover is moved out of the way to expose a display which pivots into the line of sight of the wearer/operator. When assembled, all the components are physically connected and electrical components are electrically connected. Additional components include a keyboard or write pad mounted on the pivoting cover or on a separate pivoting mount near the center bag front, a display prop which braces the display in various angular positions and side pockets fitted for peripherals. An example is cited using a bag with flap mounts and equipment which mounts to the flaps using clamps.

Abstract: Disclosed is a collapsible field deployable environmental enclosure device with internal electronic air scrubbing and static suppression electronics, high luminosity wide angle solid state lighting, magnifying optics, viewing ports, an expansion compartment, utility compartments, and sealed operator arm ports. This device was developed for the purpose of containing a Digital SLR (Single Lense Reflex) camera, a digital rangefinder camera, a digital medium format camera, or medium and large format digital camera backs. The stated equipment is contained within the invention as a prophylactic method of avoiding dust and particle contamination to the sensor and body cavity while in the process of exposing the internal body cavity and or the digital image sensor during the operations of either changing lenses, cleaning the image sensor, or other inspection and maintenance procedures. This invention may also be used for other particle sensitive equipment.

Abstract: Disclosed is a collapsible field deployable environmental enclosure device with internal electronic air scrubbing and static suppression electronics, high luminosity wide angle solid state lighting, magnifying optics, viewing ports, an expansion compartment, utility compartments, and sealed operator arm ports. This device was developed for the purpose of containing a Digital SLR (Single Lense Reflex) camera, a digital rangefinder camera, a digital medium format camera, or medium and large format digital camera backs. The stated equipment is contained within the invention as a prophylactic method of avoiding dust and particle contamination to the sensor and body cavity while in the process of exposing the internal body cavity and or the digital image sensor during the operations of either changing lenses, cleaning the image sensor, or other inspection and maintenance procedures. This invention may also be used for other particle sensitive equipment.

Abstract: An electrostatic discharge (ESD) protective bag assembly includes a tote bag and an envelope made from ESD protective material positioned at least partially within the tote bag. The envelope may be defined by two sheets of ESD protective material joined along at least two opposing sides thereof to form join regions. At least one layer of a reinforcing material, such as a fibrous web, is coupled to a portion of each of the join regions. The tote bag and envelope may be coupled to one another by stitches that pass through the reinforcing material.

Abstract: An isolation device includes an upper portion, a lower portion, and an isolation area. At least one of the upper and lower portions is constructed with a flexible shielding material. The isolation device may also include a conduit having one opening in the isolation area and another opening outside the isolation area.

Abstract: Bulk packaging of information handling system components in partitions of a container with a protective bag for each component accommodates robotic extraction of components and recycling of the packaging material with a polyethylene protective bag having die cut features that aid in retention of the protective bag in a partition during extraction of the component without adhering the protective bag to the container. Opposing rectangular tie extensions associated with the upper portion of the protective bag couples to a slot of the container to restrain the protective bag from removal from the container. Opposing triangular openings cut in the bottom portion of the protective bag relieve vacuum generated by removal of the component from the protective bag so that the protective bag remains in the partition during robotic extraction of the component to prevent interference by the protective bag with the robotic vision used to acquire the component.

Abstract: In surface packaging of thin resin packages such as resin molded memory ICs or the like, cracks of the package occur frequently at a solder reflow step where thermal impact is applied to the package because the resin has absorbed moisture before packaging. To solve this problem, the devices are packaged moisture-tight at an assembly step of the resin molded devices where the resin is still dry, and are taken out from the bags immediately before the execution of surface packaging.

Abstract: A packaging container for electronic components, particularly integrated circuits, which includes a tray into which the integrated circuits can be secured, a tray cover which is secured onto the tray, wherein the tray cover is composed of a plastic material, a desiccating material and an electrostatic dissipating product. The tray cover may further include a humidity indicating system incorporated into the tray cover. The packaging container may also be placed within a water and moisture-proof barrier bag for shipment purposes.

Abstract: A holder for a removable memory component of a portable electronic device. The holder includes an electro-statically protective and securely closable pocket removably attachable to the device.

Abstract: To provide a packaging material being capable of maintaining a highly clean state, wherein the number of fine particles having a particle size of not less than 0.2 &mgr;m and being present on its surface facing an article to be packaged is not more than 5,000/cm2, a steam permeation degree at 40° C. at 90% RH is not more than 30 g/cm2·24 hr, a total amount of gas (excluding steam) to be generated when heating at 80° C. for 15 minutes is not more than 5 ppm and a total amount of water to be generated when heating at 80° C. for 30 minutes is not more than 13 ppm.

Abstract: A cellular telephone bag having a base sheet made of genuine leather or synthetic leather, and a layer of aluminum sheet material bonded to the base sheet and adapted to shield the radiation of magnetic waves of the cellular telephone held in the cellular telephone bag.

Abstract: In surface packaging of thin resin packages such as surface mount resin molded memory ICs or the like, cracks of the package occur frequently at a solder reflow step where thermal impact is applied to the package because the resin has absorbed moisture before packaging. To solve this problem, the devices are sealed, by heat-sealing, in a bag moisture-tight at an assembly step of the resin molded devices where the resin is still dry, and are taken out from the bags immediately before the execution of surface packaging. The devices are packaged in a moisture-proofing bag made of a laminate film, and a desiccant is sealed, by heat-sealing the bag, in the moisture-proofing bag together with the, e.g., surface mount semiconductor device having a plastic package encapsulating the semiconductor device. A caution is provided for the bag, that the devices should be presented from moisture absorption after opening the bag.

Abstract: An improved method of shipping and installing a new hard drive in a computer comprising the steps of packaging a new hard drive in an improved static dissipation bag having a conductive coating on its exterior surface; boxing the packaged new hard drive in a shock-absorbing medium within a transportation box, connecting the new hard drive to the computer, transferring the data from the computer to the new hard drive, disconnecting the new hard drive from the computer, grounding the static dissipation bag to the computer and to an operator, removing the new hard drive from the bag and transportation box, and installing it in the computer.

Abstract: An object of the present invention is to provide an article storing bag and manufacturing method thereof that can reduce effects of static electricity, simplify work of storing an article, and eliminate discrepancy between the stored article and the article information displayed on the article storing bag.

Abstract: An improved method of installing a new hard drive in a computer comprising packaging a new hard drive with a connected hard drive connector assembly having a hard drive PCMCIA connector in a static dissipation bag having a conductive coating on its exterior surface; grounding the static dissipation bag by connecting the bag to the computer and to an operator, extending the PCMCIA connector outside the bag, connecting the new hard drive via the PCMCIA connector to the PCMCIA or equivalent port of a computer, transferring the data on the computer to the new hard drive, disconnecting the PCMCIA connector from the computer, removing the new hard drive from the static dissipation bag, disconnecting the hard drive connector assembly from the new hard drive, and installing the new hard drive in the computer.

Abstract: Electronic components can be reliably supplied from a storage container for electronic components, which is easy to manufacture and highly economical, to a mounting device. The storage container for electronic components includes a storage region, in which electronic components are stored, a discharge hole, a lead portion for leading the electronic components to the discharge hole, the end of the lead portion becoming the discharge hole, a discharge hole side lead portion, provided with a taper (guide angle) so that its width becomes narrower toward the discharge hole, and a storage region side lead portion, positioned between the storage region and the discharge hole side lead portion, and provided with a taper (guide angle) so that its width becomes narrower toward the discharge hole side lead portion. In addition, the taper (guide angle) of the storage region side lead portion may be larger than the taper (guide angle) of the discharge hole side lead portion.

Abstract: In surface packaging of thin resin packages such as surface mount resin molded memory ICs or the like, cracks of the package occur frequently at a solder reflow step where thermal impact is applied to the package because the resin has absorbed moisture before packaging. To solve this problem, the devices are sealed, by heat-sealing, in a bag moisture-tight at an assembly step of the resin molded devices where the resin is still dry, and are taken out from the bags immediately before the execution of surface packaging. The devices are packaged in a moisture-proofing bag made of a laminate film, and a desiccant is sealed, by heat-sealing the bag, in the moisture-proofing bag together with the, e.g., surface mount semiconductor device having a plastic package encapsulating the semiconductor device. A caution is provided for the bag, that the devices should be presented from moisture absorption after opening the bag.

Abstract: In surface packaging of thin resin packages such as surface mount resin molded memory ICs or the like, cracks of the package occur frequently at a solder reflow step where thermal impact is applied to the package because the resin has absorbed moisture before packaging. To solve this problem, the devices are sealed, by heat-sealing, in a bag moisture-tight at an assembly step of the resin molded devices where the resin is still dry, and are taken out from the bags immediately before the execution of surface packaging. The devices are packaged in a moisture-proofing bag made of a laminate film, and a desiccant is sealed, by heat-sealing the bag, in the moisture-proofing bag together with the, e.g., surface mount semiconductor device having a plastic package encapsulating the semiconductor device.

Abstract: A sealed bag for vacuum-packing an electronic device in the state of being evacuated and partially thermally fused at an opening thereof includes a multi-layer film including; a first anti-static layer; a thin metal layer; an insulative layer; and a second anti-static layer. A container includes a case for accommodating at least two such sealed bags. The case is provided with a charge protective layer on an inner surface thereof; a housing for accommodating at least two cases; and a master carton for accommodating at least one housing.

Abstract: A holder is provided for the reception and selective shielding of an electronic vehicle identifying device conventionally used in conjunction with automatic toll collection. The holder includes a shielding portion which is manually actuated by the vehicle operator when it is desired to permit communication between the signal of the vehicle identifying transponder and an externally located interrogator which ascertains the presence of the vehicle.

Abstract: An apparatus and method for minimizing electrostatic discharge damage to semiconductor objects utilizes an ionized air stream to reduce electrostatic and triboelectric potential build up in and surrounding semiconductor storage containers. The ionized air stream is continuously directed to a designated area where stored semiconductor objects are being removed from. Electrostatic and triboelectric potential is greatly reduced, minimizing the threat of electrostatic discharge and damage.

Abstract: An assembly of an electronic device within a sealed chamber of a flexible container. The electronic device, which may be a printed circuit board, has signal terminals connected to elongated insulated signal conductors. These conductors pass through a laminate construction wall of the container for connection to outside conductors. The signal conductors are electrically isolated from an EMI protection layer which forms part of the laminate construction wall. A grounding device connects a ground conductor of the electronic device to the EMI protection layer. The grounding device comprises a ground element having teeth on one side. A screwthread arrangement extends through the container wall and clamps the ground element onto the wall with the teeth cutting into the EMI protection layer to be in electrical contact therewith. The ground conductor is electrically connected to the screwthread arrangement.

Abstract: A protective package is disclosed, in particular a package for transporting electrosensitive contents such as electronic components. The package includes a folded inner sheet disposed within a folded outer sheet. The two sheets are sealed together forming an inner pouch and at least one outer pouch. The inner pouch, which is used to contain the primary contents of the package, is defined by the folded inner sheet and the outer pouch, which is used to contain supporting documentation and material, is defined by both the inner and outer folded sheets. The inner sheet is made of a material, such as a laminate, which provides the contents of the inner pouch with additional protection from environmental factors such as static electricity, electromagnetic radiation or electric fields.

Abstract: A static charge eliminating lingerie organizer comprising a plurality of individual lingerie storage pouches wherein each lingerie storage pouch is dimensioned to store therein at least one lingerie garment and wherein each lingerie storage pouch attracts static charge of the at least one lingerie garment stored therein. A grounding pouch dimensioned to received the plurality of individual lingerie storage pouches and neutralize the static charge.

Abstract: In surface packaging of thin resin packages such as surface mount resin molded memory ICs or the like, cracks of the package occur frequently at a solder reflow step where thermal impact is applied to the package because the resin has absorbed moisture before packaging. To solve this problem, the devices are packaged moisture-tight at an assembly step of the resin molded devices where the resin is still dry, and are taken out from the bags immediately before the execution of surface packaging.

Abstract: A multilayer protection bag for protecting an electronic module, circuit card, or the like comprising walls having an external first layer of an antistatic shield film, a second layer of static-free bubble pack, and a third layer of a static-free film forming an interior liner of the protection bag to inhibit corrosion and outgassing. A mechanical cushioning bumper is provided around the perimeter of the sides and bottom of the protection bag for shock protection. A moisture proof pinch type zip lock is provided on the top of the protection bag. A carrier is provided within the protection bag for holding a desiccant and a humidity indicator. The combination of such wall layers and the cushioning bumper provide an improved in-process protection bag during a manufacturing process and also a shipping and storage protection bag having at least a 10 year shelf-life for a module or circuit card placed within it.

Abstract: A sealed bag for vacuum-packing an electronic device in the state of being evacuated and partially thermally fused at an opening thereof includes a multi-layer film including; a first anti-static layer; a thin metal layer; an insulative layer; and a second anti-static layer. A container includes a case for accommodating at least two such sealed bags. The case is provided with a charge protective layer on an inner surface thereof; a housing for accommodating at least two cases; and a master carton for accommodating at least one housing.

Abstract: An ESD protection system which shields PCAs during the assembly process comprises transportable support means for holding an ESD bag in a predetermined position which is convenient both for the insertion and extraction of a PCA(s) and for observing stored PCA(s), thus ensuring proper handling. The system has first and second attachment means for attaching the ESD bag to the frame and for holding papers associated with the PCA(s) outside the ESD bag and for providing the weight necessary for maintaining a sealing fold in the bag whenever the PCA(s) are enclosed therein. The transportable support means is a frame which is constructed to mate with a rack designed for accommodating a plurality of frames. When so mated, the rack provides the desired level of stability and orderly positioning of a desired number of frames spaced apart such that the ESD bags attached to the frames may be easily observed for correct loading, closure and paperwork processing.

Abstract: The packaging container according to the invention for receiving filled product can be used as a self-supporting container or as an in-liner or insert container in supporting outer containers such as corrugated paperboard boxes, wooden cases, box pallets with mesh panels, or drums. The packaging container comprises a multilayered composite film combination which is made up of a polymer film with barrier layer properties, acting as the outer layer of the container, an intermediate layer made of an electrically conductive material and also a further polymer film, forming the inner layer of the packaging container. According to the invention, the further polymer film, forming the inner layer of the packaging container, bears a perforation pattern and the electrically conductive intermediate layer is in connection with a grounding system via electric contact points. The polymer film forming the inner layer of the packaging container is preferably a heat-sealable monofilm or a coextruded film.