mhurhangee/ep-ind-claims huggingface dataset:
Laminated packaging material for liquid food products, comprising a barrier film, a first outermost liquid tight, heat sealable polyolefin layer and a second innermost liquid tight, heat sealable polyolefin layer, the barrier film comprising a polymer film substrate and coated onto a first side of the polymer film substrate, by plasma-enhanced chemical vapour deposition (PECVD) in a vacuum process, a first coating layer of silicon oxide having the general composition formula SiOxCy, wherein x is from 1.5 to 2.2, and y is from 0.15 to 0.8, and a second coating layer of an amorphous diamond-like carbon, which is directly adjacent and contacting the first coating layer, wherein the total thickness of the first and second coating layers is from 7 to 10 nm, the barrier film providing gas and water vapour barrier properties and mechanical durability in the laminated packaging material and packages made thereof.
A process of producing a foil with a functional coating containing an active material and a meltable polymer, wherein the foil having a functional coating is for use as an electrode foil, an electrolyte in solid-state batteries, or a separator for electrochemical storage, the process comprising the steps of: (a) providing a dry powder mixture comprising (i) particles of an active material and (ii) particles of a meltable polymer, (b) scattering the dry powder mixture on a foil to form a powder-covered foil, wherein the dry powder mixture does not adhere to the foil after being scattered onto the foil in step (b) and before melting in step (c) and rests on the foil only by the action of gravity, (c) melting the powder of the powder-covered foil to form a foil covered with molten powder, wherein step (c) is carried out before step (d), (d) calendering the foil covered with molten powder to form a calendered structure; and (e) cooling the calendered structure to form the foil with a functional coating. (a) providing a dry powder mixture comprising (i) particles of an active material and (ii) particles of a meltable polymer, (b) scattering the dry powder mixture on a foil to form a powder-covered foil, wherein the dry powder mixture does not adhere to the foil after being scattered onto the foil in step (b) and before melting in step (c) and rests on the foil only by the action of gravity, (c) melting the powder of the powder-covered foil to form a foil covered with molten powder, wherein step (c) is carried out before step (d), (d) calendering the foil covered with molten powder to form a calendered structure; and (e) cooling the calendered structure to form the foil with a functional coating.
An immunogenic composition for inducing and/or stimulating an immune response against an antigen, comprising (a) an antigen to which an immune response is desired, and (b) a source of a variant B7-DC polypeptide, wherein the variant B7-DC polypeptide is a variant of a wild-type mammalian B7-DC polypeptide comprising an amino acid substitution at the amino acid position 101 of wild-type murine B7-DC (SEQ ID NO:2) or human B7-DC (SEQ ID NO:1) and has reduced affinity for PD-1 compared to the wild-type mammalian B7-DC polypeptide. (a) an antigen to which an immune response is desired, and (b) a source of a variant B7-DC polypeptide,
A node unit for a scalable telecommunications system, the node unit comprising: one or more universal digital RF transceiver modules; one or more universal digital transport interface modules; a universal backplane module communicatively coupled to the one or more digital RF transceiver modules and to the one or more digital transport interface modules; and a system controller configured to read a respective module identification, ID, of at least one of the one or more digital RF transceiver modules, the one or more digital transport interface modules, or the backplane module, wherein each module ID identifies a respective module type and its capabilities; wherein the system controller is configured to detect a combination of modules in the node unit and to configure the operation of at least one of the one or more digital RF transceiver modules, the one or more digital transport interface modules, or the backplane module, based on the respective module ID, wherein the one or more universal digital RF transceiver modules, the one or more universal digital transport interface modules, and the universal backplane module are universal in that they can be used for multiple frequency, power, or technology combinations. one or more universal digital RF transceiver modules; one or more universal digital transport interface modules; a universal backplane module communicatively coupled to the one or more digital RF transceiver modules and to the one or more digital transport interface modules; and a system controller configured to read a respective module identification, ID, of at least one of the one or more digital RF transceiver modules, the one or more digital transport interface modules, or the backplane module, wherein each module ID identifies a respective module type and its capabilities; wherein the system controller is configured to detect a combination of modules in the node unit and to configure the operation of at least one of the one or more digital RF transceiver modules, the one or more digital transport interface modules, or the backplane module, based on the respective module ID, wherein the one or more universal digital RF transceiver modules, the one or more universal digital transport interface modules, and the universal backplane module are universal in that they can be used for multiple frequency, power, or technology combinations.
Method for transmitting radio identifiers by means of a mobile radio apparatus (2; 3), comprising: repeatedly transmitting radio signals that each contain a radio identifier as an identity, linked to the radio apparatus (2; 3), vis-à-vis a receiver of the radio signals, this respective radio identifier being dynamically selected, for each of the radio signals, from a plurality of predefined, different and in each case pseudorandom sequences of radio identifiers by selecting one of the sequences in accordance with a predetermined selection rule and selecting from the thus selected sequence, in accordance with a predetermined deterministic update scheme associated with this sequence, one of the radio identifiers contained therein, and the method being characterized in that the number of sequences from which the selection is made, in accordance with the selection rule, for that sequence from which the next radio identifier to be used for transmitting one of the radio signals is to be selected is dynamically varied.
An electric compressor comprising: a cylindrical housing (2;102); an electric motor unit (3;104) fixed inside the housing (2;102) and including a stator (32;113) and a rotor (33;115), the stator (32;113) being fixed to the housing (2;102) by a press-fitting of the stator (32;113) to an inner peripheral wall (2d;102d) of the housing (2;102) and configured to generate a magnetic force upon energization of the stator (32;113), the rotor (33;115) being rotatably arranged inside the stator (32;113) and configured to be rotated by the magnetic force generated by the stator (32;113); a compression unit (4;103) arranged in the housing (2;102) and configured to be driven by a rotational drive force of the electric motor unit (3;104) and compress a coolant; and a guide member (11;119) attached to an outer periphery of the stator (32;113) and made of a thin plate material having a guiding curved surface portion (15;139) configured to guide the press-fitting of the stator (32;113) to the inner peripheral wall (2d;102d) of the housing (2;102), wherein the guiding curved surface portion (15;139) has a curved surface extending in a direction toward a center of the stator (32;113) from an end portion of the stator (32;113) from which the stator (32;113) is inserted into the housing (2;102). a cylindrical housing (2;102); an electric motor unit (3;104) fixed inside the housing (2;102) and including a stator (32;113) and a rotor (33;115), the stator (32;113) being fixed to the housing (2;102) by a press-fitting of the stator (32;113) to an inner peripheral wall (2d;102d) of the housing (2;102) and configured to generate a magnetic force upon energization of the stator (32;113), the rotor (33;115) being rotatably arranged inside the stator (32;113) and configured to be rotated by the magnetic force generated by the stator (32;113); a compression unit (4;103) arranged in the housing (2;102) and configured to be driven by a rotational drive force of the electric motor unit (3;104) and compress a coolant; and a guide member (11;119) attached to an outer periphery of the stator (32;113) and made of a thin plate material having a guiding curved surface portion (15;139) configured to guide the press-fitting of the stator (32;113) to the inner peripheral wall (2d;102d) of the housing (2;102),
Method for enclosing an object with a tubular packaging film, comprising the steps: - Providing a supply of tubular, folded flat packaging film, - Drawing off the packaging film from the supply and transporting the packaging film to an opening station, - Separating a film portion required for an enclosing operation, - Transporting the packaging film before reaching the opening station by frictional engagement between at least two infinitely rotating conveying elements (22, 24) pressed against each other, moving in a transport direction, wherein the conveying elements (22, 24) at a delivery end are diverted around two parallel re-direction rollers and separated from one another, - Opening the film portion, - Gathering up the film portion onto gathering apparatus and enclosing the object, characterized in that the film portion is anti-statically treated before and/or during opening, at least in sections, and electrostatic charges on the packaging film are at least partly neutralized, by the packaging film being anti-statically treated with rod-like ion generators, which in each case are arranged parallel and adjacent to a re-direction roller arranged at the delivery end, and wherein the first and/or second conveying element (20, 22) is formed as transport belt, which is electrically conductive, at least in sections. - Providing a supply of tubular, folded flat packaging film, - Drawing off the packaging film from the supply and transporting the packaging film to an opening station, - Separating a film portion required for an enclosing operation, - Transporting the packaging film before reaching the opening station by frictional engagement between at least two infinitely rotating conveying elements (22, 24) pressed against each other, moving in a transport direction, wherein the conveying elements (22, 24) at a delivery end are diverted around two parallel re-direction rollers and separated from one another, - Opening the film portion, - Gathering up the film portion onto gathering apparatus and enclosing the object, characterized in that
An apparatus comprising: a lens comprising a plurality of layers of conductive elements (610, 615, 710, 715) and a substrate layer; a first of the layers of conductive elements (610, 615, 710, 715) comprising a first portion including conductive elements (610, 615, 715) having a first structure and a second portion including conductive elements having a second structure different from the first structure, characterised in that: the lens is a mixed-order frequency selective surface, FSS, including: a central portion that includes conductive elements of different structures on opposite sides of the substrate layer; and an outer portion that includes conductive elements having a same type of structure on the substrate layer. a lens comprising a plurality of layers of conductive elements (610, 615, 710, 715) and a substrate layer; a first of the layers of conductive elements (610, 615, 710, 715) comprising a first portion including conductive elements (610, 615, 715) having a first structure and a second portion including conductive elements having a second structure different from the first structure, characterised in that: the lens is a mixed-order frequency selective surface, FSS, including: a central portion that includes conductive elements of different structures on opposite sides of the substrate layer; and an outer portion that includes conductive elements having a same type of structure on the substrate layer. a central portion that includes conductive elements of different structures on opposite sides of the substrate layer; and an outer portion that includes conductive elements having a same type of structure on the substrate layer.
Central release unit for a clutch actuation, with a cylinder housing which delimits an annular pressure chamber about a central axis; wherein an annular piston, which can be actively connected to a clutch via a release bearing, is guided displaceably along the central axis in said pressure chamber; wherein the release bearing is connected to the annular piston by means of a supporting ring (20, 20'), a sleeve portion (24, 24') of which having a plurality of spring tabs (26, 26') surrounds an end portion of the annular piston; wherein a free end (28, 28') of each of said spring tabs is configured to engage in sprung fashion in an assigned depression in the end portion of the annular piston, and said tabs are adapted to bring a contact face (32, 32') of the supporting ring (20, 20') to bear against an end face on the end portion of the annular piston; wherein an outer diameter of the end portion is smaller than an inner diameter (d) of the sleeve portion (24, 24'), so that a defined radial play (s) exists between the supporting ring (20, 20') and the annular piston, allowing a tumbling motion of the contact face (32, 32') on the end face of the annular piston about the central axis; wherein for the sprung engagement of the spring tabs (26, 26'), the depression of the annular piston comprises a ramp region with a gradient relative to the central axis such that, during said tumbling motion, the spring tabs (26, 26') may slide on the ramp region along the central axis without self-inhibition and hence apply a return force on the supporting ring (20, 20') countering the tumbling motion, characterised in that the radial play (s) between the supporting ring (20, 20') and the annular piston, and an axial length of the sleeve portion (24, 24') of the supporting ring (20, 20'), are matched to each other such that during the tumbling motion, the supporting ring (20, 20') mounted on the annular piston can be tilted by a tilt angle (β) of maximum 2° relative to the central axis. an outer diameter of the end portion is smaller than an inner diameter (d) of the sleeve portion (24, 24'), so that a defined radial play (s) exists between the supporting ring (20, 20') and the annular piston, allowing a tumbling motion of the contact face (32, 32') on the end face of the annular piston about the central axis; wherein for the sprung engagement of the spring tabs (26, 26'), the depression of the annular piston comprises a ramp region with a gradient relative to the central axis such that, during said tumbling motion, the spring tabs (26, 26') may slide on the ramp region along the central axis without self-inhibition and hence apply a return force on the supporting ring (20, 20') countering the tumbling motion, characterised in that the radial play (s) between the supporting ring (20, 20') and the annular piston, and an axial length of the sleeve portion (24, 24') of the supporting ring (20, 20'), are matched to each other such that during the tumbling motion, the supporting ring (20, 20') mounted on the annular piston can be tilted by a tilt angle (β) of maximum 2° relative to the central axis.
A resin composition comprising: a thermoplastic resin, and a fluorine-containing copolymer which is a copolymer comprising (a) a repeating unit formed from a fluorine-containing monomer of the formula: CH 2 =C(-X)-C(=O)-Y-Z-Rf wherein X is H, halogen or a monovalent organic group, Y is -O- or -NH-, Z is a direct bond or a divalent organic group, and Rf is C 4-6 -fluoroalkyl, and (b) a repeating unit formed from a fluorine-free non-crosslinkable monomer containing a hydrocarbon group having at least 14 carbon atoms, represented by the formula: CH 2 =CA-T wherein A is a hydrogen atom, a methyl group, or a halogen atom other than a fluorine atom, and T is a hydrocarbon group having 14 to 30 carbon atoms or an organic group having 15 to 31 carbon atoms and an ester bond; which copolymer has a weight-average molecular weight of 2,500-20,000, and wherein the weight ratio of the fluorine-containing monomer (a) to the fluorine-free monomer (b) is 45:55 to 50:50. a thermoplastic resin, and a fluorine-containing copolymer which is a copolymer comprising (a) a repeating unit formed from a fluorine-containing monomer of the formula: CH 2 =C(-X)-C(=O)-Y-Z-Rf wherein X is H, halogen or a monovalent organic group, Y is -O- or -NH-, Z is a direct bond or a divalent organic group, and Rf is C 4-6 -fluoroalkyl, and (b) a repeating unit formed from a fluorine-free non-crosslinkable monomer containing a hydrocarbon group having at least 14 carbon atoms, represented by the formula: CH 2 =CA-T wherein A is a hydrogen atom, a methyl group, or a halogen atom other than a fluorine atom, and T is a hydrocarbon group having 14 to 30 carbon atoms or an organic group having 15 to 31 carbon atoms and an ester bond; (a) a repeating unit formed from a fluorine-containing monomer of the formula: CH 2 =C(-X)-C(=O)-Y-Z-Rf wherein X is H, halogen or a monovalent organic group, Y is -O- or -NH-, Z is a direct bond or a divalent organic group, and Rf is C 4-6 -fluoroalkyl, and X is H, halogen or a monovalent organic group, Y is -O- or -NH-, Z is a direct bond or a divalent organic group, and Rf is C 4-6 -fluoroalkyl, and (b) a repeating unit formed from a fluorine-free non-crosslinkable monomer containing a hydrocarbon group having at least 14 carbon atoms, represented by the formula: CH 2 =CA-T wherein A is a hydrogen atom, a methyl group, or a halogen atom other than a fluorine atom, and T is a hydrocarbon group having 14 to 30 carbon atoms or an organic group having 15 to 31 carbon atoms and an ester bond;
A transmitter of an access point, AP, for transmitting physical layer protocol data units, PPDUs, over an increased number of channel groups each comprising multiple sub-channels, comprising: a circuitry configured to: encode a high efficiency signal, HE-SIG, field comprising a common signal field, HE-SIG-A, to indicate which of a plurality of sub-channels is active for transmitting a current PPDU, the plurality of sub-channels are arranged in a primary channel group comprising a primary sub-channel and three secondary sub-channels and three secondary channel groups (422A, 422B, 422C), each of the three secondary channel groups (422A, 422B, 422C) comprises four secondary sub-channels; and transmit the HE-SIG-A in a preamble of the current PPDU transmitted to at least one station, STA, the current PPDU is transmitted on the active sub-channels. encode a high efficiency signal, HE-SIG, field comprising a common signal field, HE-SIG-A, to indicate which of a plurality of sub-channels is active for transmitting a current PPDU, the plurality of sub-channels are arranged in a primary channel group comprising a primary sub-channel and three secondary sub-channels and three secondary channel groups (422A, 422B, 422C), each of the three secondary channel groups (422A, 422B, 422C) comprises four secondary sub-channels; and transmit the HE-SIG-A in a preamble of the current PPDU transmitted to at least one station, STA, the current PPDU is transmitted on the active sub-channels.
A flexible resealable label adapted to cover a dispensing opening in a package, the label comprising: a polymeric sheet having a length extending in a length dimension, a width extending in a width dimension, a thickness, a bottom surface, and a top surface, the polymeric sheet having a flap portion and a base portion, the flap portion and the base portion occupying the same plane when the flap portion is in a closed position; the base portion and the flap portion adapted to be at least partially adhered to said package; the flap portion having a hinge side and a lifting side opposite the hinge side in the length dimension, the hinge side being connected to the base portion along a hinge, such that the flap portion can movably pivot with respect to the base portion at the hinge about an axis of rotation to assume an open position, the lifting side including a starting tab; the label characterised in that the hinge is defined by a straight line of intermittent cuts that extends in the width dimension, each of said cuts extending all the way through the thickness of the sheet, wherein the line of intermittent cuts resides in the axis of rotation of the hinge; and in that the base portion extends at least partially around the flap portion in the width and length dimensions, so as to frame at least 75% of a periphery of the flap portion, the flap portion being unconnected to the base portion other than along the hinge. a polymeric sheet having a length extending in a length dimension, a width extending in a width dimension, a thickness, a bottom surface, and a top surface, the polymeric sheet having a flap portion and a base portion, the flap portion and the base portion occupying the same plane when the flap portion is in a closed position; the base portion and the flap portion adapted to be at least partially adhered to said package; the flap portion having a hinge side and a lifting side opposite the hinge side in the length dimension, the hinge side being connected to the base portion along a hinge, such that the flap portion can movably pivot with respect to the base portion at the hinge about an axis of rotation to assume an open position, the lifting side including a starting tab; the label characterised in that the hinge is defined by a straight line of intermittent cuts that extends in the width dimension, each of said cuts extending all the way through the thickness of the sheet, wherein the line of intermittent cuts resides in the axis of rotation of the hinge; and in that the base portion extends at least partially around the flap portion in the width and length dimensions, so as to frame at least 75% of a periphery of the flap portion, the flap portion being unconnected to the base portion other than along the hinge.
Transport container system, in particular for the transport of goods such as fruits and vegetables, comprising a non-foldable or foldable and stackable crate whose bottom and four lateral wall parts (11, 11a, 12, 12a) are structured to be stable under pressure, and a top made of natural products, comprising four lateral wall parts (15, 15a, 16, 16a) for said crate for enlarging its volume capacity, wherein said top is one piece, can be folded up via fold lines in the corners, at its side that faces the crate opening conforms in shape to the crate opening formed by said lateral wall parts (11, 11a, 12, 12a) of said crate, and, for stacking, at its side that faces away from the crate opening conforms in shape to a profile being embodied at least at the corner areas of said bottom, can be placed on the upper side of said lateral wall parts (11, 11a, 12, 12a) of said crate, and can be detachably engaged with said lateral wall parts using fastening means such that said transport container system is stackable, wherein said top comprises wood or cardboard and is disposed after single use.