mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for heat shrinking packages, comprising: means for moving having an active surface configured for receiving one or more packages and for displacing the one or more packages along a predetermined operating path; a heating fluid circuit (200, 220, 222, 228, 230, 232) configured to circulate a heating fluid; a control unit operative on the heating fluid circuit, the control unit being configured to control circulation of the heating fluid in the heating fluid circuit; a chamber having an opening and being configured for receiving the one or more packages positioned on the active surface and for heat shrinking the one or more packages based on circulation of the heating fluid in the heating fluid circuit; and means for forming a liquid curtain (110, 120, 130) arranged at the opening and configured to define a liquid curtain along the opening, the liquid curtain separating an inner volume of the chamber from an ambient atmosphere external to the chamber, characterized in that the apparatus further comprises a cooling liquid circuit (100, 122, 132, 140, 150) configured to circulate a cooling liquid; wherein the control unit is operative on the cooling liquid circuit and configured to control circulation of the cooling liquid in the cooling liquid circuit; and the control unit is configured to control the cooling liquid circuit (140, 150, 122, 132) to supply the cooling liquid to the means for forming the liquid curtain (110, 120, 130). means for moving having an active surface configured for receiving one or more packages and for displacing the one or more packages along a predetermined operating path; a heating fluid circuit (200, 220, 222, 228, 230, 232) configured to circulate a heating fluid; a control unit operative on the heating fluid circuit, the control unit being configured to control circulation of the heating fluid in the heating fluid circuit; a chamber having an opening and being configured for receiving the one or more packages positioned on the active surface and for heat shrinking the one or more packages based on circulation of the heating fluid in the heating fluid circuit; and means for forming a liquid curtain (110, 120, 130) arranged at the opening and configured to define a liquid curtain along the opening, the liquid curtain separating an inner volume of the chamber from an ambient atmosphere external to the chamber, characterized in that the apparatus further comprises a cooling liquid circuit (100, 122, 132, 140, 150) configured to circulate a cooling liquid; wherein the control unit is operative on the cooling liquid circuit and configured to control circulation of the cooling liquid in the cooling liquid circuit; and the control unit is configured to control the cooling liquid circuit (140, 150, 122, 132) to supply the cooling liquid to the means for forming the liquid curtain (110, 120, 130).
A method for detecting an overhead cable from a helicopter, the helicopter having a pilot, the method being performed during a landing preparing procedure for the helicopter, the method comprising providing, from a single camera arranged in said helicopter, wherein said camera is arranged in the helicopter in such a manner that the field of view of the camera is directed substantially perpendicular towards the ground, a plurality of images of an area beneath said helicopter during motion of said helicopter, including providing, from said single camera, a first and a second image at a first and a second point in time, respectively, while the helicopter is in motion between said first and second points in time, detecting lines in the images, determining whether said lines represent lines at ground level or lines at a level above ground level, and determining whether a line at a level above ground level represents a possible overhead cable, wherein the step of determining whether the lines represent lines at ground level or lines at a level above ground level comprises identifying pairs of lines belonging together from said first and second images, respectively, identifying a background in each of said first and second images, associated with the pairs of lines, and determining if a line and its associated background have shifted more than a predetermined limit from said first to said second image, and if so, determining if the line represents a line at a level above a ground level. identifying pairs of lines belonging together from said first and second images, respectively, identifying a background in each of said first and second images, associated with the pairs of lines, and determining if a line and its associated background have shifted more than a predetermined limit from said first to said second image, and if so, determining if the line represents a line at a level above a ground level.
A bicycle transport bag comprising a bicycle supporting frame structure and a covering, said supporting frame structure comprises frame elements which are arranged to be assembled in a first bicycle supporting configuration inside said covering, characterized in that said frame elements are removable from said covering and are arranged to be reassembled into a second bicycle supporting configuration outside of said covering, said first bicycle supporting configuration being different from said second bicycle supporting configuration.
A sliding surface element for artificial ski facilities, in particular ski jump facilities, cross-country ski trails or sliding slopes, comprising at least one carrier as well as at least one sliding system forming a sliding surface, wherein the sliding system comprises at least one sliding element having at least one aperture, and at least one base element capable of being arranged on the carrier, which is arranged in the aperture of the sliding element, characterised in that the aperture of the sliding element has at least one undercut and that the base element is made from a polymeric material.
A method for vicinity-based undocking in a wireless docking environment, the method comprising: measuring a signal strength of a communication between a wireless dockee and a wireless docking center; starting a timer if the measured signal strength is below a lower threshold; continuing measuring the signal strength of the communication between the wireless dockee and the wireless docking center; stopping the timer in the case that the measured signal strength is above a higher threshold, whereby the wireless dockee and the wireless docking center remain docked, and wherein the higher threshold has a higher value than the lower threshold; and undocking (322, 404) the wireless dockee from the wireless docking center in the case that the timer expires. measuring a signal strength of a communication between a wireless dockee and a wireless docking center; starting a timer if the measured signal strength is below a lower threshold; continuing measuring the signal strength of the communication between the wireless dockee and the wireless docking center; stopping the timer in the case that the measured signal strength is above a higher threshold, whereby the wireless dockee and the wireless docking center remain docked, and wherein the higher threshold has a higher value than the lower threshold; and undocking (322, 404) the wireless dockee from the wireless docking center in the case that the timer expires.
A sealing element for sealing and unsealing passageways of a porous liner, the sealing element comprising: a first portion (27, 39I) comprising: means for locating the sealing element on a distal end of a porous liner; and a frusto-conical shaped inner circumferential band having a first thickness ( t i); and a second portion extending from the first portion (27, 39I) of the sealing element to a peripheral edge of the sealing element, the second portion comprising a frusto-conical shaped outer circumferential band having a second thickness ( t o) characterised in that the second thickness is not equal to the first thickness, and in that the thinner inner or outer circumferential band is resiliently deformable and movable between: a first, at rest, position where the thinner circumferential band (39I, 39O) is adapted to abut a corresponding portion of the said porous liner, and a second position where the thinner circumferential band (39I, 39O) is adapted to be spaced from said corresponding portion of the said porous liner. a first portion (27, 39I) comprising: means for locating the sealing element on a distal end of a porous liner; and a frusto-conical shaped inner circumferential band having a first thickness ( t i); and means for locating the sealing element on a distal end of a porous liner; and a frusto-conical shaped inner circumferential band having a first thickness ( t i); and a second portion extending from the first portion (27, 39I) of the sealing element to a peripheral edge of the sealing element, the second portion comprising a frusto-conical shaped outer circumferential band having a second thickness ( t o) characterised in that the second thickness is not equal to the first thickness, and in that the thinner inner or outer circumferential band is resiliently deformable and movable between: a first, at rest, position where the thinner circumferential band (39I, 39O) is adapted to abut a corresponding portion of the said porous liner, and a second position where the thinner circumferential band (39I, 39O) is adapted to be spaced from said corresponding portion of the said porous liner. a first, at rest, position where the thinner circumferential band (39I, 39O) is adapted to abut a corresponding portion of the said porous liner, and a second position where the thinner circumferential band (39I, 39O) is adapted to be spaced from said corresponding portion of the said porous liner.
Baking oven with a cooking compartment which can be closed off by an oven door as well as with a flow duct, which is present above the front surface of the oven door preferably embodied as a glass plate and is directly adjacent to a further front surface and open towards a front side of the baking oven, for the forced dissipation of heated and/or contaminated operating air from the baking oven, wherein there is provision in the flow duct for an elongated flow conducting element, which prevents contact between the front surfaces (11, 5) and the operating air escaping from the flow duct, characterised in that a delimiting edge of the oven door has a cover element (15.7), which has at least one escape opening allocated to the flow ducts within the oven door, which faces towards the horizontal flow duct above the oven door and forms or has a further flow conducting element, wherein the flow conducting element is fastened to the housing of the baking oven and in the course of the flow duct, covers the delimiting edge of the oven door and is provided with a flow opening adjacent to the escape opening of the cover element (15.7), wherein the flow conducting element fastened to the housing of the baking oven has a raised part, which serves to divert the operating air coming from a switch compartment of the baking oven as a type of tear-off edge.
Method for operating a rail vehicle, - which has a primary ETCS device with a primary computer and a driver's cab display as well as a secondary ETCS device with a secondary computer, - in which, if a fault occurs in the primary ETCS device, switching takes place from the primary computer to the secondary computer (201, 204), - in which the secondary computer is used to operate the rail vehicle - in which the secondary computer is activated and used to operate the rail vehicle in conjunction with the driver's cab display of the primary ETCS device (204, 205). - which has a primary ETCS device with a primary computer and a driver's cab display as well as a secondary ETCS device with a secondary computer, - in which, if a fault occurs in the primary ETCS device, switching takes place from the primary computer to the secondary computer (201, 204), - in which the secondary computer is used to operate the rail vehicle - in which the secondary computer is activated and used to operate the rail vehicle in conjunction with the driver's cab display of the primary ETCS device (204, 205).
A method of making a conformal interference shielding structure, comprising: positioning at least one electrically conductive shielding wall within a print mold stencil to define at least one shielded area; positioning the at least one print mold stencil on a circuit board configured for having circuit components mounted thereon; filling in at least a portion of the at least one print mold stencil defined with the at least one shielding wall with a molding material such that at least one of the circuit components in the at least one shielded area is encapsulated by a volume of the molding material; removing the at least one print mold stencil without the at least one shielding wall; and forming a shielding material layer around the encapsulated volume. positioning at least one electrically conductive shielding wall within a print mold stencil to define at least one shielded area; positioning the at least one print mold stencil on a circuit board configured for having circuit components mounted thereon; filling in at least a portion of the at least one print mold stencil defined with the at least one shielding wall with a molding material such that at least one of the circuit components in the at least one shielded area is encapsulated by a volume of the molding material; removing the at least one print mold stencil without the at least one shielding wall; and forming a shielding material layer around the encapsulated volume.
A reaction vessel handling apparatus, comprising: an incubation member adapted to contain a plurality of reaction vessels and comprising an incubation ring; a wash member overlapping the incubation member and located at a different elevation; a first transfer device operable to transfer one or more reaction vessels to the wash member at a first overlap area between the wash member and the incubation member; characterised in that the reaction vessel handling apparatus further comprises a second transfer device operable to transfer one or more reaction vessels to the incubation member at a second overlap area between the wash member and the incubation member and in that the wash member comprises a wash ring. an incubation member adapted to contain a plurality of reaction vessels and comprising an incubation ring; a wash member overlapping the incubation member and located at a different elevation; a first transfer device operable to transfer one or more reaction vessels to the wash member at a first overlap area between the wash member and the incubation member; characterised in that the reaction vessel handling apparatus further comprises a second transfer device operable to transfer one or more reaction vessels to the incubation member at a second overlap area between the wash member and the incubation member and in that the wash member comprises a wash ring.
Undergarment for children comprising a babygrow with fittability 0-3 years of age; in said babygrow a neck -crotch directional line is defined; the undergarment comprising a frontal portion, the frontal portion extending between the neck and the crotch; more than 70% of the weight of the fabric of the babygrow is cotton; characterised in that at least 70% of the outer surface of the babygrow having ribs extending transversely to the neck-crotch directional line; said ribs permitting elongation of more than 40% along the neck-crotch directional line following the application of a force that is less than or equal to 30 Newton along the directional line; the neck of the babygrow being round-neck and not having opening provided with overlapping fabric on the shoulder.
A semiconductor device comprising: a board in which a wiring layer is embedded; and a via that extends in a depth direction from a main surface of the board to pierce through the wiring layer, and that is connected to the wiring layer on a side peripheral surface, characterized in that the via comprises a vertical portion and a bottom portion in a tapered shape smoothly continuing from the vertical portion. a board in which a wiring layer is embedded; and a via that extends in a depth direction from a main surface of the board to pierce through the wiring layer, and that is connected to the wiring layer on a side peripheral surface, characterized in that the via comprises a vertical portion and a bottom portion in a tapered shape smoothly continuing from the vertical portion.
Brake lever for drum brake of a vehicle comprising a lever section for connection with a brake cylinder and a housing section for attachment to a splined S-cam shaft, which receives an adjustment device, the adjustment device comprising a first clutch, the first clutch being biased by a first spring element with a spring force, and a second clutch formed as an one-way clutch with a number of teeth, the second clutch being biased by a second spring element with a spring force, characterized in that the teeth of the second clutch comprise a slope angle and the second spring element is configured to apply a spring force, which slope angle and spring force are tuned relative to each other, so that the second clutch is adapted to generate a driving torque (M d), which is always larger than the sum of all friction torques (M f), which are induced into the adjustment device by friction for each condition, the driving torque (M d) shifting the second clutch into its completely closed position as long as the first clutch remains in an open position.
A lighting device comprising: a light emitting module which includes a substrate and a light emitting device disposed on the substrate; a case (100, 500) which receives the light emitting module therewithin and includes an upper case disposed on the substrate and a lower case in which the substrate is disposed; a heat sink coupled to the lower case; a lens structure receiving the light emitting module;and a packing structure disposed on the lower case and receiving the lens structure, wherein the lower case includes a bottom surface and an top surface, characterized in that the lower case includes a seating portion which is disposed on the bottom surface of the lower case,, the seating portion is a recess which is formed by digging a portion of the bottom surface of the lower case to a predetermined depth, and a portion of the heat sink is inserted into the seating portion, the packing structure is formed of an elastic material, and the packing structure is pressed between the upper case and the lower case. a light emitting module which includes a substrate and a light emitting device disposed on the substrate; a case (100, 500) which receives the light emitting module therewithin and includes an upper case disposed on the substrate and a lower case in which the substrate is disposed; a heat sink coupled to the lower case; a lens structure receiving the light emitting module;and a packing structure disposed on the lower case and receiving the lens structure, wherein the lower case includes a bottom surface and an top surface, characterized in that the lower case includes a seating portion which is disposed on the bottom surface of the lower case,, the seating portion is a recess which is formed by digging a portion of the bottom surface of the lower case to a predetermined depth, and a portion of the heat sink is inserted into the seating portion, the packing structure is formed of an elastic material, and the packing structure is pressed between the upper case and the lower case.
Breathable multilayer composite film comprising layers as follows: a. a structured or grained outer layer, comprising elevations, or grain peaks, and depressions, or grain valleys, b. at least one air-permeable and water vapour-permeable foam layer beneath, having an open-celled foam structure, c. an air-permeable and water vapour-permeable carrier layer arranged under the foam layer, preferably a textile layer, a leather or a synthetic leather layer, and also possibly further air-permeable and water vapour-permeable layers arranged within the layer composite, wherein the outer layer provided with elevations or grain peaks and with depressions or grain valleys has a layer thickness, in the region of its depressions or grain valleys, of not more than 10 μm, characterized in that only the elevations or grain peaks have been provided with an application of varnish. a. a structured or grained outer layer, comprising elevations, or grain peaks, and depressions, or grain valleys, b. at least one air-permeable and water vapour-permeable foam layer beneath, having an open-celled foam structure, c. an air-permeable and water vapour-permeable carrier layer arranged under the foam layer, preferably a textile layer, a leather or a synthetic leather layer, and also possibly further air-permeable and water vapour-permeable layers arranged within the layer composite, wherein the outer layer provided with elevations or grain peaks and with depressions or grain valleys has a layer thickness, in the region of its depressions or grain valleys, of not more than 10 μm, characterized in that only the elevations or grain peaks have been provided with an application of varnish.
A process for stabilizing an influenza vaccine composition comprising the steps of diluting a liquid bulk composition comprising an influenza antigen or an antigenic preparation from a seasonal, pre-pandemic or pandemic influenza virus strain by an aqueous solution comprising a monosaccharide, an oligosaccharide and/or a sugar alcohol or a mixture thereof in order to obtain a 2% (w/v) to limit of solubility of monosaccharide, oligosaccharide and/or sugar alcohol content of the resulting diluted composition, prilling the diluted composition in order to form regular droplets having a diameter of approximately from about 200 μm to about 1500 μm, subjecting the regular droplets to freezing in a freezing medium to form frozen regular spherical micropellets or particles and drying the frozen regular spherical micropellets or particles to form dry regular spherical micropellets or particles having a diameter from about 200 μm to about 1500 μm.
A method, for use in a wireless device, for controlling discontinuous reception, DRX, during idle mode, the method comprising: - selecting a default DRX cycle pattern for controlling operative instants during a DRX cycle, wherein an operative instant is a beam reception window periodically recurring during a DRX cycle; - receiving, from an access node, a first set of beams in the operative instants of the default DRX cycle pattern; - determining reception quality metrics for said first set of beams; - determining, based on the reception quality metrics, a customized DRX cycle pattern for controlling operative instants during a subsequent DRX cycle; and - applying the customized DRX cycle pattern in the subsequent DRX cycle to receive a second set of beams. - selecting a default DRX cycle pattern for controlling operative instants during a DRX cycle, wherein an operative instant is a beam reception window periodically recurring during a DRX cycle; - receiving, from an access node, a first set of beams in the operative instants of the default DRX cycle pattern; - determining reception quality metrics for said first set of beams; - determining, based on the reception quality metrics, a customized DRX cycle pattern for controlling operative instants during a subsequent DRX cycle; and - applying the customized DRX cycle pattern in the subsequent DRX cycle to receive a second set of beams.