mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for processing material in connection with a pneumatic material conveying system, which apparatus comprises a waste container/separating device, into which material is configured to be conducted from a conveying pipe of the pneumatic material conveying system via an inlet aperture and which is configured to be connected to means for achieving a partial vacuum, which apparatus further comprises a press device/compactor device, which is arranged to act on the material (w) conducted into the waste container/separating device, via at least one aperture formed in the container, and at least one wall that is transverse with respect to the input direction of the material and arranged in the container space of the waste container/separating device, which wall is configured to guide the material into the operating range in the container space of the compression means of the press device/compactor device, characterized in that the wall is arranged to be turnable or bendable at its top part around a transverse axis, and the apparatus comprises a movable part, which comprises a support surface, which is configured in the support position to support the wall.
A method for establishing a control channel for packet data network, PDN, access with a user equipment, UE, the method comprising: setting up a link layer channel with the UE, comprising: sending (4-4,4-5,4-13a,4-13b, 4-14) an identifier of the link layer channel to the UE; communicating (5-2,5-3), by a trusted WLAN access gateway, TWAG, with the UE over the link layer channel using a wireless local area network, WLAN, control protocol, WLCP, wherein the WLAN comprises a trusted WLAN Access Network, TWAN; wherein sending the identifier of the link layer channel to the UE, comprises: sending (4-13a,4-13b,4-14), by an authentication, authorization and accounting, AAA, server/proxy, the identifier of the link layer channel to the UE in an extensible authentication protocol, EAP, message; wherein, prior to sending the identifier of the link layer channel to the UE, the AAA server/proxy obtains (4-4,4-5) the identifier of the link layer channel from the TWAG. setting up a link layer channel with the UE, comprising: sending (4-4,4-5,4-13a,4-13b, 4-14) an identifier of the link layer channel to the UE; sending (4-4,4-5,4-13a,4-13b, 4-14) an identifier of the link layer channel to the UE; communicating (5-2,5-3), by a trusted WLAN access gateway, TWAG, with the UE over the link layer channel using a wireless local area network, WLAN, control protocol, WLCP, wherein the WLAN comprises a trusted WLAN Access Network, TWAN; wherein sending the identifier of the link layer channel to the UE, comprises: sending (4-13a,4-13b,4-14), by an authentication, authorization and accounting, AAA, server/proxy, the identifier of the link layer channel to the UE in an extensible authentication protocol, EAP, message; wherein, prior to sending the identifier of the link layer channel to the UE, the AAA server/proxy obtains (4-4,4-5) the identifier of the link layer channel from the TWAG. sending (4-13a,4-13b,4-14), by an authentication, authorization and accounting, AAA, server/proxy, the identifier of the link layer channel to the UE in an extensible authentication protocol, EAP, message; wherein, prior to sending the identifier of the link layer channel to the UE, the AAA server/proxy obtains (4-4,4-5) the identifier of the link layer channel from the TWAG.
A garment comprising a brassiere having a wing portion, said wing portion including a polymeric film characterized in that said polymeric film is in the form of: (a) a narrow strip which extends to the edges of the wing and is oriented along a diagonal or is perpendicular to the wing edges; (b) a triangular shape; or (c) the shape of the wing portion geometrically inverted to said wing portion. (a) a narrow strip which extends to the edges of the wing and is oriented along a diagonal or is perpendicular to the wing edges; (b) a triangular shape; or (c) the shape of the wing portion geometrically inverted to said wing portion.
A L1CAM inhibitor for use in inhibiting progression of established metastatic disease in a subject who has received treatment for a primary cancer, wherein the L1CAM inhibitor is an antibody or antibody fragment or single chain antibody that specifically binds to L1CAM, or a nucleic acid, such as, a short hairpin, interfering, antisense, or ribozyme nucleic acid comprising a region of homology to an L1CAM mRNA, such as a nucleic acid having a size between about 15 and 50 or between about 15 and 30 or between about 20 and 30 nucleotides long, and capable of hybridizing to L1CAM under physiologic conditions, and wherein the L1CAM inhibitor is administered at least one month after a course of chemotherapy, targeted therapy, immunotherapy and/or radiotherapy of the primary cancer is completed. wherein the L1CAM inhibitor is an antibody or antibody fragment or single chain antibody that specifically binds to L1CAM, or a nucleic acid, such as, a short hairpin, interfering, antisense, or ribozyme nucleic acid comprising a region of homology to an L1CAM mRNA, such as a nucleic acid having a size between about 15 and 50 or between about 15 and 30 or between about 20 and 30 nucleotides long, and capable of hybridizing to L1CAM under physiologic conditions, and wherein the L1CAM inhibitor is administered at least one month after a course of chemotherapy, targeted therapy, immunotherapy and/or radiotherapy of the primary cancer is completed.
A device for monitoring the breathing of a user comprising: - a textile support comprising a tubular portion formed by knitting an electrically insulating majority ground yarn, the tubular portion being able to cover the chest of the user, - at least one breathing sensor (3, 4) comprising a detection yarn, the detection yarn comprising at least one internal core made of an electrically insulating material and an external sheath surrounding the internal core, the external sheath being made of an electrically conducting material, wherein the breathing sensor (3, 4) forms a conductive band (31, 41) having a first end (311, 411) and a second end (312, 412) positioned at a distance from each other, the ends being able to be connected to an apparatus for measuring the electric resistance of the conductive band (31, 41), and the conductive band (31, 41) is positioned with respect to the tubular portion so that when the chest of the user is covered with the textile support, the conductive band (31, 41) is alternatively stretched and shrunk because of the breathing of the user, characterized in that the breathing sensor is formed by knitting the detection yarn, the detection yarn forming a plurality of stitches, the external sheath of the detection yarn generating electric contacts between the stitches, so that the stretching and the shrinking of the conductive band (31, 41) having the effect of modifying the electric contacts between the stitches of the detection yarn within the conductive band (31, 41), causing a modification in the electric resistance of the conductive band (31, 41). - a textile support comprising a tubular portion formed by knitting an electrically insulating majority ground yarn, the tubular portion being able to cover the chest of the user, - at least one breathing sensor (3, 4) comprising a detection yarn, the detection yarn comprising at least one internal core made of an electrically insulating material and an external sheath surrounding the internal core, the external sheath being made of an electrically conducting material,
A computer-implemented method comprising: receiving implicit functions values, based on data acquired in a geological environment via acquisition equipment, for a mesh that represents a geologic environment that comprises intersecting faults defined by fault patches; defining a fault network scenario by assigning states to the fault patches, wherein the states comprise an on state and an off state wherein the on state corresponds to existence of a corresponding one of the fault patches and wherein the off state corresponds to non-existence of a corresponding one of the fault patches; revising the implicit function values based at least in part on the assigned states to provide revised implicit function values, without alteration of the mesh; and outputting a structural model of the geologic environment based at least in part on the revised implicit function values. receiving implicit functions values, based on data acquired in a geological environment via acquisition equipment, for a mesh that represents a geologic environment that comprises intersecting faults defined by fault patches; defining a fault network scenario by assigning states to the fault patches, wherein the states comprise an on state and an off state wherein the on state corresponds to existence of a corresponding one of the fault patches and wherein the off state corresponds to non-existence of a corresponding one of the fault patches; revising the implicit function values based at least in part on the assigned states to provide revised implicit function values, without alteration of the mesh; and outputting a structural model of the geologic environment based at least in part on the revised implicit function values.
An electrochemical cell, comprising: a negative electrode; a positive electrode spaced apart from the negative electrode; a separator positioned between the negative electrode and the positive electrode; and an active material particle within the positive electrode, the active material particle including an outer shell defining a core space with a substantially constant volume and including a form of oxygen, the outer shell impervious to oxygen and pervious to lithium characterized in that the active material particle is configured such that when the positive electrode is in a fully lithiated state, the core space includes a volume of Li 2 O 2, and the volume of Li 2 O 2 is less than the substantially constant volume of the core space. a negative electrode; a positive electrode spaced apart from the negative electrode; a separator positioned between the negative electrode and the positive electrode; and an active material particle within the positive electrode, the active material particle including an outer shell defining a core space with a substantially constant volume and including a form of oxygen, the outer shell impervious to oxygen and pervious to lithium characterized in that the active material particle is configured such that when the positive electrode is in a fully lithiated state, the core space includes a volume of Li 2 O 2, and the volume of Li 2 O 2 is less than the substantially constant volume of the core space. the active material particle is configured such that when the positive electrode is in a fully lithiated state, the core space includes a volume of Li 2 O 2, and the volume of Li 2 O 2 is less than the substantially constant volume of the core space.
A hanger wire for contact wires of railway electrical lines comprising a plurality of strands obtained by stranding first wires in combination with second wires, characterised in that said first wires are made from copper or an alloy thereof and said second wires consist of a steel core coupled with a layer made from copper or an alloy thereof.
An insulated electrode array for delivering a plurality of tumor treating electromagnetic fields, comprising: an array that is selectively divided into a first sub-array and a second sub-array, including a plurality of electrode elements each having an insulation layer, each said electrode element being independently programmable and dynamically assignable to at least one of said first sub-array then to said second sub-array; a modular system having a plurality of end-to-end element modules incorporating said electrode elements; a control device configured to dynamically program a frequency range, a firing configuration and a firing sequence for said plurality of electrode elements; a field generator configured to generate an electrical signal in said frequency range; and wherein the array is in electrical communication with said field generator and said modular system. an array that is selectively divided into a first sub-array and a second sub-array, including a plurality of electrode elements each having an insulation layer, each said electrode element being independently programmable and dynamically assignable to at least one of said first sub-array then to said second sub-array; a modular system having a plurality of end-to-end element modules incorporating said electrode elements; a control device configured to dynamically program a frequency range, a firing configuration and a firing sequence for said plurality of electrode elements; a field generator configured to generate an electrical signal in said frequency range; and wherein the array is in electrical communication with said field generator and said modular system.
A method for indicating when a gas detector is non-compliant comprising: providing a gas detector comprising a Bluetooth Low Energy communicator; providing an auditor device (120, 130)) comprising a BLE communicator; determining, by a processor of the gas detector, that the gas detector is not in compliance with predefined standards; generating, by the processor in response to determining that the gas detector is not in compliance with the predefined standards, an advertisement packet, wherein the advertisement packet comprises non-compliance information and at least one of a user identifier or a device identifier, wherein the non-compliance information comprises at least one of a maintenance requirement, a testing requirement, or a setting for which the gas detector is non-compliant; broadcasting, by the gas detector, the advertisement packet when the gas detector is non-compliant with predefined standards; receiving, by the auditor device (120, 130), the advertisement packet from the gas detector; and indicating, by the auditor device(120, 130), that the gas detector is non-compliant. providing a gas detector comprising a Bluetooth Low Energy communicator; providing an auditor device (120, 130)) comprising a BLE communicator; determining, by a processor of the gas detector, that the gas detector is not in compliance with predefined standards; generating, by the processor in response to determining that the gas detector is not in compliance with the predefined standards, an advertisement packet, wherein the advertisement packet comprises non-compliance information and at least one of a user identifier or a device identifier, wherein the non-compliance information comprises at least one of a maintenance requirement, a testing requirement, or a setting for which the gas detector is non-compliant; broadcasting, by the gas detector, the advertisement packet when the gas detector is non-compliant with predefined standards; receiving, by the auditor device (120, 130), the advertisement packet from the gas detector; and indicating, by the auditor device(120, 130), that the gas detector is non-compliant.
An electro-acoustical transducer comprising a transducer housing, having one or more side portions (40, 42, 44) and an inner space, the transducer comprising: - a deflectable diaphragm responsive to received sound or adapted to generate sound, the diaphragm dividing the inner space of the housing into a first and a second, separate chambers (30, 32), - a sound port adapted to convey sound between the first chamber and the surroundings, and - a channel extending between a first opening toward at least one of the first or second chambers (30, 32) and a second opening to the surroundings, the channel being adapted to facilitate gas flow there through between the first or second chamber (30, 32) and the surroundings, the channel having dimensions providing a transfer function, between a sound pressure in the first or second chamber and a sound pressure at the second opening of the channel, the transfer function comprising a low pass filter having a cut-off frequency, measured under free field conditions, of less than 100 Hz, at least part of the channel extends within a side portion (40, 42, 44) and along a plane thereof, the plane co-extending with said side portion, characterised in that the channel being defined by part of the material defining the side portion and having a length longer than the thickness of said side portion. - a deflectable diaphragm responsive to received sound or adapted to generate sound, the diaphragm dividing the inner space of the housing into a first and a second, separate chambers (30, 32), - a sound port adapted to convey sound between the first chamber and the surroundings, and - a channel extending between a first opening toward at least one of the first or second chambers (30, 32) and a second opening to the surroundings, the channel being adapted to facilitate gas flow there through between the first or second chamber (30, 32) and the surroundings, the channel having dimensions providing a transfer function, between a sound pressure in the first or second chamber and a sound pressure at the second opening of the channel, the transfer function comprising a low pass filter having a cut-off frequency, measured under free field conditions, of less than 100 Hz, at least part of the channel extends within a side portion (40, 42, 44) and along a plane thereof, the plane co-extending with said side portion, characterised in that the channel being defined by part of the material defining the side portion and having a length longer than the thickness of said side portion.
A traction beam for a rail train, wherein the traction beam comprises an intermediate body and two end bodies which are arranged at two ends of the intermediate body, a pin sleeve hole for mounting a central pin sleeve is defined in the intermediate body, a pull rod hole for connecting a traction pull rod is defined in each end body; wherein each end body comprises a main body portion, wherein a cross-sectional area of the main body portion is decreased along a length direction of the traction beam; one end, having a relatively large cross-sectional area, of the main body portion is connected with the intermediate body; a curved surface portion is provided on a side surface of the intermediate body; the side surface of the intermediate body is in a smooth transition with a side surface of the main body portion by means of the curved surface portion of the intermediate body, characterised in that part of the side surface on one side of the main body portion is recessed inward to form a notch groove, the notch groove reaches to an end surface of an end, away from the intermediate body, of the main body portion and to a top surface and a bottom surface of the main body portion, and a side wall and an end wall of the notch groove are in a smooth transition.
A method of wireless communication by a wireless device, the method comprising: generating, by the wireless device, a protocol data unit, PDU, header of an angle of arrival, AoA, packet, wherein the PDU header includes a reserved for future use, RFU, field; generating, by the wireless device, a PDU payload of the AoA packet corresponding to the PDU header, wherein generating the PDU payload includes: inserting a supplemental field into the PDU payload to enable another wireless device to determine an angle of arrival of the AoA packet, and inserting a cyclic redundancy check, CRC, field into the PDU payload, the CRC field corresponding to a CRC of at least the supplemental field; modifying the PDU header by replacing one or more reserved bits of the RFU field to indicate that the PDU payload includes the supplemental field; and transmitting the AoA packet with a single antenna of the wireless device. generating, by the wireless device, a protocol data unit, PDU, header of an angle of arrival, AoA, packet, wherein the PDU header includes a reserved for future use, RFU, field; generating, by the wireless device, a PDU payload of the AoA packet corresponding to the PDU header, wherein generating the PDU payload includes: inserting a supplemental field into the PDU payload to enable another wireless device to determine an angle of arrival of the AoA packet, and inserting a cyclic redundancy check, CRC, field into the PDU payload, the CRC field corresponding to a CRC of at least the supplemental field; inserting a supplemental field into the PDU payload to enable another wireless device to determine an angle of arrival of the AoA packet, and inserting a cyclic redundancy check, CRC, field into the PDU payload, the CRC field corresponding to a CRC of at least the supplemental field; modifying the PDU header by replacing one or more reserved bits of the RFU field to indicate that the PDU payload includes the supplemental field; and transmitting the AoA packet with a single antenna of the wireless device.
A soft and elastic jacket being composed of an elastic weft knitted fabric, wherein the elastic weft knitted fabric comprises 5∼15% weight of elastic yarns and the rest of non-elastic yarns knitted with each other, wherein the elastic weft knitted fabric covers no less than 70 percent of the circumference of a body part of the soft and elastic jacket when the soft and elastic jacket is in a motionless state without being worn, characerized in that the elastic weft knitted fabric has a tightness index of not greater than 0.8 and a recovery stress of 0.3∼1.3 N at an elongation range of 30∼80%, wherein the tightness index is measured according to a method specified in JIS L-1096:1999, and the recovery stress is measured according to a method specified in JIS L-1096:1999.
A method for authoring a graphical user interface, GUI, comprising: providing, using a processor of a computer, a widget builder user interface for creating a widget; receiving (708; 714) user input, at the processor, of widget properties for the widget, the widget properties including a widget type, one or more widget parameters, and one or more images; and characterised by: saving (710; 716), using the processor, the widget properties and the one or more images into a widget file conforming to a standard image file format in a computer readable storage medium of the computer. providing, using a processor of a computer, a widget builder user interface for creating a widget; receiving (708; 714) user input, at the processor, of widget properties for the widget, the widget properties including a widget type, one or more widget parameters, and one or more images; and characterised by: saving (710; 716), using the processor, the widget properties and the one or more images into a widget file conforming to a standard image file format in a computer readable storage medium of the computer.