mhurhangee/ep-ind-claims huggingface dataset:
A hologram transfer foil comprising a substrate and a transfer layer laminated thereon, said transfer layer comprising a surface protective layer, a thermoplastic resin layer, a volume hologram layer and a heat seal layer in this order, wherein the volume hologram layer comprises a matrix polymer, a photo-polymerizable compound, a photo-polymerization initiator and a sensitizing dye, wherein a water-soluble heat-sensitive adhesive is used as the heat seal layer; said thermoplastic resin layer having a softening point of 55°C to 200°C while said heat seal layer having a softening point of 50°C to 195°C and the softening point of said thermoplastic resin layer being at least 5°C higher than the softening point of said heat seal layer; and wherein when said hologram transfer foil is applied on said heat seal layer side to an application member, a peel force between said substrate and said surface protective layer is smaller than that between adjacent layers in other layers.
An agricultural working machine, in particular a self-propelled harvesting machine or towing vehicle, with at least one working unit for carrying out or supporting agricultural work, wherein a driver assistance system is provided which has a memory for storing data, a processing device for processing the data stored in the memory and a user interface which provides at least one operator element (12, 13), wherein the driver assistance system is configured to carry out an action associated with the respective operator element (12, 13) and which comprises control and/or regulation of one or more working units of the agricultural working machine when the operator activates the operator element (12, 13) from the user interface, characterized in that the action to be initiated by the activation of the respective operator element (12, 13) can be specified by means of a spoken command, wherein, in order to link the respective action to be initiated with the associated operator element (12, 13), the operator of the agricultural working machine gives the spoken command at any time before and/or while carrying out an agricultural working assignment which the action requires. wherein a driver assistance system is provided which has a memory for storing data, a processing device for processing the data stored in the memory and a user interface which provides at least one operator element (12, 13), wherein the driver assistance system is configured to carry out an action associated with the respective operator element (12, 13) and which comprises control and/or regulation of one or more working units of the agricultural working machine when the operator activates the operator element (12, 13) from the user interface, characterized in that the action to be initiated by the activation of the respective operator element (12, 13) can be specified by means of a spoken command, wherein, in order to link the respective action to be initiated with the associated operator element (12, 13), the operator of the agricultural working machine gives the spoken command at any time before and/or while carrying out an agricultural working assignment which the action requires.
A method for receiver processing in a wireless mobile device the method comprising: receiving an initial sub-frame transmitted from a base station on a signalling channel, the sub-frame received using a first receiver (504, 704) in the wireless mobile device while a second receiver is disabled; performing an integrity check on the initial sub-frame to determine if the sub-frame was demodulated and decoded correctly by the first receiver; in the event of the integrity check failing and a hybrid-acknowledgement request, HARQ, negative acknowledgement, NAK, being sent to the base station by the wireless mobile device, enabling the second receiver (505, 705) prior to receiving an expected retransmission of the sub-frame, the second receiver differing from the first receiver in that the second receiver uses a maximum likelihood decoder for Multiple-In-Multiple-Out, MIMO, decoding; receiving the retransmission of the sub-frame transmitted from the base station using the second receiver; performing an integrity check on the retransmission sub-frame to determine if the retransmission sub-frame was demodulated and decoded correctly by the second receiver; and if the first receiver is not enabled, enabling the first receiver when the integrity check of the retransmission sub-frame passes and a HARQ acknowledgement, ACK, is sent to the base station by the wireless mobile device or a new data indicator, NDI, is set in a control channel indicating that the transmission is an initial transmission. receiving an initial sub-frame transmitted from a base station on a signalling channel, the sub-frame received using a first receiver (504, 704) in the wireless mobile device while a second receiver is disabled; performing an integrity check on the initial sub-frame to determine if the sub-frame was demodulated and decoded correctly by the first receiver; in the event of the integrity check failing and a hybrid-acknowledgement request, HARQ, negative acknowledgement, NAK, being sent to the base station by the wireless mobile device, enabling the second receiver (505, 705) prior to receiving an expected retransmission of the sub-frame, the second receiver differing from the first receiver in that the second receiver uses a maximum likelihood decoder for Multiple-In-Multiple-Out, MIMO, decoding; receiving the retransmission of the sub-frame transmitted from the base station using the second receiver; performing an integrity check on the retransmission sub-frame to determine if the retransmission sub-frame was demodulated and decoded correctly by the second receiver; and
An assembly comprising a flushing tool (40, 112, 114, 116) for a perforated tubing in a production tubing string containing wellbore fluids, and a wireline or slickline running tool, the flushing tool (40, 112, 114, 116) having a sealed configuration and an activated configuration, and the flushing tool (40, 112, 114, 116) comprising: a chamber that is sealed at a pressure at or below atmospheric pressure when the flushing tool (40, 112, 114, 116) is in its sealed configuration, the chamber arranged to receive wellbore fluids when the flushing tool is in its activated configuration; a port for allowing ingress of wellbore fluids into the chamber when the flushing tool is in its activated configuration; a sealing means having a first position when the flushing tool is in its sealed configuration in which the port is sealed against the ingress of wellbore fluids and a second position when the flushing tool is in its activated configuration in which the port is open to allow wellbore fluids flow to flow into the chamber; characterized in that the flushing tool further comprises an actuator for releasing the flushing tool from its sealed configuration to its activated configuration by releasing the sealing means to move from the first position to the second position and thereby open the port, whereby, in use, movement of the sealing means into the second position causes an ingress of wellbore fluids into the chamber whereby the perforated tubing is flushed to improve hydrocarbon flow. a chamber that is sealed at a pressure at or below atmospheric pressure when the flushing tool (40, 112, 114, 116) is in its sealed configuration, the chamber arranged to receive wellbore fluids when the flushing tool is in its activated configuration; a port for allowing ingress of wellbore fluids into the chamber when the flushing tool is in its activated configuration; a sealing means having a first position when the flushing tool is in its sealed configuration in which the port is sealed against the ingress of wellbore fluids and a second position when the flushing tool is in its activated configuration in which the port is open to allow wellbore fluids flow to flow into the chamber; characterized in that the flushing tool further comprises an actuator for releasing the flushing tool from its sealed configuration to its activated configuration by releasing the sealing means to move from the first position to the second position and thereby open the port, whereby, in use, movement of the sealing means into the second position causes an ingress of wellbore fluids into the chamber whereby the perforated tubing is flushed to improve hydrocarbon flow.
A phosphor plate comprising: a base plate having one side and an other side opposite the one side; a phosphor included in the base plate; a protrusion part formed so that a portion of the phosphor protrudes outwards from the one side or the other side of the base plate; and a recessed part formed by separation of the phosphor from a surface of the one side or the other side of the base plate, wherein the protrusion part accounts for 20% to 70% of the total surface area of the one side or the other side of the base plate, wherein a hardness of the phosphor is higher than a hardness of the base plate, wherein the one side or the other side of the base plate comprising the protrusion part and the recessed part has a surface roughness of 0.01 μm to 7 μm, and wherein a volume of the phosphor protruding outwards from the base plate accounts for greater than 0% and less than 50% of the total volume of the phosphor which forms the protrusion part, characterized in that: the recessed part accounts for greater than 0% and less than or equal to 5% of the total surface area of the one side or the other side of the base plate, and the recessed part is an empty space formed by removal of the phosphor from the surface of the one side or the other side of the base plate. a base plate having one side and an other side opposite the one side; a phosphor included in the base plate; a protrusion part formed so that a portion of the phosphor protrudes outwards from the one side or the other side of the base plate; and a recessed part formed by separation of the phosphor from a surface of the one side or the other side of the base plate, wherein the protrusion part accounts for 20% to 70% of the total surface area of the one side or the other side of the base plate, wherein a hardness of the phosphor is higher than a hardness of the base plate, wherein the one side or the other side of the base plate comprising the protrusion part and the recessed part has a surface roughness of 0.01 μm to 7 μm, and wherein a volume of the phosphor protruding outwards from the base plate accounts for greater than 0% and less than 50% of the total volume of the phosphor which forms the protrusion part, characterized in that: the recessed part accounts for greater than 0% and less than or equal to 5% of the total surface area of the one side or the other side of the base plate, and the recessed part is an empty space formed by removal of the phosphor from the surface of the one side or the other side of the base plate. the recessed part accounts for greater than 0% and less than or equal to 5% of the total surface area of the one side or the other side of the base plate, and the recessed part is an empty space formed by removal of the phosphor from the surface of the one side or the other side of the base plate.
A delivery system comprising: a mobile receptacle unit, MRU, and an unmanned aerial vehicle, UAV, (100; 120; 140; 160; 180; 200) having one or more computing devices configured to: receive sensor data for a predetermined delivery area; use the sensor data to identify one or more grid cells of a grid corresponding to a map of the predetermined delivery area, the identified one or more grid cells corresponding to locations acceptable for delivery by the UAV; receive, from the MRU, information identifying a set of grid cells of the grid identified by the MRU as being acceptable for delivery; determine a delivery location by identifying a common grid cell between the identified one or more grid cells and the set of grid cells received from the MRU; and send the common grid cell to the MRU to instruct the MRU to maneuver to the common grid cell in order to attempt a delivery of a package at the delivery location. a mobile receptacle unit, MRU, and an unmanned aerial vehicle, UAV, (100; 120; 140; 160; 180; 200) having one or more computing devices configured to: receive sensor data for a predetermined delivery area; use the sensor data to identify one or more grid cells of a grid corresponding to a map of the predetermined delivery area, the identified one or more grid cells corresponding to locations acceptable for delivery by the UAV; receive, from the MRU, information identifying a set of grid cells of the grid identified by the MRU as being acceptable for delivery; determine a delivery location by identifying a common grid cell between the identified one or more grid cells and the set of grid cells received from the MRU; and send the common grid cell to the MRU to instruct the MRU to maneuver to the common grid cell in order to attempt a delivery of a package at the delivery location. receive sensor data for a predetermined delivery area; use the sensor data to identify one or more grid cells of a grid corresponding to a map of the predetermined delivery area, the identified one or more grid cells corresponding to locations acceptable for delivery by the UAV; receive, from the MRU, information identifying a set of grid cells of the grid identified by the MRU as being acceptable for delivery; determine a delivery location by identifying a common grid cell between the identified one or more grid cells and the set of grid cells received from the MRU; and send the common grid cell to the MRU to instruct the MRU to maneuver to the common grid cell in order to attempt a delivery of a package at the delivery location.
A method performed by a wireless transmit/receive unit, WTRU, the method comprising: communicating, by the WTRU, with a primary cell and a non-primary cell in a wireless network; processing, by the WTRU, a message received by the WTRU via the primary cell only, wherein the message carries a shared channel indicator for the non-primary cell; and receiving, by the WTRU, one or more messages from the non-primary cell on a channel indicated by the shared channel indicator. communicating, by the WTRU, with a primary cell and a non-primary cell in a wireless network; processing, by the WTRU, a message received by the WTRU via the primary cell only, wherein the message carries a shared channel indicator for the non-primary cell; and receiving, by the WTRU, one or more messages from the non-primary cell on a channel indicated by the shared channel indicator.
A method of making a root end joint of a wind turbine blade, the method comprising forming a plurality of root segments of a composite material, each segment being generally the shape of a segment of a hollow cylinder having at least one arcuate end face subtending an angle of 90° or less with a plurality of connection holes and a pair of side faces extending axially from the arcuate end face, the method further comprising joining a plurality of the segments side-by-side, characterised in that the segments include uni-axial and multi-axial fibers, wherein the relative proportion of uni-axial to multi-axial fibers decreases from the arcuate end face towards the opposite end, in such a way that the proportion of the uni-axial fibers is higher than the proportion of the multi-axial fibers at the arcuate end face and the proportion of the multi-axial fibers is higher than the proportion of the uni-axial fibers at the opposite end.
An apparatus, comprising: an electrical interface; and a processor, configured to: receive via the electrical interface one or more signals indicative of a position of a distal-end assembly of a medical probe within an organ of a patient; characterized by the processor being configured to: based on the received signals, determine an inner volume (50,60) that is confined within the distal-end assembly; verify whether the distal-end assembly is deformed; and update an anatomical map of the organ to denote the inner volume (50, 60) of the distal-end assembly as belonging to an interior of the organ, wherein the processor is configured to denote the inner volume of the distal-end assembly as belonging to the interior of the organ only when the distal-end assembly is not deformed. an electrical interface; and a processor, configured to: receive via the electrical interface one or more signals indicative of a position of a distal-end assembly of a medical probe within an organ of a patient; characterized by the processor being configured to: based on the received signals, determine an inner volume (50,60) that is confined within the distal-end assembly; verify whether the distal-end assembly is deformed; and update an anatomical map of the organ to denote the inner volume (50, 60) of the distal-end assembly as belonging to an interior of the organ, wherein the processor is configured to denote the inner volume of the distal-end assembly as belonging to the interior of the organ only when the distal-end assembly is not deformed. based on the received signals, determine an inner volume (50,60) that is confined within the distal-end assembly; verify whether the distal-end assembly is deformed; and update an anatomical map of the organ to denote the inner volume (50, 60) of the distal-end assembly as belonging to an interior of the organ, wherein the processor is configured to denote the inner volume of the distal-end assembly as belonging to the interior of the organ only when the distal-end assembly is not deformed.
A method of protecting a metal substrate coated in a coating by the HVOF method, the method comprising applying a lubricating agent on the coating, which lubricating agent comprises particles of solid lubricant incorporated in a fluid having surface tension that is low enough to penetrate into the pores of the coating and to entrain the solid lubricant particles therein.
A kit for intravascular implantation of an implantable medical device within a patient, the kit comprising: the implantable medical device comprising a fixation assembly comprising a loop; an elongated shaft defining at least one longitudinal lumen and a port in fluid communication with the lumen, the shaft sized to traverse a vasculature of the patient and the port sized to receive at least a portion of the loop of the fixation assembly of the implantable medical device; and a locking mandrel configured to be positioned within the at least one lumen of the shaft and configured to pass through the loop of the fixation assembly of the implantable medical device within the lumen at the port; characterized in that a reduced profile portion of the shaft defines a reduced profile with respect to at least one other portion of the shaft, wherein at least a portion of the reduced profile portion is configured to be adjacent to the implantable medical device when the implantable medical device is positioned on the shaft. the implantable medical device comprising a fixation assembly comprising a loop; an elongated shaft defining at least one longitudinal lumen and a port in fluid communication with the lumen, the shaft sized to traverse a vasculature of the patient and the port sized to receive at least a portion of the loop of the fixation assembly of the implantable medical device; and a locking mandrel configured to be positioned within the at least one lumen of the shaft and configured to pass through the loop of the fixation assembly of the implantable medical device within the lumen at the port; characterized in that a reduced profile portion of the shaft defines a reduced profile with respect to at least one other portion of the shaft, wherein at least a portion of the reduced profile portion is configured to be adjacent to the implantable medical device when the implantable medical device is positioned on the shaft.
A method, comprising: fabricating one or more gridlines for extracting photo-current on a front surface of a solar cell, wherein each of the one or more gridlines is a metal grid and a cap layer, and at least a portion of the metal grid is deposited on the cap layer; and controlling an alignment of the metal grid relative to the cap layer and a width of the cap layer relative to a width of the metal grid so that a minimum cap edge offset distance value is 1 μm or more, wherein controlling the alignment of the metal grid relative to the cap layer and the width of the cap layer relative to the width of the metal grid results in cap edge offset L and cap edge offset R values representing distances of edges of the cap layer from edges of the metal grid on a left and right side of the cap layer, respectively, and the minimum cap edge offset distance value is the minimum value of the cap edge offset L and cap edge offset R values. fabricating one or more gridlines for extracting photo-current on a front surface of a solar cell, wherein each of the one or more gridlines is a metal grid and a cap layer, and at least a portion of the metal grid is deposited on the cap layer; and controlling an alignment of the metal grid relative to the cap layer and a width of the cap layer relative to a width of the metal grid so that a minimum cap edge offset distance value is 1 μm or more, wherein controlling the alignment of the metal grid relative to the cap layer and the width of the cap layer relative to the width of the metal grid results in cap edge offset L and cap edge offset R values representing distances of edges of the cap layer from edges of the metal grid on a left and right side of the cap layer, respectively, and the minimum cap edge offset distance value is the minimum value of the cap edge offset L and cap edge offset R values.
A fired suspended brick of refractory material with a ceramic bond for a suspended roof of a tunnel kiln for the coarse-ceramic industry, in particular for brickworks, having receiving elements for receiving a supported brick of the suspended roof, characterized in that the suspended brick is a magnesia brick at least of the group M 90 according to DIN EN ISO 10081-2:2005-05 or a magnesia-chromite brick at least of the group MCr 70 according to DIN EN ISO 10081-2:2005-05 or a magnesia-zirconia brick according to DIN EN ISO 10081-2:2005-05.
Phase segregated block-copolymer based on repeating structural elements represented by formula I wherein PHA represents at least one block of one or more α-hydroxy acids, PDAS represents a central polydimethylsiloxane block, the PDAS block has a weight average molecular weight in the range of from 4000 to 10000, the blocks PHA have a weight average molecular weight in the range of from 1500 to 10 000, the phase segregated block copolymer has a weight average molecular weight of from 40 000 to 120 000, the weight average molecular weight referred to before being determined by gel permeation chromatography. wherein PHA represents at least one block of one or more α-hydroxy acids, PDAS represents a central polydimethylsiloxane block, the PDAS block has a weight average molecular weight in the range of from 4000 to 10000, the blocks PHA have a weight average molecular weight in the range of from 1500 to 10 000, the phase segregated block copolymer has a weight average molecular weight of from 40 000 to 120 000, the weight average molecular weight referred to before being determined by gel permeation chromatography.
A tissue repair implant comprising: a tissue carrier matrix comprising a plurality of biocompatible, bioresorbable granules and at least one tissue fragment in association with the tissue carrier matrix, the at least one tissue fragment having viable cells capable of migrating out of the tissue fragment and populating the tissue carrier matrix, wherein the at least one tissue fragment has a particle size in the range of 0.1 mm 3 to 2 mm 3 and wherein the tissue carrier matrix is in the form of an injectable suspension, and wherein an average maximum outer diameter of the granules is in the range of 150 to 300 μm.