mhurhangee/ep-ind-claims huggingface dataset:
A multi-band pass filter comprising: a filter layer (FL10, FL10a, FL10b, FL11) comprising a plurality of different epsilon-near-zero, ENZ, material layers (EM10 - 30, EM10a - 30a, EM10b - 30b) that are sequentially arranged; and an aperture-defining layer that is disposed on the filter layer and comprises at least one aperture, wherein the filter layer is configured to be exposed to incident light through the at least one aperture and to pass a plurality of wavelength regions of the incident light, the plurality of wavelength regions corresponding to pass wavelength regions; wherein a sum of a thickness of the filter layer (FL10, FL10a, FL10b, FL11) and a thickness of the aperture-defining layer is less than a wavelength of the incident light including the pass wavelength regions; and wherein the at least one aperture has a width less than a wavelength of the incident light including the pass wavelength regions. a filter layer (FL10, FL10a, FL10b, FL11) comprising a plurality of different epsilon-near-zero, ENZ, material layers (EM10 - 30, EM10a - 30a, EM10b - 30b) that are sequentially arranged; and an aperture-defining layer that is disposed on the filter layer and comprises at least one aperture, wherein the filter layer is configured to be exposed to incident light through the at least one aperture and to pass a plurality of wavelength regions of the incident light, the plurality of wavelength regions corresponding to pass wavelength regions; wherein a sum of a thickness of the filter layer (FL10, FL10a, FL10b, FL11) and a thickness of the aperture-defining layer is less than a wavelength of the incident light including the pass wavelength regions; and wherein the at least one aperture has a width less than a wavelength of the incident light including the pass wavelength regions.
An article of wear comprising: a material with color changing properties comprising: a first layer; a third layer positioned below the first layer; and a second layer positioned between the first layer and the third layer, wherein the second layer comprises a substantially translucent appearance in an unstretched condition, and a substantially opaque appearance in a stretched condition, and wherein at least one elastic portion of the material comprises an unstretched colored appearance when the second layer is in the unstretched condition and a stretched colored appearance when the second layer is in the stretched condition, wherein the unstretched colored appearance is different from the stretched colored appearance. a material with color changing properties comprising: a first layer; a third layer positioned below the first layer; and a second layer positioned between the first layer and the third layer, wherein the second layer comprises a substantially translucent appearance in an unstretched condition, and a substantially opaque appearance in a stretched condition, and a first layer; a third layer positioned below the first layer; and a second layer positioned between the first layer and the third layer, wherein the second layer comprises a substantially translucent appearance in an unstretched condition, and a substantially opaque appearance in a stretched condition, and wherein at least one elastic portion of the material comprises an unstretched colored appearance when the second layer is in the unstretched condition and a stretched colored appearance when the second layer is in the stretched condition, wherein the unstretched colored appearance is different from the stretched colored appearance.
A hydraulic cylinder cover for a hydraulic cylinder of machine tool, the hydraulic cylinder cover comprising: a body having a first end and a second end, a flange positioned at the first end, and a cover eye provided on the flange for connection to a piston rod eye of the hydraulic cylinder, characterised in that the flange has a linear edge opposite an arcuate edge wherein the cover eye extends between the linear edge and the arcuate edge and wherein the arcuate edge is positioned on the inner surface of the body. a body having a first end and a second end, a flange positioned at the first end, and a cover eye provided on the flange for connection to a piston rod eye of the hydraulic cylinder, characterised in that the flange has a linear edge opposite an arcuate edge wherein the cover eye extends between the linear edge and the arcuate edge and wherein the arcuate edge is positioned on the inner surface of the body.
A device for generating noise, the device comprising a handle having one end comprising a gripping portion, characterised in that the opposite end of the handle forms an axle, the two ends (4,5) being separated by a right angle cantilever portion, a disc rotatably mounted to the axle with the axis of rotation of the disc at right angles to the longitudinal axis of the gripping portion of the handle, wherein the disc has two opposing faces (6a, 6b) and has a plurality of projections arranged circumferentially around the face of the disc facing the gripping portion of the handle, the projections being configured to engage with a finger mounted on the gripping portion of the handle and the projections and/or the finger being resiliently deformable. wherein the disc has two opposing faces (6a, 6b) and has a plurality of projections arranged circumferentially around the face of the disc facing the gripping portion of the handle, the projections being configured to engage with a finger mounted on the gripping portion of the handle and the projections and/or the finger being resiliently deformable.
An eddy current measuring probe sensor, comprising: an exciting portion that i) includes a primary exciting portion that includes a main core formed of a cylindrical magnetic body and a main coil that is a solenoid coil wound in a circumferential direction around the main core, and a plurality of secondary exciting portions that include sub-cores formed of cylindrical magnetic bodies that are arranged around the primary exciting portion in a manner such that an axial direction of each sub-core is the same as an axial direction of the main core and ii) applies a predetermined alternating current excitation signal to a component to be measured, characterized in that the plurality of secondary exciting portions are configured to change the position of each sub-core independently in the axial direction of the main core relative to the primary exciting portion, wherein a detecting portion that detects a detection signal according to an eddy current from the component to be measured to which the predetermined alternating current excitation signal has been applied. an exciting portion that i) includes a primary exciting portion that includes a main core formed of a cylindrical magnetic body and a main coil that is a solenoid coil wound in a circumferential direction around the main core, and a plurality of secondary exciting portions that include sub-cores formed of cylindrical magnetic bodies that are arranged around the primary exciting portion in a manner such that an axial direction of each sub-core is the same as an axial direction of the main core and ii) applies a predetermined alternating current excitation signal to a component to be measured, characterized in that the plurality of secondary exciting portions are configured to change the position of each sub-core independently in the axial direction of the main core relative to the primary exciting portion, wherein a detecting portion that detects a detection signal according to an eddy current from the component to be measured to which the predetermined alternating current excitation signal has been applied.
A water-based composition comprising: a reaction product made by reacting a polyol and an aminopolycarboxylic compound; an isocyanate; and water. a reaction product made by reacting a polyol and an aminopolycarboxylic compound; an isocyanate; and water.
A computer-implemented method comprising: determining a requested change to a software feature of a software object, wherein the software feature has been designated as an extensible software feature within the software object at which or for which a customer can extend the software object and is associated with a lifecycle stability contract, wherein the lifecycle stability contract identifies aspects as different types of objects or fields of the extensible software feature that are designated to remain stable across different releases of the software object, wherein the extensible software feature is a product feature that is kept stable from version to version of the product as different product versions are released; using the lifecycle stability contract to perform a compatibility check for the requested change to determine whether the requested change complies with the lifecycle stability contract, wherein the compatibility check is performed after a standard software feature developer attempts to change the extensible software feature; permitting the requested change in response to determining that the requested change complies with the lifecycle stability contract; and denying the requested change in response to determining that the requested change violates the lifecycle stability contract. determining a requested change to a software feature of a software object, wherein the software feature has been designated as an extensible software feature within the software object at which or for which a customer can extend the software object and is associated with a lifecycle stability contract, wherein the lifecycle stability contract identifies aspects as different types of objects or fields of the extensible software feature that are designated to remain stable across different releases of the software object, wherein the extensible software feature is a product feature that is kept stable from version to version of the product as different product versions are released; using the lifecycle stability contract to perform a compatibility check for the requested change to determine whether the requested change complies with the lifecycle stability contract, wherein the compatibility check is performed after a standard software feature developer attempts to change the extensible software feature; permitting the requested change in response to determining that the requested change complies with the lifecycle stability contract; and denying the requested change in response to determining that the requested change violates the lifecycle stability contract.
A device for detecting permanent and/or temporary coverage gaps in a network, in particular in a mobile radio network, wherein the device is suited to detect and evaluate real-time data from the network in order to detect a coverage gap, wherein the device includes a hardware unit which contains the following: - an input/output unit for receiving and outputting the detected real-time data; - a processor for processing the real-time data; and - a memory unit for storing and retrieving the data, and wherein as real-time data signal level and signal quality can be detected by means of the input/output unit and be added to the processor for processing, and in the memory unit threshold values of signal level, signal quality and signal runtime, which characterize a coverage gap, are contained, wherein the threshold values can be added to the processor for the evaluation of the detected real-time data, and for the evaluation of the added data in the processor the signal runtime can be used in order to distinguish coverage gaps in the inner region of a coverage area covered by the cell from coverage gaps obtained at a cell edge. - an input/output unit for receiving and outputting the detected real-time data; - a processor for processing the real-time data; and - a memory unit for storing and retrieving the data,
A boron nitride fine particle, characterized by having an average particle diameter of 0.05 to 2.0 μm, a graphitization index of 3 or less, and a total oxygen content of 0.20% by mass or less, with an average value of a major diameter/thickness ratio of scaly particles being 6.0 or less.
A ground station, wherein the ground station comprises: a communication means configured to transmit a plurality of data frames to a satellite payload via an uplink and to transmit control information to the satellite payload via a control channel; and a controller configured to control the communication means to transmit the data frames according to a data sequence synchronised with a master clock signal common to the ground station and the satellite payload, and to transmit information to the payload defining an updated beam hopping sequence for the satellite payload; wherein the controller is configured to observe an update to the beam hopping sequence at the satellite payload, and determine a first point in time at which an instruction to update the beam hopping sequence was released, wherein the controller is arranged to determine a series of second points in time, calculated based on the first point in time, at which a future instruction to update the beam hopping sequence is capable of being released, and to communicate the series of second points to one or more user terminals (18a-f) such that a respective data sequence used by the respective one or more user terminals is updated at a time corresponding to one of the second points in time in response to a further update to the beam hopping sequence occurring a time synchronised with the one of the second points in time. a communication means configured to transmit a plurality of data frames to a satellite payload via an uplink and to transmit control information to the satellite payload via a control channel; and a controller configured to control the communication means to transmit the data frames according to a data sequence synchronised with a master clock signal common to the ground station and the satellite payload, and to transmit information to the payload defining an updated beam hopping sequence for the satellite payload; wherein the controller is configured to observe an update to the beam hopping sequence at the satellite payload, and determine a first point in time at which an instruction to update the beam hopping sequence was released, wherein the controller is arranged to determine a series of second points in time, calculated based on the first point in time, at which a future instruction to update the beam hopping sequence is capable of being released, and to communicate the series of second points to one or more user terminals (18a-f) such that a respective data sequence used by the respective one or more user terminals is updated at a time corresponding to one of the second points in time in response to a further update to the beam hopping sequence occurring a time synchronised with the one of the second points in time.
A method comprising: receiving, at a first peer device, a modification to a keychain stored on the first peer device in a group of peer devices, each peer device having been registered into the group through a cloud services account; identifying each respective other peer device in the group of peer devices; for each respective other peer device identified in the group of peer devices, determining, by the first peer device, whether the keychain of the first peer device matches a respective other keychain on the respective other peer device; generating, by the first peer device, a respective delta manifest for each respective other peer device in the group of peer devices for which the other respective other keychain does not match the keychain of the first peer device, the respective delta manifest indicating one or more modifications to be made to the respective other keychain; encrypting, by the first peer device and for each respective other peer device for which the respective delta manifest was generated and using a respective encryption key that specifically corresponds to the respective other peer device, the respective delta manifest and one or more respective keychain items identified in the respective delta manifest; and transmitting, by the first peer device and to each respective other peer device through a network, the respective encrypted delta manifest and the respective encrypted one or more keychain items for each respective other peer device. receiving, at a first peer device, a modification to a keychain stored on the first peer device in a group of peer devices, each peer device having been registered into the group through a cloud services account; identifying each respective other peer device in the group of peer devices; for each respective other peer device identified in the group of peer devices, determining, by the first peer device, whether the keychain of the first peer device matches a respective other keychain on the respective other peer device; generating, by the first peer device, a respective delta manifest for each respective other peer device in the group of peer devices for which the other respective other keychain does not match the keychain of the first peer device, the respective delta manifest indicating one or more modifications to be made to the respective other keychain; encrypting, by the first peer device and for each respective other peer device for which the respective delta manifest was generated and using a respective encryption key that specifically corresponds to the respective other peer device, the respective delta manifest and one or more respective keychain items identified in the respective delta manifest; and transmitting, by the first peer device and to each respective other peer device through a network, the respective encrypted delta manifest and the respective encrypted one or more keychain items for each respective other peer device.
A medical device comprising: a first beneficial agent to be delivered from the device, the first beneficial agent loaded on at least a portion of the device and having a first LogP value; and an effective amount of a hydration inhibitor, which is a second beneficial agent, associated with the first beneficial agent to control delivery of the first beneficial agent from the device by reducing the delivery or eluting rate of the first beneficial agent, the hydration inhibitor having a second LogP value, the second LogP value being greater than the first LogP value, both the hydration inhibitor and the first beneficial agent are drugs, the hydration inhibitor is zotarolimus or a pharmaceutically acceptable salt thereof or a prodrug ester of the C-31 hydroxyl group thereof, the first beneficial agent is selected from the group consisting of fenofibrate, atrasentan, dipyridamole and dexamethasone, or a pharmaceutically acceptable salt thereof, and wherein the device is selected from those stents, grafts, stent-grafts, valves, filters, coils, staples, sutures, guidewires, catheters, catheter balloons, and drug delivery balloons for use in the vasculature, capable of being deployed in a patient. a first beneficial agent to be delivered from the device, the first beneficial agent loaded on at least a portion of the device and having a first LogP value; and an effective amount of a hydration inhibitor, which is a second beneficial agent, associated with the first beneficial agent to control delivery of the first beneficial agent from the device by reducing the delivery or eluting rate of the first beneficial agent, the hydration inhibitor having a second LogP value, the second LogP value being greater than the first LogP value, both the hydration inhibitor and the first beneficial agent are drugs, the hydration inhibitor is zotarolimus or a pharmaceutically acceptable salt thereof or a prodrug ester of the C-31 hydroxyl group thereof, the first beneficial agent is selected from the group consisting of fenofibrate, atrasentan, dipyridamole and dexamethasone, or a pharmaceutically acceptable salt thereof, and
A method carried out by a wireless terminal, the method comprising: taking a first channel measurement corresponding to a first antenna of the wireless terminal; taking a second channel measurement corresponding to a second antenna of the wireless terminal; determining a relationship between the first channel and the second channel based on the first channel measurement and based on the second channel measurement; and transmitting information related to a future multi-antenna uplink transmission wherein the information is based on the relationship. taking a first channel measurement corresponding to a first antenna of the wireless terminal; taking a second channel measurement corresponding to a second antenna of the wireless terminal; determining a relationship between the first channel and the second channel based on the first channel measurement and based on the second channel measurement; and transmitting information related to a future multi-antenna uplink transmission wherein the information is based on the relationship.
A method for fabricating a semiconductor package, comprising: providing a carrier with conductive seed layers (402a, 402b) on a top surface and a bottom surface of the carrier; forming first conductive traces (404a, 404b) respectively on the conductive seed layers (402a, 402b); laminating a first base material layer and a second base material layer respectively on the conductive seed layers (402a, 402b), covering the first conductive traces (404a, 404b); forming second conductive traces (410a, 410b) respectively on first surfaces of the first base material layer and the second base material layer, wherein the first surfaces of the first base material layer and the second base material layer are respectively away from the top surface and the bottom surface of the carrier; separating the first base material layer containing the first and second conductive traces (410a, 410b) thereon and the second base material layer containing the first and second conductive traces (410a, 410b) thereon from the carrier to form a first base and a second base, and mounting a semiconductor device on one of said first conductive traces (404a, 404b) via a conductive structure, wherein the conductive structure comprises a conductive pillar structure composed of a metal stack comprising an under bump metallurgy layer, a copper layer, and a solder cap; wherein the conductive trace (202a; 202b; 202c) comprises signal trace segments or ground trace segments for providing input/output connections of the semiconductor device and a pad portion serving as a pad region of the base. providing a carrier with conductive seed layers (402a, 402b) on a top surface and a bottom surface of the carrier; forming first conductive traces (404a, 404b) respectively on the conductive seed layers (402a, 402b); laminating a first base material layer and a second base material layer respectively on the conductive seed layers (402a, 402b), covering the first conductive traces (404a, 404b); forming second conductive traces (410a, 410b) respectively on first surfaces of the first base material layer and the second base material layer, wherein the first surfaces of the first base material layer and the second base material layer are respectively away from the top surface and the bottom surface of the carrier; separating the first base material layer containing the first and second conductive traces (410a, 410b) thereon and the second base material layer containing the first and second conductive traces (410a, 410b) thereon from the carrier to form a first base and a second base, and mounting a semiconductor device on one of said first conductive traces (404a, 404b) via a conductive structure, wherein the conductive structure comprises a conductive pillar structure composed of a metal stack comprising an under bump metallurgy layer, a copper layer, and a solder cap; wherein the conductive trace (202a; 202b; 202c) comprises signal trace segments or ground trace segments for providing input/output connections of the semiconductor device and a pad portion serving as a pad region of the base.
A crystalline form of Mavacamten designated as Form 1, characterized by an X-ray powder diffraction pattern substantially as depicted in Figure 1: wherein the peak at 28.48 belongs to silicon.