mhurhangee/patent-ind-claim-en huggingface dataset:
A USB terminal unit structure for a saddle riding-type vehicle, comprising: a USB terminal unit which has at least one of a power supply function and a communication function, and through which a connection terminal of an external device is insertable and removable along a predetermined insertion-removal direction (W1), wherein the USB terminal unit includes a casing in which an attachment portion to a vehicle body side is provided, wherein the casing includes a protruding portion which protrudes toward a removal side in the insertion-removal direction (W1) from a terminal connection port into and from which the connection terminal is insertable and removable, wherein the attachment portion is a pair of attachment flanges provided on the removal side in the insertion-removal direction (W1) of the casing and on both sides in a width direction of the casing which is substantially orthogonal to the insertion-removal direction (W1), and wherein the protruding portion is provided to surround an outer periphery of the terminal connection port , characterized in that in an end portion on an insertion side in the insertion-removal direction (W1), the protruding portion includes a drainage portion which guides water entering an inside of the protruding portion to an outside of the protruding portion . a USB terminal unit which has at least one of a power supply function and a communication function, and through which a connection terminal of an external device is insertable and removable along a predetermined insertion-removal direction (W1), wherein the USB terminal unit includes a casing in which an attachment portion to a vehicle body side is provided, wherein the casing includes a protruding portion which protrudes toward a removal side in the insertion-removal direction (W1) from a terminal connection port into and from which the connection terminal is insertable and removable, wherein the attachment portion is a pair of attachment flanges provided on the removal side in the insertion-removal direction (W1) of the casing and on both sides in a width direction of the casing which is substantially orthogonal to the insertion-removal direction (W1), and wherein the protruding portion is provided to surround an outer periphery of the terminal connection port , characterized in that in an end portion on an insertion side in the insertion-removal direction (W1), the protruding portion includes a drainage portion which guides water entering an inside of the protruding portion to an outside of the protruding portion .
A communication method performed by a communication device, the method comprising: determining a first time-frequency resource, wherein the first time-frequency resource is a physical downlink control channel, PDCCH, candidate in a plurality of PDCCH candidates; determining a second time-frequency resource and a third time-frequency resource, wherein the first time-frequency resource consists of a plurality of resource element, RE, sets, all of the plurality of RE sets comprises a same fixed quantity of REs, and the third time-frequency resource is located at a preset location in each of the plurality of RE sets, each RE set comprises a plurality of RE groups, REGs, the third time-frequency resource include at least one RE in each REG of the plurality of REGs in each RE set, and the second time-frequency resource comprises a resource other than the third time-frequency resource in the first time-frequency resource, the second time-frequency resource is used to carry a beamformed control channel, and the third time-frequency resource is used to carry a reference signal of the beamformed control channel; and demodulating the beamformed control channel according to the reference signal, wherein the beamformed control channel is received in the second time-frequency resource and the reference signal is received in the third time frequency resource. determining a first time-frequency resource, wherein the first time-frequency resource is a physical downlink control channel, PDCCH, candidate in a plurality of PDCCH candidates; determining a second time-frequency resource and a third time-frequency resource, wherein the first time-frequency resource consists of a plurality of resource element, RE, sets, all of the plurality of RE sets comprises a same fixed quantity of REs, and the third time-frequency resource is located at a preset location in each of the plurality of RE sets, each RE set comprises a plurality of RE groups, REGs, the third time-frequency resource include at least one RE in each REG of the plurality of REGs in each RE set, and the second time-frequency resource comprises a resource other than the third time-frequency resource in the first time-frequency resource, the second time-frequency resource is used to carry a beamformed control channel, and the third time-frequency resource is used to carry a reference signal of the beamformed control channel; and demodulating the beamformed control channel according to the reference signal, wherein the beamformed control channel is received in the second time-frequency resource and the reference signal is received in the third time frequency resource.
A process for forming a flexible composite driveshaft comprising one or more flexible elements defined by a change in a size of an outer diameter or radial extent of the shaft with a transition radius capable of accommodating bending during operation, the process comprising: applying a fiber tape to a temporary mandrel using automated fiber placement to form a preliminary composite driveshaft having a shaft element with an initial geometry; removing the temporary mandrel from the preliminary composite driveshaft ; modifying the initial geometry of the shaft element to form the composite driveshaft having a shaft element with a final geometry, wherein an internal surface of the preliminary composite driveshaft (10; 30) matches an external surface geometry of the temporary mandrel . applying a fiber tape to a temporary mandrel using automated fiber placement to form a preliminary composite driveshaft having a shaft element with an initial geometry; removing the temporary mandrel from the preliminary composite driveshaft ; modifying the initial geometry of the shaft element to form the composite driveshaft having a shaft element with a final geometry, wherein an internal surface of the preliminary composite driveshaft (10; 30) matches an external surface geometry of the temporary mandrel .
A system for reminding a patient to consume a medication, comprising: computer memory configured to store data indicative of a medication regimen associated with a patient; and one or more computers configured to receive communications from a medication container associated with the patient, characterized in that : the one or more computers are configured to: receive a communication from the medication container comprising data indicative of a quantity of medication within the medication container at a given time; compare data indicative of when a communication was last received by the one or more computers from the medication container to the data indicative of the medication regimen associated with the patient; compare the data indicative of the quantity of the medication within the container to the data indicative of the medication regimen associated with the patient; and based at least in part on the comparison of the data indicative of when a communication was last received by the one or more computers from the medication container to the data indicative of the medication regimen associated with the patient and based at least in part on the quantity of medication comparison, trigger a reminder to the patient to consume the medication. receive a communication from the medication container comprising data indicative of a quantity of medication within the medication container at a given time; compare data indicative of when a communication was last received by the one or more computers from the medication container to the data indicative of the medication regimen associated with the patient; compare the data indicative of the quantity of the medication within the container to the data indicative of the medication regimen associated with the patient; and based at least in part on the comparison of the data indicative of when a communication was last received by the one or more computers from the medication container to the data indicative of the medication regimen associated with the patient and based at least in part on the quantity of medication comparison, trigger a reminder to the patient to consume the medication.
Apparatus for determining the orientation of a wheel assembly having a tire mounted on a wheel rim secured for rotation on an axle of a vehicle , said apparatus comprising: a contact assembly for engaging the wheel assembly by being selectively pressed there against without being fixedly secured thereto to define a plane of orientation of the wheel assembly ; a positioning assembly including a mount to which said contact assembly is affixed via a pivot for pivotally securing said contact assembly to said mount , and including a locating assembly to which said mount is affixed, wherein said locating assembly is adapted to move said contact assembly relative to the wheel assembly to selectively engage and disengage said contact assembly with the wheel assembly ; a light source for projecting a beam of light with respect to and based on the orientation of said contact assembly when said contact assembly is pressed against the wheel assembly ; and a light beam receiving assembly for receiving said light beam and forming an image of said light beam indicating the orientation of the wheel assembly with respect to a predetermined position, said light beam being directed from said contact assembly to said receiving assembly , said receiving assembly including a target and a lens , said lens adapted to direct said light beam to said target , wherein the location at which said light beam impinges upon said target is indicative of the planar orientation of the wheel assembly . a contact assembly for engaging the wheel assembly by being selectively pressed there against without being fixedly secured thereto to define a plane of orientation of the wheel assembly ; a positioning assembly including a mount to which said contact assembly is affixed via a pivot for pivotally securing said contact assembly to said mount , and including a locating assembly to which said mount is affixed, wherein said locating assembly is adapted to move said contact assembly relative to the wheel assembly to selectively engage and disengage said contact assembly with the wheel assembly ; a light source for projecting a beam of light with respect to and based on the orientation of said contact assembly when said contact assembly is pressed against the wheel assembly ; and a light beam receiving assembly for receiving said light beam and forming an image of said light beam indicating the orientation of the wheel assembly with respect to a predetermined position, said light beam being directed from said contact assembly to said receiving assembly , said receiving assembly including a target and a lens , said lens adapted to direct said light beam to said target , wherein the location at which said light beam impinges upon said target is indicative of the planar orientation of the wheel assembly .
A method for predicting the usefulness of a cancer-associated neo-antigen or neo-epitope thereof comprising one or more cancer specific amino acid modifications for anti-cancer immunotherapy, the method comprising ascertaining the distribution or localization of the neo-antigen comprising ascertaining in a computational database whether the neo-antigen is located or abundant in the cytosol and/or within exosomes in vivo, wherein localization or abundance of the neo-antigen or a nucleic acid coding therefor, or a neo-epitope of the neo-antigen in the cytosol and/or within exosomes in vivo indicates that the neo-antigen or neo-epitope thereof is useful for anti-cancer immunotherapy, wherein processing and presentation of the neo-antigen in the MHC I pathway results in recognition of complexes formed by MHC I and neo-epitopes of the neo-antigen by CD8+ T cells.
A pressurized air system for an aircraft , the pressurized air system comprising: a compressor having a compressor inlet and a compressor outlet , the compressor inlet to receive air from a first air source and the compressor outlet to supply pressurized air to an environmental control system (ECS) of the aircraft ; a turbine having a turbine inlet to receive air from a second air source ; a first overrunning clutch operatively coupled between an output shaft of an accessory gearbox and the compressor , the accessory gearbox operatively coupled to a drive shaft extending from an engine of the aircraft ; and a second overrunning clutch operatively coupled between the compressor and the turbine , the first and second overrunning clutches to enable the accessory gearbox to drive the compressor during a first mode of operation and to enable the turbine to drive the compressor during a second mode of operation. a compressor having a compressor inlet and a compressor outlet , the compressor inlet to receive air from a first air source and the compressor outlet to supply pressurized air to an environmental control system (ECS) of the aircraft ; a turbine having a turbine inlet to receive air from a second air source ; a first overrunning clutch operatively coupled between an output shaft of an accessory gearbox and the compressor , the accessory gearbox operatively coupled to a drive shaft extending from an engine of the aircraft ; and a second overrunning clutch operatively coupled between the compressor and the turbine , the first and second overrunning clutches to enable the accessory gearbox to drive the compressor during a first mode of operation and to enable the turbine to drive the compressor during a second mode of operation.
A switching and mixing device , in particular for a ventilation-techology facility, with at least a first main flow path from an exhaust connection (ABL) to an outgoing air connection (FOL), a second main flow path from an outdoor air connection (AUL) to a supply air connection (ZUL), and a housing that comprises both flow paths, wherein the switching and mixing device has at least two connection flow paths connected to the main flow paths and is also designed as a split double duct guide or comprises at least two switching ducts (20.1, 20.2) routed in parallel to each other, wherein flaps are arranged integrated into the switching and mixing device or arranged on the switching and mixing device , said flaps permitting bypassing of a heat exchanger switched in the main flow paths based on special flap circuits and/or flap controls, and the main flow paths being switchable so that the outdoor air will be connected to the outgoing air and the exhaust air to the supply air, and wherein the heat exchanger is a plate heat exchanger in cross-counterflow that is inserted at a closed housing end, the deflection end , of the switching and mixing device and that is thus formed as deflection chamber for the first main flow path and the second main flow path .
A method comprising: coupling a non-evaporable getter (NEG) component to a shape memory alloy (SMA) component to form an NEG/SMA assembly pair ; heating the NEG/SMA assembly pair to activate the NEG component ; packaging the activated NEG component with the SMA component to form an NEG/SMA package having a gas tight seal ; installing the NEG/SMA package in a vacuum device and heating the installed NEG/SMA package such that the SMA component is actuated to expose the activated NEG component to a vacuum chamber in the vacuum device . coupling a non-evaporable getter (NEG) component to a shape memory alloy (SMA) component to form an NEG/SMA assembly pair ; heating the NEG/SMA assembly pair to activate the NEG component ; packaging the activated NEG component with the SMA component to form an NEG/SMA package having a gas tight seal ; installing the NEG/SMA package in a vacuum device and heating the installed NEG/SMA package such that the SMA component is actuated to expose the activated NEG component to a vacuum chamber in the vacuum device .
A method for identifying malicious encrypted network traffic associated with a malware software component communicating via a network, the method comprising: defining, for the malware, a portion of network traffic including a plurality of contiguous bytes occurring at a predefined offset in a network communication of the malware ; extracting the defined portion of network traffic for each of a plurality of disparate network connections for the malware; evaluating a metric for each byte in each extracted portion; representing each extracted portion in a matrix data structure as an image of pixels wherein each pixel corresponds to the value of the evaluated metric for a byte of the extracted portion; training a neural network based on the images for the extracted portions such that subsequent network traffic can be classified by the neural network to identify malicious network traffic associated with the malware based on an image generated to represent the defined portion of the subsequent network traffic, wherein the metric is a measure of entropy as a measure of a degree of indeterminacy of bytes, and wherein the defined portion of network traffic is a subset of the network traffic subsequent to a transport protocol handshake and up to a predetermined endpoint. defining, for the malware, a portion of network traffic including a plurality of contiguous bytes occurring at a predefined offset in a network communication of the malware ; extracting the defined portion of network traffic for each of a plurality of disparate network connections for the malware; evaluating a metric for each byte in each extracted portion; representing each extracted portion in a matrix data structure as an image of pixels wherein each pixel corresponds to the value of the evaluated metric for a byte of the extracted portion; training a neural network based on the images for the extracted portions such that subsequent network traffic can be classified by the neural network to identify malicious network traffic associated with the malware based on an image generated to represent the defined portion of the subsequent network traffic, wherein the metric is a measure of entropy as a measure of a degree of indeterminacy of bytes, and wherein the defined portion of network traffic is a subset of the network traffic subsequent to a transport protocol handshake and up to a predetermined endpoint.
Device constructed as a component of a metallurgical plant, which comprises a casting machine with two distributor channels (75; V1, V2) and associated steel pouring ladle as well as the device, which has the configuration of a gantry crane or portal crane or a combination of gantry and portal crane, wherein the device is arranged at the casting machine having the distributor channels (75; V1, V2) with associated steel pouring ladle and the crane covers the entire width of a casting platform of the casting machine and spans several working positions reachable by movement, wherein the crane is equipped with at least two industrial robots (R7; R1, R2), which perform controlled working activities at, or in the region of, the metallurgical or rolling-mill plant and which have an associated work space and can be delivered by means of the device to several work places to be capable of use, wherein the at least two industrial robots (R7; R1, R2) are movable by means of the device, which extends the work space in that way, in at least two mutually non-parallel and mutually independent movement axes and are each arranged, to be vertically movable by means of a telescopic device (72; 7a, 7b), on a trolley (71; 6a, 6b) movably mounted on a crane gantry (76; 5a, 5b), which in turn is movably arranged on two guide rails fixedly mounted on a support construction , so that in each instance three mutually orthogonal axes define a three-dimensional spatial movement space for the industrial robots (R7; R1, R2), wherein the industrial robots (R7; R1, R2) are arranged to move not only in the activated state, but also in the deactivated or static state, from a first work place to a second work place within the movement space of the device extending the workspace and, for operation of the plant area with inclusion of the industrial robots (R7; R1, R2) of the device extending the work space, to receive control signals from a process computer or a central control device.
A method of wireless communication performed by a user equipment, UE, comprising: transmitting sounding reference signals, SRSs, on a plurality of beams to a base station using a set of SRS resources indicated by the base station; receiving , from the base station, an SRS resource indicator indicating one or more SRS resources of the set of SRS resources; receiving , from the base station, a plurality of combining coefficients across the one or more SRS resources; and determining a combined transmit beam from the plurality of beams based at least in part on the SRS resource indicator and at least in part on the plurality of combining coefficients; wherein determining the combined transmit beam incudes determining beam weights for respective beams of the plurality of beams and generating the combined transmit beam as a linear combination of the beam weights, and wherein generating the combined transmit beam as a linear combination of beam weights includes generating the linear combination of beam weights using the plurality of combining coefficients; and wherein one or more combining coefficients of a plurality of combining coefficients of the combined transmit beam are weighted towards a strongest beam of the plurality of beams and a second strongest beam of the plurality of beams, and one or more combining coefficients of the plurality of combining coefficients of the combined transmit beam are weighted towards a highest quality beam of the plurality of beams and a second highest quality beam of the plurality of beams. transmitting sounding reference signals, SRSs, on a plurality of beams to a base station using a set of SRS resources indicated by the base station; receiving , from the base station, an SRS resource indicator indicating one or more SRS resources of the set of SRS resources; receiving , from the base station, a plurality of combining coefficients across the one or more SRS resources; and determining a combined transmit beam from the plurality of beams based at least in part on the SRS resource indicator and at least in part on the plurality of combining coefficients; wherein determining the combined transmit beam incudes determining beam weights for respective beams of the plurality of beams and generating the combined transmit beam as a linear combination of the beam weights, and wherein generating the combined transmit beam as a linear combination of beam weights includes generating the linear combination of beam weights using the plurality of combining coefficients; and wherein one or more combining coefficients of a plurality of combining coefficients of the combined transmit beam are weighted towards a strongest beam of the plurality of beams and a second strongest beam of the plurality of beams, and one or more combining coefficients of the plurality of combining coefficients of the combined transmit beam are weighted towards a highest quality beam of the plurality of beams and a second highest quality beam of the plurality of beams.