mhurhangee/patent-ind-claim-en huggingface dataset:
A method for updating triggering information of a Machine Type Communication, MTC, device group, characterized by comprising: Judging , by a Broadcast Multicast Service Center, BM-SC, whether group triggering information to be updated has been sent to the MTC device group and whether a valid time of the group triggering information to be updated has been exceeded after receiving a request message for updating the triggering information of the MTC device group, which is sent by a Service Capability Server, SCS; and performing a corresponding operation on the group triggering information to be updated, and sending a response message of updating success to the SCS by the BM-SC after completing the corresponding operation if the group triggering information to be updated has not yet been sent to the MTC device group and the valid time of the group triggering information to be updated has not been exceeded; and sending a response message of updating failure to the SCS by the BM-SC if the valid time of the group triggering information to be updated has been exceeded or the group triggering information to be updated has been sent to the MTC device group. Judging , by a Broadcast Multicast Service Center, BM-SC, whether group triggering information to be updated has been sent to the MTC device group and whether a valid time of the group triggering information to be updated has been exceeded after receiving a request message for updating the triggering information of the MTC device group, which is sent by a Service Capability Server, SCS; and performing a corresponding operation on the group triggering information to be updated, and sending a response message of updating success to the SCS by the BM-SC after completing the corresponding operation if the group triggering information to be updated has not yet been sent to the MTC device group and the valid time of the group triggering information to be updated has not been exceeded; and sending a response message of updating failure to the SCS by the BM-SC if the valid time of the group triggering information to be updated has been exceeded or the group triggering information to be updated has been sent to the MTC device group.
A magnetic sensing probe comprising a combination of one or more of a flux loop and a B-dot probe, the magnetic sensing probe comprising: a single cable comprising three conductors positioned within an outer sheath , wherein the outer sheath has opposing elongate flat sides and the conductors are stacked in spaced relation in a direction orthogonal to the surfaces of the elongate flat sides so as to prevent twisting as the magnetic sensing probe is fashioned into a curved shape.
A gyratory crusher spider wall shield for releasable mounting to a radially inward facing face of a spider positioned on a top shell of a gyratory crusher, the wall shield comprising: a spider protection wall positionable over the inward face of the spider ; a rear wall extending upwardly from and projecting transverse to the protection wall , the rear wall having an inner face orientated radially inwards and an outer face orientated radially outward, the rear wall representing a radially outermost part of the wall shield ; at least one attachment element provided at the rear wall to attach the wall shield to a fixating ring via the outer face , the fixating ring positionable on top of and at a perimeter of the spider to surround at least part of the spider and the arm shield ; and at least one locating foot projecting downwardly from the spider protection wall to contact the inward face of the spider . a spider protection wall positionable over the inward face of the spider ; a rear wall extending upwardly from and projecting transverse to the protection wall , the rear wall having an inner face orientated radially inwards and an outer face orientated radially outward, the rear wall representing a radially outermost part of the wall shield ; at least one attachment element provided at the rear wall to attach the wall shield to a fixating ring via the outer face , the fixating ring positionable on top of and at a perimeter of the spider to surround at least part of the spider and the arm shield ; and at least one locating foot projecting downwardly from the spider protection wall to contact the inward face of the spider .
A method of configuring an integrated-circuit radio communication device , wherein: the device comprises memory , radio communication logic , interrupt-interface logic , and a processor having a hardware-interrupt input line; the interrupt-interface logic is separate from the processor and comprises: input logic for receiving a signal generated by software executing on the device, and output logic arranged to assert the hardware-interrupt input line of the processor in response to receiving a software-generated signal at the input logic; the memory contains a firmware module comprising i) instructions for controlling the radio communication logic according to a predetermined radio protocol, and ii) an interrupt routine comprising instructions for receiving an identification of a radio communication function in the firmware module and for invoking the identified radio communication function; and the device is configured to invoke the interrupt routine in response to an assertion of the hardware-interrupt input line of the processor, the method comprising loading a software application into the memory of the device, wherein the software application comprises instructions for invoking a radio communication function in the firmware module by i) generating a signal to the interrupt-interface logic to cause the interrupt-interface logic to assert the hardware-interrupt input line of the processor, and ii) by identifying the radio communication function to be invoked to the interrupt routine. the device comprises memory , radio communication logic , interrupt-interface logic , and a processor having a hardware-interrupt input line; the interrupt-interface logic is separate from the processor and comprises: input logic for receiving a signal generated by software executing on the device, and output logic arranged to assert the hardware-interrupt input line of the processor in response to receiving a software-generated signal at the input logic; the memory contains a firmware module comprising i) instructions for controlling the radio communication logic according to a predetermined radio protocol, and ii) an interrupt routine comprising instructions for receiving an identification of a radio communication function in the firmware module and for invoking the identified radio communication function; and the device is configured to invoke the interrupt routine in response to an assertion of the hardware-interrupt input line of the processor,
A method of determining pitch and yaw of an image generated by a touchscreen in response to an elongated object in at least proximate relation to the touchscreen; the method comprising: generating said image; generating aggressive and relaxed transformations of the image and computing moments of intensity for the respective image transformations, where the aggressive transformations more aggressively favors higher intensity values, and where the relaxed transformation includes a wider range of intensity values and also flattens the image so that all pixels are equally weighted; computing centroids of the respective image transformations as well as theta and eigenvalues for the aggressive transformation; deriving pitch from a first eigenvalue; deriving a yaw estimate from theta; characterized in that calculating a vector between the two centroids and disambiguating the yaw estimate using the vector; and employing 138) said pitch and disambiguated yaw estimate to derive information about said elongated object in relation to said touchscreen. generating said image; generating aggressive and relaxed transformations of the image and computing moments of intensity for the respective image transformations, where the aggressive transformations more aggressively favors higher intensity values, and where the relaxed transformation includes a wider range of intensity values and also flattens the image so that all pixels are equally weighted; computing centroids of the respective image transformations as well as theta and eigenvalues for the aggressive transformation; deriving pitch from a first eigenvalue; deriving a yaw estimate from theta; characterized in that calculating a vector between the two centroids and disambiguating the yaw estimate using the vector; and employing 138) said pitch and disambiguated yaw estimate to derive information about said elongated object in relation to said touchscreen.
A method of reading from and writing to a resistive memory cache, comprising: dividing a received write command into a plurality of write sub-commands, the received write command and the write sub-commands each having data, an address, and a number indicating remaining write sub-commands associated with the received write command; storing the plurality of write sub-commands in a write buffer ; executing a received read command before executing a next write sub-command when the write buffer is not full; and executing the next write sub-command when the write buffer is full until the received write command is completed. dividing a received write command into a plurality of write sub-commands, the received write command and the write sub-commands each having data, an address, and a number indicating remaining write sub-commands associated with the received write command; storing the plurality of write sub-commands in a write buffer ; executing a received read command before executing a next write sub-command when the write buffer is not full; and executing the next write sub-command when the write buffer is full until the received write command is completed.
A miniaturized, disposable, portable, battery powered canisterless pump assembly for use in a negative pressure therapy kit for reduced pressure wound therapy, comprising: a housing ; a pump supported within or by the housing, the pump comprising: a motor; an inlet and an outlet; a first valve configured to control a flow of a fluid through the inlet; a second valve configured to control a flow of a fluid through the outlet; a flow pathway through the pump assembly; a controller supported within or by the housing; and a single control button or switch supported by the housing; one or more indicator lights configured to alert a user to operating and/or failure conditions of the pump assembly; wherein the pump assembly is configured to transition to an end of life state when a duration of time has been reached or exceeded and indicate to a user that the pump assembly is to be disposed of; and a one-way flow valve in fluid communication with the pump; wherein the pump assembly further comprises a connector for connecting a conduit wherein said conduit is configured to be connected to a wound dressing. a housing ; a pump supported within or by the housing, the pump comprising: a motor; an inlet and an outlet; a first valve configured to control a flow of a fluid through the inlet; a second valve configured to control a flow of a fluid through the outlet; a flow pathway through the pump assembly; a controller supported within or by the housing; and a single control button or switch supported by the housing; one or more indicator lights configured to alert a user to operating and/or failure conditions of the pump assembly; wherein the pump assembly is configured to transition to an end of life state when a duration of time has been reached or exceeded and indicate to a user that the pump assembly is to be disposed of; and a one-way flow valve in fluid communication with the pump; wherein the pump assembly further comprises a connector for connecting a conduit wherein said conduit is configured to be connected to a wound dressing. a motor; an inlet and an outlet; a first valve configured to control a flow of a fluid through the inlet; a second valve configured to control a flow of a fluid through the outlet; a flow pathway through the pump assembly; a controller supported within or by the housing; and a single control button or switch supported by the housing; one or more indicator lights configured to alert a user to operating and/or failure conditions of the pump assembly; wherein the pump assembly is configured to transition to an end of life state when a duration of time has been reached or exceeded and indicate to a user that the pump assembly is to be disposed of; and a one-way flow valve in fluid communication with the pump; wherein the pump assembly further comprises a connector for connecting a conduit wherein said conduit is configured to be connected to a wound dressing.
Particles P composed of a core K comprising crosslinked silicone elastomer composition X and of a shell H of silica S, characterized in that the core K comprises reinforcing filler F which is selected from pyrogenic or precipitated hydrophobic silicas having DIN 66131 BET surface areas of at least 50 m 2 /g and also from carbon blacks and activated carbons and silicone resins.
A system for processing poultry slaughter products , comprising - a first transport line , running in use at a first speed, and comprising successive first product carriers spaced apart at a first distance along the first transport line and each configured to carry a respective one of the products, - a second transport line , running in use at a second speed, and comprising successive second product carriers spaced apart at a second distance along the second transport line and each configured to carry a respective one of the products, - a product transfer device for successively transferring products from respective first product carriers to respective second product carriers, wherein the product transfer device is configured such that it each time successively transfers a predefined plurality of products, characterized in that a location of transfer of a subsequent product of the predefined plurality of products is each time more upstream or is each time more downstream along the first transport line than the location of transfer of a previous product of the predefined plurality of products. - a first transport line , running in use at a first speed, and comprising successive first product carriers spaced apart at a first distance along the first transport line and each configured to carry a respective one of the products, - a second transport line , running in use at a second speed, and comprising successive second product carriers spaced apart at a second distance along the second transport line and each configured to carry a respective one of the products, - a product transfer device for successively transferring products from respective first product carriers to respective second product carriers,
A method for ink jet nozzle health and printing reliability of an ink jet printer, the method comprising: printing a first image onto a first substrate using a print head , wherein the print head begins the printing of the first image from a first starting position, and wherein the print head includes a plurality of nozzles; characterised in that the method further comprises the steps of selecting a second starting position different than the first starting position; and printing a second image onto a second substrate using the print head , wherein the print head begins the printing of the second image from the second starting position; wherein at least a portion of the first image is the same as or identical to at least a portion of the second image. printing a first image onto a first substrate using a print head , wherein the print head begins the printing of the first image from a first starting position, and wherein the print head includes a plurality of nozzles; characterised in that the method further comprises the steps of selecting a second starting position different than the first starting position; and printing a second image onto a second substrate using the print head , wherein the print head begins the printing of the second image from the second starting position; wherein at least a portion of the first image is the same as or identical to at least a portion of the second image.
A seal or transition comprising one or more compressible modules each having one or more openings for receiving a cable, wire or pipe, wherein each module is formed of a first and a second module part and one half of each opening is formed in each module part in such a way that the opening is formed on a partition line between the first and second module parts when the module parts are brought together to form the module , characterized in that each opening is placed eccentrically in the compressible module , whereby the position of the openings for receiving a cable, wire or pipe is adjustable.
A method comprising: receiving configuration information including a plurality of sets of indexes, each of the plurality of sets corresponding to each of a plurality of uplink control information, UCI, types, respectively; receiving downlink control information, DCI, scheduling a transmission of a physical uplink shared channel, PUSCH, the DCI including a beta offset indicator field indicating an index from a plurality of indexes corresponding to each of the plurality of sets; multiplexing uplink data with at least one UCI type among the plurality of UCI types based on the beta offset indicator field; and transmitting the uplink data multiplexed with the at least one UCI type in the PUSCH. receiving configuration information including a plurality of sets of indexes, each of the plurality of sets corresponding to each of a plurality of uplink control information, UCI, types, respectively; receiving downlink control information, DCI, scheduling a transmission of a physical uplink shared channel, PUSCH, the DCI including a beta offset indicator field indicating an index from a plurality of indexes corresponding to each of the plurality of sets; multiplexing uplink data with at least one UCI type among the plurality of UCI types based on the beta offset indicator field; and transmitting the uplink data multiplexed with the at least one UCI type in the PUSCH.
A method comprising: attaching a first metal layer of a direct-bonded copper ("DBC") substrate to at least one lead with an ultrasonic weld thereby forming an assembly, wherein the ultrasonic weld mechanically and electrically couples the first metal layer to the lead, wherein the DBC substrate comprises an insulative layer disposed between the first metal layer and a second metal layer , and wherein an entire surface of the first metal layer contacts the insulative layer after the attaching; wherein the at least one lead comprises a contact pad , having an upper surface and a lower surface, wherein the at least one lead is joined to the first metal layer through the lower surface of the contact pad , and wherein the ultrasonic weld comprises applying an ultrasonic head to the upper surface of the contact pad , wherein a plurality of non-planar structures are generated on the upper surface; attaching one and only one power semiconductor integrated circuit die to the first metal layer of the assembly; surrounding at least the first metal layer and the one and only one power semiconductor integrated circuit die with an amount of encapsulant ; leaving at least a portion of the second metal layer of the DBC substrate exposed to form a back side of a packaged power integrated circuit device ; and leaving a portion of the lead exposed, wherein the second metal layer is electrically insulated from the first metal layer , and wherein the packaged power integrated circuit device comprises only one semiconductor die, wherein the ultrasonic weld decreases a thickness of a region of the first metal layer in contact with the at least one lead by 0.05 millimeters. attaching a first metal layer of a direct-bonded copper ("DBC") substrate to at least one lead with an ultrasonic weld thereby forming an assembly, wherein the ultrasonic weld mechanically and electrically couples the first metal layer to the lead, wherein the DBC substrate comprises an insulative layer disposed between the first metal layer and a second metal layer , and wherein an entire surface of the first metal layer contacts the insulative layer after the attaching; wherein the at least one lead comprises a contact pad , having an upper surface and a lower surface, wherein the at least one lead is joined to the first metal layer through the lower surface of the contact pad , and wherein the ultrasonic weld comprises applying an ultrasonic head to the upper surface of the contact pad , wherein a plurality of non-planar structures are generated on the upper surface; attaching one and only one power semiconductor integrated circuit die to the first metal layer of the assembly; surrounding at least the first metal layer and the one and only one power semiconductor integrated circuit die with an amount of encapsulant ; leaving at least a portion of the second metal layer of the DBC substrate exposed to form a back side of a packaged power integrated circuit device ; and leaving a portion of the lead exposed, wherein the second metal layer is electrically insulated from the first metal layer , and wherein the packaged power integrated circuit device comprises only one semiconductor die,
A method for a playback system comprising a playback device (200; 500; 550; 570; 900) comprising one or more first audio drivers (511A, 513A; 561A, 563A; 581A, 583A; 911A, 913A) and one or more second audio drivers (511B, 513B; 561B, 563B; 581B, 583B; 911B, 913B), the method comprising: receiving audio content comprising center and side audio channels; providing the center channel received in the audio content to (i) the one or more first audio drivers and (ii) the one or more second audio drivers for playback according to a first radiation pattern that has a maximum along a first direction; providing the side channel received in the audio content to the one or more first audio drivers for playback of the side channel according to a second radiation pattern that has a maximum along a second direction, wherein the first radiation pattern and the second radiation pattern combine to form a first response lobe that has a maximum along a third direction between the first and second directions; and changing the third direction to adjust a perceived audio image by amplifying or attenuating a frequency range of one of the center channel and the side channel relative to the other of the center channel and the side channel, wherein the frequency range is defined at least in part by a cutoff frequency. receiving audio content comprising center and side audio channels; providing the center channel received in the audio content to (i) the one or more first audio drivers and (ii) the one or more second audio drivers for playback according to a first radiation pattern that has a maximum along a first direction; providing the side channel received in the audio content to the one or more first audio drivers for playback of the side channel according to a second radiation pattern that has a maximum along a second direction, wherein the first radiation pattern and the second radiation pattern combine to form a first response lobe that has a maximum along a third direction between the first and second directions; and changing the third direction to adjust a perceived audio image by amplifying or attenuating a frequency range of one of the center channel and the side channel relative to the other of the center channel and the side channel, wherein the frequency range is defined at least in part by a cutoff frequency.