mhurhangee/patent-ind-claim-en huggingface dataset:
A method of aligning an ultrasonic probe, comprising: positioning an ultrasonic probe in contact with a target , the ultrasonic probe including a flexible delay line extending from a first end to a second end and an array of ultrasonic transducers positioned at the first end of the flexible delay line , wherein the second end of the flexible delay line contacts the target ; transmitting , by the array of ultrasonic transducers , respective ultrasonic signals; receiving , by the array of ultrasonic transducers , ultrasonic echoes representing amplitude of the ultrasonic signals reflected from the target as a function of time from transmission; determining , by a processor , a maximum amplitude of the ultrasonic echoes received by each ultrasonic transducer; scaling , by the processor , the determined maximum amplitude received by each ultrasonic transducer based upon a greatest determined maximum ultrasonic echo amplitude; binning , by the processor , each of the scaled maximum ultrasonic echo amplitudes; assigning , by the processor , a color to each bin ; generating , by the processor , a Graphical User Interface (GUI) including a C-scan based upon the scaled ultrasonic echo amplitudes, wherein each pixel of the C-scan corresponds to at least one ultrasonic transducer, wherein the relative position of each pixel of the C-scan corresponds to the relative position of the ultrasonic transducer represented by the pixel , and wherein each pixel is displayed with the color assigned to the scaled ultrasonic echo received by the pixel; and rendering, within a display , the generated GUI . positioning an ultrasonic probe in contact with a target , the ultrasonic probe including a flexible delay line extending from a first end to a second end and an array of ultrasonic transducers positioned at the first end of the flexible delay line , wherein the second end of the flexible delay line contacts the target ; transmitting , by the array of ultrasonic transducers , respective ultrasonic signals; receiving , by the array of ultrasonic transducers , ultrasonic echoes representing amplitude of the ultrasonic signals reflected from the target as a function of time from transmission; determining , by a processor , a maximum amplitude of the ultrasonic echoes received by each ultrasonic transducer; scaling , by the processor , the determined maximum amplitude received by each ultrasonic transducer based upon a greatest determined maximum ultrasonic echo amplitude; binning , by the processor , each of the scaled maximum ultrasonic echo amplitudes; assigning , by the processor , a color to each bin ; generating , by the processor , a Graphical User Interface (GUI) including a C-scan based upon the scaled ultrasonic echo amplitudes, wherein each pixel of the C-scan corresponds to at least one ultrasonic transducer, wherein the relative position of each pixel of the C-scan corresponds to the relative position of the ultrasonic transducer represented by the pixel , and wherein each pixel is displayed with the color assigned to the scaled ultrasonic echo received by the pixel; and rendering, within a display , the generated GUI .
A method, comprising: determining, by an offloaded virtualization manager component associated with a virtualization host , at least a first portion of a memory of the virtualization host to be used for one or more guest virtual machines, wherein the offloaded virtualization management component is run on one or more processors mounted on an offload card of the virtualization host; reserving, by a hypervisor running on the virtualization host, at least a second portion of the memory to store live updates of the hypervisor; assigning, by the offloaded virtualization manager component, a subset of the first portion of memory to a first guest virtual machine to be instantiated at the virtualization host; providing, to the hypervisor by the offloaded virtualization manager component, an indication of the subset of the first portion of memory to be utilized on behalf of the first guest virtual machine; and performing, using the second portion of the memory, a live update of the hypervisor (a) without modifying the subset of the first portion of memory assigned to the first guest virtual machine and (b) without rebooting the first guest virtual machine. determining, by an offloaded virtualization manager component associated with a virtualization host , at least a first portion of a memory of the virtualization host to be used for one or more guest virtual machines, wherein the offloaded virtualization management component is run on one or more processors mounted on an offload card of the virtualization host; reserving, by a hypervisor running on the virtualization host, at least a second portion of the memory to store live updates of the hypervisor; assigning, by the offloaded virtualization manager component, a subset of the first portion of memory to a first guest virtual machine to be instantiated at the virtualization host; providing, to the hypervisor by the offloaded virtualization manager component, an indication of the subset of the first portion of memory to be utilized on behalf of the first guest virtual machine; and performing, using the second portion of the memory, a live update of the hypervisor (a) without modifying the subset of the first portion of memory assigned to the first guest virtual machine and (b) without rebooting the first guest virtual machine.
A cooling device comprising at least one cabinet wherein the foodstuffs to be cooled are placed; a compressor which compresses a refrigerant fluid; at least one evaporator which provides the heat transfer between the refrigerant fluid and the cabinet which is cooled; a condenser which condenses the refrigerant fluid; a fan which blows air onto the condenser so as to provide forced thermal convection; a receptacle wherein the defrost water coming from the evaporator is collected so as to be evaporated an air duct which is in the form of a cut-out provided on the receptacle and wherein the fan and the condenser are placed and a wall that at least partially surrounds the air duct and separates the air duct from the receptacle characterized by the wall that forms a recess towards the inside of the receptacle wherein the volume of water collected in the receptacle surrounds the air duct .
Method for manufacturing a single-filament stent from a filament having a first end and having a second and free end , wherein a filament , starting from the first end , is wound spirally into windings onto a braiding core , which has a longitudinal axis (X) between at least one first deflection in a proximal end region and at least one second deflection in a distal end region , and the filament is placed, alternately on a plurality of crossover points, into an upper viaduct over a winding and, at at least one further crossover point, is inserted into a lower viaduct under a winding, including the method steps for forming a lower viaduct : - applying a winding onto the braiding core until a crossover point is reached, - inserting into and piercing with the free end of the filament , in an insertion direction (S) which extends essentially vertically to the longitudinal axis (X), a guide cutout of the braiding core , and - receiving and pulling the filament through the guide cutout characterized in that the free end of the filament is inserted, in an insertion direction (S) which extends along a line arranged secantially in relation to the braiding core , through the guide cutout . - applying a winding onto the braiding core until a crossover point is reached, - inserting into and piercing with the free end of the filament , in an insertion direction (S) which extends essentially vertically to the longitudinal axis (X), a guide cutout of the braiding core , and - receiving and pulling the filament through the guide cutout
A method comprising: receiving, by a user equipment (UE) , information relating to a configuration for a discovery signal for transmission by a first wireless access network node (108-1) when the first wireless access network node is in an off state; receiving, by the UE from the first wireless access network node (108-1) that is in the off state, the discovery signal according to the configuration; and detecting, by the UE based on the received discovery signal, the first wireless access network node (108-1) that is in the off state, wherein detecting, by the UE, the wireless access network node that is in the off state comprises determining, by the UE , a cell identifier of the first wireless access network node (108-1) that is in the off state. receiving, by a user equipment (UE) , information relating to a configuration for a discovery signal for transmission by a first wireless access network node (108-1) when the first wireless access network node is in an off state; receiving, by the UE from the first wireless access network node (108-1) that is in the off state, the discovery signal according to the configuration; and detecting, by the UE based on the received discovery signal, the first wireless access network node (108-1) that is in the off state, wherein detecting, by the UE, the wireless access network node that is in the off state comprises determining, by the UE , a cell identifier of the first wireless access network node (108-1) that is in the off state.
Sealing cap with body with a U-shaped profile with a base and a perimeter wall of height H wherein it is made of an elastically-deformable substrate made of a material with a first Young's modulus; wherein said substrate is coated at least on the exterior of the perimeter wall with a layer of a resilient material with a second Young's modulus, wherein the second Young's modulus is lower than the first Young's modulus, the base is provided with a continuous convex ridge adjacent the perimeter wall characterized in that said sealing cap further comprises at least one concave trough and a further convex ridge , wherein the convex ridge surrounds said at least one concave trough and that said concave trough surrounds said further convex ridge .
A battery module comprising - plurality of battery cells , - the battery cell comprising a terminal made of aluminium or aluminium alloy, - a busbar made of aluminium or aluminium alloy, the busbar being arranged for interconnecting terminals in a same electrical polarity of said plurality of battery cells in an electrically conductive way, - the busbar further arranged for connecting the plurality of battery cells to an electrical conductor element made of copper or copper alloy, wherein - the busbar comprises a purposely passivated surface that comprises a conversion coating. - plurality of battery cells , - the battery cell comprising a terminal made of aluminium or aluminium alloy, - a busbar made of aluminium or aluminium alloy, the busbar being arranged for interconnecting terminals in a same electrical polarity of said plurality of battery cells in an electrically conductive way, - the busbar further arranged for connecting the plurality of battery cells to an electrical conductor element made of copper or copper alloy, wherein - the busbar comprises a purposely passivated surface that comprises a conversion coating.
Fluid connection adapter comprising, for the fluid connection of a pipe to a hose nozzle , a rigid connecting piece for coupling to the pipe and a hose nozzle receptacle , formed in a flexible hose nozzle receiving element , for receiving the hose nozzle , wherein the connecting piece extends from a base element , which is fastened to the hose nozzle receiving element and on which at least one first projection engaging in the hose nozzle receiving element is formed, characterized in that the first projection consists of a plurality of webs , which adjoin the base element at a distance from one another and are fastened to one another on their side facing away from the base element , so that at least one opening is present between the webs .
A method of preparing oligomannuronic diacids, comprising an oxidation reaction step of contacting oligomannuronic acids with a bromine-containing oxidant, wherein the bromine-containing oxidant is selected from the group consisting of bromine water, liquid bromine, hypobromous acid, hypobromite, a combination of a bromide ion source with hypochlorite, and a combination of bromine with hypochlorite, and wherein the temperature of the oxidation reaction is 10-40°C.
An information processing device comprising: a collection unit configured to collect each piece of reception information of a plurality of base stations that receives an uplink frame from a terminal ; and a processing unit configured to process cooperative transmission of a downlink frame from the plurality of base stations to the terminal on a basis of the reception information, characterized in that the collection unit is further configured to collect the reception information in which a detection timing, reception power, a detection frequency, and a reception result of each received uplink frame of each of the plurality of base stations are described. a collection unit configured to collect each piece of reception information of a plurality of base stations that receives an uplink frame from a terminal ; and a processing unit configured to process cooperative transmission of a downlink frame from the plurality of base stations to the terminal on a basis of the reception information, characterized in that the collection unit is further configured to collect the reception information in which a detection timing, reception power, a detection frequency, and a reception result of each received uplink frame of each of the plurality of base stations are described.
A method comprising: detecting , by use of a processor, a split bearer configuration for a mobile device; in response to detecting the split bearer configuration, routing a Packet Data Converge Protocol, PDCP, Protocol Data Unit, PDU, to Radio Link Control/Medium Access Control, RLC/MAC, for at least two cell groups; and pre-processing , by the RLC/MAC for the at least two cell groups, the PDU for transmission; characterised in that the routing the PDU includes: determining if a transmission data size of the PDU exceeds a data split threshold; and if the transmission data size does not exceed the data split threshold, routing , by the processor, the PDU through one of the RLC/MAC of the at least two cell groups; or if the transmission data size of the PDU exceeds the data split threshold, pre-routing , by the processor, the PDU to the RLC/MAC of at least one of the at least two cell groups. detecting , by use of a processor, a split bearer configuration for a mobile device; in response to detecting the split bearer configuration, routing a Packet Data Converge Protocol, PDCP, Protocol Data Unit, PDU, to Radio Link Control/Medium Access Control, RLC/MAC, for at least two cell groups; and pre-processing , by the RLC/MAC for the at least two cell groups, the PDU for transmission; characterised in that the routing the PDU includes: determining if a transmission data size of the PDU exceeds a data split threshold; and if the transmission data size does not exceed the data split threshold, routing , by the processor, the PDU through one of the RLC/MAC of the at least two cell groups; or if the transmission data size of the PDU exceeds the data split threshold, pre-routing , by the processor, the PDU to the RLC/MAC of at least one of the at least two cell groups. determining if a transmission data size of the PDU exceeds a data split threshold; and if the transmission data size does not exceed the data split threshold, routing , by the processor, the PDU through one of the RLC/MAC of the at least two cell groups; or if the transmission data size of the PDU exceeds the data split threshold, pre-routing , by the processor, the PDU to the RLC/MAC of at least one of the at least two cell groups.
A radar unit comprises: a frequency generation circuit configured to generate a millimetre wave, mmW, frequency modulated continuous wave, FMCW, transmit signal comprising a plurality of chirps; a transmitter circuit configured to transmit the generated mmW FMCW transmit signal: a receiver circuit configured to receive an echo of the mmW FMCW transmit signal; and; a built-in self-test, BIST, circuit coupled to the receiver circuit and configured to process the echo of the mmW FMCW transmit signal; wherein the radar unit is characterised in that : the receiver circuit is configured to operate with at least two different paths in the receiver circuit for respective at least two successive chirps of the plurality of chirps of the mmW FMCWtransmit signal and create therefrom at least two respective received chirp signals each in the respective path by injecting a DC offset into one of the at least two received successive chirps in its respective path and by selectably introducing a filter into its respective receiver path carrying the other one of the at least two received successive chirps, and the BIST circuit is configured to process and compare the at least two respective received chirp signals and determine therefrom an operational state of at least one circuit or component within the receiver circuit . a frequency generation circuit configured to generate a millimetre wave, mmW, frequency modulated continuous wave, FMCW, transmit signal comprising a plurality of chirps; a transmitter circuit configured to transmit the generated mmW FMCW transmit signal: a receiver circuit configured to receive an echo of the mmW FMCW transmit signal; and; a built-in self-test, BIST, circuit coupled to the receiver circuit and configured to process the echo of the mmW FMCW transmit signal; wherein the radar unit is characterised in that : a receiver circuit configured to receive an echo of the mmW FMCW transmit signal; and; a built-in self-test, BIST, circuit coupled to the receiver circuit and configured to process the echo of the mmW FMCW transmit signal; the receiver circuit is configured to operate with at least two different paths in the receiver circuit for respective at least two successive chirps of the plurality of chirps of the mmW FMCWtransmit signal and create therefrom at least two respective received chirp signals each in the respective path by injecting a DC offset into one of the at least two received successive chirps in its respective path and by selectably introducing a filter into its respective receiver path carrying the other one of the at least two received successive chirps, and the BIST circuit is configured to process and compare the at least two respective received chirp signals and determine therefrom an operational state of at least one circuit or component within the receiver circuit .
Method for producing a torsional profile from a blank , which torsional profile has torsionally rigid tubular end sections , a torsionally flexible U-shaped middle longitudinal section and, between the middle longitudinal section and the end sections , transition sections which change from the U-shaped cross section to the tubular cross section, having the following method steps: a) forming a longitudinally oriented U-shaped depression into the blank at a distance from the face ends thereof, so as to form legs which extend away from the depression , b) bending the legs of the deformed blank adjacent to the depression such that said legs are arranged substantially parallel to one another and to the middle longitudinal plane of the depression , c) deforming the bent legs into a tubular shape in the regions adjacent to the face ends of the blank , and deforming the bent legs into a U-shape in the longitudinal section with the depression , in a manner adapted to the contour of the depression , longitudinal edges of the bent legs being arranged facing one another over their entire longitudinal extent, d) introducing at least one spacer into the deformed blank such that the bent legs and delimiting walls , which extend in the direction of longitudinal edges of the middle longitudinal section , of the depression are held spaced apart at least in regions, and e) joining the longitudinal edges of the deformed legs , characterized in that the introduction of the at least one spacer is performed between the longitudinal edges of the bent legs . a) forming a longitudinally oriented U-shaped depression into the blank at a distance from the face ends thereof, so as to form legs which extend away from the depression , b) bending the legs of the deformed blank adjacent to the depression such that said legs are arranged substantially parallel to one another and to the middle longitudinal plane of the depression , c) deforming the bent legs into a tubular shape in the regions adjacent to the face ends of the blank , and deforming the bent legs into a U-shape in the longitudinal section with the depression , in a manner adapted to the contour of the depression , longitudinal edges of the bent legs being arranged facing one another over their entire longitudinal extent, d) introducing at least one spacer into the deformed blank such that the bent legs and delimiting walls , which extend in the direction of longitudinal edges of the middle longitudinal section , of the depression are held spaced apart at least in regions, and e) joining the longitudinal edges of the deformed legs , characterized in that the introduction of the at least one spacer is performed between the longitudinal edges of the bent legs .
A development cartridge comprising: a toner container , including a first air vent and a second air vent , to accommodate a toner; a developing portion to receive the toner from the toner container and having a developing roller installed therein; a toner refilling portion , connected to an end of the toner container in a longitudinal direction, to provide the toner container with a passage for refilling the toner; a filter installed in the first air vent to reduce leakage of the toner; and a pressure releasing member to communicate with the toner container via the second air vent and being transformable into a contracted state and an expanded state to expand a volume of the toner container , wherein the first air vent is formed at a position farther from the toner refilling portion than the second air vent . a toner container , including a first air vent and a second air vent , to accommodate a toner; a developing portion to receive the toner from the toner container and having a developing roller installed therein; a toner refilling portion , connected to an end of the toner container in a longitudinal direction, to provide the toner container with a passage for refilling the toner; a filter installed in the first air vent to reduce leakage of the toner; and a pressure releasing member to communicate with the toner container via the second air vent and being transformable into a contracted state and an expanded state to expand a volume of the toner container , wherein the first air vent is formed at a position farther from the toner refilling portion than the second air vent .
Electric machine comprising a stator and a rotor , wherein the stator and/or the rotor comprises a winding and/or permanent magnets , and wherein an oleophobic-hydrophobic layer structure is arranged in the region of the winding and/or in the region of an adhesive bond of the permanent magnets , comprising i. a first layer comprising a silicone, and ii. an outer second layer materially connected to the first layer , said outer second layer having an oleophobic-hydrophobic surface, comprising a textile structure made of a thermoplastic material, wherein the material bond is formed by penetration of the silicone of the first layer into the textile structure of the second layer . i. a first layer comprising a silicone, and ii. an outer second layer materially connected to the first layer , said outer second layer having an oleophobic-hydrophobic surface, comprising a textile structure made of a thermoplastic material, wherein the material bond is formed by penetration of the silicone of the first layer into the textile structure of the second layer .