mhurhangee/patent-ind-claim-en huggingface dataset:
A multi-junction tandem laser photovoltaic cell for an incident light having a wavelength in the range of 650 to 830 nm, comprising a photovoltaic cell stack and a bottom electrode and a top electrode electrically connected to a bottom and a top of the photovoltaic cell stack, respectively, wherein the photovoltaic cell stack comprises stacked N AlGaAs PN-junction sub-cells , and adjacent sub-cells are connected in series via a tunneling junction , in which N≥2, wherein a light absorbing layer in each of the AlGaAs PN-junction sub-cells comprises a P-type Al x1 Ga 1-x1 As base region and an N-type Al x1 Ga 1-x1 As emitter region , wherein the x1 has such a value that the wavelength of the incident light is less than or equal to the absorption long wavelength limit of Al x1 Ga 1-x1 As, and the x1 is 0.02 to 0.38, wherein the bottom of the photovoltaic cell stack is electrically connected to the bottom electrode via a conductive substrate , wherein the photovoltaic cell stack is formed on the conductive substrate, characterized in that each of the AlGaAs sub-cells comprises a P-type Al x2 Ga 1-x2 As back surface field layer, a P-type Al x1 Ga 1-x1 As base region, an N-type Al x1 Ga 1-x1 As emitter region, an N-type Al x3 Ga 1-x3 As window layer sequentially arranged in a direction away from the conductive substrate, wherein the x2 and the x3 have such a value that Al x2 Ga 1-x2 As and Al x3 Ga 1-x3 As do not absorb the incident light. wherein a light absorbing layer in each of the AlGaAs PN-junction sub-cells comprises a P-type Al x1 Ga 1-x1 As base region and an N-type Al x1 Ga 1-x1 As emitter region , wherein the x1 has such a value that the wavelength of the incident light is less than or equal to the absorption long wavelength limit of Al x1 Ga 1-x1 As, and the x1 is 0.02 to 0.38, wherein the bottom of the photovoltaic cell stack is electrically connected to the bottom electrode via a conductive substrate , wherein the photovoltaic cell stack is formed on the conductive substrate, characterized in that each of the AlGaAs sub-cells comprises a P-type Al x2 Ga 1-x2 As back surface field layer, a P-type Al x1 Ga 1-x1 As base region, an N-type Al x1 Ga 1-x1 As emitter region, an N-type Al x3 Ga 1-x3 As window layer sequentially arranged in a direction away from the conductive substrate, wherein the x2 and the x3 have such a value that Al x2 Ga 1-x2 As and Al x3 Ga 1-x3 As do not absorb the incident light.
A method for welding a first powder metallurgical (PM) part to a second powder metallurgical (PM) part, the method comprising: working a first face of the first PM part; working a first face of the second PM part; heat treating at least along the first faces of the first PM part and the second PM part; and friction welding the first face of the first part to the first face of the second part; wherein the first PM part and the second PM part are nickel-based superalloy; characterised in that : the working of the first faces of the first PM part and the second PM part is sufficient to achieve enough local compressive residual stress to introduce sufficient strain energy into the part faces prior to welding to refine grain; and in that the heat treating of the first faces of the first PM part and the second PM part after the working but before the friction welding reconstitutes the grains in the worked zone. working a first face of the first PM part; working a first face of the second PM part; heat treating at least along the first faces of the first PM part and the second PM part; and friction welding the first face of the first part to the first face of the second part; wherein the first PM part and the second PM part are nickel-based superalloy; the working of the first faces of the first PM part and the second PM part is sufficient to achieve enough local compressive residual stress to introduce sufficient strain energy into the part faces prior to welding to refine grain; and in that the heat treating of the first faces of the first PM part and the second PM part after the working but before the friction welding reconstitutes the grains in the worked zone.
A method for wireless communication at a controlling wireless device , comprising: communicating with a secondary wireless device by cycling through a plurality of beam pair links, BPLs, at respective times within a communication time period; identifying , for a portion of the communication time period, at least one BPL of the plurality of BPLs having a link quality that does not satisfy a threshold; transmitting , to the secondary wireless device, a configuration that modifies communications with the secondary wireless device during the portion of the communication time period; and determining , based at least in part on the at least one BPL having the link quality that does not satisfy the threshold, to utilize repeated transmissions during the portion of the communication time period, wherein the configuration that modifies the communications with the secondary wireless device enables the repeated transmissions. communicating with a secondary wireless device by cycling through a plurality of beam pair links, BPLs, at respective times within a communication time period; identifying , for a portion of the communication time period, at least one BPL of the plurality of BPLs having a link quality that does not satisfy a threshold; transmitting , to the secondary wireless device, a configuration that modifies communications with the secondary wireless device during the portion of the communication time period; and determining , based at least in part on the at least one BPL having the link quality that does not satisfy the threshold, to utilize repeated transmissions during the portion of the communication time period, wherein the configuration that modifies the communications with the secondary wireless device enables the repeated transmissions.
A system for dyeing multiple forms of textile using liquefied CO 2 , the system comprising: a first pressurizing pump for pressurizing liquefied CO 2 to supercritical CO 2 , abbreviated Sc-CO 2 ; a heater for heating the Sc-CO 2 ; a dyestuff vessel for mixing a dyestuff and the Sc-CO 2 to obtain Sc-CO 2 -mixed dyestuff ; a dyeing vessel for dyeing the textile by circulating the Sc-CO 2 and the Sc-CO 2 -mixed dyestuff between the dyeing vessel and the dyestuff vessel ; one or more cyclone separators for removing the dyestuff from the Sc-CO 2 -mixed dyestuff to obtain separated liquefied CO 2 and a second pressurizing pump for pressurizing CO 2 to liquefied CO 2 ; and a liquefied CO 2 storage vessel for storing the liquefied CO 2 and the separated liquefied CO 2 from the one or more cyclone separators . a first pressurizing pump for pressurizing liquefied CO 2 to supercritical CO 2 , abbreviated Sc-CO 2 ; a heater for heating the Sc-CO 2 ; a dyestuff vessel for mixing a dyestuff and the Sc-CO 2 to obtain Sc-CO 2 -mixed dyestuff ; a dyeing vessel for dyeing the textile by circulating the Sc-CO 2 and the Sc-CO 2 -mixed dyestuff between the dyeing vessel and the dyestuff vessel ; one or more cyclone separators for removing the dyestuff from the Sc-CO 2 -mixed dyestuff to obtain separated liquefied CO 2 and a second pressurizing pump for pressurizing CO 2 to liquefied CO 2 ; and a liquefied CO 2 storage vessel for storing the liquefied CO 2 and the separated liquefied CO 2 from the one or more cyclone separators .
An electric vehicle connector configured for charging an electric vehicle via an electric vehicle plug receptacle, said electric vehicle connector comprising: a body having a first plug end configured to be coupled to the electric vehicle plug receptacle on the electric vehicle for charging; and a second power cable end configured to be coupled to a power cable, wherein the first end includes a terminal interface having one or more terminal receptacles for receiving one or more terminals positioned within the electric vehicle charging receptacle, wherein the first plug end also includes a transparent visual indicator part having one or more light sources, characterised by the transparent visual indicator part surrounding the one or more terminal receptacles to allow for viewing of the one or more light sources, wherein the light sources of the visual indicator part are light-emitting diodes, the visual indicator part being provided as a frontal part of the first end configured to be coupled to the electric vehicle plug receptacle for charging, wherein the one or more light sources are contained under a transparent cover. a body having a first plug end configured to be coupled to the electric vehicle plug receptacle on the electric vehicle for charging; and a second power cable end configured to be coupled to a power cable, wherein the first end includes a terminal interface having one or more terminal receptacles for receiving one or more terminals positioned within the electric vehicle charging receptacle, wherein the first plug end also includes a transparent visual indicator part having one or more light sources, characterised by the transparent visual indicator part surrounding the one or more terminal receptacles to allow for viewing of the one or more light sources, wherein the light sources of the visual indicator part are light-emitting diodes, the visual indicator part being provided as a frontal part of the first end configured to be coupled to the electric vehicle plug receptacle for charging, wherein the one or more light sources are contained under a transparent cover.
A method for performing transmit extrapolation to generate an ultrasound image, the method comprising: obtaining beam-summed data using an ultrasonic probe, wherein the beam-summed data is obtained at a plurality of steering angles; for each steering angle of the beam-summed data, segmenting the beam-summed data based on an axial imaging depth of the beam-summed data; for each segment of the segmented beam-summed data: estimating an extrapolation filter, based on the segmented beam-summed data, the extrapolation filter having a filter order; and extrapolating , by an extrapolation factor, the segmented beam-summed data based on the extrapolation filter, thereby generating extrapolated beam-summed data; and coherently compounding the extrapolated beam-summed data across all segments, thereby generating the ultrasound image. obtaining beam-summed data using an ultrasonic probe, wherein the beam-summed data is obtained at a plurality of steering angles; for each steering angle of the beam-summed data, segmenting the beam-summed data based on an axial imaging depth of the beam-summed data; for each segment of the segmented beam-summed data: estimating an extrapolation filter, based on the segmented beam-summed data, the extrapolation filter having a filter order; and extrapolating , by an extrapolation factor, the segmented beam-summed data based on the extrapolation filter, thereby generating extrapolated beam-summed data; and estimating an extrapolation filter, based on the segmented beam-summed data, the extrapolation filter having a filter order; and extrapolating , by an extrapolation factor, the segmented beam-summed data based on the extrapolation filter, thereby generating extrapolated beam-summed data; and coherently compounding the extrapolated beam-summed data across all segments, thereby generating the ultrasound image.
Method for marking a tyre of the type comprising a tread and two sidewalls delimiting said tread, the method comprising: - a step of inflating the tyre mounted on a rim, and - in the inflated state of the tyre, a step of making, on at least one of the sidewalls of said tyre, at least one marking which is at least partially coloured, characterized in that , during the inflation step , the tyre is inflated to a pressure greater than the nominal inflation pressure of said tyre. - a step of inflating the tyre mounted on a rim, and - in the inflated state of the tyre, a step of making, on at least one of the sidewalls of said tyre, at least one marking which is at least partially coloured, characterized in that , during the inflation step , the tyre is inflated to a pressure greater than the nominal inflation pressure of said tyre.
An attachment system for releasably attaching a seismic sensor node to a cable configured for deploying seismic nodes into a seismic medium, the attachment system comprising a clamp base fixable to a surface of a sensor node , wherein the clamp base further comprises a latch that is biased in a latched position when the attachment system is in both the coupled state and an uncoupled state; a clamp grip pivotably attached to the clamp base and biased in an open position when the attachment system is in the uncoupled state; and a channel disposed between the clamp base and the clamp grip within which the cable is positioned when the attachment system is attached to the cable ; wherein the clamp grip is secured to the clamp base by the latch when the attachment system is in the coupled state. a clamp base fixable to a surface of a sensor node , wherein the clamp base further comprises a latch that is biased in a latched position when the attachment system is in both the coupled state and an uncoupled state; a clamp grip pivotably attached to the clamp base and biased in an open position when the attachment system is in the uncoupled state; and a channel disposed between the clamp base and the clamp grip within which the cable is positioned when the attachment system is attached to the cable ; wherein the clamp grip is secured to the clamp base by the latch when the attachment system is in the coupled state.
Arrangement having a spiraled conductor strand, which is supported by a winding support and the winding support is a ring comprising a plurality of mutually abutting segments , wherein, at at least one first abutment , the spiraled conductor strand ends on both sides of the abutment whilst leaving the abutment free, and, at a second abutment , the conductor strand runs beyond the second abutment , characterized in that the winding support as well as the conductor strand is potted in an insulating body .
A method of wireless communication at a user equipment, UE , comprising: detecting a connection event after completing a Radio Resource Control, RRC, connection reconfiguration procedure with a base station , wherein the connection event includes one of inactivity at a protocol layer for a defined time duration or an initiation of a public local mobile network, PLMN, search procedure; transmitting a connection release request message on a signaling radio bearer, SRB, to the base station in response to detecting the connection event to synchronize the UE and the base station ; initiating a connection release timer in response to detecting the connection event ; monitoring for a synchronization message from the base station , wherein the synchronization message includes a connection status of the base station ; and performing a first connection procedure to synchronize with the base station based on receiving the synchronization message from the base station prior to an expiration of the connection release timer . detecting a connection event after completing a Radio Resource Control, RRC, connection reconfiguration procedure with a base station , wherein the connection event includes one of inactivity at a protocol layer for a defined time duration or an initiation of a public local mobile network, PLMN, search procedure; transmitting a connection release request message on a signaling radio bearer, SRB, to the base station in response to detecting the connection event to synchronize the UE and the base station ; initiating a connection release timer in response to detecting the connection event ; monitoring for a synchronization message from the base station , wherein the synchronization message includes a connection status of the base station ; and performing a first connection procedure to synchronize with the base station based on receiving the synchronization message from the base station prior to an expiration of the connection release timer .
Azeotropic or quasi-azeotropic composition comprising hydrogen fluoride, Z-1,3,3,3-tetrafluoropropene and one or more (hydro)halocarbon compounds chosen from 1,1,1,2,2-pentafluoropropane, 2,3,3,3-tetrafluoropropene, 3,3,3-trifluoropropene, 3,3,3-trifluoro-2-chloropropene, E-3,3,3-trifluoro-1-chloropropene, trifluoropropyne, 1,1,1,3,3-pentafluoropropene, 1,1,1,2,3-pentafluoropropene and 2-chloro-1,1,1,2-tetrafluoropropane; characterized in that said composition comprises from 1% to 95% by weight of hydrogen fluoride and from 99% to 5% by weight of the sum of the organic compounds, and the boiling point of said composition is between -20°C and 80°C, at a pressure of between 0.1 and 44 bar absolute.
A surgical drape for covering a patient and a transrectal device during a surgical treatment of the patient, the drape comprising: a canopy portion sized and shaped to at least partially cover a proximal portion of the transrectal device, the canopy portion configured to permit a user to manipulate the transrectal device through the canopy portion; a torso portion coupled to the canopy portion, the torso portion sized and shaped to cover at least a portion of a torso of the patient; a container having an opening and configured to receive and store waste including bodily fluids, surgical-related fluids, tissue or debris generated during the surgical treatment; and a fenestration adjacent to the canopy portion to allow access to the patient's urethra. a canopy portion sized and shaped to at least partially cover a proximal portion of the transrectal device, the canopy portion configured to permit a user to manipulate the transrectal device through the canopy portion; a torso portion coupled to the canopy portion, the torso portion sized and shaped to cover at least a portion of a torso of the patient; a container having an opening and configured to receive and store waste including bodily fluids, surgical-related fluids, tissue or debris generated during the surgical treatment; and a fenestration adjacent to the canopy portion to allow access to the patient's urethra.
A method for identifying a sequence of events associated with a condition in a process plant using a control system , the method comprising: Recording process data (p) of one or more field devices of the control system , wherein the process data (p) is timestamped; recording audio input (v) from each personnel of a plurality of personnel of the process plant, in relation to the condition in the process plant, wherein the audio input (v) is tagged according to identity information of the corresponding personnel; temporally synchronizing content of each audio input (v) with process information of at least one of an equipment related with the condition and an event (e) from a plurality of events, wherein the process information of at least one of the equipment and the event (e), is identified from the process data (p); identifying a keyword in the temporarily synchronized content of each audio input (v); comparing each keyword with the process information of at least one of the related equipment and the related event (e), for identifying at least one of a new process information and a supplementary process information related to the condition, from the temporally synchronized content of the corresponding audio input (v); and identifying the sequence of events associated with the condition, based on at least one of the new process information and the supplementary process information identified for each keyword, and the plurality of events (e) identified from the process data (p). Recording process data (p) of one or more field devices of the control system , wherein the process data (p) is timestamped; recording audio input (v) from each personnel of a plurality of personnel of the process plant, in relation to the condition in the process plant, wherein the audio input (v) is tagged according to identity information of the corresponding personnel; temporally synchronizing content of each audio input (v) with process information of at least one of an equipment related with the condition and an event (e) from a plurality of events, wherein the process information of at least one of the equipment and the event (e), is identified from the process data (p); identifying a keyword in the temporarily synchronized content of each audio input (v); comparing each keyword with the process information of at least one of the related equipment and the related event (e), for identifying at least one of a new process information and a supplementary process information related to the condition, from the temporally synchronized content of the corresponding audio input (v); and identifying the sequence of events associated with the condition, based on at least one of the new process information and the supplementary process information identified for each keyword, and the plurality of events (e) identified from the process data (p).
A method for manufacturing a card comprising the steps of: adhering a laminate of a front printed sheet , an antenna coil , a winded inlay sheet and a rear-printed sheet in sequence; and exposing the antenna coil of the inlay sheet through a grooving operation, characterized in that the method further comprises the steps of: adhering the antenna coil to the connector of an integrated circuit, IC, chip by igniting to explode a priming by applying an external heat of 160°C∼210°C for 0.5 to 1 second to the priming . adhering a laminate of a front printed sheet , an antenna coil , a winded inlay sheet and a rear-printed sheet in sequence; and exposing the antenna coil of the inlay sheet through a grooving operation, characterized in that the method further comprises the steps of: adhering the antenna coil to the connector of an integrated circuit, IC, chip by igniting to explode a priming by applying an external heat of 160°C∼210°C for 0.5 to 1 second to the priming .