mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device comprising: a display comprising a sensing panel configured to sense a handwriting input; at least one processor operatively connected to the display; and memory storing instructions which, when executed by the at least one processor , cause the electronic device to: acquire the handwriting input sensed by the sensing panel and displayed on the display , the handwriting input comprising a first handwriting input corresponding to a first line and a second handwriting input corresponding to a second line, based on whether at least one of the first handwriting input or the second handwriting input satisfies at least one specified condition, determine to merge the second line into the first line or maintain the second line, based on a result of the determining convert the handwriting input into text by merging the second line into the first line or maintaining the second line, and control the display to display the converted handwriting input, characterised in that the specified condition includes a condition of a width of a region occupied by the first handwriting input in an input field being equal to or greater than a specified ratio of a width of the input field. a display comprising a sensing panel configured to sense a handwriting input; at least one processor operatively connected to the display; and memory storing instructions which, when executed by the at least one processor , cause the electronic device to: acquire the handwriting input sensed by the sensing panel and displayed on the display , the handwriting input comprising a first handwriting input corresponding to a first line and a second handwriting input corresponding to a second line, based on whether at least one of the first handwriting input or the second handwriting input satisfies at least one specified condition, determine to merge the second line into the first line or maintain the second line, based on a result of the determining convert the handwriting input into text by merging the second line into the first line or maintaining the second line, and control the display to display the converted handwriting input, acquire the handwriting input sensed by the sensing panel and displayed on the display , the handwriting input comprising a first handwriting input corresponding to a first line and a second handwriting input corresponding to a second line, based on whether at least one of the first handwriting input or the second handwriting input satisfies at least one specified condition, determine to merge the second line into the first line or maintain the second line, based on a result of the determining convert the handwriting input into text by merging the second line into the first line or maintaining the second line, and control the display to display the converted handwriting input,
A method of transmitting an uplink, UL, signal by a user equipment , UE, configured for simultaneous physical uplink shared channel, PUSCH, and physical uplink control channel, PUCCH, transmission, the method comprising: receiving downlink control information, DCI, for semi-persistent scheduling of a subslot-PUSCH; and transmitting , based on the DCI, the semi-persistently scheduled subslot-PUSCH, SPS sPUSCH, in a plurality of subslots, characterized in that the DCI includes UL demodulation reference signal, DMRS, pattern-related information for the SPS sPUSCH, and transmitting the SPS sPUSCH includes: performing uplink control information, UCI, transmission through the SPS sPUSCH without simultaneous PUCCH transmission in a corresponding sublsot, based on the UL DMRS pattern-related information being a first value, the first value indicating that an UL DMRS is mapped to only a part of the plurality of subslots in which the SPS sPUSCH is transmitted. receiving downlink control information, DCI, for semi-persistent scheduling of a subslot-PUSCH; and transmitting , based on the DCI, the semi-persistently scheduled subslot-PUSCH, SPS sPUSCH, in a plurality of subslots, characterized in that the DCI includes UL demodulation reference signal, DMRS, pattern-related information for the SPS sPUSCH, and transmitting the SPS sPUSCH includes: performing uplink control information, UCI, transmission through the SPS sPUSCH without simultaneous PUCCH transmission in a corresponding sublsot, based on the UL DMRS pattern-related information being a first value, the first value indicating that an UL DMRS is mapped to only a part of the plurality of subslots in which the SPS sPUSCH is transmitted.
A surface cladding sub-construction unit, comprising an insulating layer screw anchor and a substructure anchor , wherein the insulating layer screw anchor comprises a supporting bolt , a support disc , a helix structure , and a stiffening section , wherein the supporting bolt comprises a first and a second end (7; 8) and wherein the supporting bolt has an axial hollow channel , wherein the support disc is connected to the second end of the supporting bolt , wherein one planning level of the support disc is arranged in a rectangular angle to the longitudinal axis of the supporting bolt , wherein the support disc has a plurality of passages , and wherein a cladding member can be mounted at a top face of the support disc , wherein the helix structure surrounds the supporting bolt at least in sections, and wherein the helix structure and the supporting bolt are arranged in a fixed position to one another, wherein the stiffening section is connected both to the supporting bolt and to a lower side of the support disc , wherein the substructure anchor comprises a first and a second end (14; 15), wherein the substructure anchor comprises an engagement section at its first end , wherein the substructure anchor can be inserted into the axial hollow channel , wherein the substructure anchor protrudes the first end of the supporting bolt in a mounting end position, and wherein the substructure anchor has a head part with radial projection at its second end .
A blood purification device comprising: a blood removal line for delivering a blood taken out from a patient (P) to a blood purifier ; a blood pump placed on the blood removal line ; a pressure sensor placed in the blood removal line on a side upstream of the blood pump for measuring a pressure of the blood delivered in the blood removal line ; a transfusion line for supplying a transfusion to the blood removal line on a side upstream of the blood pump ; a transfusion vessel connected to the transfusion line ; an opening/closing valve for opening or closing the transfusion line ; and a control unit for controlling the blood pump and the opening/closing valve , wherein: the transfusion vessel is placed vertically above the patient (P); and the control unit opens the transfusion line by means of the opening/closing valve when the pressure measured by the pressure sensor becomes smaller than a predetermined value during operation of the blood pump . the transfusion vessel is placed vertically above the patient (P); and the control unit opens the transfusion line by means of the opening/closing valve when the pressure measured by the pressure sensor becomes smaller than a predetermined value during operation of the blood pump .
An age hardening type bainitic microalloyed steel having a composition which comprises, in terms of mass%: 0.06-0.16% of C; 0.01-2.00% of Si; 0.10-3.00% of Mn; 0.001-0.200% of S; 0.001-2.00% of Cu; more than 0.40 and 2.00% or less of Ni; 0.10-3.00% of Cr; 0.10-1.00% of Mo; 0.10-1.00% of V; and 0.001-0.100% of s-Al, i.e., acid soluble aluminum, the quantity of which being determined by the method described in JIS G 1257 , Appendix 15, and optionally at least one selected from the group consisting of: 0.001 to 0.300% of Pb, 0.001 to 0.300% of Bi, 0.001 to 0.300% of Te, 0.001 to 0.010% of Ca, up to 0.300% of Ti; and up to 0.300% of Nb with the remainder being Fe and unavoidable impurities, and which satisfies a value of the following expression to be 20 or larger and a value of the following expression to be 0.82 or larger: 3 × C + 10 × Mn + 2 × Cu + 2 × Ni + 12 × Cr + 9 × Mo + 2 × V 1.66 × C + 0.18 × Si + 0.27 × Mn + 0.09 × Ni + 0.32 × Cr + 0.34 × Mo + 0.44 × V in which each [ ] in the expression and the expression indicates a content of the element shown therein in terms of mass%. 0.06-0.16% of C; 0.01-2.00% of Si; 0.10-3.00% of Mn; 0.001-0.200% of S; 0.001-2.00% of Cu; more than 0.40 and 2.00% or less of Ni; 0.10-3.00% of Cr; 0.10-1.00% of Mo; 0.10-1.00% of V; and 0.001-0.100% of s-Al, i.e., acid soluble aluminum, the quantity of which being determined by the method described in JIS G 1257 , Appendix 15, and optionally at least one selected from the group consisting of: 0.001 to 0.300% of Pb, 0.001 to 0.300% of Bi, 0.001 to 0.300% of Te, 0.001 to 0.010% of Ca, up to 0.300% of Ti; and up to 0.300% of Nb with the remainder being Fe and unavoidable impurities, and which satisfies a value of the following expression to be 20 or larger and a value of the following expression to be 0.82 or larger: 3 × C + 10 × Mn + 2 × Cu + 2 × Ni + 12 × Cr + 9 × Mo + 2 × V 1.66 × C + 0.18 × Si + 0.27 × Mn + 0.09 × Ni + 0.32 × Cr + 0.34 × Mo + 0.44 × V in which each [ ] in the expression and the expression indicates a content of the element shown therein in terms of mass%. 0.001 to 0.300% of Pb, 0.001 to 0.300% of Bi, 0.001 to 0.300% of Te, 0.001 to 0.010% of Ca, up to 0.300% of Ti; and up to 0.300% of Nb
A method for estimating a total mass of a vehicle, the method comprising the steps of: providing a plurality of speed sensors configured to sense a rotational speed of a plurality of components of a driveline of the vehicle; estimating an output torque of the driveline of the vehicle; calculating gear losses based on the output torque of the driveline; estimating friction losses based on a rotational speed of a portion of the driveline of the vehicle; calculating a rolling resistance of the vehicle; calculating an inertia of the vehicle; estimating the total mass of the vehicle based on the inertia of the vehicle; characterised in that it is further configured for using the total mass of the vehicle to adapt a shift strategy of the vehicle. providing a plurality of speed sensors configured to sense a rotational speed of a plurality of components of a driveline of the vehicle; estimating an output torque of the driveline of the vehicle; calculating gear losses based on the output torque of the driveline; estimating friction losses based on a rotational speed of a portion of the driveline of the vehicle; calculating a rolling resistance of the vehicle; calculating an inertia of the vehicle; estimating the total mass of the vehicle based on the inertia of the vehicle; characterised in that it is further configured for using the total mass of the vehicle to adapt a shift strategy of the vehicle.
An identity identification method for a fixed-point authorization, characterized in that , the method comprises: receiving by an authentication system an identification request sent by a service terminal (S102); wherein the identification request comprises terminal information and live body biological characteristic information of a target object; the terminal information comprises a terminal merchant number and terminal location information of the service terminal; determining by the authentication system at least one valid user of the service terminal according to the terminal information, and obtaining biological characteristic information of each valid user (S104); wherein each valid user has an authorization relationship with the service terminal; completing the identity identification according to the live body biological characteristic information of the target object and the biological characteristic information of each valid user (S106); wherein the step of completing the identity identification according to the live body biological characteristic information of the target object and the biological characteristic information of each valid user comprises: determining whether the live body biological characteristic information of the target object is directly derived from a real live body (S214); if yes, determining whether a biological characteristic matching is successfully matched (S216); when the biological characteristic matching is successfully matched, sending a location request to an associated terminal of each valid user successfully matched; receiving the valid user location information sent by the associated terminal of each valid user successfully matched based on the location request; completing the identity identification according to the terminal location information and each valid user location information successfully matched. determining whether the live body biological characteristic information of the target object is directly derived from a real live body (S214); if yes, determining whether a biological characteristic matching is successfully matched (S216); when the biological characteristic matching is successfully matched, sending a location request to an associated terminal of each valid user successfully matched; receiving the valid user location information sent by the associated terminal of each valid user successfully matched based on the location request; completing the identity identification according to the terminal location information and each valid user location information successfully matched.
A dishwasher , comprising: a wash tub ; a tubular spray element disposed in the wash tub and being rotatable about a longitudinal axis thereof, the tubular spray element comprising one or more apertures extending through an exterior surface thereof, and the tubular spray element being in a fluid communication with a fluid supply to direct fluid from the fluid supply into the wash tub through the one or more apertures ; a tubular spray element drive coupled to the tubular spray element and rotating the tubular spray element among a plurality of rotational positions about the longitudinal axis thereof; and characterized by comprising a drinkware sprayer positioned within the wash tub and physically spaced apart from the tubular spray element , the drinkware sprayer comprising one or more outlets being in a fluid communication with a fluid collector , wherein the fluid collector facing the tubular spray element , the fluid collector receiving fluid from the tubular spray element when the tubular spray element is rotated to a predetermined rotational position, and routing the received wash fluid out of the one or more outlets to wash an interior of a drinkware item that is positioned over the drinkware sprayer . a wash tub ; a tubular spray element disposed in the wash tub and being rotatable about a longitudinal axis thereof, the tubular spray element comprising one or more apertures extending through an exterior surface thereof, and the tubular spray element being in a fluid communication with a fluid supply to direct fluid from the fluid supply into the wash tub through the one or more apertures ; a tubular spray element drive coupled to the tubular spray element and rotating the tubular spray element among a plurality of rotational positions about the longitudinal axis thereof; and characterized by comprising a drinkware sprayer positioned within the wash tub and physically spaced apart from the tubular spray element , the drinkware sprayer comprising one or more outlets being in a fluid communication with a fluid collector , wherein the fluid collector facing the tubular spray element , the fluid collector receiving fluid from the tubular spray element when the tubular spray element is rotated to a predetermined rotational position, and routing the received wash fluid out of the one or more outlets to wash an interior of a drinkware item that is positioned over the drinkware sprayer .
A directional coupler comprising: a dielectric substrate ; a main line having a suspended line structure formed on a front surface of the dielectric substrate; a microstrip structure comprising a sub-line formed on the front surface or a rear surface of the dielectric substrate, the sub-line being placed with a predetermined gap from the main line in the plan view of the dielectric substrate; and an opening provided between the main line and the sub-line through the dielectric substrate, characterized by the microstrip structure further comprising a ground surface of the sub-line that is formed on the surface of the dielectric substrate opposite to the one on which the sub-line is formed, in a manner that the ground surface is superposed on the sub-line. a dielectric substrate ; a main line having a suspended line structure formed on a front surface of the dielectric substrate; a microstrip structure comprising a sub-line formed on the front surface or a rear surface of the dielectric substrate, the sub-line being placed with a predetermined gap from the main line in the plan view of the dielectric substrate; and an opening provided between the main line and the sub-line through the dielectric substrate, characterized by the microstrip structure further comprising a ground surface of the sub-line that is formed on the surface of the dielectric substrate opposite to the one on which the sub-line is formed, in a manner that the ground surface is superposed on the sub-line.
Computing centre module , having: multiple containers , wherein each container has • multiple side walls which completely expose an interior of the container ; • a computing system within the container , wherein the computing system has a plurality of processors ; • a power supply infrastructure within the container for supplying electrical power to the computing system ; • wherein the power supply infrastructure of each container of the computing centre module is individually pre-certified with respect to a reliability of the computing system by means of an availability class, which places demands on the infrastructure of the containers , which demands are met by each container of the computing centre module , characterized in that each container has an infeed interface and a container-to-container interface , which interfaces are coupled to one another by means of the power supply infrastructure , wherein the container-to-container interface and/or the infeed interface of each container is held by an intermediate wall , which is arranged between one of the multiple side walls and the computing system . multiple containers , wherein each container has • multiple side walls which completely expose an interior of the container ; • a computing system within the container , wherein the computing system has a plurality of processors ; • a power supply infrastructure within the container for supplying electrical power to the computing system ; • wherein the power supply infrastructure of each container of the computing centre module is individually pre-certified with respect to a reliability of the computing system by means of an availability class, which places demands on the infrastructure of the containers , which demands are met by each container of the computing centre module , • multiple side walls which completely expose an interior of the container ; • a computing system within the container , wherein the computing system has a plurality of processors ; • a power supply infrastructure within the container for supplying electrical power to the computing system ; • wherein the power supply infrastructure of each container of the computing centre module is individually pre-certified with respect to a reliability of the computing system by means of an availability class, which places demands on the infrastructure of the containers , which demands are met by each container of the computing centre module , characterized in that each container has an infeed interface and a container-to-container interface , which interfaces are coupled to one another by means of the power supply infrastructure , wherein the container-to-container interface and/or the infeed interface of each container is held by an intermediate wall , which is arranged between one of the multiple side walls and the computing system .
A prosthetic heart valve for implantation at a heart valve annulus (AA), comprising: a non-expandable, non-collapsible annular support structure defining a flow orifice and having an inflow end; valve leaflets attached to the support structure and mounted to alternately open and close across the flow orifice; a plastically-expandable frame having a first end extending around the flow orifice and connected to the valve at the inflow end of the support structure , the frame having a second end projecting in the inflow direction away from the support structure and being capable of assuming a contracted state for delivery to an implant position and a wider expanded state for outward contact with an annulus (AA); and a fabric covering around the plastically-expandable frame , characterized in that an enlarged sealing flange is attached circumferentially around the second end of the fabric-covered frame . a non-expandable, non-collapsible annular support structure defining a flow orifice and having an inflow end; valve leaflets attached to the support structure and mounted to alternately open and close across the flow orifice; a plastically-expandable frame having a first end extending around the flow orifice and connected to the valve at the inflow end of the support structure , the frame having a second end projecting in the inflow direction away from the support structure and being capable of assuming a contracted state for delivery to an implant position and a wider expanded state for outward contact with an annulus (AA); and a fabric covering around the plastically-expandable frame , characterized in that an enlarged sealing flange is attached circumferentially around the second end of the fabric-covered frame .
A thermoplastic composition comprising, based on the weight of the composition, at least 30 wt. % aromatic polycarbonate, at most 70 wt. % of polyester comprising poly(ethylene terephthalate), from 0.1 - 20 wt. % of an impact modifier, from 0.05 to 1.0 wt. % of a monovalent ionomer comprising repeat units derived from ethylene, a dicarboxylic acid or derivative thereof, a monocarboxylic acid, and optionally a comonomer. at least 30 wt. % aromatic polycarbonate, at most 70 wt. % of polyester comprising poly(ethylene terephthalate), from 0.1 - 20 wt. % of an impact modifier, from 0.05 to 1.0 wt. % of a monovalent ionomer comprising repeat units derived from ethylene, a dicarboxylic acid or derivative thereof, a monocarboxylic acid, and optionally a comonomer.
A method of detaching a filling member from a space of a counterbore hole , the filling member having been applied to fill in the space of the counterbore hole having a bolt loaded so that the bolt head may sink into the inside of the counterbore hole , characterised in that a prepared hole is made in the filling member , and a female thread is formed in the prepared hole of the filling member by tapping, such that an extracting force is applied to the filling member through the female thread engaged with a rotating tap (T) to extract the filling member from the space of the counterbore hole , and in that the shape of the space of the counterbore hole is formed as a shape other than a true circle.