mhurhangee/patent-ind-claim-en huggingface dataset:
Method for grouping received alarm calls generated by or in connection to the same alarm event, said alarm call being a voice call or/and data/text message, said method being performed by an Alarm Receiving Centre, ARC, for enabling reception of alarm calls sent by means of Voice over Internet Protocol, VoIP, or Session Initiation Protocol, SIP, wherein said method comprises the steps of: - receiving (S110) an alarm call; - assigning (S140) an identified ARC Subscriber Identity to the alarm call; - checking (S150) if said ARC Subscriber Identity is already active by a current alarm call; if ARC subscriber Identity is not in use: - creating (S160) a group and an alarm event docket, said group and docket being identified by the ARC Subscriber Identity; or, if the ARC Subscriber Identity is in use: - adding (S170) the alarm call to the group and corresponding alarm event docket identified by the ARC Subscriber Identity; - forwarding (S180) the group and alarm event docket by using the ARC Subscriber Identity to ARC staff presentation unit Graphical User Interface, GUI, via a Public Switched Telephone Network, PSTN, connection by means of the ARC Subscriber Identity, the forwarding comprising converting or bridging the alarm call between SIP/VoIP and PSTN formats. - receiving (S110) an alarm call; - assigning (S140) an identified ARC Subscriber Identity to the alarm call; - checking (S150) if said ARC Subscriber Identity is already active by a current alarm call; if ARC subscriber Identity is not in use: - creating (S160) a group and an alarm event docket, said group and docket being identified by the ARC Subscriber Identity; or, if the ARC Subscriber Identity is in use: - adding (S170) the alarm call to the group and corresponding alarm event docket identified by the ARC Subscriber Identity; if ARC subscriber Identity is not in use: - creating (S160) a group and an alarm event docket, said group and docket being identified by the ARC Subscriber Identity; or, - creating (S160) a group and an alarm event docket, said group and docket being identified by the ARC Subscriber Identity; or, if the ARC Subscriber Identity is in use: - adding (S170) the alarm call to the group and corresponding alarm event docket identified by the ARC Subscriber Identity; - adding (S170) the alarm call to the group and corresponding alarm event docket identified by the ARC Subscriber Identity; - forwarding (S180) the group and alarm event docket by using the ARC Subscriber Identity to ARC staff presentation unit Graphical User Interface, GUI, via a Public Switched Telephone Network, PSTN, connection by means of the ARC Subscriber Identity, the forwarding comprising converting or bridging the alarm call between SIP/VoIP and PSTN formats.
A method for deciding on the activation of carrier aggregation for a carrier of a first base station and a carrier of a second base station of a cellular network for delivering a service to a mobile terminal, on the basis of a combination of a plurality of parameters, at least one parameter being associated with a performance of the cellular network, wherein the at least one parameter associated with the performance of the cellular network comprises an indication of latency for communication between network entities of the cellular network and a parameter based on an assessment of a change in throughput due to carrier aggregation activation relative to a change in transmission overheads due to carrier aggregation activation, at least one parameter being associated with a Quality of Service requirement of the service, wherein the at least one parameter associated with the Quality of Service requirement of the service comprises one or more of: a latency requirement of the service; and a minimum bit rate requirement of the service, at least one parameter being associated with a state of the mobile terminal, wherein the at least one parameter associated with a state of the mobile terminal comprises a quality of service state, wherein the quality of service state for the mobile terminal indicates a maximum delay tolerance for the mobile terminal, at least one parameter being associated with a radio link between the mobile terminal and the first base station and/or second base station, the method further comprising one or more of: deciding to activate carrier aggregation if the indication of latency is less than a threshold value; deciding to activate carrier aggregation if the latency requirement of the service is at least a threshold delay tolerance level; and deciding to activate carrier aggregation if the maximum delay tolerance for the mobile terminal is at least a threshold delay tolerance level. a latency requirement of the service; and a minimum bit rate requirement of the service, deciding to activate carrier aggregation if the indication of latency is less than a threshold value; deciding to activate carrier aggregation if the latency requirement of the service is at least a threshold delay tolerance level; and deciding to activate carrier aggregation if the maximum delay tolerance for the mobile terminal is at least a threshold delay tolerance level.
An apparatus for pneumatically conveying and separating bulk material comprising: a vessel for receiving and separating gas (e.g. air) and bulk material; at least one material inlet located on the vessel for inputting gas (e.g. air) and bulk material into the vessel and forming a cyclone which separates the gas (e.g. air) and bulk material within the vessel ; a sifting device for receiving the bulk material from the vessel wherein bulk material is separated into at least two or more different powder discharges; and wherein a conduit connects the vessel and an outlet located below the sifting device which allows a flow of air to travel from the vessel along the conduit to the outlet which assists in the collection and transfer of fine powder discharge , characterised in that bulk material is separated via centrifugal forces into the at least two or more different powder discharges. a vessel for receiving and separating gas (e.g. air) and bulk material; at least one material inlet located on the vessel for inputting gas (e.g. air) and bulk material into the vessel and forming a cyclone which separates the gas (e.g. air) and bulk material within the vessel ; a sifting device for receiving the bulk material from the vessel wherein bulk material is separated into at least two or more different powder discharges; and wherein a conduit connects the vessel and an outlet located below the sifting device which allows a flow of air to travel from the vessel along the conduit to the outlet which assists in the collection and transfer of fine powder discharge ,
A method comprising: determining a first set of frequency locations within a frequency range, wherein adjacent frequency locations in the first set of frequency locations are spaced with a first spacing value; determining a second set of frequency locations within the frequency range, wherein adjacent frequency locations in the second set of frequency locations are spaced with a second spacing value; determining a first scalar and a second scalar from a received system information; determining a location of a frequency-domain resource block within the frequency range using the first spacing value and the second spacing value , wherein the location of the frequency-domain resource block is based on the sum of a product of the first scalar and the first spacing value and a product of the second scalar and the second spacing value; and communicating data on the frequency-domain resource block using the determined location of the resource block. determining a first set of frequency locations within a frequency range, wherein adjacent frequency locations in the first set of frequency locations are spaced with a first spacing value; determining a second set of frequency locations within the frequency range, wherein adjacent frequency locations in the second set of frequency locations are spaced with a second spacing value; determining a first scalar and a second scalar from a received system information; determining a location of a frequency-domain resource block within the frequency range using the first spacing value and the second spacing value , wherein the location of the frequency-domain resource block is based on the sum of a product of the first scalar and the first spacing value and a product of the second scalar and the second spacing value; and communicating data on the frequency-domain resource block using the determined location of the resource block.
A windshield comprising: a glass sheet ; an information acquisition device that emits and/or receives light to acquire information from an outside of a vehicle; a bracket that is fixed to the inner surface of the glass sheet and supports said information acquisition device; a mask layer that is formed on the glass sheet and blocks a visual field from the outside of the vehicle, at least one opening being formed in the mask layer , wherein the glass sheet and the mask layer have different heat shrinkage percentages and are molded together by being heated, and the bracket supports the information acquisition device such that there is a distance (s3) between the peripheral edge of the acquisition range of the information acquisition device and the peripheral edge of the opening such that an influence of distortion is reduced, the distortion occurring in a predetermined range from an inner peripheral edge of the opening toward a center of the opening due to the molding. a glass sheet ; an information acquisition device that emits and/or receives light to acquire information from an outside of a vehicle; a bracket that is fixed to the inner surface of the glass sheet and supports said information acquisition device; a mask layer that is formed on the glass sheet and blocks a visual field from the outside of the vehicle, at least one opening being formed in the mask layer , wherein the glass sheet and the mask layer have different heat shrinkage percentages and are molded together by being heated, and the bracket supports the information acquisition device such that there is a distance (s3) between the peripheral edge of the acquisition range of the information acquisition device and the peripheral edge of the opening such that an influence of distortion is reduced, the distortion occurring in a predetermined range from an inner peripheral edge of the opening toward a center of the opening due to the molding.
Device for supporting and guiding an aerial carrying-hauling cable of a cable lift installation, said device comprising: - a support structure, - a plurality of rotary sheaves designed to press on the cable to guide it when it is running, - and damping means connected with the sheaves to adjust to the deflection and load of the cable, each rotary sheave being associated with a damping connection articulated around a pivot to form an individual module fixed individually to the support structure, and the different individual modules being staggered along the support structure in the form of a beam , characterized in that the damping connection of each module comprises a pair of leaf springs located symmetrically on each side of the sheave and in that the beam comprises a profile of reverse U-shaped transverse cross-section having two vertical wings parallel to one another so as to delimit a compartment for housing the different individual modules, and the sheave of each module is mounted rotating freely around a first axis on one of the ends of the corresponding damping connection , the other end of said connection being articulated on the pivot , which is fixed transversely to the two wings of the profile. - a support structure, - a plurality of rotary sheaves designed to press on the cable to guide it when it is running, - and damping means connected with the sheaves to adjust to the deflection and load of the cable, each rotary sheave being associated with a damping connection articulated around a pivot to form an individual module fixed individually to the support structure, and the different individual modules being staggered along the support structure in the form of a beam , characterized in that the damping connection of each module comprises a pair of leaf springs located symmetrically on each side of the sheave and in that the beam comprises a profile of reverse U-shaped transverse cross-section having two vertical wings parallel to one another so as to delimit a compartment for housing the different individual modules, and the sheave of each module is mounted rotating freely around a first axis on one of the ends of the corresponding damping connection , the other end of said connection being articulated on the pivot , which is fixed transversely to the two wings of the profile.
A process to predict recurrence of hepatocellular carcinoma after liver transplantation comprising: - providing a serum or a plasma sample obtained from a hepatocellular carcinoma patient before said patient receives a liver transplant, - determining the amount of the N-glycans: agalacto, core-alpha-1,6-fucosylated biantennary (NGA2F), agalacto, core-alpha-1,6-fucosylated bisecting biantennary (NGA2FB), triantennary glycan (NA3), and branching alpha-1,3-fucosylated and core-alpha-1,6-fucosylated triantennary glycan (NA3Fbc) within said serum or plasma sample, wherein decreased amounts of NGA2F and NGA2FB, and, increased amounts of NA3 and NA3Fbc -compared to the amounts of NGA2F, NGA2FB, NA3 and NA3Fbc within a control serum or plasma sample- are predictive for recurrence of hepatocellular carcinoma after liver transplantation. - providing a serum or a plasma sample obtained from a hepatocellular carcinoma patient before said patient receives a liver transplant, - determining the amount of the N-glycans: agalacto, core-alpha-1,6-fucosylated biantennary (NGA2F), agalacto, core-alpha-1,6-fucosylated bisecting biantennary (NGA2FB), triantennary glycan (NA3), and branching alpha-1,3-fucosylated and core-alpha-1,6-fucosylated triantennary glycan (NA3Fbc) within said serum or plasma sample,
A nucleic acid molecule comprising a CDR3-encoding polynucleotide, wherein the CDR3-encoding polynucleotide encodes the CDR3 region of a T cell receptor that specifically binds to the preferentially expressed antigen in melanoma (PRAME), wherein: a) the CDR3-encoding polynucleotide comprises a first polynucleotide that encodes a first polypeptide comprising the VJ regions of a TCRα polypeptide, wherein the first polypeptide comprises the CDR3 region of the TCRα polypeptide, and wherein the CDR3 region comprises the amino acid sequence of SEQ ID NO: 25; and b) the CDR3-encoding polynucleotide comprises a second polynucleotide that encodes a second polypeptide comprising the VDJ regions of a TCRβ polypeptide, wherein the second polypeptide comprises the CDR3 region of the TCRβ polypeptide, and wherein the CDR3 region comprises the amino acid sequence of SEQ ID NO: 28; wherein the CDR3 region of the TCRα polypeptide and the CDR3 region of the TCRβ polypeptide together specifically bind to PRAME. a) the CDR3-encoding polynucleotide comprises a first polynucleotide that encodes a first polypeptide comprising the VJ regions of a TCRα polypeptide, wherein the first polypeptide comprises the CDR3 region of the TCRα polypeptide, and wherein the CDR3 region comprises the amino acid sequence of SEQ ID NO: 25; and b) the CDR3-encoding polynucleotide comprises a second polynucleotide that encodes a second polypeptide comprising the VDJ regions of a TCRβ polypeptide, wherein the second polypeptide comprises the CDR3 region of the TCRβ polypeptide, and wherein the CDR3 region comprises the amino acid sequence of SEQ ID NO: 28;
A disconnector for reconfiguring the power supply of an electric drive system of a vehicle, in particular a railway vehicle, the drive system comprising: - a first module for supplying, by motor, three-phase AC current having three separate outputs (A', B', C'); - a second module for supplying, by catenary, mono-phase AC current having two separate outputs (A, B); - a power module having three separate inputs , the power module being able to convert the AC current supplied by the first or second current supply module into DC current configured to supply a traction block of the vehicle; characterized in that the disconnector has four separate operating positions (I, II, III, IV): - a first position (I) for establishing a link between the three outputs of the first module for supplying three-phase AC current and the three inputs of the power module , respectively, and - three separate positions (II, III, IV) for establishing a link between the second module for supplying mono-phase AC current and the power module , each of said three positions (II, III, IV) being able to respectively couple the two outputs of the second supply module to a separate pair of inputs among the three inputs of the power module . - a first module for supplying, by motor, three-phase AC current having three separate outputs (A', B', C'); - a second module for supplying, by catenary, mono-phase AC current having two separate outputs (A, B); - a power module having three separate inputs , the power module being able to convert the AC current supplied by the first or second current supply module into DC current configured to supply a traction block of the vehicle; - a first position (I) for establishing a link between the three outputs of the first module for supplying three-phase AC current and the three inputs of the power module , respectively, and - three separate positions (II, III, IV) for establishing a link between the second module for supplying mono-phase AC current and the power module , each of said three positions (II, III, IV) being able to respectively couple the two outputs of the second supply module to a separate pair of inputs among the three inputs of the power module .
Use of an apparatus including: (a) a sandwich core setup comprising: (a1) a substrate that is rigid enough to avoid any deformation by the contraction stress of curing; (a2) a rigid ring-shaped spacer placed on the rigid substrate; and (a3) a glass cover slip having a thickness of from 0.01 mm to 1.00mm, which is centered on the spacer ; (b) a secondary setup to ensure reproducibility, comprising: (b1) a supporting bed holding the substrate placed on top of the supporting bed; (b2) a ride-on part comprising a test well which is placed on top of the rigid substrate and spacer , (b3) a light guide piece set in the well portion of the ride-on part , on which light guide piece a curing light may sit on top of a placed curable material or specimen without touching the cover slip ; the light guide piece is adapted to serve as a light-guide holder; and (b4) a base capable of stabilizing the supporting bed aligned with the base, for visualizing contraction stress of any curable material during the course of curing or immediately after such a curing process when the curable material having high contraction stress causes the glass cover slip of the apparatus to be cracked or to completely break apart. (a) a sandwich core setup comprising: (a1) a substrate that is rigid enough to avoid any deformation by the contraction stress of curing; (a2) a rigid ring-shaped spacer placed on the rigid substrate; and (a3) a glass cover slip having a thickness of from 0.01 mm to 1.00mm, which is centered on the spacer ; (a1) a substrate that is rigid enough to avoid any deformation by the contraction stress of curing; (a2) a rigid ring-shaped spacer placed on the rigid substrate; and (a3) a glass cover slip having a thickness of from 0.01 mm to 1.00mm, which is centered on the spacer ; (b) a secondary setup to ensure reproducibility, comprising: (b1) a supporting bed holding the substrate placed on top of the supporting bed; (b2) a ride-on part comprising a test well which is placed on top of the rigid substrate and spacer , (b3) a light guide piece set in the well portion of the ride-on part , on which light guide piece a curing light may sit on top of a placed curable material or specimen without touching the cover slip ; the light guide piece is adapted to serve as a light-guide holder; and (b4) a base capable of stabilizing the supporting bed aligned with the base, (b1) a supporting bed holding the substrate placed on top of the supporting bed; (b2) a ride-on part comprising a test well which is placed on top of the rigid substrate and spacer , (b3) a light guide piece set in the well portion of the ride-on part , on which light guide piece a curing light may sit on top of a placed curable material or specimen without touching the cover slip ; the light guide piece is adapted to serve as a light-guide holder; and (b4) a base capable of stabilizing the supporting bed aligned with the base,
Plug intended to be fastened onto a valve of a tyre inflated with a gas and intended to function with an equipment for testing a calibrated leak of gas out of said tyre , characterised in that is comprises a means for pressure on the valve member of the valve and an orifice having a calibrated cross-section letting a predetermined flow rate of gas escape, said orifice is calibrated by insertion of a sintered membrane .
A solid electrolyte comprising: a phosphate compound represented by General Formula Li 1+2x M1 2-x (Ca 1-y M2 y ) x (PO 4 ) 3 , wherein M1 is at least one selected from the group consisting of Zr and Hf, M2 is at least one selected from the group consisting of Sr and Ba, x satisfies 0 < x < 2, and y satisfies 0 < y ≤ 1, wherein the phosphate compound comprises at least one crystal structure selected from the group consisting of a rhombohedral structure and a monoclinic structure, and lattice constants of the crystal structure satisfy a ≥ 8.84 Å and c ≥ 22.06 Å. a phosphate compound represented by General Formula Li 1+2x M1 2-x (Ca 1-y M2 y ) x (PO 4 ) 3 , wherein M1 is at least one selected from the group consisting of Zr and Hf, M2 is at least one selected from the group consisting of Sr and Ba, x satisfies 0 < x < 2, and y satisfies 0 < y ≤ 1, wherein the phosphate compound comprises at least one crystal structure selected from the group consisting of a rhombohedral structure and a monoclinic structure, and lattice constants of the crystal structure satisfy a ≥ 8.84 Å and c ≥ 22.06 Å.
A display assembly for mounting on a head-worn device, and having: a partially reflective and transparent surface located in a field of view of a user of the device; a display projector for projecting light on to the partially reflective surface for reflection by the partially reflective surface towards the user of the display assembly; a sensor for use in tracking an eye of the user ; a source of non-visible illumination for illuminating the eye of the user ; the source of non-visible-illumination comprising the display projector ; the display projector being arranged to interleave in time the non-visible illumination output with the display output; wherein the sensor is aligned to receive light forming an image of at least one eye of the user , the light forming the image being reflected by the partially reflective surface towards the sensor, the image being for use in eye-tracking, and the exit pupil of the display is illuminated wholly with non-visible light during the non-visible illumination interleaving time. a partially reflective and transparent surface located in a field of view of a user of the device; a display projector for projecting light on to the partially reflective surface for reflection by the partially reflective surface towards the user of the display assembly; a sensor for use in tracking an eye of the user ; a source of non-visible illumination for illuminating the eye of the user ; the source of non-visible-illumination comprising the display projector ; the display projector being arranged to interleave in time the non-visible illumination output with the display output; wherein the sensor is aligned to receive light forming an image of at least one eye of the user , the light forming the image being reflected by the partially reflective surface towards the sensor, the image being for use in eye-tracking, and the exit pupil of the display is illuminated wholly with non-visible light during the non-visible illumination interleaving time.