mhurhangee/patent-ind-claim-en huggingface dataset:
A power architecture for an elevator system, the power architecture comprising: a panel receiving power from a power grid through a breaker ; a power supply coupled to the breaker to receive power from the grid; a battery coupled to the power supply through a switch ; an elevator motor controller coupled to the power supply; an inverter controlled by the elevator motor controller , the inverter configured to generate currents for a motor of the elevator system; the power supply providing power from at least one of the grid and the battery to the controller; and a charger coupled to the breaker and the battery and configured to receive power from the power grid and provide power to the battery to charge the battery; wherein the power supply is configured to provide power that is simultaneously sourced from the grid and the battery to the controller. a panel receiving power from a power grid through a breaker ; a power supply coupled to the breaker to receive power from the grid; a battery coupled to the power supply through a switch ; an elevator motor controller coupled to the power supply; an inverter controlled by the elevator motor controller , the inverter configured to generate currents for a motor of the elevator system; the power supply providing power from at least one of the grid and the battery to the controller; and a charger coupled to the breaker and the battery and configured to receive power from the power grid and provide power to the battery to charge the battery; wherein the power supply is configured to provide power that is simultaneously sourced from the grid and the battery to the controller.
A buttress applier cartridge for carrying a buttress assembly and applying the buttress assembly to a surgical linear stapler that comprises an end effector having an anvil and a staple cartridge, wherein the buttress applier cartridge comprises: (i) a U-shaped housing defining a gap configured to receive a portion of the end effector of the surgical linear stapler , (ii) a platform , wherein a portion of the platform is exposed in the gap defined by the housing, (iii) a first buttress assembly positioned on the platform, wherein the first buttress assembly is exposed in the gap defined by the housing, characterised by (iv) a data communication feature, wherein the data communication feature is configured to provide communication of data relating to the buttress applier cartridge between the buttress applier cartridge and the surgical linear stapler and/or another external device. (i) a U-shaped housing defining a gap configured to receive a portion of the end effector of the surgical linear stapler , (ii) a platform , wherein a portion of the platform is exposed in the gap defined by the housing, (iii) a first buttress assembly positioned on the platform, wherein the first buttress assembly is exposed in the gap defined by the housing, characterised by (iv) a data communication feature, wherein the data communication feature is configured to provide communication of data relating to the buttress applier cartridge between the buttress applier cartridge and the surgical linear stapler and/or another external device.
A method of producing a compound represented by the following formula (II), comprising a step of oxidatively esterifying Compound A represented by the following formula (I) with Compound B selected from an organic nitroxyl radical, an N-hydroxy form thereof, and a salt containing an oxo ammonium cation of them, and an oxidizing agent different from Compound B in the presence of a pyridine having an alkyl substituent, wherein the use amount of Compound B is 0.0001 or more and 0.1 or less in terms of a molar ratio relative to wherein, in the formula (I), R 1 and R 2 each independently represent a hydrogen atom or a monovalent hydrocarbon group, or R 1 and R 2 are bonded to each other to form a divalent hydrocarbon group for constituting a ring structure; and wherein, in the formula (II), R 1 and R 2 each independently represent a hydrogen atom or a monovalent hydrocarbon group, or R 1 and R 2 are bonded to each other to form a divalent hydrocarbon group for constituting a ring structure, wherein the pyridine having an alkyl substituent is selected from the group consisting of 2-methylpyridine, 3-methylpyridine, 4-methylpyridine, 2-ethylpyridine, 3-ethylpyridine, 4-ethylpyridine, 2-propylpyridine, 3-propylpyridine, 4-propylpyridine, 3-n-butylpyridine, 4-tert-butylpyridine, 2-amylpyridine, 4-amylpyridine, 2-(3-pentyl)pyridine, 4-(3-pentyl)pyridine, 2,3-lutidine, 2,4-lutidine, 2,5-lutidine, 2,6-lutidine, 3,4-lutidine, 3,5-lutidine, 5-ethyl-2-methylpyridine, 2,6-di-tert-butylpyridine, 2,3,5-collidine, and 2,4,6-collidine.
Method of synchronization implemented, in a mobile network (R), by a first device (DP2) hosting a network function (FR1) serving for the connection of a mobile terminal to the mobile network, said mobile network comprising at least one second device (DP1, DP3-DP5) hosting said network function, the method comprising the following steps: - establishing (S2; B2) a connection with a mobile terminal (T) so as to execute, as main device, the network function in association with said mobile terminal; - determining (S4; B4) context data (DN2) associated with the mobile terminal, said context data being data taken as input by the network function in order to execute, so as to allow the connection of the mobile terminal to the mobile network; - recording (S6; B6) the context data in a memory (BD2) associated with said first device; and - sending (S8; B8) the context data to at least one second device (DP1, DP3), termed secondary device, hosting said network function in said mobile network so as to synchronize the context data (DN2) recorded by the first device and said at least one secondary device. - establishing (S2; B2) a connection with a mobile terminal (T) so as to execute, as main device, the network function in association with said mobile terminal; - determining (S4; B4) context data (DN2) associated with the mobile terminal, said context data being data taken as input by the network function in order to execute, so as to allow the connection of the mobile terminal to the mobile network; - recording (S6; B6) the context data in a memory (BD2) associated with said first device; and - sending (S8; B8) the context data to at least one second device (DP1, DP3), termed secondary device, hosting said network function in said mobile network so as to synchronize the context data (DN2) recorded by the first device and said at least one secondary device.
A computer-implemented method of generating a plurality of interactive electronic documents by a computer system comprising a memory and a processing unit, the method comprising: loading (S1) into the memory, once and in a fixed fashion, a non-variable first part ,the non-variable first part comprising instructions that, when executed, direct the processing unit to perform a function call in response to user interaction; loading (S2) into the memory, individually for each of the interactive electronic documents , from a data store arranged externally to the processing unit, a variable second part separate from the non-variable first part , the variable second part comprising variable data linked to a particular user and functions defined to return the variable data linked to the particular user in response to the function call, whereby the variable data linked to the particular user is stored directly in the variable second part and therefore accessible off-line or whereby the variable second part comprises access information for retrieving the variable data linked to the particular user from a remote database; and generating (S3) each of the plurality of interactive electronic documents as an object having the loaded non-variable first part and an individually loaded variable second part ,thereby generating the plurality of interactive electronic documents as objects having the same non-variable first part . loading (S1) into the memory, once and in a fixed fashion, a non-variable first part ,the non-variable first part comprising instructions that, when executed, direct the processing unit to perform a function call in response to user interaction; loading (S2) into the memory, individually for each of the interactive electronic documents , from a data store arranged externally to the processing unit, a variable second part separate from the non-variable first part , the variable second part comprising variable data linked to a particular user and functions defined to return the variable data linked to the particular user in response to the function call, whereby the variable data linked to the particular user is stored directly in the variable second part and therefore accessible off-line or whereby the variable second part comprises access information for retrieving the variable data linked to the particular user from a remote database; and generating (S3) each of the plurality of interactive electronic documents as an object having the loaded non-variable first part and an individually loaded variable second part ,thereby generating the plurality of interactive electronic documents as objects having the same non-variable first part .
A casing removal tool for a rigless removal of a portion of a wellbore casing from a wellbore, comprising: a tubular body configured to contain a thermite fuel mixture configured to initiate into a molten thermite fuel; a nozzle array characterized by and comprising a plurality of densely packed nozzles positioned in rows and columns on an area of an external surface of the tubular body , wherein the nozzle array is configured to impinge the molten thermite fuel onto a section of the wellbore casing so that the molten thermite fuel from each nozzle of the plurality of densely packed nozzles at least partially overlaps the molten thermite fuel from each adjacent nozzle of the plurality of densely packed nozzles for uniform annihilation of the section of the wellbore casing; and an orientation lug configured to anchor into a downhole orientation tool . a tubular body configured to contain a thermite fuel mixture configured to initiate into a molten thermite fuel; a nozzle array characterized by and comprising a plurality of densely packed nozzles positioned in rows and columns on an area of an external surface of the tubular body , wherein the nozzle array is configured to impinge the molten thermite fuel onto a section of the wellbore casing so that the molten thermite fuel from each nozzle of the plurality of densely packed nozzles at least partially overlaps the molten thermite fuel from each adjacent nozzle of the plurality of densely packed nozzles for uniform annihilation of the section of the wellbore casing; and an orientation lug configured to anchor into a downhole orientation tool .
A radiation sensitive filler for measuring a dose of ionizing irradiation received by a predetermined body part during a radiotherapy treatment, said radiation sensitive filler being a viscous or semi-solid radiation sensitive filler adapted for being injected between said predetermined body part and a tissue to be protected from radiation, wherein the radiation sensitive filler is adapted for undergoing a measurable physical and/or chemical change under the influence of ionizing irradiation, said radiation sensitive filler furthermore being adapted for emitting a signal when elicited by an energy wave, whereby said emitted signal has characteristics that reflect said physical and/or chemical change, the radiation sensitive filler being characterized in that it is adapted for substantially preserving, during said radiotherapy treatment, its initial morphology by undergoing a further chemical and/or physical change subsequent to the injection, in order to minimize dose to a tissue to be protected from radiation, wherein the initial morphology is determined by the shape and volume of said radiation sensitive filler upon injection between said predetermined part of the body and said tissue to be protected.
A method for wireless communications, comprising: generating , by a user equipment, UE, a power headroom report for feeding back beamformed sounding reference signal, SRS, power scaling, the power headroom report including first power information indicating a nominal power headroom value and second power information indicating a desired transmit power for each respective one of a plurality of SRS ports of the UE, wherein the second power information includes power headroom values for each SRS port of the plurality of SRS ports, a power headroom value of a first SRS port of the plurality of SSR ports being indicative of an absolute value of the desired transmit power of the first SRS port, and a power headroom value of each remaining SRS port of the plurality of SRS ports being indicative of a difference in the desired transmit power between the respective remaining SRS port and a previous SRS port; and transmitting , by the UE, the power headroom report to a base station. generating , by a user equipment, UE, a power headroom report for feeding back beamformed sounding reference signal, SRS, power scaling, the power headroom report including first power information indicating a nominal power headroom value and second power information indicating a desired transmit power for each respective one of a plurality of SRS ports of the UE, wherein the second power information includes power headroom values for each SRS port of the plurality of SRS ports, a power headroom value of a first SRS port of the plurality of SSR ports being indicative of an absolute value of the desired transmit power of the first SRS port, and a power headroom value of each remaining SRS port of the plurality of SRS ports being indicative of a difference in the desired transmit power between the respective remaining SRS port and a previous SRS port; and transmitting , by the UE, the power headroom report to a base station.
Resonance absorber having at least one resonance structure as a passive absorber having a plurality of vibrating elements which are designed to radially extend, at least in sections, preferably substantially, particularly preferably completely, around a common longitudinal axis (X), wherein the vibrating elements are spaced apart from one another in the circumferential direction (U) of the longitudinal axis (X), at least in sections, by spacings , characterized by at least one excitation element as an active absorber which is designed to excite the vibrating elements of the resonance structure to vibrate together along the longitudinal axis (X), wherein at least a plurality of vibrating elements , preferably all of the vibrating elements , immediately adjacent in the circumferential direction (U) are elastically coupled to one another in a vibration-transmitting manner over the respective spacing . having at least one resonance structure as a passive absorber having a plurality of vibrating elements which are designed to radially extend, at least in sections, preferably substantially, particularly preferably completely, around a common longitudinal axis (X), wherein the vibrating elements are spaced apart from one another in the circumferential direction (U) of the longitudinal axis (X), at least in sections, by spacings , characterized by at least one excitation element as an active absorber which is designed to excite the vibrating elements of the resonance structure to vibrate together along the longitudinal axis (X), wherein at least a plurality of vibrating elements , preferably all of the vibrating elements , immediately adjacent in the circumferential direction (U) are elastically coupled to one another in a vibration-transmitting manner over the respective spacing .
A method of storing softbits of messages received according to a Hybrid Automatic Repeat Request, HARQ, protocol, the method comprising: providing a first storage and a second storage , wherein the first storage and the second storage include a plurality of memory segments allocatable to HARQ processes; receiving a first message related to a first HARQ process, wherein the first message is protected by a channel code of the HARQ protocol and represented by softbits; storing the softbits of the first message in a first segment of the first storage, wherein the first segment is allocated to the first HARQ process, and wherein the first storage is accessible by a channel decoding unit for decoding the channel code; and characterised by if a number of allocated segments in the first storage, the decoding of which has not yet been completed, exceeds a threshold, changing the allocation for the first HARQ process from the first segment in the first storage to a second segment in the second storage wherein state information is stored for at least each of the HARQ processes to which a segment in the first storage is allocated, wherein changing the allocation to the second storage is further subject to the state information of the first HARQ process being indicative of the first segment being not locked for decoding, the method further comprising searching among the segments of the first storage for state information indicative of the corresponding segment being not locked for decoding, the search yielding the first segment for changing the allocation to the second storage . providing a first storage and a second storage , wherein the first storage and the second storage include a plurality of memory segments allocatable to HARQ processes; receiving a first message related to a first HARQ process, wherein the first message is protected by a channel code of the HARQ protocol and represented by softbits; storing the softbits of the first message in a first segment of the first storage, wherein the first segment is allocated to the first HARQ process, and wherein the first storage is accessible by a channel decoding unit for decoding the channel code; and characterised by if a number of allocated segments in the first storage, the decoding of which has not yet been completed, exceeds a threshold, changing the allocation for the first HARQ process from the first segment in the first storage to a second segment in the second storage wherein state information is stored for at least each of the HARQ processes to which a segment in the first storage is allocated, wherein changing the allocation to the second storage is further subject to the state information of the first HARQ process being indicative of the first segment being not locked for decoding, the method further comprising searching among the segments of the first storage for state information indicative of the corresponding segment being not locked for decoding, the search yielding the first segment for changing the allocation to the second storage .
An electrophotographic photosensitive member having a substrate, a photoconductive layer, and a surface layer formed from hydrogenated amorphous silicon carbide, in this order, wherein an average value of ratios (C/(C+Si)) of a number (C) of carbon atoms to a sum of a number (Si) of silicon atoms and the number (C) of carbon atoms in the surface layer is 0.90 or more and less than 1.00, and an average value of ratios (H/(H+C+Si)) of a number (H) of hydrogen atoms to a sum of the number (H) of hydrogen atoms, the number (C) of carbon atoms and the number (Si) of silicon atoms in the surface layer is 0.40 or less; and when an average value of ratios of a sum of a Si-O bond and an O-Si-O bond to a sum of Si-related bonds (sum of a Si-Si bond, a Si-C bond, a Si-O bond and an O-Si-O bond) in an outermost surface region that constitutes a range within a depth of 5 nm or less from the outermost surface of the surface layer is represented by a, and an average value of ratios (Si/(C+Si)) of the number (Si) of silicon atoms to a sum of the number (Si) of the silicon atoms and the number (C) of carbon atoms in the surface layer is represented by b, 0.015≤a*b≤0.090 holds. an average value of ratios (C/(C+Si)) of a number (C) of carbon atoms to a sum of a number (Si) of silicon atoms and the number (C) of carbon atoms in the surface layer is 0.90 or more and less than 1.00, and an average value of ratios (H/(H+C+Si)) of a number (H) of hydrogen atoms to a sum of the number (H) of hydrogen atoms, the number (C) of carbon atoms and the number (Si) of silicon atoms in the surface layer is 0.40 or less; and when an average value of ratios of a sum of a Si-O bond and an O-Si-O bond to a sum of Si-related bonds (sum of a Si-Si bond, a Si-C bond, a Si-O bond and an O-Si-O bond) in an outermost surface region that constitutes a range within a depth of 5 nm or less from the outermost surface of the surface layer is represented by a, and an average value of ratios (Si/(C+Si)) of the number (Si) of silicon atoms to a sum of the number (Si) of the silicon atoms and the number (C) of carbon atoms in the surface layer is represented by b, 0.015≤a*b≤0.090 holds.
A virus-like particle (VLP) comprising one or more Cas9 protein(s), said one or more Cas9 protein(s) being contained inside the virus-like particle as a fusion protein between (i) a viral structural protein which is a retroviral gag protein and (ii) the one or more Cas9 protein(s), said VLP further comprising one or more CRISPR-Cas system guide RNA(s) inside the VLP, and further comprising one or more viral envelope protein(s).
Fibre composite material comprising at least one layer of fibre material, wherein the fibre materials are selected from glass fibres and/or carbon fibres as endless fibres or in the form of weaves and knits, embedded into a thermoplastic based on siloxane-containing block cocondensate and containing a structural unit where R 1 is a divalent substituted or unsubstituted aromatic radical, a divalent linear or cyclic aliphatic radical, or the structural unit is a mixture of units, where R 1 is a divalent substituted or unsubstituted aromatic radical and/or R 1 is a divalent linear or cyclic aliphatic radical, and a siloxane block that derives from a hydroxyarylterminated polysiloxane having the following structure where R 5 is hydrogen or methyl, R 6 and R 7 are independently methyl, V is a single bond, O, C1- to C6-alkyl or C1- to C6-alkoxy, W is a single bond, C1- to C6-alkylene, C2- to C5-alkylidene or C1- to C6-alkoxy, Y is a single bond, ―CO―, ―O―, C1- to C6-alkylene, C2- to C5-alkylidene, a C5- to C6-cycloalkylidene radical which may be mono- or polysubstituted by C1 to C4-alkyl, or C6- to C12-arylene which may be fused to a further aromatic ring containing heteroatoms, m is an average number of repeat units from 2 to 6, o is an average number of repeat units from 10 to 400, and p and q are each 0 or 1, where the content of siloxane blocks in the siloxane-containing block cocondensate is 0.5% to 40% by weight, based on the siloxane blocks and polycarbonate blocks used. R 5 is hydrogen or methyl, R 6 and R 7 are independently methyl, V is a single bond, O, C1- to C6-alkyl or C1- to C6-alkoxy, W is a single bond, C1- to C6-alkylene, C2- to C5-alkylidene or C1- to C6-alkoxy, Y is a single bond, ―CO―, ―O―, C1- to C6-alkylene, C2- to C5-alkylidene, a C5- to C6-cycloalkylidene radical which may be mono- or polysubstituted by C1 to C4-alkyl, or C6- to C12-arylene which may be fused to a further aromatic ring containing heteroatoms, m is an average number of repeat units from 2 to 6, o is an average number of repeat units from 10 to 400, and p and q are each 0 or 1,