mhurhangee/patent-ind-claim-en huggingface dataset:
A control method for a storage battery provided in a consumer site that receives electric power supply from a system , the control method comprising: a first monitoring step of monitoring a first electric energy supplied from the system per unit time period, where the unit time period is shorter than a predetermined time period; a second monitoring step of monitoring a second electric energy supplied from the system per predetermined time period; a calculation step of obtaining a change over time in the first electric energy; and an instruction step of instructing the storage battery to discharge electric power to supply a load located in the consumer site in accordance with the change over time in the first electric energy together with a peak value in the past pertaining to the second electric energy, characterized in that : in the instruction step, in accordance with the change over time in the first electric energy, when a difference value or a differential value of the first electric energy is zero or a negative value after being a positive value or when the difference value or the differential value of the first electric energy is within the range of from zero to a predetermined reference value after being a value greater than the predetermined reference value, the storage battery is instructed to start to discharge. a first monitoring step of monitoring a first electric energy supplied from the system per unit time period, where the unit time period is shorter than a predetermined time period; a second monitoring step of monitoring a second electric energy supplied from the system per predetermined time period; a calculation step of obtaining a change over time in the first electric energy; and an instruction step of instructing the storage battery to discharge electric power to supply a load located in the consumer site in accordance with the change over time in the first electric energy together with a peak value in the past pertaining to the second electric energy, characterized in that : in the instruction step, in accordance with the change over time in the first electric energy, when a difference value or a differential value of the first electric energy is zero or a negative value after being a positive value or when the difference value or the differential value of the first electric energy is within the range of from zero to a predetermined reference value after being a value greater than the predetermined reference value, the storage battery is instructed to start to discharge. in the instruction step, in accordance with the change over time in the first electric energy, when a difference value or a differential value of the first electric energy is zero or a negative value after being a positive value or when the difference value or the differential value of the first electric energy is within the range of from zero to a predetermined reference value after being a value greater than the predetermined reference value, the storage battery is instructed to start to discharge.
A dental appliance precursor , comprising: a dental appliance comprising a plurality of teeth receiving cavities , the appliance comprising a buccal wall and a lingual wall to at least partially define the plurality of teeth receiving cavities; and a support comprising a plurality of extensions coupled to the dental appliance, the support comprising a holder to couple to an additive manufacturing machine, the support extending between the holder and the appliance; characterized in that the plurality of extensions are only in contact with a removal line of the appliance, wherein the removal line corresponds to a location where the appliance is configured to be separated from the support, wherein the removal line is located along at least a portion of a gingival line. a dental appliance comprising a plurality of teeth receiving cavities , the appliance comprising a buccal wall and a lingual wall to at least partially define the plurality of teeth receiving cavities; and a support comprising a plurality of extensions coupled to the dental appliance, the support comprising a holder to couple to an additive manufacturing machine, the support extending between the holder and the appliance; characterized in that the plurality of extensions are only in contact with a removal line of the appliance, wherein the removal line corresponds to a location where the appliance is configured to be separated from the support, wherein the removal line is located along at least a portion of a gingival line.
Process for the preparation of methyl mercaptan, comprising at least the following steps: a) a carbon oxide, hydrogen sulphide and hydrogen undergo a reaction in the presence of a zirconia-supported molybdenum- and potassium-based catalyst; said catalyst not comprising a promoter, b) the carbonyl sulphide obtained in step a) undergoes a hydrogenation reaction in the presence of said hydrogen (H 2 ), to form methyl mercaptan (CH 3 SH) and hydrogen sulphide (H 2 S), c) optionally, said hydrogen sulphide (H 2 S) formed in step b) is recycled to step a), and d) the methyl mercaptan is collected. a) a carbon oxide, hydrogen sulphide and hydrogen undergo a reaction in the presence of a zirconia-supported molybdenum- and potassium-based catalyst; said catalyst not comprising a promoter, b) the carbonyl sulphide obtained in step a) undergoes a hydrogenation reaction in the presence of said hydrogen (H 2 ), to form methyl mercaptan (CH 3 SH) and hydrogen sulphide (H 2 S), c) optionally, said hydrogen sulphide (H 2 S) formed in step b) is recycled to step a), and d) the methyl mercaptan is collected.
System for capturing parameters of the environment and surroundings, having at least one unmanned aircraft which is designed to start and land vertically and has an energy storage unit and at least one receptacle for transporting at least one functional unit designed to capture parameters of the environment and surroundings; and at least one starting and landing apparatus for the at least one unmanned aircraft , which starting and landing apparatus can be arranged on a ground vehicle and has at least one first apparatus which is designed to replace, charge and/or refill the energy storage unit of unmanned aircraft, wherein the at least one starting and landing apparatus and/or the ground vehicle respectively has/have a control device which can be used to control and/or regulate at least one autonomous movement of the at least one unmanned aircraft relative to the at least one starting and landing apparatus or relative to the ground vehicle , wherein parameters of the environment and surroundings which are captured by the functional unit(s) transported using the at least one unmanned aircraft can be wirelessly transmitted at least to the control device of the starting and landing apparatus and/or of the ground vehicle , characterized in that the system has at least one second apparatus having a magazine for temporarily accommodating functional units , which second apparatus is designed to replace a plurality of different functional units on unmanned aircraft , wherein at least one functional unit is in the form of a sampler which has a gripping arm for picking up sample material and a sample container.
A fire protection coating for a device including one or more layers of temperature insulating material covering said device, characterised in that it includes a vapour barrier covering said layers of temperature insulating material and one or more layers of endothermic material releasing water upon contact with the fire, covering said vapour barrier and for which the temperature insulating material is a material with a thermal conductivity less than 20mW.m -1 .K -1 called superinsulating material.
A composition for use in treating or preventing a herpesvirus infection comprising: (a) an isolated nucleic acid encoding a CRISPR-associated (Cas) peptide; and (b) one or more isolated nucleic acids, wherein the one or more isolated nucleic acids encode multiple guide nucleic acids, wherein each guide nucleic acid comprises a nucleotide sequence complementary to a different target sequence in the herpesvirus genome, and wherein a guide nucleic acid of the multiple guide nucleic acids comprises a target sequence complementary to a sequence within the ICPO domain of the herpesvirus genome and wherein a second guide nucleic acid of the multiple guide nucleic acids comprises a target sequence complementary to a sequence within the ICP4 or ICP27 domain of the herpesvirus genome. (a) an isolated nucleic acid encoding a CRISPR-associated (Cas) peptide; and (b) one or more isolated nucleic acids, wherein the one or more isolated nucleic acids encode multiple guide nucleic acids, wherein each guide nucleic acid comprises a nucleotide sequence complementary to a different target sequence in the herpesvirus genome, and wherein a guide nucleic acid of the multiple guide nucleic acids comprises a target sequence complementary to a sequence within the ICPO domain of the herpesvirus genome and wherein a second guide nucleic acid of the multiple guide nucleic acids comprises a target sequence complementary to a sequence within the ICP4 or ICP27 domain of the herpesvirus genome.
An optical data storage device comprising: a feed reel adapter configured to hold a feed reel having an optical storage tape ; a plurality of optical pickup units configured to read and write data to an optical storage tape of a feed reel held by the feed reel adapter; a guiding wheel configured to guide the optical storage tape when the optical storage tape is in the vicinity of the optical pickup units during read and/or write operations, wherein the guiding wheel has a circular outer portion which is configured to hold the optical storage tape on a circular path during read/write/tracking operations, and wherein the plurality of optical pickup units are arranged in an arc circumferentially around the outside of the guiding wheel; and a take-up reel adapter for holding a take-up reel configured to receive the optical storage tape from the guiding wheel. a feed reel adapter configured to hold a feed reel having an optical storage tape ; a plurality of optical pickup units configured to read and write data to an optical storage tape of a feed reel held by the feed reel adapter; a guiding wheel configured to guide the optical storage tape when the optical storage tape is in the vicinity of the optical pickup units during read and/or write operations, wherein the guiding wheel has a circular outer portion which is configured to hold the optical storage tape on a circular path during read/write/tracking operations, and wherein the plurality of optical pickup units are arranged in an arc circumferentially around the outside of the guiding wheel; and a take-up reel adapter for holding a take-up reel configured to receive the optical storage tape from the guiding wheel.
Adaptable mattress , comprising a main part , the main part comprising at least 2 recesses , each recess extending substantially over a width of the main part, each recess being provided on a top or bottom side of the main part, at least two cassettes for filling the recesses, each cassette having a height, a width, and a length, wherein the length of each cassette is substantially equal to a width of the main part, wherein the recesses are adapted to fix each respective cassette, and wherein each cassette is less resilient than the main part, wherein the first cassette located at a shoulder section of the mattress comprises more air circulation supporting elements than the second cassette located at a hip section of the mattress, and optionally wherein an optional third cassette located at a shoulder section of the mattress comprises more air circulation supporting elements than the second cassette and less air circulation supporting elements than an optional fourth cassette located at a hip section of the mattress, a topper applied on a top side of the main part, the topper comprising a third material, wherein the third material has a different resilience than that of both the main part and cassettes, and a cover , the cover surrounding the main part, the cassettes, and the topper, wherein the main part, the cassettes, the topper, and the cover are removably attached to one and another. a main part , the main part comprising at least 2 recesses , each recess extending substantially over a width of the main part, each recess being provided on a top or bottom side of the main part, at least two cassettes for filling the recesses, each cassette having a height, a width, and a length, wherein the length of each cassette is substantially equal to a width of the main part, wherein the recesses are adapted to fix each respective cassette, and wherein each cassette is less resilient than the main part, wherein the first cassette located at a shoulder section of the mattress comprises more air circulation supporting elements than the second cassette located at a hip section of the mattress, and optionally wherein an optional third cassette located at a shoulder section of the mattress comprises more air circulation supporting elements than the second cassette and less air circulation supporting elements than an optional fourth cassette located at a hip section of the mattress, a topper applied on a top side of the main part, the topper comprising a third material, wherein the third material has a different resilience than that of both the main part and cassettes, and a cover , the cover surrounding the main part, the cassettes, and the topper, wherein the main part, the cassettes, the topper, and the cover are removably attached to one and another.
A wireless communication device comprising: a receiver configured to receive a trigger frame instructing an uplink multi-user transmission for the wireless communication device; a controller configured to determine whether the wireless communication device is specified for uplink multi-user based on the trigger frame, a transmitter configured to transmit a first frame upon lapse of predetermined duration after the trigger frame is received, in the uplink multi-user transmission in response to the trigger frame; and wherein the receiver is configured to receive an acknowledgment frame in response to the first frame and characterised in that the controller is configured to set a timer upon reception of the acknowledgment frame and change a value of a first parameter from a first value to a second value when the time times out, the first parameter being a parameter used for determining duration of carrier sensing on a wireless medium to acquire an access right for transmission in a single user transmission. a receiver configured to receive a trigger frame instructing an uplink multi-user transmission for the wireless communication device; a controller configured to determine whether the wireless communication device is specified for uplink multi-user based on the trigger frame, a transmitter configured to transmit a first frame upon lapse of predetermined duration after the trigger frame is received, in the uplink multi-user transmission in response to the trigger frame; and wherein the receiver is configured to receive an acknowledgment frame in response to the first frame and characterised in that the controller is configured to set a timer upon reception of the acknowledgment frame and change a value of a first parameter from a first value to a second value when the time times out, the first parameter being a parameter used for determining duration of carrier sensing on a wireless medium to acquire an access right for transmission in a single user transmission.
A method comprising: detecting, by use of a processor, a Radio Link Failure, RLF, at a mobile communication device in an inactive state; the method characterized by mitigating the RLF by terminating uplink transmission ; assigning a lowest frequency priority to a current frequency , wherein the assignment expires after a specified time interval; reselecting a base station ; in response to a Non-Access Stratum, NAS, event , transmitting a Radio Resource Control, RRC, Connection Re-establishment Request message ; and completing an RRC Connection Re-establishment procedure . detecting, by use of a processor, a Radio Link Failure, RLF, at a mobile communication device in an inactive state; the method characterized by mitigating the RLF by terminating uplink transmission ; assigning a lowest frequency priority to a current frequency , wherein the assignment expires after a specified time interval; reselecting a base station ; in response to a Non-Access Stratum, NAS, event , transmitting a Radio Resource Control, RRC, Connection Re-establishment Request message ; and completing an RRC Connection Re-establishment procedure .
An ultrasonic surgical system, comprising: an ultrasonic waveguide body defining first and second longitudinal lumens (1242, 2242; 1244, 2244) extending through at least a portion of a length of the ultrasonic waveguide body; a distal transverse lumen defined within the ultrasonic waveguide body transversely through at least a portion of the ultrasonic waveguide body to intersect and interconnect the first and second longitudinal lumens; a first proximal transverse lumen extending from a first proximal transverse aperture within the ultrasonic waveguide body transversely through a portion of the ultrasonic waveguide body to intersect the first longitudinal lumen; a second proximal transverse lumen extending from a second proximal transverse aperture within the ultrasonic waveguide body transversely through a portion of the ultrasonic waveguide body to intersect the second longitudinal lumen; and inflow and outflow conduits fluidly coupled with the first and second proximal transverse apertures, respectively, to enable the inflow of fluid into the first longitudinal lumen and the outflow of fluid from the second longitudinal lumen, respectively characterised in that the distal transverse lumen is at least partially formed via a distal cap defining a distal tip of the distal waveguide body. an ultrasonic waveguide body defining first and second longitudinal lumens (1242, 2242; 1244, 2244) extending through at least a portion of a length of the ultrasonic waveguide body; a distal transverse lumen defined within the ultrasonic waveguide body transversely through at least a portion of the ultrasonic waveguide body to intersect and interconnect the first and second longitudinal lumens; a first proximal transverse lumen extending from a first proximal transverse aperture within the ultrasonic waveguide body transversely through a portion of the ultrasonic waveguide body to intersect the first longitudinal lumen; a second proximal transverse lumen extending from a second proximal transverse aperture within the ultrasonic waveguide body transversely through a portion of the ultrasonic waveguide body to intersect the second longitudinal lumen; and inflow and outflow conduits fluidly coupled with the first and second proximal transverse apertures, respectively, to enable the inflow of fluid into the first longitudinal lumen and the outflow of fluid from the second longitudinal lumen, respectively characterised in that the distal transverse lumen is at least partially formed via a distal cap defining a distal tip of the distal waveguide body.
A support structure for supporting a display comprising: a post extending between a first end and a second end ; an arm movably coupled to the post ; a grip assembly for moveably coupling the arm to the post , the grip assembly including, a housing , an actuator assembly , characterized by a retention component slidably positioned in the housing , and a resilient member that biases the retention component to a first position, in which, the grip assembly is engaged to the post . a post extending between a first end and a second end ; an arm movably coupled to the post ; a grip assembly for moveably coupling the arm to the post , the grip assembly including, a housing , an actuator assembly , characterized by a retention component slidably positioned in the housing , and a resilient member that biases the retention component to a first position, in which, the grip assembly is engaged to the post . a housing , an actuator assembly , characterized by a retention component slidably positioned in the housing , and a resilient member that biases the retention component to a first position, in which, the grip assembly is engaged to the post .
Intraoral device comprising: • one or more microsensors • a programmable electronic microcircuit with a series of ports for the connection of a microsensor to each, • means for feeding the electronic microcircuit and • wireless communication means of the data therefrom, all these elements being included inside a watertight and thermally insulated protection element , where said protection element is attached to the surface or inside a support element within the buccal cavity, being the dimensions of the protection element adapted to the size of the support element. • one or more microsensors • a programmable electronic microcircuit with a series of ports for the connection of a microsensor to each, • means for feeding the electronic microcircuit and • wireless communication means of the data therefrom, all these elements being included inside a watertight and thermally insulated protection element , where said protection element is attached to the surface or inside a support element within the buccal cavity, being the dimensions of the protection element adapted to the size of the support element.
A method for wireless communications by a base station , comprising: determining , based on a physical broadcast channel, PBCH, transmission periodicity and a duration of a PBCH transmission time interval, TTI, a first set of one or more bits of a timing reference number conveyed in the PBCH that change over a duration of the TTI, wherein different bits of the timing reference number comprise the first set of one or more bits for different durations of the PBCH TTI; transmitting multiple versions of a physical broadcast channel, PBCH, within the TTI, including a second set of bits of the timing reference number that do not change over the duration of the TTI; and providing an indication, with each PBCH transmission, of the first set of bits of the timing reference number. determining , based on a physical broadcast channel, PBCH, transmission periodicity and a duration of a PBCH transmission time interval, TTI, a first set of one or more bits of a timing reference number conveyed in the PBCH that change over a duration of the TTI, wherein different bits of the timing reference number comprise the first set of one or more bits for different durations of the PBCH TTI; transmitting multiple versions of a physical broadcast channel, PBCH, within the TTI, including a second set of bits of the timing reference number that do not change over the duration of the TTI; and providing an indication, with each PBCH transmission, of the first set of bits of the timing reference number.