mhurhangee/patent-ind-claim-en huggingface dataset:
A method for data transmission, performed by a terminal device, the method comprising: determining a basic parameter set adopted for a first sidelink, SL, channel based on a first carrier and a second correspondence relationship; and performing data transmission on the first SL channel based on the basic parameter set, wherein the first SL channel is transmitted on the first carrier, wherein the first carrier is configured to transmit uplink data; wherein determining the basic parameter set adopted for the first SL channel based on the first carrier and the second correspondence relationship comprises: when the first carrier is a carrier configured to transmit uplink data, adopting a same basic parameter set for the first SL channel as that for the uplink data; wherein the basic parameter set comprises a cyclic prefix, CP, length or a CP type. determining a basic parameter set adopted for a first sidelink, SL, channel based on a first carrier and a second correspondence relationship; and performing data transmission on the first SL channel based on the basic parameter set, wherein the first SL channel is transmitted on the first carrier, wherein the first carrier is configured to transmit uplink data; wherein determining the basic parameter set adopted for the first SL channel based on the first carrier and the second correspondence relationship comprises: when the first carrier is a carrier configured to transmit uplink data, adopting a same basic parameter set for the first SL channel as that for the uplink data; wherein the basic parameter set comprises a cyclic prefix, CP, length or a CP type. when the first carrier is a carrier configured to transmit uplink data, adopting a same basic parameter set for the first SL channel as that for the uplink data; wherein the basic parameter set comprises a cyclic prefix, CP, length or a CP type.
A composition comprising a polyorthoester, maleic acid, an aprotic solvent, and a therapeutically active agent dispersed or solubilized in the composition, wherein the therapeutically active agent is an amino-amide type local anesthetic.
A printing assembly , wherein the printing assembly has at least one frame , which has at least two side walls , between which a transport path provided for a transport of printing material at least partially extends and wherein at least one transport direction is defined by the transport path provided for the transport of printing material and wherein the printing assembly has at least one supporting body which can be moved relative to the frame in at least one parking direction (C) by means of at least one parking drive , said supporting body extending at least in the transverse direction (A) between the side walls and wherein at least two printing heads are arranged on the at least one supporting body and can be moved jointly with the at least one supporting body and wherein the printing assembly has at least three printing heads which are arranged one behind the other with respect to the transport direction, wherein the printing assembly has at least three crossmembers which each extend at least in a transverse direction (A) between the side walls and which are arranged one behind the other with respect to the transport direction and wherein at least one first additional device (247; 263; 601; 602; 603; 604; 607; 608) different from each printing head is arranged on each of the at least three crossmembers , which at least one first additional device is associated with at least one front printing head arranged in front of the particular crossmember in the transport direction and wherein the at least one first additional device (247; 263; 601; 602; 603; 604; 607; 608) is designed as at least one support element (601; 602) and/or as at least one cleaning device designed as a nozzle cleaning device and/or as at least one guide of a cleaning device and/or as at least one cleaning drive of a cleaning device and/or as at least one torque carrier and/or as at least one printing head cap and wherein at least one second additional device (247; 263; 601; 602; 603; 604; 607; 608) different from each printing head is arranged on each of the crossmembers , which at least one second additional device is associated with at least one rear printing head arranged behind the particular crossmember in the transport direction and wherein the at least one second additional device (247; 263; 601; 602; 603; 604; 607; 608) is designed as at least one support element (601; 602) and/or as at least one cleaning device designed as a nozzle cleaning device and/or as at least one guide of a cleaning device and/or as at least one cleaning drive of a cleaning device and/or as at least one torque carrier and/or as at least one printing head cap and/or as at least one suction box .
A housing part for a portable electronic device, the housing part comprising: a housing component comprising ceramic particles in a polymer matrix, the ceramic particles comprising from 50% to 90% by volume of the housing component, and the polymer matrix comprising from 10% to 50% by volume of the housing component; where the ceramic particles comprise one or more ceramics selected from the group of ceramics consisting of: Al 2 O 3 , Fe 3 O 4 , Fe 2 O 3 , ZnO , ZrO 2 , SiO 2 , and combinations of any two or more of these ceramics; where the polymer matrix comprises a first polymer selected from the group of polymers consisting of: polyphenylene ether (PPE), polyphenylene sulfide (PPS), polycarbonate (PC) copolymers, polyetherimide (PEI), polyetherimide (PEI) copolymers, polyphenylsulfone (PPSU), polyarylethersulfone (PAES), polyether sulfone (PES), polyaryl ether ketone (PAEK), polybutylene terephthalate (PBT), polypropylene (PP), polyethylene (PE), semi-crystalline polyimide (SC PI), and semi-crystalline polyamide (SC Polyamide); where the ceramic particles have a Dv50 of from 50 nanometers to 100 micrometers as measured with a particle size analyzer; where the ceramic particles are substantially free of agglomeration; and where the housing component has a relative density greater than 90%, where relative density (ρ R ) is calculated according to the formula ρ R = ρ M / ρ T × 100 in which ρ M is measured density and ρ T is theoretical density; and where the housing component is configured to cover a portion of a portable electronic device. a housing component comprising ceramic particles in a polymer matrix, the ceramic particles comprising from 50% to 90% by volume of the housing component, and the polymer matrix comprising from 10% to 50% by volume of the housing component; where the ceramic particles comprise one or more ceramics selected from the group of ceramics consisting of: Al 2 O 3 , Fe 3 O 4 , Fe 2 O 3 , ZnO , ZrO 2 , SiO 2 , and combinations of any two or more of these ceramics; where the polymer matrix comprises a first polymer selected from the group of polymers consisting of: polyphenylene ether (PPE), polyphenylene sulfide (PPS), polycarbonate (PC) copolymers, polyetherimide (PEI), polyetherimide (PEI) copolymers, polyphenylsulfone (PPSU), polyarylethersulfone (PAES), polyether sulfone (PES), polyaryl ether ketone (PAEK), polybutylene terephthalate (PBT), polypropylene (PP), polyethylene (PE), semi-crystalline polyimide (SC PI), and semi-crystalline polyamide (SC Polyamide); where the ceramic particles have a Dv50 of from 50 nanometers to 100 micrometers as measured with a particle size analyzer; where the ceramic particles are substantially free of agglomeration; and where the housing component has a relative density greater than 90%, where relative density (ρ R ) is calculated according to the formula ρ R = ρ M / ρ T × 100 in which ρ M is measured density and ρ T is theoretical density; and where the housing component is configured to cover a portion of a portable electronic device.
An apparatus for delivering particulate material to a frozen confectionery material to provide a single serving to a consumer, the apparatus comprising a chamber for storing the particulate material , the chamber having an open exit , wherein the chamber is adapted to be rotatable in use such that the open exit follows a pathway having both an upper region and a lower region, and arranged to pass through the lower region at a non-zero speed a plurality of times during a single serving; the open exit being sized to allow a portion of stored particulate material to fall out of the chamber via the open exit under gravity each time the open exit passes through the lower region of the pathway, the apparatus being arranged to provide a supply of frozen confectionery by extruding it through a nozzle simultaneously with the rotation of the chamber , such that particulate material that has left the chamber via the open exit is brought into contact with the extruded supply of frozen confectionery.
A printable liquid supply cartridge comprising: a housing enclosing an internal volume, the housing having a front end to connect to a printer and first and second sides extending from the front end to a rear end; the front end having a printable liquid outlet closer to the bottom than to the top and a gas inlet above the printable liquid outlet, each of the printable liquid outlet and the gas inlet to facilitate insertion of a respective fluid pen therein; a recess in the front end above the gas inlet, the recess being delimited by a first wall having an internal side and an external side that is part of the first side; an I2C data interface comprising electrical connection pads exposed on the internal side of the first wall facing towards the recess; and a rib to support the first wall and to protect the electrical connection pads. a housing enclosing an internal volume, the housing having a front end to connect to a printer and first and second sides extending from the front end to a rear end; the front end having a printable liquid outlet closer to the bottom than to the top and a gas inlet above the printable liquid outlet, each of the printable liquid outlet and the gas inlet to facilitate insertion of a respective fluid pen therein; a recess in the front end above the gas inlet, the recess being delimited by a first wall having an internal side and an external side that is part of the first side; an I2C data interface comprising electrical connection pads exposed on the internal side of the first wall facing towards the recess; and a rib to support the first wall and to protect the electrical connection pads.
A pre-assembled valved conduit, comprising: a bioprosthetic valve including bioprosthetic tissue leaflets, the valve having been treated such that the tissue may be stored dry for extended periods without degradation of functionality of the valve, the bioprosthetic valve having a sewing ring encircling an inflow end; a conduit sealed with a bioresorbable medium that is coupled to the sewing ring with sutures so as to form the valved conduit, the conduit having an inflow end and an outflow end; a valve holder attached to commissure posts of the bioprosthetic valve; and an elongated delivery handle connected to the valve holder and extending through the conduit so as to project from the outlet end thereof. a bioprosthetic valve including bioprosthetic tissue leaflets, the valve having been treated such that the tissue may be stored dry for extended periods without degradation of functionality of the valve, the bioprosthetic valve having a sewing ring encircling an inflow end; a conduit sealed with a bioresorbable medium that is coupled to the sewing ring with sutures so as to form the valved conduit, the conduit having an inflow end and an outflow end; a valve holder attached to commissure posts of the bioprosthetic valve; and an elongated delivery handle connected to the valve holder and extending through the conduit so as to project from the outlet end thereof.
A navigation device , comprising: a current location calculation unit that calculates a current location of a vehicle ; a vicinity map display unit that displays a vicinity map showing a vicinity of the current location of the vehicle on a display screen; a cruising range calculation unit that calculates a first cruising range of the vehicle based on a remaining amount of a battery that supplies the vehicle with electric power for driving and a full charge amount of the battery , which is a charging amount when the battery is in full charge, contained in charging information received from a battery unit that includes the battery ; a second cruising range calculation unit that calculates a second cruising range, which is smaller than the first cruising range, based on the degradation coefficient and the first cruising range; and a cruising range display unit that performs a predetermined display representing the second cruising range on the vicinity map ; characterized by a storage unit that stores a lookup table which includes degradation coefficients each representing credibility of a full charging amount that decreases due to degradation of the battery ; and a degradation coefficient determination unit that determines a degradation coefficient among the degradation coefficients by using the lookup table stored in the storage unit ; wherein the cruising range display unit displays the first cruising range and the second cruising range along a road that extends from the current location of the vehicle on the vicinity map . a current location calculation unit that calculates a current location of a vehicle ; a vicinity map display unit that displays a vicinity map showing a vicinity of the current location of the vehicle on a display screen; a cruising range calculation unit that calculates a first cruising range of the vehicle based on a remaining amount of a battery that supplies the vehicle with electric power for driving and a full charge amount of the battery , which is a charging amount when the battery is in full charge, contained in charging information received from a battery unit that includes the battery ; a second cruising range calculation unit that calculates a second cruising range, which is smaller than the first cruising range, based on the degradation coefficient and the first cruising range; and a cruising range display unit that performs a predetermined display representing the second cruising range on the vicinity map ; characterized by a storage unit that stores a lookup table which includes degradation coefficients each representing credibility of a full charging amount that decreases due to degradation of the battery ; and a degradation coefficient determination unit that determines a degradation coefficient among the degradation coefficients by using the lookup table stored in the storage unit ; wherein the cruising range display unit displays the first cruising range and the second cruising range along a road that extends from the current location of the vehicle on the vicinity map .
An ultra-thin, radiation-tolerant photovoltaic (PV) device, comprising: a PV element comprising an ultra-thin PV absorber mounted on a handle embedded with a persistent phosphor; wherein the PV element converts energy from photons absorbed by the PV absorber into electrical power; wherein the ultra-thin PV absorber has a thickness configured to prevent the PV absorber from initially absorbing all of the photons incident on the PV device during times when the PV device is being illuminated by the sun; wherein the phosphor in the handle is configured to absorb a plurality of the photons not initially absorbed by the PV absorber and discharge the absorbed photons back into the PV absorber ; and wherein the PV element uses the phosphor-discharged photons in the PV absorber to generate electrical power at times when the PV device is not being illuminated by the sun, characterized in that PV absorber comprises one of: a) a III-V semiconductor material having a thickness of 300 nm or less, or b) silicon (Si) having a thickness of 2 μm or less; and the PV element further comprising a plurality of interdigitated top (303a/b/c) and bottom (304/a/b/c) contacts on a front surface of the PV element . a PV element comprising an ultra-thin PV absorber mounted on a handle embedded with a persistent phosphor; wherein the PV element converts energy from photons absorbed by the PV absorber into electrical power; wherein the ultra-thin PV absorber has a thickness configured to prevent the PV absorber from initially absorbing all of the photons incident on the PV device during times when the PV device is being illuminated by the sun; wherein the phosphor in the handle is configured to absorb a plurality of the photons not initially absorbed by the PV absorber and discharge the absorbed photons back into the PV absorber ; and wherein the PV element uses the phosphor-discharged photons in the PV absorber to generate electrical power at times when the PV device is not being illuminated by the sun, characterized in that PV absorber comprises one of: a) a III-V semiconductor material having a thickness of 300 nm or less, or b) silicon (Si) having a thickness of 2 μm or less; and the PV element further comprising a plurality of interdigitated top (303a/b/c) and bottom (304/a/b/c) contacts on a front surface of the PV element . a) a III-V semiconductor material having a thickness of 300 nm or less, or b) silicon (Si) having a thickness of 2 μm or less; and
A method for writing in a volatile memory (MEM) comprising at least one reception of a request for writing in the memory (RQ_ECR), and, in response to each request for writing in the memory (RQ_ECR): - a preparation of the data to be written in the memory (PREP_DatEcc) comprising a calculation of an error correcting code (ECC); - a recording in a buffer register (BUF_DatEcc) of the data to be written in the memory (MEM); characterised in that the writing method further comprises: - if no new write or read request in the memory (MEM) is received (rq_nok) after said recording (BUF_DatEcc), a writing in the memory (ECR_DatEcc) of the data to be written recorded in the buffer register. - a preparation of the data to be written in the memory (PREP_DatEcc) comprising a calculation of an error correcting code (ECC); - a recording in a buffer register (BUF_DatEcc) of the data to be written in the memory (MEM); - if no new write or read request in the memory (MEM) is received (rq_nok) after said recording (BUF_DatEcc), a writing in the memory (ECR_DatEcc) of the data to be written recorded in the buffer register.
Display system for a timepiece said system comprising a wheel arranged to be driven by a motive source via a first toothing that said wheel comprises, said wheel comprising at least one second toothing having a toothing modulus less than 0.05 mm, said second toothing to be arranged to directly or indirectly drive a display member , characterized in that said wheel is an escapement wheel.
Method for cutting a glass layer having a thickness less than or equal to 0.3 mm and having a first surface (I) and a second surface (II), at least comprising: a) Moving a first laser beam , which is generated by a pulsed laser, along a cutting line (L), wherein material modifications are produced in the interior of the glass layer between the first surface (I) and the second surface (II); b) Moving a second laser beam along the cutting line (L), wherein the glass layer is heated by the laser radiation; c) Cooling the glass layer along the cutting line (L), wherein the glass layer breaks along the cutting line (L), wherein the first laser beam is generated by a pulsed laser with a pulse length of less than 1 ps and a repetition rate of 20 kHz to 500 kHz, has a wavelength of 300 nm to 500 nm and power of 20 W to 100 W, and wherein the material modifications generated by the first laser beam comprise local regions of increased density that are created by self-focusing of the laser radiation, and the focus of the first laser beam is positioned between the first surface (I) and the second surface (II). a) Moving a first laser beam , which is generated by a pulsed laser, along a cutting line (L), wherein material modifications are produced in the interior of the glass layer between the first surface (I) and the second surface (II); b) Moving a second laser beam along the cutting line (L), wherein the glass layer is heated by the laser radiation; c) Cooling the glass layer along the cutting line (L), wherein the glass layer breaks along the cutting line (L),
A specimen measurement system comprising: a specimen measuring device including a blood cell measuring apparatus configured to measure blood cells contained in a blood specimen; a smear preparing apparatus configured to prepare a smear of a blood specimen; an image analysis apparatus configured to analyze an image of the smear of the blood specimen; a determination unit configured to determine whether or not the blood specimen is to be measured by a flow cytometer, based on a measurement result of the blood cell measuring apparatus and/or based on an analysis result of the image analysis apparatus ; and a measurement order generating unit configured to generate a measurement order for the flow cytometer, based on the measurement result of the specimen measuring device and/or based on the analysis result of image analysis apparatus , wherein the measurement order generating unit is configured to designate a labelling reagent containing an antibody for preparing a sample from the specimen, to be measured by the flow cytometer, in the measurement order. a specimen measuring device including a blood cell measuring apparatus configured to measure blood cells contained in a blood specimen; a smear preparing apparatus configured to prepare a smear of a blood specimen; an image analysis apparatus configured to analyze an image of the smear of the blood specimen; a determination unit configured to determine whether or not the blood specimen is to be measured by a flow cytometer, based on a measurement result of the blood cell measuring apparatus and/or based on an analysis result of the image analysis apparatus ; and a measurement order generating unit configured to generate a measurement order for the flow cytometer, based on the measurement result of the specimen measuring device and/or based on the analysis result of image analysis apparatus , wherein the measurement order generating unit is configured to designate a labelling reagent containing an antibody for preparing a sample from the specimen, to be measured by the flow cytometer, in the measurement order.
A camera module, comprising: an imaging device , having: a solid-state image sensor , and a glass substrate bonded to a light-incident side of the solid-state image sensor , the solid-state image sensor and the glass substrate together forming an integral body; a circuit substrate electrically coupled to the solid-state image sensor ; and a spacer which fixes a position of the imaging device relative to the circuit substrate , wherein the spacer has a fixing structure , the fixing structure having a plurality of first surfaces positioned closer to the imaging device than at least one second surface of the spacer , when viewed from a top sectional view intersecting the first and second surfaces, the at least one second surface of the spacer being separated from the imaging device by adhesive, wherein the fixing structure fixes the imaging device at a prescribed position on the circuit substrate when the imaging device is mounted. a solid-state image sensor , and a glass substrate bonded to a light-incident side of the solid-state image sensor , the solid-state image sensor and the glass substrate together forming an integral body; a circuit substrate electrically coupled to the solid-state image sensor ; and a spacer which fixes a position of the imaging device relative to the circuit substrate , wherein the spacer has a fixing structure , the fixing structure having a plurality of first surfaces positioned closer to the imaging device than at least one second surface of the spacer , when viewed from a top sectional view intersecting the first and second surfaces, the at least one second surface of the spacer being separated from the imaging device by adhesive, wherein the fixing structure fixes the imaging device at a prescribed position on the circuit substrate when the imaging device is mounted.