mhurhangee/ep-ind-claims huggingface dataset:
A masonry system comprising: a wall reinforcing bracket comprising an elongate inter-course stress transfer member, a hollowed masonry block defining a bond beam cavity, and a rebar positioned within the bond beam cavity, characterised in that the stress transfer member comprises a supporting member located in a bed joint, or a foot (8a, 8b) which rests on the floor of the bond beam cavity, in either case to provide a height alignment reference; the stress transfer member further comprising a rebar cradling feature supporting the rebar at a required location to allow it to be cast into a bond beam formed within the bond beam cavity. a wall reinforcing bracket comprising an elongate inter-course stress transfer member, a hollowed masonry block defining a bond beam cavity, and a rebar positioned within the bond beam cavity,
A method for choosing a transmission mode in a vehicle over the course of a road section, wherein said vehicle has applied coasting prior to said road section, and wherein a highest permitted speed v max, below which an actual speed for said vehicle should be kept, is defined for said road section; characterized by: - simulation of a future speed profile v sim_gear for a possible gear position for a gearbox in said vehicle on the basis of a road slope, wherein said road slope is obtained from map data in combination with positioning information or from a road slope encountered by said vehicle when said simulation is conducted, and wherein said simulation simulates, when said road section lies ahead of said vehicle, an actual speed for said vehicle over the course of said road section; - evaluation of whether a suspension of said coasting in favor of said possible gear position is recommended, wherein said possible gear position is deemed recommendable if a highest value v sim_gear_max for said future speed profile exceeds said highest permitted speed v max; - utilization of said evaluation in said choice of said transmission mode. - simulation of a future speed profile v sim_gear for a possible gear position for a gearbox in said vehicle on the basis of a road slope, wherein said road slope is obtained from map data in combination with positioning information or from a road slope encountered by said vehicle when said simulation is conducted, and wherein said simulation simulates, when said road section lies ahead of said vehicle, an actual speed for said vehicle over the course of said road section; - evaluation of whether a suspension of said coasting in favor of said possible gear position is recommended, wherein said possible gear position is deemed recommendable if a highest value v sim_gear_max for said future speed profile exceeds said highest permitted speed v max; - utilization of said evaluation in said choice of said transmission mode.
A production method for feta cheese which has a weight of 20 to 50 grams characterized in that it comprises the following steps; a) Filtration process applying for the milk b) Separation process applying for the milk c) Obtaining concentrated mixture which is obtained by applying ultrafiltration process for the milk d) Homogenization of concentrated mixture e) Adding starter culture to the concentrated mixture f) Adding salt to the concentrated mixture g) Adding rennet to the concentrated mixture h) Filling container with concentrated mixture i) Closing the container with a sealing element which prevents intake of air and liquid from outside. j) Putting the cheese on to ripen in the container. a) Filtration process applying for the milk b) Separation process applying for the milk c) Obtaining concentrated mixture which is obtained by applying ultrafiltration process for the milk d) Homogenization of concentrated mixture e) Adding starter culture to the concentrated mixture f) Adding salt to the concentrated mixture g) Adding rennet to the concentrated mixture h) Filling container with concentrated mixture i) Closing the container with a sealing element which prevents intake of air and liquid from outside. j) Putting the cheese on to ripen in the container.
A method of providing a value indicative of a filling level of a product contained in a tank to a remote device using a battery-powered level gauge system comprising a measurement unit and a wireless communication unit, each being controllable between an active state and an inactive state with a lower power consumption than said active state, the method comprising the steps of: providing an activation signal from said wireless communication unit to said measurement unit to switch said measurement unit from its inactive state to its active state; providing a measurement request signal from said wireless communication unit to said measurement unit to request measurement of said filling level (; switching said wireless communication unit from its active state to its inactive state after having provided said measurement request signal to said measurement unit; measuring said filling level by said measurement unit; providing, after having measured said filling level, a measurement ready signal from said measurement unit to said wireless communication unit; switching said wireless communication unit from its inactive state to its active state in response to said measurement ready signal received from said measurement unit at said wireless communication unit; retrieving said value indicative of said filling level from said measurement unit to said wireless communication unit; and wirelessly transmitting said value indicative of said filling level to said remote device, providing an activation signal from said wireless communication unit to said measurement unit to switch said measurement unit from its inactive state to its active state; providing a measurement request signal from said wireless communication unit to said measurement unit to request measurement of said filling level (; switching said wireless communication unit from its active state to its inactive state after having provided said measurement request signal to said measurement unit; measuring said filling level by said measurement unit; providing, after having measured said filling level, a measurement ready signal from said measurement unit to said wireless communication unit; switching said wireless communication unit from its inactive state to its active state in response to said measurement ready signal received from said measurement unit at said wireless communication unit; retrieving said value indicative of said filling level from said measurement unit to said wireless communication unit; and wirelessly transmitting said value indicative of said filling level to said remote device,
A method by a terminal in a communication system, the method comprising: receiving, from a base station, information on a first time division duplex uplink/downlink(UL/DL) configuration; receiving, from the base station, information related to a second TDD UL/DL configuration; receiving, from the base station, a physical downlink control channel(PDCCH) including downlink control information, the downlink control information including information on the second TDD UL/DL configuration; receiving, from the base station, uplink scheduling information for the terminal; and transmitting, to the base station, a message on a subframe based on the uplink scheduling information, wherein the subframe is further determined based on the first TDD UL/DL configuration, if the uplink scheduling information is included in a random access response message, and wherein the subframe is further determined based on the second TDD UL/DL configuration, if the uplink scheduling information is included in a PDCCH. receiving, from a base station, information on a first time division duplex uplink/downlink(UL/DL) configuration; receiving, from the base station, information related to a second TDD UL/DL configuration; receiving, from the base station, a physical downlink control channel(PDCCH) including downlink control information, the downlink control information including information on the second TDD UL/DL configuration; receiving, from the base station, uplink scheduling information for the terminal; and transmitting, to the base station, a message on a subframe based on the uplink scheduling information, wherein the subframe is further determined based on the first TDD UL/DL configuration, if the uplink scheduling information is included in a random access response message, and wherein the subframe is further determined based on the second TDD UL/DL configuration, if the uplink scheduling information is included in a PDCCH.
A materials kit for three-dimensional printing comprising: a powder bed material comprising polymer particles; a fusing agent comprising water and a radiation absorber for selectively applying to the powder bed material, wherein the radiation absorber absorbs radiation energy and converts the radiation energy to heat; and a pore-promoting agent comprising water and a water-soluble pore-promoting compound for selectively applying to the powder bed material, wherein the pore-promoting compound chemically reacts at an elevated temperature to generate a gas. a powder bed material comprising polymer particles; a fusing agent comprising water and a radiation absorber for selectively applying to the powder bed material, wherein the radiation absorber absorbs radiation energy and converts the radiation energy to heat; and a pore-promoting agent comprising water and a water-soluble pore-promoting compound for selectively applying to the powder bed material, wherein the pore-promoting compound chemically reacts at an elevated temperature to generate a gas.
A motor comprising: a rotating shaft provided in a rotatable manner; a rotor that rotates integrally with the rotating shaft; a stator that faces the rotor; and a motor casing that is a cylindrical body for accommodating the rotor and wherein the stator has a configuration in which a plurality of iron core pieces are disposed at equal intervals in a circumferential direction, wherein the plurality of iron core pieces disposed in the circumferential direction are molded integrally with each other by being resin-molded with a resin material so as to be fixed to the motor casing, and wherein the the motor casing has, on an outer circumferential surface of the motor casing, ribs extending in the circumferential direction, characterized in that: the motor casing has opening portions on both sides of the motor casing and a plurality of cooling fins that are arrayed on the outer circumferential surface of the motor casing, the cooling fins extending side by side from one opening side to the other opening side of the motor casing, and wherein the ribs intersect the cooling fins so as to be formed integrally with the cooling fins. a rotating shaft provided in a rotatable manner; a rotor that rotates integrally with the rotating shaft; a stator that faces the rotor; and a motor casing that is a cylindrical body for accommodating the rotor and wherein the stator has a configuration in which a plurality of iron core pieces are disposed at equal intervals in a circumferential direction, wherein the plurality of iron core pieces disposed in the circumferential direction are molded integrally with each other by being resin-molded with a resin material so as to be fixed to the motor casing, and wherein the the motor casing has, on an outer circumferential surface of the motor casing, ribs extending in the circumferential direction, characterized in that: the motor casing has opening portions on both sides of the motor casing and a plurality of cooling fins that are arrayed on the outer circumferential surface of the motor casing, the cooling fins extending side by side from one opening side to the other opening side of the motor casing, and wherein the ribs intersect the cooling fins so as to be formed integrally with the cooling fins. the motor casing has opening portions on both sides of the motor casing and a plurality of cooling fins that are arrayed on the outer circumferential surface of the motor casing, the cooling fins extending side by side from one opening side to the other opening side of the motor casing, and wherein the ribs intersect the cooling fins so as to be formed integrally with the cooling fins.
A display screen assembly, comprising: a display screen, a shock-proof layer and a flexible printed circuit board sequentially laminated, wherein the flexible printed circuit board comprises a circuit board body and a bent portion extending from the circuit board body toward the display screen, the bent portion being electrically connected to the display screen; a fingerprint chip being arranged on a first surface of the circuit board body, and the circuit board body being electrically connected to the fingerprint chip; the first surface being an end surface of the circuit board body that is facing the display screen; and a through hole for accommodating the fingerprint chip being arranged in the shock-proof layer at a position corresponding to the fingerprint chip.
A method of preparing a stealth nanoparticle, comprising: providing a therapeutic agent; providing a first polymer; providing a PSMA ligand having a molecular weight of less than 2000 g/mol; reacting the first polymer with the PSMA ligand to prepare a ligand-bound polymer; and mixing the ligand-bound polymer with a second, non-functionalized polymer, and the therapeutic agent; such that the stealth nanoparticle is formed. providing a therapeutic agent; providing a first polymer; providing a PSMA ligand having a molecular weight of less than 2000 g/mol; reacting the first polymer with the PSMA ligand to prepare a ligand-bound polymer; and mixing the ligand-bound polymer with a second, non-functionalized polymer, and the therapeutic agent; such that the stealth nanoparticle is formed.
A direct-write lithography method, comprising: varying a polarization of light from a light source among a plurality of polarizations; focusing the light from the light source into a spot at a focal plane; and scanning the spot in at least two dimensions along a surface of a polarization-sensitive recording medium arranged proximate to the focal plane such that neighboring scans of the spot spatially overlap, wherein the varying the polarization is independent of the scanning the spot, and wherein the scanning creates optical axis orientation profiles in the recording medium that vary along the surface thereof based on a time-average of ones of the plurality of polarizations. varying a polarization of light from a light source among a plurality of polarizations; focusing the light from the light source into a spot at a focal plane; and scanning the spot in at least two dimensions along a surface of a polarization-sensitive recording medium arranged proximate to the focal plane such that neighboring scans of the spot spatially overlap, wherein the varying the polarization is independent of the scanning the spot, and wherein the scanning creates optical axis orientation profiles in the recording medium that vary along the surface thereof based on a time-average of ones of the plurality of polarizations.
A system for increasing cleaner fish health and welfare in sea cages configured for salmon farming or in land-based tanks configured for cleaner fish farming, the system comprising - a sea cage configured for salmon farming or a land-based tank configured for cleaner-fish farming; - a seaweed shelter arranged in the sea cage or in the land-based tank, configured to be a habitat for cleaner fish within the sea cage or the land-based tank, wherein the seaweed shelter comprises - a shelter substrate and seaweed growing on the shelter substrate, characterized in that at least 80% of the seaweed is of a pre-determined algae species, and in that the pre-determined algae species comprise one or more of Saccharina latissima and/or Laminaria digitata and/or Laminaria hyperborea and/or Alaria esculenta and/or Palmaria palmata and/or Porphyra umbilicalis. - a sea cage configured for salmon farming or a land-based tank configured for cleaner-fish farming; - a seaweed shelter arranged in the sea cage or in the land-based tank, configured to be a habitat for cleaner fish within the sea cage or the land-based tank, wherein the seaweed shelter comprises - a shelter substrate and seaweed growing on the shelter substrate, characterized in that at least 80% of the seaweed is of a pre-determined algae species, and in that the pre-determined algae species comprise one or more of Saccharina latissima and/or Laminaria digitata and/or Laminaria hyperborea and/or Alaria esculenta and/or Palmaria palmata and/or Porphyra umbilicalis. - a shelter substrate and seaweed growing on the shelter substrate, characterized in that at least 80% of the seaweed is of a pre-determined algae species, and in that the pre-determined algae species comprise one or more of Saccharina latissima and/or Laminaria digitata and/or Laminaria hyperborea and/or Alaria esculenta and/or Palmaria palmata and/or Porphyra umbilicalis.
Drive system for a movable roof part of a roof module of a motor vehicle, comprising a guide rail arrangement (F, F') installed fixed to the roof module in the ready-for-use assembled condition, comprising a drive slide (5, 5') which is lengthwise displaceable along the guide rail arrangement (F, F') via drive transmission means, comprising a front-side lifting arrangement (4, 4') and a rear-side deployment mechanism (8, 8'), and comprising a support profile (3, 3') on which the roof part is fixed in the ready-for-use assembled condition, wherein the lifting arrangement and the deployment mechanism interact with the support profile in such a manner that the support profile is forcedly guided between a closed position of the roof part, a ventilation position and an open position of the roof part, and comprising a coupling device (6, 6', 11, 11') to produce a distance-controlled operative connection between the rear-side deployment mechanism (8, 8') and the drive slide (5, 5'), wherein the coupling device, on the terminal portion thereof remote from the deployment mechanism (8, 8'), includes a coupling slide (6, 6') guided in the guide rail arrangement (F, F'), which slide comprises a blocking member (11, 11') movable in the vertical direction, wherein a latching recess (24, 24') fixed in location is provided within the guide rail arrangement (F, F'), and wherein the drive slide (5, 5') has a seat (20, 20'), wherein the blocking member (11, 11') is forcedly controlled into the latching recess (24, 24') or into the seat (20, 20') by mechanical control contours (20, 20', 25, 25'; 19, 22) as a function of a position of the drive slide (5, 5'), characterized in that a support element is attached to the coupling slide, which support element is mounted to be movable between a support position securing the blocking member in a latching position and a release position releasing the blocking member for a downwards lowering move.
An electronic device comprising: a multilayered dielectric substrate including a plurality of dielectric layers (400c, 400d...400n); a planar magnetic device disposed on at least one internal dielectric layer of the plurality of dielectric layers; and an overlapping shield assembly including a first shield layer and a second shield layer separated by at least one of the plurality of dielectric layers (400c, 400d....400n) wherein the first shield layer includes a plurality of first strips and the second shield layer includes a plurality of second strips, wherein each of the plurality of first strips has a first width and the plurality of first strips are separated by a first gap width wherein the first shield layer includes a first perimeter conductor coupled to each of the plurality of first strips and the second shield layer includes a second perimeter conductor coupled to each of the plurality of second strips, wherein each of the plurality of second strips has a second width and the plurality of second strips are separated by a second gap width characterized in that the first and second layers have a configuration which complements the other to form the overlapping shield assembly. a multilayered dielectric substrate including a plurality of dielectric layers (400c, 400d...400n); a planar magnetic device disposed on at least one internal dielectric layer of the plurality of dielectric layers; and an overlapping shield assembly including a first shield layer and a second shield layer separated by at least one of the plurality of dielectric layers (400c, 400d....400n) wherein the first shield layer includes a plurality of first strips and the second shield layer includes a plurality of second strips, wherein each of the plurality of first strips has a first width and the plurality of first strips are separated by a first gap width wherein the first shield layer includes a first perimeter conductor coupled to each of the plurality of first strips and the second shield layer includes a second perimeter conductor coupled to each of the plurality of second strips, wherein each of the plurality of second strips has a second width and the plurality of second strips are separated by a second gap width characterized in that the first and second layers have a configuration which complements the other to form the overlapping shield assembly.
A method of communicating data between local area networks, the method comprising: establishing a communication path for a data transmission wherein the communication path includes one or more wireless links between pairs of the local area networks; transmitting data along the communication path; monitoring a transmission quality of the one or more wireless links; comparing the monitored transmission quality to a predetermined transmission quality; and in response to the monitored transmission quality falling below a first predetermined threshold RSL w during a time interval, invoking countermeasures during the time interval in order to improve the performance of the one or more wireless links, the countermeasures include reducing a modulation level of a modulated data signal to a modulation level with a higher useable power and increasing a power level of the transmitted data; and restoring an original modulation level of the modulated data signal and an original power level of the transmitted data after the time interval in response to the monitored transmission quality exceeding a second predetermined threshold RSL s, wherein RSL s > RSL w. establishing a communication path for a data transmission wherein the communication path includes one or more wireless links between pairs of the local area networks; transmitting data along the communication path; monitoring a transmission quality of the one or more wireless links; comparing the monitored transmission quality to a predetermined transmission quality; and in response to the monitored transmission quality falling below a first predetermined threshold RSL w during a time interval, invoking countermeasures during the time interval in order to improve the performance of the one or more wireless links, the countermeasures include reducing a modulation level of a modulated data signal to a modulation level with a higher useable power and increasing a power level of the transmitted data; and restoring an original modulation level of the modulated data signal and an original power level of the transmitted data after the time interval in response to the monitored transmission quality exceeding a second predetermined threshold RSL s, wherein RSL s > RSL w.