mhurhangee/patent-ind-claim-en huggingface dataset:
A refrigeration apparatus in which a compressor , a radiator , and an evaporator are connected in the stated order to form a refrigerating circuit through which a refrigerant circulates, the refrigeration apparatus comprising: an expansion mechanism furnished to an inflow side of the evaporator, and adapted for controlling expansion of refrigerant inflowing to the evaporator, doing so on the basis of a superheat target value at an outflow side of the evaporator; a first detector being a compressor intake pressure sensor and a further detector being either (i) a second detector for detecting the temperature of the refrigerant at the inflow side of the evaporator or (ii) a third detector for detecting the temperature of the refrigerant at an inflow side of the expansion mechanism; and a control part configured and arranged to make at least one settings change from among a settings change to raise the high-pressure target value, a settings change to lower the low-pressure target value and a settings change to raise the superheat target value when it is decided on the basis of the detection results from the first detector and the further detector that the refrigerant at the inflow side of the evaporator is in a subcooled state. an expansion mechanism furnished to an inflow side of the evaporator, and adapted for controlling expansion of refrigerant inflowing to the evaporator, doing so on the basis of a superheat target value at an outflow side of the evaporator; a first detector being a compressor intake pressure sensor and a further detector being either (i) a second detector for detecting the temperature of the refrigerant at the inflow side of the evaporator or (ii) a third detector for detecting the temperature of the refrigerant at an inflow side of the expansion mechanism; and a control part configured and arranged to make at least one settings change from among a settings change to raise the high-pressure target value, a settings change to lower the low-pressure target value and a settings change to raise the superheat target value when it is decided on the basis of the detection results from the first detector and the further detector that the refrigerant at the inflow side of the evaporator is in a subcooled state.
A slide-out system for being mounted to a recreational vehicle having an internal compartment to receive users and including an outer wall , the slide-out system including: a slide-out portion being arranged to be mounted to the recreational vehicle and movable between open and closed positions, wherein the slide-out portion includes an outer wall , wherein in closed position of the slide-out portion, the outer wall of the slide-out portion is flush with the outer wall of the recreational vehicle; characterized in that the slide-out system includes a mounting structure having a peripheral frame; wherein the slide-out system includes a drive mechanism mounted between the slide-out portion and the peripheral frame for moving the slide-out portion in and out of the vehicle and wherein the peripheral frame is arranged to be secured to the outer wall of the vehicle, and for supporting the slide-out portion. a slide-out portion being arranged to be mounted to the recreational vehicle and movable between open and closed positions, wherein the slide-out portion includes an outer wall , wherein in closed position of the slide-out portion, the outer wall of the slide-out portion is flush with the outer wall of the recreational vehicle; characterized in that the slide-out system includes a mounting structure having a peripheral frame; wherein the slide-out system includes a drive mechanism mounted between the slide-out portion and the peripheral frame for moving the slide-out portion in and out of the vehicle and wherein the peripheral frame is arranged to be secured to the outer wall of the vehicle, and for supporting the slide-out portion.
A blade outer air seal (BOAS) comprising: a tube of a ceramic matrix composite (CMC) material; and a preform within the tube configured to receive a mount for the BOAS , wherein the preform is of a CMC material, wherein the tube has a first open end and a second open end at opposite sides of the BOAS , and the preform comprises a first preform in the first open end facing circumferentially outward and a second preform in the second open end facing circumferentially outward opposite the first preform , and characterised in that the tube comprises a substantially rectangular shape with a radially inner surface and a radially outer surface joined by side surfaces, the radially outer surface including a first cutout and a second cutout at respective first and second ends . a tube of a ceramic matrix composite (CMC) material; and a preform within the tube configured to receive a mount for the BOAS , wherein the preform is of a CMC material, wherein the tube has a first open end and a second open end at opposite sides of the BOAS , and the preform comprises a first preform in the first open end facing circumferentially outward and a second preform in the second open end facing circumferentially outward opposite the first preform , and characterised in that the tube comprises a substantially rectangular shape with a radially inner surface and a radially outer surface joined by side surfaces, the radially outer surface including a first cutout and a second cutout at respective first and second ends .
A lifting member for an elevator system , comprising: a rope formed from a plurality of load carrying fibers extending along a length of the lifting member, the plurality of load carrying fibers including a plurality of aromatic polyester based fibers; and a coating layer at least partially encapsulating the rope , wherein the coating layer includes a UV stabilizer material, characterised in that the coating layer further comprises an aliphatic based polyurethane dispersion or in that the coating layer further comprises polyester based dispersions and/or polyamide based dispersions. a rope formed from a plurality of load carrying fibers extending along a length of the lifting member, the plurality of load carrying fibers including a plurality of aromatic polyester based fibers; and a coating layer at least partially encapsulating the rope , wherein the coating layer includes a UV stabilizer material, characterised in that the coating layer further comprises an aliphatic based polyurethane dispersion or in that the coating layer further comprises polyester based dispersions and/or polyamide based dispersions.
Cosmetic sudation cream comprising: - Between 12.0 % in weight and 17.0 % in weight of corn starch; - Between 40.0 % in weight and 55.0 % in weight of lemon juice; - Between 30.0 % in weight and 45.0 % in weight of NaCl; - Between 0 % in weight and 10.0 % in weight of water. - Between 12.0 % in weight and 17.0 % in weight of corn starch; - Between 40.0 % in weight and 55.0 % in weight of lemon juice; - Between 30.0 % in weight and 45.0 % in weight of NaCl; - Between 0 % in weight and 10.0 % in weight of water.
A communication method, comprising: receiving, by a user equipment, UE, a first pilot in a first allocated time frequency resource for UE measurement; receiving, by the UE, a second pilot in a second allocated time frequency resource for UE measurement, wherein a first pilot/mute pattern density of the first allocated time frequency resource (600-A) is different from a second pilot/mute pattern density of the second allocated time frequency resource (600-B) in time or frequency domain; characterized by further comprising: receiving, by the UE prior to receiving the first pilot, the first pilot/mute pattern density of the first allocated time frequency resource (600-A) for a first given virtual transmit point, VTP, configuration (A); and receiving, by the UE prior to receiving the second pilot, the second pilot/mute pattern density of the second allocated time frequency resource (600-B) for a second given VTP configuration (B) selected more or less frequently than the first given VTP configuration (A), wherein each VTP configuration represents an allocation of transmit points, TPs, among a plurality of VTPs, and wherein each VTP comprises at least one TP. receiving, by a user equipment, UE, a first pilot in a first allocated time frequency resource for UE measurement; receiving, by the UE, a second pilot in a second allocated time frequency resource for UE measurement, wherein a first pilot/mute pattern density of the first allocated time frequency resource (600-A) is different from a second pilot/mute pattern density of the second allocated time frequency resource (600-B) in time or frequency domain; characterized by further comprising: receiving, by the UE prior to receiving the first pilot, the first pilot/mute pattern density of the first allocated time frequency resource (600-A) for a first given virtual transmit point, VTP, configuration (A); and receiving, by the UE prior to receiving the second pilot, the second pilot/mute pattern density of the second allocated time frequency resource (600-B) for a second given VTP configuration (B) selected more or less frequently than the first given VTP configuration (A), wherein each VTP configuration represents an allocation of transmit points, TPs, among a plurality of VTPs, and wherein each VTP comprises at least one TP. receiving, by the UE prior to receiving the first pilot, the first pilot/mute pattern density of the first allocated time frequency resource (600-A) for a first given virtual transmit point, VTP, configuration (A); and receiving, by the UE prior to receiving the second pilot, the second pilot/mute pattern density of the second allocated time frequency resource (600-B) for a second given VTP configuration (B) selected more or less frequently than the first given VTP configuration (A), wherein each VTP configuration represents an allocation of transmit points, TPs, among a plurality of VTPs, and wherein each VTP comprises at least one TP.
A computer-implemented method of mapping, the computer-implemented method comprising: accessing , by a computing system comprising one or more processors , image data and sensor data, wherein the image data comprises a plurality of images of one or more locations and semantic information associated with the one or more locations, and wherein the sensor data comprises sensor information associated with detection of one or more surfaces at the one or more locations by one or more sensors; determining , by the computing system, one or more irregular surfaces based at least in part on the image data and the sensor data, wherein the one or more irregular surfaces comprise the one or more surfaces associated with the image data and the sensor data that satisfy one or more irregular surface criteria at each of the one or more locations respectively; wherein the determining includes determining that the one or more irregular surface criteria are satisfied when the semantic information associated with a location among the one or more locations is descriptive of the sensor information associated with the location among the one or more locations; and generating , by the computing system, map data comprising information associated with the one or more irregular surfaces. accessing , by a computing system comprising one or more processors , image data and sensor data, wherein the image data comprises a plurality of images of one or more locations and semantic information associated with the one or more locations, and wherein the sensor data comprises sensor information associated with detection of one or more surfaces at the one or more locations by one or more sensors; determining , by the computing system, one or more irregular surfaces based at least in part on the image data and the sensor data, wherein the one or more irregular surfaces comprise the one or more surfaces associated with the image data and the sensor data that satisfy one or more irregular surface criteria at each of the one or more locations respectively; wherein the determining includes determining that the one or more irregular surface criteria are satisfied when the semantic information associated with a location among the one or more locations is descriptive of the sensor information associated with the location among the one or more locations; and generating , by the computing system, map data comprising information associated with the one or more irregular surfaces.
A process of production of an aerated concrete material, comprising: forming a wet mixture or slurry, wherein the wet mixture or slurry comprises water, filler particles comprising CaO having a particle size of 0.1 μm to 1000 μm, ground calcium silicate particles, one or more minerals comprising a magnesium acetate and/or magnesium oxide, and an aerating agent, wherein, the wet mixture or slurry has a water/solid ratio (W/S) of 1.0 or less; casting the wet mixture or slurry in a mold; allowing the aerating agent to generate hydrogen gas thereby causing volume expansion of the slurry; pre-curing the obtained expanded mixture to a hardness enabling it to be taken out of the mold and moved; curing the pre-cured expanded mixture at ordinary pressure, 30 °C or more of temperature, a relative humidity of 1% or more, and an atmosphere of a CO 2 gas concentration of 10 to 95% for 6 hours to 60 hours. forming a wet mixture or slurry, wherein the wet mixture or slurry comprises water, filler particles comprising CaO having a particle size of 0.1 μm to 1000 μm, ground calcium silicate particles, one or more minerals comprising a magnesium acetate and/or magnesium oxide, and an aerating agent, wherein, the wet mixture or slurry has a water/solid ratio (W/S) of 1.0 or less; casting the wet mixture or slurry in a mold; filler particles comprising CaO having a particle size of 0.1 μm to 1000 μm, ground calcium silicate particles, one or more minerals comprising a magnesium acetate and/or magnesium oxide, and an aerating agent, wherein, the wet mixture or slurry has a water/solid ratio (W/S) of 1.0 or less; casting the wet mixture or slurry in a mold; allowing the aerating agent to generate hydrogen gas thereby causing volume expansion of the slurry; pre-curing the obtained expanded mixture to a hardness enabling it to be taken out of the mold and moved; curing the pre-cured expanded mixture at ordinary pressure, 30 °C or more of temperature, a relative humidity of 1% or more, and an atmosphere of a CO 2 gas concentration of 10 to 95% for 6 hours to 60 hours.
A method of diagnosing or predicting the likelihood of occurrence of preeclampsia in a subject, the method comprising: measuring differences in copeptin levels in a sample collected from a subject during the first trimester of pregnancy compared to a control using an antibody detection assay, wherein the sample is blood, serum, plasma or urine, and wherein an increase in copeptin levels of about 1/4 fold compared to a control is predictive of the occurrence of preeclampsia during the subject's pregnancy. measuring differences in copeptin levels in a sample collected from a subject during the first trimester of pregnancy compared to a control using an antibody detection assay, wherein the sample is blood, serum, plasma or urine, and wherein an increase in copeptin levels of about 1/4 fold compared to a control is predictive of the occurrence of preeclampsia during the subject's pregnancy.
Baling press for collecting and pressing harvested crops into bales of harvested crop, with a chassis, whereby the chassis has a receiving device and a bale pressing element , said bale pressing element comprising a output element, wherein the chassis comprises at least one steering axle and is by means of its own drive signal-controlled and/or remote-controlled self-propelled, and wherein at least one wheel drive takes place via a hydraulic motor or an electric motor, characterized in that a further axis comprises at least two rotatable swivels independently of each rotating about the further axis, the swivels comprise a mounting for at least two wheel elements and the wheel elements comprise a spiked roller, wherein at least one track width of an axle of the baling press is adjustable, wherein the axle being adjustable in the track width can be lifted via a lifting element with a hydraulic lifting element , wherein a chain drive transfers a driving force to a further wheel element , all the axles being moveable decoupled from each other.
A cord retainer for a cord , in particular a tension cord, of a screening device having a movable rail , in particular pleated blind, roller blind, in particular roman blind or jalousie, wherein the cord is non-positively clamped by means of a retainer means, in particular a screw , in particular a grub screw, wherein a coupling element is provided on the cord retainer , being able to interact with a complementary coupling element on the movable rail , so that the movable rail is lockable on the cord retainer, characterized in that the cord is clamped in the cord retainer in a non-positive way by means of the retainer means, in particular the screw , in particular the grub screw.
A nutritional supplement in a powder form for use in improving the growth of a pre-pubertal human subject 3-9 years old and below the 10 th percentile, wherein improving the growth of the pre-pubertal human subject results in elevating the final stature measure of said subject relative to the expected measure, and wherein the nutritional supplement has per 100 g powder a total caloric content of from about 300 kcal to about 500 kcal comprising per 100 g powder arginine in an amount of from about 250 mg to about 1000 mg and a micronutrient combination comprising calcium in an amount of from about 250 mg to about 750 mg; vitamin C in an amount of from about 15 mg to about 350 mg; zinc in an amount of from about 2.0 mg to about 15 mg; iron in an amount of from about 2.0 mg to about 10 mg; vitamin A in an amount of from about 50 μg to about 350 μg; and vitamin D in an amount of from about 2 μg to about 10μg, wherein about 28 % of the total caloric content of the nutritional supplement is protein, and wherein "about" refers to the designated measure ± 10%.
A method of operation performed by a network node in a wireless communication network, the method comprising: calculating an actual resource element, RE, efficiency, wherein the actual RE efficiency is an actual number of information bits per resource element, RE, said calculating being based at least in part on an actual transport block size, TBS, obtained from a specification based on a link adaptation, LA, result and an actual buffer data volume; and determining an actual block error rate, BLER, from a searchable repository, based on the actual RE efficiency and an estimated SINR, wherein the estimated SINR is calculated using the following formula: SINR estimated = f CQI + OL _ adj , wherein the f(CQI) is a mapping from a channel quality indicator, CQI, report to a specific SINR value and the OL_adj is an outer-loop adjustment, which is used to compensate a difference between reported CQI and actual channel quality. calculating an actual resource element, RE, efficiency, wherein the actual RE efficiency is an actual number of information bits per resource element, RE, said calculating being based at least in part on an actual transport block size, TBS, obtained from a specification based on a link adaptation, LA, result and an actual buffer data volume; and determining an actual block error rate, BLER, from a searchable repository, based on the actual RE efficiency and an estimated SINR, wherein the estimated SINR is calculated using the following formula: SINR estimated = f CQI + OL _ adj , wherein the f(CQI) is a mapping from a channel quality indicator, CQI, report to a specific SINR value and the OL_adj is an outer-loop adjustment, which is used to compensate a difference between reported CQI and actual channel quality.
A method for determining a degree of an oxidative treatment of an object, the method comprising: incorporating into the oxidative treatment an indicator, the indicator comprising a polymer, said indicator being suitable to discoloration based on an oxidation of the polymer by a process condition of the oxidative treatment oxidizing the polymer; subjecting the object and the indicator to the oxidative treatment, a discoloration of the indicator occurring based on an oxidation of the polymer by a process condition of the oxidative treatment oxidizing the polymer; and measuring the discoloration of the indicator against a threshold color value to determine the degree of the oxidative treatment, wherein the object comprises a medical device incorporating into the oxidative treatment an indicator, the indicator comprising a polymer, said indicator being suitable to discoloration based on an oxidation of the polymer by a process condition of the oxidative treatment oxidizing the polymer; subjecting the object and the indicator to the oxidative treatment, a discoloration of the indicator occurring based on an oxidation of the polymer by a process condition of the oxidative treatment oxidizing the polymer; and measuring the discoloration of the indicator against a threshold color value to determine the degree of the oxidative treatment, wherein the object comprises a medical device
A relay system for an endoscope comprising: an opposing pair of rod lens assemblies positioned symmetrically with respect to a central airspace, wherein each rod lens assembly includes optical elements consisting essentially of: a meniscus lens positioned immediately adjacent to the central airspace and with the convex surface facing the airspace and an inner concave face opposite thereto, wherein the meniscus lens comprises crown glass with a refractive index greater than 1.70 and an Abbe number between 32 and 45; a first lens having positive optical power with a convex face positioned adjacent to the inner face of the meniscus lens , and a second face; a rod lens , adjacent to the first lens having positive optical power, having a first face adjacent to the second face of the first lens , and a second face, both first and second faces of the rod lens being beam passing surfaces; and a second lens having a positive optical power with an inner face adjacent to the second face of the rod lens , and an outer convex face, wherein the first lens having positive power is composed of a material having anomalous partial dispersion and comprises crown glass and the meniscus lens , the first lens having positive optical power, the rod lens , and the second lens having positive optical power together provide chromatic aberration correction by manipulating light across a continuous spectrum from a violet region of the spectrum through at least a red region of the spectrum to come to a common focus in a common image plane, and wherein spherical aberration is well corrected across the spectrum. a meniscus lens positioned immediately adjacent to the central airspace and with the convex surface facing the airspace and an inner concave face opposite thereto, wherein the meniscus lens comprises crown glass with a refractive index greater than 1.70 and an Abbe number between 32 and 45; a first lens having positive optical power with a convex face positioned adjacent to the inner face of the meniscus lens , and a second face; a rod lens , adjacent to the first lens having positive optical power, having a first face adjacent to the second face of the first lens , and a second face, both first and second faces of the rod lens being beam passing surfaces; and a second lens having a positive optical power with an inner face adjacent to the second face of the rod lens , and an outer convex face, wherein the first lens having positive power is composed of a material having anomalous partial dispersion and comprises crown glass and the meniscus lens , the first lens having positive optical power, the rod lens , and the second lens having positive optical power together provide chromatic aberration correction by manipulating light across a continuous spectrum from a violet region of the spectrum through at least a red region of the spectrum to come to a common focus in a common image plane, and wherein spherical aberration is well corrected across the spectrum.