mhurhangee/ep-ind-claims huggingface dataset:
A turbocharger bearing housing, in which a shaft connecting a turbine and a compressor is contained, and the shaft is turnably supported, wherein the turbocharger bearing housing is divided into a turbine-side housing disposed at a turbine side and a compressor-side housing disposed at a compressor side, the turbine-side housing and the compressor-side housing are subjected to machining to thereby form a cooling water passage for supplying cooling water and a lubricating oil passage for supplying lubricating oil, the cooling water passage comprises: a compressor-side arc-shaped cooling water passage of an arc shape centered at the shaft, formed on a surface which is in contact with the turbine-side housing, of the compressor-side housing; a turbine-side arc-shaped cooling water passage of a shape corresponding to the compressor-side arc-shaped cooling water passage, formed on a surface which is in contact with the compressor-side housing, of the turbine-side housing, so as to correspond; a water supply passage formed in the compressor-side housing; and a water discharge passage formed in the compressor-side housing, the cooling water is supplied from the water supply passage to one end portion of the compressor-side arc-shaped cooling water passage and to one end of the turbine-side arc-shaped cooling water passage, circulates inside the compressor-side arc-shaped cooling water passage and inside the turbine-side arc-shaped cooling water passage, and is then supplied from the other end portion of the compressor-side arc-shaped cooling water passage and the other end portion of the turbine-side arc-shaped cooling water passage to the water discharge passage. a compressor-side arc-shaped cooling water passage of an arc shape centered at the shaft, formed on a surface which is in contact with the turbine-side housing, of the compressor-side housing; a turbine-side arc-shaped cooling water passage of a shape corresponding to the compressor-side arc-shaped cooling water passage, formed on a surface which is in contact with the compressor-side housing, of the turbine-side housing, so as to correspond; a water supply passage formed in the compressor-side housing; and a water discharge passage formed in the compressor-side housing, the cooling water is supplied from the water supply passage to one end portion of the compressor-side arc-shaped cooling water passage and to one end of the turbine-side arc-shaped cooling water passage, circulates inside the compressor-side arc-shaped cooling water passage and inside the turbine-side arc-shaped cooling water passage, and is then supplied from the other end portion of the compressor-side arc-shaped cooling water passage and the other end portion of the turbine-side arc-shaped cooling water passage to the water discharge passage.
A piston ring for an internal combustion engine characterised by comprising: a L-shaped ring having a first portion configured to extend in use upwardly from a ring groove of a piston along a top land of the piston and a second portion configured for receipt in the ring groove, said first and second portions (44,48) of said ring having an enclosed hollow cooling chamber with a cooling medium disposed therein such that in use the cooling medium is free to flow internally to the ring groove and upwardly from the ring groove along the top land. a L-shaped ring having a first portion configured to extend in use upwardly from a ring groove of a piston along a top land of the piston and a second portion configured for receipt in the ring groove, said first and second portions (44,48) of said ring having an enclosed hollow cooling chamber with a cooling medium disposed therein such that in use the cooling medium is free to flow internally to the ring groove and upwardly from the ring groove along the top land.
A bone void filler composition comprising: an acidic calcium phosphate component from 8 wt% to 12 wt% of the composition; an osteoinductive demineralized bone component from 70 wt% to 80 wt% of the composition; and an osteoconductive collagen carrier component comprising from 10 wt% to 16 wt% of the composition; wherein the composition is in the form of a porous three dimensional structure and the composition has a pH from 3 to 5. an acidic calcium phosphate component from 8 wt% to 12 wt% of the composition; an osteoinductive demineralized bone component from 70 wt% to 80 wt% of the composition; and an osteoconductive collagen carrier component comprising from 10 wt% to 16 wt% of the composition;
Camera for a motor vehicle including a housing and a circuit board and a retaining element, by which the circuit board is retained in the housing, characterized in that the retaining element has a first retaining flap resilient in the direction perpendicular to a longitudinal axis of the housing and a second retaining flap resilient in the direction perpendicular to the longitudinal axis, which engage with opposing border sides (20, 21) of the first circuit board, wherein the first retaining flap is pressed to a first border side of the first circuit board by an inner side of a first sidewall of the housing in perpendicular direction to the longitudinal axis in the assembled final state of the camera, and the second retaining flap is pressed to a second border side of the first circuit board by an inner side of a second sidewall of the housing in perpendicular direction to the longitudinal axis in the assembled final state of the camera.
A method of producing a recombinant polypeptide in a Chinese Hamster Ovary cell culture, the method comprising: (a) culturing CHO cells having reduced miRNA-let-7a activity to produce the recombinant polypeptide; and (b) recovering the polypeptide, wherein the CHO cell culture has a specific productivity that is increased at least about 25% compared to a control CHO cell culture that does not have reduced miRNA-let-7a activity, wherein the miRNA-let-7a activity is reduced by a microRNA inhibitor or wherein the CHO cells comprise miRNA-let-7a genetic knockouts. (a) culturing CHO cells having reduced miRNA-let-7a activity to produce the recombinant polypeptide; and (b) recovering the polypeptide,
A planting method for morels, comprising the following steps: step 1, preparing spawns, comprising 1.1 filling composts and the soil layer an entire mushroom strain bag wherein the composts are compressed and the soil layer is 1-2 cm thick, covering a layer of loose soil on the composts, sealing the mushroom strain bag for sterilization and sterilizing the mushrooms strain bag; 1.2 after sterilization, opening the mushroom strain bag for inoculation, inoculating the mushroom strain bag, the mushroom strain bag is sealed and going to the next step until morel mycelia grow down to at least 2-3 cm of the soil layer; step 2, flipping the spawns, comprising: 2.1 cutting off the mushroom strain bag, flipping on the ground directly, and compressing; step 3, managing the humidity, wherein surface soil moisture is required at 70-85%; step 4, fruiting for harvesting. step 1, preparing spawns, comprising 1.1 filling composts and the soil layer an entire mushroom strain bag wherein the composts are compressed and the soil layer is 1-2 cm thick, covering a layer of loose soil on the composts, sealing the mushroom strain bag for sterilization and sterilizing the mushrooms strain bag; 1.2 after sterilization, opening the mushroom strain bag for inoculation, inoculating the mushroom strain bag, the mushroom strain bag is sealed and going to the next step until morel mycelia grow down to at least 2-3 cm of the soil layer; 1.1 filling composts and the soil layer an entire mushroom strain bag wherein the composts are compressed and the soil layer is 1-2 cm thick, covering a layer of loose soil on the composts, sealing the mushroom strain bag for sterilization and sterilizing the mushrooms strain bag; 1.2 after sterilization, opening the mushroom strain bag for inoculation, inoculating the mushroom strain bag, the mushroom strain bag is sealed and going to the next step until morel mycelia grow down to at least 2-3 cm of the soil layer; step 2, flipping the spawns, comprising: 2.1 cutting off the mushroom strain bag, flipping on the ground directly, and compressing; step 3, managing the humidity, wherein surface soil moisture is required at 70-85%; step 4, fruiting for harvesting.
A hub carrier for a vehicle wheel, which is connected in particular to suspension elements of a running gear of the vehicle and which has the general form of a substantially planar plate which is extended by different extensions (E1 to E6) for connecting to said suspension elements, said plate including a planar external surface substantially perpendicular to the transverse axis ("Y") of the vehicle for receiving the hub of a wheel and a substantially central through-opening, passing through the thickness of said plate, for the passage of the hub bearing, said hub carrier comprising, in addition, at least two through-bores, having axes substantially parallel to the transverse axis ("Y") of the vehicle, intended for the passage of screws for attaching the hub carrier on the hub, each through-bore of attachment screw being machined in a boss of the plate, said hub carrier being characterized in that each boss of the plate is of substantially oblong shape with substantially vertical longitudinal axis, so as to permit a variable height of machining of the through-bore of attachment screw as a function of the desired height of the body for the vehicle.
Ophthalmic system comprising a variable-transmittance device including at least: - one battery, - one variable-transmittance lens and - one control circuit comprising at least one sensor suitable for measuring an ambient light level periodically, the control circuit being suitable for automatically setting the transmittance value of the variable-transmittance lens depending on the light level measured by the sensor, wherein the control circuit is suitable for: - defining at least three successive light-level plateaus, each light-level plateau being bounded by a minimum light-level value (Emin) and a maximum light-level value (Emax), and being associated with one transmittance setpoint value of the lens, - determining the operational plateau in which the measured light-level value is located and then automatically commanding the transmittance setpoint value of the lens corresponding to the determined operational plateau, the control circuit being suitable for using a merit function depending on a plurality of criteria to define the successive light-level plateaus so as to define a large number of operational plateaus when the battery is completely charged and a lower number of operational plateaus when the battery is discharged in order to decrease the electrical power consumption of the device. - one battery, - one variable-transmittance lens and - one control circuit comprising at least one sensor suitable for measuring an ambient light level periodically, the control circuit being suitable for automatically setting the transmittance value of the variable-transmittance lens depending on the light level measured by the sensor, - defining at least three successive light-level plateaus, each light-level plateau being bounded by a minimum light-level value (Emin) and a maximum light-level value (Emax), and being associated with one transmittance setpoint value of the lens, - determining the operational plateau in which the measured light-level value is located and then automatically commanding the transmittance setpoint value of the lens corresponding to the determined operational plateau,
A method of determining a surgical margin of a tissue to be resected in a subject, the method comprising: (a) contacting and aligning a tissue section obtained from the subject to a substrate comprising an array, wherein the array comprises a plurality of capture probes affixed to the substrate, wherein a capture probe of the plurality of capture probes comprises (i) a capture domain that hybridizes to an analyte of the tissue section and (ii) a spatial barcode; (b) permeabilizing the tissue section and hybridizing the analyte to the capture domain; (c) determining (i) all or a part of a sequence corresponding to the analyte hybridized to the capture domain or a complement thereof, and (ii) the spatial barcode sequence or a complement thereof, and using the determined sequences of (i) and (ii) to identify the analyte at a location in the tissue section; and (d) comparing the analyte at the location in the tissue section to the analyte at one or more different locations in the tissue section, and determining the surgical margin of the tissue to be resected from the subject based on the comparing. (a) contacting and aligning a tissue section obtained from the subject to a substrate comprising an array, wherein the array comprises a plurality of capture probes affixed to the substrate, wherein a capture probe of the plurality of capture probes comprises (i) a capture domain that hybridizes to an analyte of the tissue section and (ii) a spatial barcode; (b) permeabilizing the tissue section and hybridizing the analyte to the capture domain; (c) determining (i) all or a part of a sequence corresponding to the analyte hybridized to the capture domain or a complement thereof, and (ii) the spatial barcode sequence or a complement thereof, and using the determined sequences of (i) and (ii) to identify the analyte at a location in the tissue section; and (d) comparing the analyte at the location in the tissue section to the analyte at one or more different locations in the tissue section, and determining the surgical margin of the tissue to be resected from the subject based on the comparing.
A device for the detection and mapping of radiation emitted by radioactive materials, said device comprising a polymeric core located within an external shell material, wherein said external shell comprises a collimation sheath, wherein said collimation sheath is optionally removable from the polymeric core material following radiation exposure, and is optionally re-useable in further such devices, wherein said polymeric core optionally comprises a cubic, cylindrical, spherical or truncated spherical core, characterised in that said polymeric core comprises a plurality of stacked polymeric sheets comprising at least one radiation sensitive component which is sensitive to said radiation emitted by said radioactive materials, wherein said stacked polymeric sheets optionally comprise a colour change material.
A dryer comprising: a cabinet defining an external appearance; a drum rotatably provided in the cabinet and loading articles to be dried; a rear supporter supporting a rear end of the drum; and a dry air duct supplying dry air, characterized in that: the dry air duct is connected to a circumference of the rear supporter to supply the dry air into the drum through the circumference of the rear supporter, the rear supporter is rotatably coupled to the rear end of the drum and comprises a rim having a width extending along an axial direction of rotation of the drum, and the rim has at least one outlet (35, 135, 235) discharging the air supplied from the dry air duct into the drum, wherein the rear supporter further comprises: a partition covering the rear end of the drum; and an inclined surface (136, 236a) declining from the rim to the partition and having at least one other outlet (137, 237) such that the air from the outlet (137, 237) is discharged toward a front of the drum. a cabinet defining an external appearance; a drum rotatably provided in the cabinet and loading articles to be dried; a rear supporter supporting a rear end of the drum; and a dry air duct supplying dry air, characterized in that: the dry air duct is connected to a circumference of the rear supporter to supply the dry air into the drum through the circumference of the rear supporter, the rear supporter is rotatably coupled to the rear end of the drum and comprises a rim having a width extending along an axial direction of rotation of the drum, and the rim has at least one outlet (35, 135, 235) discharging the air supplied from the dry air duct into the drum, the dry air duct is connected to a circumference of the rear supporter to supply the dry air into the drum through the circumference of the rear supporter, the rear supporter is rotatably coupled to the rear end of the drum and comprises a rim having a width extending along an axial direction of rotation of the drum, and the rim has at least one outlet (35, 135, 235) discharging the air supplied from the dry air duct into the drum, wherein the rear supporter further comprises: a partition covering the rear end of the drum; and an inclined surface (136, 236a) declining from the rim to the partition and having at least one other outlet (137, 237) such that the air from the outlet (137, 237) is discharged toward a front of the drum. a partition covering the rear end of the drum; and an inclined surface (136, 236a) declining from the rim to the partition and having at least one other outlet (137, 237) such that the air from the outlet (137, 237) is discharged toward a front of the drum.
A method of performing scanning in a wireless local area network, WLAN, system, the method comprising: generating, by a first station, STA, scan request information to indicate active scanning; receiving, by the first STA, a second probe request frame from a second station; and determining, by the first STA, whether skipping a transmission of a first probe request frame based on the second probe request frame; wherein the transmission of the first probe request frame is skipped when access point, AP, identifier information included in the second probe request frame is the same as AP identifier information included in the scan request information. generating, by a first station, STA, scan request information to indicate active scanning; receiving, by the first STA, a second probe request frame from a second station; and determining, by the first STA, whether skipping a transmission of a first probe request frame based on the second probe request frame; wherein the transmission of the first probe request frame is skipped when access point, AP, identifier information included in the second probe request frame is the same as AP identifier information included in the scan request information.
Wiper blade adaptor device, in particular for a motor vehicle windscreen wiper device, with a wiper blade adaptor which has at least one spring-elastic latching means for coupling to a wiper strip unit, and with at least one securing means which is provided for securing the at least one latching means in a mounted stage, characterized in that the at least one securing means is provided to be deflected spring-elastically out of a locking position during an installation operation of the wiper blade adaptor with the wiper strip unit.
A turbogenerator set comprising a turbogenerator, a turbine driving the turbogenerator and at least one load commutated inverter connected to the turbogenerator and connectable to an electric grid to supply active power to the electric grid, whereas the load commutated inverter comprises a multitude of thyristors, characterized in that the at least one load commutated inverter is connected to the turbogenerator via circuit breakers and the turbogenerator set further comprises a synchronous electric machine to supply active and reactive power to the electric grid, whereas the turbogenerator and the synchronous electric machine both are connected to the electric grid in parallel wherein the turbine is a gas turbine and the synchronous electric machine is a generator driven by a steam turbine in a combined gas and steam plant.
Multi-step process for the preparation of compounds via hazardous intermediates comprising the steps of a) preparing in a microreactor a hazardous intermediate and b) optionally performing one or more reaction steps on the hazardous intermediate in one or more additional microreactors and c) further converting the hazardous intermediate with a suitable reaction agent in a subsequent microreactor until a stable end product is formed, wherein the hazardous intermediates are selected from the group consisting of organic azides and peroxo compounds and wherein the stable end product is selected from the group consisting of an amine, stable alcohol, or a stable aldehyde or ketone, optionally protected as the hydrate, hemiacetal or acetal. a) preparing in a microreactor a hazardous intermediate and b) optionally performing one or more reaction steps on the hazardous intermediate in one or more additional microreactors and c) further converting the hazardous intermediate with a suitable reaction agent in a subsequent microreactor until a stable end product is formed,
A method for outputting an audio signal, the method comprising: (a) determining an output level of a modulated signal to be outputted for each respective frequency band by using a hearing threshold measured for the respective frequency band; and (b) outputting the modulated signal and an audio signal simultaneously, wherein said step (a) comprises: determining the output level of the modulated signal for the respective frequency band to be equal to or lower by a preset value from a level of the hearing threshold measured for the respective frequency band. (a) determining an output level of a modulated signal to be outputted for each respective frequency band by using a hearing threshold measured for the respective frequency band; and (b) outputting the modulated signal and an audio signal simultaneously, determining the output level of the modulated signal for the respective frequency band to be equal to or lower by a preset value from a level of the hearing threshold measured for the respective frequency band.