mhurhangee/ep-ind-claims huggingface dataset:
A spindle device comprising: a spindle; a housing; and a double row cylindrical roller bearing and a thrust load supporting bearing (5F, 5R), both of which are interposed between a front side portion of the spindle and the housing, the double row cylindrical roller bearing and the thrust load supporting bearing (5F, 5R) being arranged in order from a front side end of the spindle, wherein: the double row cylindrical roller bearing has a roller row portion on a thrust load supporting bearing side and a roller row portion on a counter thrust load supporting bearing side; an amount of clearance of the roller row portion on the thrust load supporting bearing side is larger than that of the roller row portion on the counter thrust supporting bearing side; and the outer ring of the double row cylindrical roller bearing is configured so that it can be engaged with the housing by clearance fit employed at the roller row portion on the thrust load supporting bearing side. a spindle; a housing; and a double row cylindrical roller bearing and a thrust load supporting bearing (5F, 5R), both of which are interposed between a front side portion of the spindle and the housing, the double row cylindrical roller bearing and the thrust load supporting bearing (5F, 5R) being arranged in order from a front side end of the spindle, wherein: the double row cylindrical roller bearing has a roller row portion on a thrust load supporting bearing side and a roller row portion on a counter thrust load supporting bearing side; an amount of clearance of the roller row portion on the thrust load supporting bearing side is larger than that of the roller row portion on the counter thrust supporting bearing side; and the outer ring of the double row cylindrical roller bearing is configured so that it can be engaged with the housing by clearance fit employed at the roller row portion on the thrust load supporting bearing side. the double row cylindrical roller bearing has a roller row portion on a thrust load supporting bearing side and a roller row portion on a counter thrust load supporting bearing side; an amount of clearance of the roller row portion on the thrust load supporting bearing side is larger than that of the roller row portion on the counter thrust supporting bearing side; and the outer ring of the double row cylindrical roller bearing is configured so that it can be engaged with the housing by clearance fit employed at the roller row portion on the thrust load supporting bearing side.
A process for depleting host cells from a xenograft of human cells on a murine host, characterized in a) fragmenting the xenograft into a sample comprising a single cell suspension b) subjecting the sample to antibodies specific for a murine CD9 epitope coupled to a detection means c) depleting the cell suspension from cells bound by the CD9-antibodies using the detection means d) collecting the cells not bound by the CD9-antibodies as target cells. a) fragmenting the xenograft into a sample comprising a single cell suspension b) subjecting the sample to antibodies specific for a murine CD9 epitope coupled to a detection means c) depleting the cell suspension from cells bound by the CD9-antibodies using the detection means d) collecting the cells not bound by the CD9-antibodies as target cells.
A method comprising: copying a second firmware to a memory of a computing system; and verifying the second firmware by a root of trust of the computing system; fetching the second firmware using a root of trust associated with a device (102, 202, 240-0 to 240-n) of the computing system from the memory at a request of the root of trust of the computing system; and validating the second firmware, after copying second firmware to the memory, using the root of trust associated with the device (102, 202, 240-0 to 240-n); and distributing the second firmware, after validating the second firmware, to a buffer of the computing system or to the device (102, 202, 240-0 to 240-n) at a request of the root of trust of the computing system; and deploying the second firmware to the device (102, 202, 240-0 to 240-n) using the root of trust associated with the device (102, 202, 240-0 to 240-n); and while the device (102, 202, 240-0 to 240-n) executes a first firmware, executing at least one instruction that causes installation of the second firmware and further causes the device (102, 202, 240-0 to 240-n) to switch and to execute the second firmware. copying a second firmware to a memory of a computing system; and verifying the second firmware by a root of trust of the computing system; fetching the second firmware using a root of trust associated with a device (102, 202, 240-0 to 240-n) of the computing system from the memory at a request of the root of trust of the computing system; and validating the second firmware, after copying second firmware to the memory, using the root of trust associated with the device (102, 202, 240-0 to 240-n); and distributing the second firmware, after validating the second firmware, to a buffer of the computing system or to the device (102, 202, 240-0 to 240-n) at a request of the root of trust of the computing system; and deploying the second firmware to the device (102, 202, 240-0 to 240-n) using the root of trust associated with the device (102, 202, 240-0 to 240-n); and while the device (102, 202, 240-0 to 240-n) executes a first firmware, executing at least one instruction that causes installation of the second firmware and further causes the device (102, 202, 240-0 to 240-n) to switch and to execute the second firmware.
A method performed by an evolved NodeB, eNB, in a wireless communication system, the method comprising: configuring, by the eNB, a first power for a first modulation and a second power for a second modulation, wherein a modulation order of the second modulation is higher than a modulation order of the first modulation, wherein the first power is configured by power boosting; transmitting, by the eNB, data to a first user equipment, UE, with the configured first power with the first modulation; transmitting, by the eNB, the data to a second UE with the configured second power with the second modulation; transmitting information on that the power boosting is used by the eNB; and transmitting information on how much a range of a cell served by the eNB is expanded by the power boosting, wherein the power boosting comprises increasing power of a demodulation reference signal, DMRS, and a physical downlink shared channel, PDSCH. configuring, by the eNB, a first power for a first modulation and a second power for a second modulation, wherein a modulation order of the second modulation is higher than a modulation order of the first modulation, wherein the first power is configured by power boosting; transmitting, by the eNB, data to a first user equipment, UE, with the configured first power with the first modulation; transmitting, by the eNB, the data to a second UE with the configured second power with the second modulation; transmitting information on that the power boosting is used by the eNB; and transmitting information on how much a range of a cell served by the eNB is expanded by the power boosting, wherein the power boosting comprises increasing power of a demodulation reference signal, DMRS, and a physical downlink shared channel, PDSCH.
A lock apparatus (1;51;116) for a deck (13;108) which is movable to adjust its height with respect to a floor of a storage area, said lock apparatus is caused to engage to prevent the deck (13;108) being lowered below the lock apparatus (1;51;116), by raising the deck (13;108)to a first position with respect to the lock apparatus (1;51;116), and the lock apparatus is caused to disengage by raising the deck (13;108) to a second position, thereby allowing the deck (13;108) to be freely raised or lowered characterised in that the first position is at a height at, or a first distance above, the lock apparatus and the second position is a second, greater, distance above the lock apparatus (1;51;116).
Method of controlling light output of a luminaire using a control terminal, the luminaire comprising at least one light source and a control unit, the control terminal comprising a display, the method being characterised by the steps of: sending, from the control terminal to the control unit, an interrogation of light output adjustment ability of the luminaire, receiving, from the control unit at the control terminal, information of light output adjustment ability of the luminaire, said information comprising at least three input values representing coordinates (C1, C2, C3) in a chromaticity diagram defining an adjustment area, evaluating the information of light output adjustment ability from the luminaire by evaluating the adjustment area in the chromaticity diagram, and displaying, on the display of the control terminal, a light output control (50, 60), for adjustment of the color or color temperature of the luminaire, the light output control being single-variable or multi-variable depending on the evaluation of the information of light output adjustment ability received from the control unit. sending, from the control terminal to the control unit, an interrogation of light output adjustment ability of the luminaire, receiving, from the control unit at the control terminal, information of light output adjustment ability of the luminaire, said information comprising at least three input values representing coordinates (C1, C2, C3) in a chromaticity diagram defining an adjustment area, evaluating the information of light output adjustment ability from the luminaire by evaluating the adjustment area in the chromaticity diagram, and displaying, on the display of the control terminal, a light output control (50, 60), for adjustment of the color or color temperature of the luminaire, the light output control being single-variable or multi-variable depending on the evaluation of the information of light output adjustment ability received from the control unit.
Container transport element comprising at least one ring element (16a, 16b) having a container transport structure with a plurality of container mounts, formed at a periphery thereof, characterised in that the at least one ring element (16a, 16b) comprises at least one magnet holder with a magnet element for attaching the ring element to a central element, which is adjustable at least between a securing position, wherein the magnet element is coupled on the central element, and a release position, wherein the magnet element is spaced away from the central element for releasing the coupling.
A manufacturing method of an oxide powder comprising the steps of: (a) keeping a powder matrix in a fluent state, said powder matrix consisting of a first oxide composed of silica; (b) contacting, a halide composed of aluminum chloride, titanium tetrachloride, zirconium chloride or cerium chloride or an alkoxide composed of aluminum isopropoxide with said powder matrix kept in the fluent state, by means of an inert carrier gas, and then heating them at a temperature of from 25 to 800°C, to thereby coat said powder matrix by a coating layer consisting of a second oxide composed of alumina, titania, zirconia or ceria; and (c) heating a reaction by-product consisting of one or both of hydrogen chloride or an alcohol generated by said contacting, at a temperature of from 200 to 1000°C to thereby eliminate the reaction by-product; wherein the powder matrix has an absorbed water amount of 0.1 to 50 weight %, an average particle diameter of 0.005 to 0.5 μm and a surface hydroxyl group number of 0.1 to 25 μmol/m 2; wherein the absorbed water amount can be obtained by sampling about 1g of a first oxide in a 1g weighing bottle; heating it at 105°C for two hours to dryness for weighing; and determining by calculation the percent (%) of the weight loss before and after the drying; and wherein the surface hydroxyl group number can be obtained by Grignard method, Karl-Fischer method, or the lithium-aluminum method. (a) keeping a powder matrix in a fluent state, said powder matrix consisting of a first oxide composed of silica; (b) contacting, a halide composed of aluminum chloride, titanium tetrachloride, zirconium chloride or cerium chloride or an alkoxide composed of aluminum isopropoxide with said powder matrix kept in the fluent state, by means of an inert carrier gas, and then heating them at a temperature of from 25 to 800°C, to thereby coat said powder matrix by a coating layer consisting of a second oxide composed of alumina, titania, zirconia or ceria; and (c) heating a reaction by-product consisting of one or both of hydrogen chloride or an alcohol generated by said contacting, at a temperature of from 200 to 1000°C to thereby eliminate the reaction by-product; wherein the powder matrix has an absorbed water amount of 0.1 to 50 weight %, an average particle diameter of 0.005 to 0.5 μm and a surface hydroxyl group number of 0.1 to 25 μmol/m 2; wherein the absorbed water amount can be obtained by sampling about 1g of a first oxide in a 1g weighing bottle; heating it at 105°C for two hours to dryness for weighing; and determining by calculation the percent (%) of the weight loss before and after the drying; and wherein the surface hydroxyl group number can be obtained by Grignard method, Karl-Fischer method, or the lithium-aluminum method.
A flow channel switching valve comprising: a valve body; a valve member that is rotatably installed in the valve body; a valve shaft that is mounted on the valve member; a driving section that rotationally drives the valve member via the valve shaft; a rotational position detection portion that detects a rotational position of the valve member; and a case that is mounted on the valve body and that contains the driving section and the rotational position detection portion, wherein the valve shaft is rotatably supported by a bearing portion that is included in the case, and the valve shaft has an end portion on which the valve member is mounted, wherein the rotational position detection portion includes a rotational angle sensor that detects a rotational angle of the valve shaft and a base body that supports the rotational angle sensor, wherein the base body includes a base main body portion that is mounted on the case and a sensor support portion that is disposed facing the other end portion of the valve shaft and having the rotational angle sensor mounted thereon, and characterized in that the sensor support portion has a through-hole (84a1) that has an arc shape along an outer circumferential surface of the valve shaft and that is formed such that the valve shaft is visible when viewed in the direction of the axis of the valve shaft or through-holes (84a3) that are arranged in an interval along the outer circumferential surface of the valve shaft and that are formed such that the valve shaft is visible when viewed in the direction of the axis of the valve shaft. a valve body; a valve member that is rotatably installed in the valve body; a valve shaft that is mounted on the valve member; a driving section that rotationally drives the valve member via the valve shaft; a rotational position detection portion that detects a rotational position of the valve member; and a case that is mounted on the valve body and that contains the driving section and the rotational position detection portion, wherein the valve shaft is rotatably supported by a bearing portion that is included in the case, and the valve shaft has an end portion on which the valve member is mounted, wherein the rotational position detection portion includes a rotational angle sensor that detects a rotational angle of the valve shaft and a base body that supports the rotational angle sensor, wherein the base body includes a base main body portion that is mounted on the case and a sensor support portion that is disposed facing the other end portion of the valve shaft and having the rotational angle sensor mounted thereon, and characterized in that the sensor support portion has a through-hole (84a1) that has an arc shape along an outer circumferential surface of the valve shaft and that is formed such that the valve shaft is visible when viewed in the direction of the axis of the valve shaft or through-holes (84a3) that are arranged in an interval along the outer circumferential surface of the valve shaft and that are formed such that the valve shaft is visible when viewed in the direction of the axis of the valve shaft.
Reactor for cleaning flue gases by injecting dry or quasi-dry sorbent into a flue gas stream, comprising - a flue gas inlet at the bottom of the reactor, - an outlet at the top of the reactor, - a dry sorbent injection system with at least one dry sorbent outlet for injecting dry sorbent into the reactor, the at least one dry sorbent outlet being arranged between the flue gas inlet and the outlet, and - at least one liquid injection system, the liquid injection system comprising at least one spray nozzle having at least one spray opening for supplying atomized liquid into the reactor between the flue gas inlet and the outlet, characterized in that at least one scraper is arranged outside an outer surface of the spray nozzle, wherein the outer surface and the scraper are moveable relative to each other, wherein the relative movement is a rotational movement around a central axis of the spray nozzle. - a flue gas inlet at the bottom of the reactor, - an outlet at the top of the reactor, - a dry sorbent injection system with at least one dry sorbent outlet for injecting dry sorbent into the reactor, the at least one dry sorbent outlet being arranged between the flue gas inlet and the outlet, and - at least one liquid injection system, the liquid injection system comprising at least one spray nozzle having at least one spray opening for supplying atomized liquid into the reactor between the flue gas inlet and the outlet,
A system configured to control (Ctrl) an automatic milking machine, the system comprising: a control unit configured to cause the automatic milking machine to operate in accordance with control commands and/or parameter settings, a local user interface configured to receive operator-generated instructions and in response thereto produce control commands and/or parameter settings to the control unit, the local user interface being fixedly arranged at the automatic milking machine, and a communication interface configured to receive, via at least one network, control commands and/or parameter settings produced by at least one remote terminal (161, 162, 163), characterized in that the local user interface is configured to, in response to a first operator-generated instruction, produce a lock command (CMD[Ik]) to the control unit, and in response to the lock command (CMD[lk]) the control unit is configured to set the automatic milking machine in a single-control mode in which the automatic milking machine is locked to operate exclusively in response to control commands and/or parameter settings from a single control source (130, 161, 162, 163) identified in connection with producing the lock command (CMD[lk]), the single control source being a particular of the at least one remote terminal (161, 162, 163). a control unit configured to cause the automatic milking machine to operate in accordance with control commands and/or parameter settings, a local user interface configured to receive operator-generated instructions and in response thereto produce control commands and/or parameter settings to the control unit, the local user interface being fixedly arranged at the automatic milking machine, and a communication interface configured to receive, via at least one network, control commands and/or parameter settings produced by at least one remote terminal (161, 162, 163), characterized in that the local user interface is configured to, in response to a first operator-generated instruction, produce a lock command (CMD[Ik]) to the control unit, and in response to the lock command (CMD[lk]) the control unit is configured to set the automatic milking machine in a single-control mode in which the automatic milking machine is locked to operate exclusively in response to control commands and/or parameter settings from a single control source (130, 161, 162, 163) identified in connection with producing the lock command (CMD[lk]), the single control source being a particular of the at least one remote terminal (161, 162, 163).
Pressure limiter for a plumbed installation, particularly a wall-mounted boiler, comprising a body designed to be connected to or built into said installation and having a pipe that leads to a valve seat, a member connected disconnectably to a matching formation on said body, particularly by a threaded connection, barrier means (15, 16, 19; 15, 16, 27; 19) connected to said member and able to act on said valve seat, in such a way to shut off and disengage from said seat, preventing and permitting, respectively, communication between an upstream portion of the installation and a region downstream of said valve seat; wherein said barrier means comprise a moveable barrier (19; 16; 31) separated from said member and stressed by associated elastic means towards a shutoff position in which it is able to prevent the passage of liquid between the pipe of the body and a discharge passage (8b; 32); the arrangement being such that said barrier (19; 16; 31) is able to move from said shutoff position, against the action of the elastic means, when the pressure of the fluid upstream of said seat exceeds a predetermined value, to a position in which it allows fluid to be discharged from the portion of the installation upstream of said seat to the aforesaid discharge passage (8b; 32); characterized in that said member is a hand-actuated opening and closing member arranged to be grasped and turned by hand to assume relative to the body, a closed position and an open position in which said barrier (1; 16; 31) shuts off and disengages from said seat respectively, whereby the pressure limiter is also able to perform the function of a drain cock.
A method of testing a nucleic acid sample of a human, comprising: testing a nucleic acid sample obtained from a human and determining presence of a somatic mutation in a promoter of a telomerase reverse transcriptase (TERT) gene, wherein the nucleic acid is from a hepatocellular carcinoma, wherein the somatic mutation is located at a nucleotide selected from the group consisting of chr5 1,295,229 ("229"), and chr5 1,295,250 ("250"), according to Hg19. testing a nucleic acid sample obtained from a human and determining presence of a somatic mutation in a promoter of a telomerase reverse transcriptase (TERT) gene, wherein the nucleic acid is from a hepatocellular carcinoma, wherein the somatic mutation is located at a nucleotide selected from the group consisting of chr5 1,295,229 ("229"), and chr5 1,295,250 ("250"), according to Hg19.
A method of manufacturing a molded automotive textile nonwoven comprising: providing flat staple fibers exhibiting a width to thickness ratio of 2 to 10 and a denier in the range of 2 to 30; mechanically bonding said flat staple fibers to form a nonwoven; molding said nonwoven into a three-dimensional molded product that is configured to fit to a metallic vehicle floor pan; wherein said flat staple fibers minimize a degree of pile distortion in deep drawn areas when the nonwoven is molded. providing flat staple fibers exhibiting a width to thickness ratio of 2 to 10 and a denier in the range of 2 to 30; mechanically bonding said flat staple fibers to form a nonwoven; molding said nonwoven into a three-dimensional molded product that is configured to fit to a metallic vehicle floor pan; wherein said flat staple fibers minimize a degree of pile distortion in deep drawn areas when the nonwoven is molded.