mhurhangee/ep-ind-claims huggingface dataset:
A method for starting a field device for at least one of pressure measurement, flow measurement and fill level measurement, wherein the field device comprises a memory that includes a boot memory region in which a boot function is stored, and an operating memory region in which an operating function is stored, with the method comprising the steps of: activating a watchdog in the case of an error of the field device; setting that during the next start of the field device a memory check of the operating region is to be carried out when the watchdog has been activated; resetting the field device by the watchdog so that a restart of the field device is carried out. carrying out the boot function; determining whether a memory check of the operating memory region is to be carried out; carrying out a memory check of the operating memory region when it has been determined that a memory check is to be carried out; carrying out the operating function. activating a watchdog in the case of an error of the field device; setting that during the next start of the field device a memory check of the operating region is to be carried out when the watchdog has been activated; resetting the field device by the watchdog so that a restart of the field device is carried out. carrying out the boot function; determining whether a memory check of the operating memory region is to be carried out; carrying out a memory check of the operating memory region when it has been determined that a memory check is to be carried out; carrying out the operating function.
A device for producing cleaned crushed polycrystalline silicon blocks comprising, a) a conveyor for crushed polycrystalline silicon blocks, and b) a gas blower placed above a travel surface of a conveying belt of said conveyor, and said gas blower is for blowing away fine powders mixed in the crushed polycrystalline silicon blocks, c) a scattering prevention mesh for said crushed polycrystalline silicon blocks which is placed between said travel surface of said conveying belt and the gas blower placed above the travel surface, said scattering prevention mesh being arranged so that the crushed polycrystalline silicon blocks can scatter on the conveying belt due to the gas blown from said gas blower and such as to prevent the crushed polycrystalline silicon blocks from falling out of the conveying belt, characterized in that said gas blower is arranged such that the gas blower blows the gas through the scattering prevention mesh to the entire area in the width direction of the belt. a) a conveyor for crushed polycrystalline silicon blocks, and b) a gas blower placed above a travel surface of a conveying belt of said conveyor, and said gas blower is for blowing away fine powders mixed in the crushed polycrystalline silicon blocks, c) a scattering prevention mesh for said crushed polycrystalline silicon blocks which is placed between said travel surface of said conveying belt and the gas blower placed above the travel surface, said scattering prevention mesh being arranged so that the crushed polycrystalline silicon blocks can scatter on the conveying belt due to the gas blown from said gas blower and such as to prevent the crushed polycrystalline silicon blocks from falling out of the conveying belt,
PM01183, or a pharmaceutically acceptable salt thereof, for use in the treatment of cancer, comprising administering a therapeutically effective amount of PM01183, or a pharmaceutically acceptable salt thereof, in synergistic combination with a therapeutically effective amount of an anticancer antibiotic, wherein the anticancer antibiotic is selected from daunorubicin, doxorubicin, epirubicin, idarubicin, valrubicin, mitomycin C and actinomycin D.
A method for controlling a reaction in a continuous production process of a diester-based composition in which a dicarboxylic acid and an alcohol are reacted to produce a diester-based composition, the method comprising: monitoring a feed flow rate of the dicarboxylic acid and the alcohol which are introduced into a reactor and a flow rate of product water which is generated in the reactor; using the feed flow rate and the product water flow rate obtained as a result of the monitoring and pressure in the reactor to calculate a predicted conversion rate in the reactor; and controlling the temperature and the pressure of the reactor such that the calculated predicted conversion rate becomes closer to a target conversion rate; wherein the dicarboxylic acid is one or more selected from the group consisting of phthalic acid, isophthalic acid, terephthalic acid, and cyclohexane-1,4-dicarboxylic acid; the alcohol is a C4 to C12 alcohol; and the predicted conversion rate is calculated through Equations 1 to 4 below: EC = A*FR 2 + B*FR + C A = 7.365 P + 10.415 B = − 1.3163 P + 10.461 C = 0.0609 P + 0.0435 wherein, in Equation 1 to Equation 4 above, EC is the predicted conversion rate, FR is a ratio (product water flow rate (kg/hr)/feed feed (kg/hr)) of the flow rate of the product water to the feed flow rate of a dicarboxylic acid and the alcohol, and P is the pressure (kg/cm 2 g) in the reactor. monitoring a feed flow rate of the dicarboxylic acid and the alcohol which are introduced into a reactor and a flow rate of product water which is generated in the reactor; using the feed flow rate and the product water flow rate obtained as a result of the monitoring and pressure in the reactor to calculate a predicted conversion rate in the reactor; and controlling the temperature and the pressure of the reactor such that the calculated predicted conversion rate becomes closer to a target conversion rate; wherein the dicarboxylic acid is one or more selected from the group consisting of phthalic acid, isophthalic acid, terephthalic acid, and cyclohexane-1,4-dicarboxylic acid; the alcohol is a C4 to C12 alcohol; and the predicted conversion rate is calculated through Equations 1 to 4 below: EC = A*FR 2 + B*FR + C A = 7.365 P + 10.415 B = − 1.3163 P + 10.461 C = 0.0609 P + 0.0435 wherein, in Equation 1 to Equation 4 above, EC is the predicted conversion rate, FR is a ratio (product water flow rate (kg/hr)/feed feed (kg/hr)) of the flow rate of the product water to the feed flow rate of a dicarboxylic acid and the alcohol, and P is the pressure (kg/cm 2 g) in the reactor. wherein, in Equation 1 to Equation 4 above, EC is the predicted conversion rate, FR is a ratio (product water flow rate (kg/hr)/feed feed (kg/hr)) of the flow rate of the product water to the feed flow rate of a dicarboxylic acid and the alcohol, and P is the pressure (kg/cm 2 g) in the reactor.
A system for cleaning heterogeneous sludge deposited in hydraulic facilities, comprising a machine assembly mounted on a floating platform that floats on the water of the hydraulic facility, said machine assembly comprising at least a first suction pipe connected to a suction and transfer device, wherein the system also comprises a horizontal and vertical mobile support with respect to said floating platform, the mobile support being connected to the machine assembly by means of a second suction pipe. said machine assembly comprising at least a first suction pipe connected to a suction and transfer device, wherein the system also comprises a horizontal and vertical mobile support with respect to said floating platform, the mobile support being connected to the machine assembly by means of a second suction pipe.
Method of producing a hydrocarbon composition, comprising the steps of - providing a biomass raw-material; - gasifying the raw-material by oxygen-blown gasification to produce a raw syngas containing carbon monoxide, carbon dioxide, hydrogen, hydrocarbons and gaseous and particulate impurities, said raw syngas having a hydrogen-to-carbon monoxide ratio of about 0.5 to 1.7; - removing at least an essential part of the impurities to produce a clean syngas; - feeding the clean syngas to a Fischer-Tropsch reactor; - converting in the Fischer-Tropsch reactor at least a significant part of the carbon monoxide and hydrogen contained in the syngas into a hydrocarbon composition containing C 4 -C 90 hydrocarbons; - recovering from the Fischer-Tropsch reactor a hydrocarbon composition which mainly contains hydrocarbons which are solid or semisolid at ambient temperature and pressure; wherein the hydrogen-to-carbon monoxide ratio of the syngas is being raised to about 2.0 at the latest when the syngas is fed into the Fischer-Tropsch reactor, characterized by the combination of - separately recovering from the Fischer-Tropsch reactor an off-gas comprising hydrocarbons which are gaseous at ambient temperature and pressure; - producing hydrogen from the gaseous hydrocarbons of said off-gas by subjecting said hydrocarbons to at least one reforming reaction and to at least one water gas shift reaction, said reactions being carried out in a cascade in the indicated order; and - feeding at least a part of the hydrogen gas produced from recycled off-gas into the clean syngas in order to increase the hydrogen-to-carbon monoxide ratio of said clean syngas. - providing a biomass raw-material; - gasifying the raw-material by oxygen-blown gasification to produce a raw syngas containing carbon monoxide, carbon dioxide, hydrogen, hydrocarbons and gaseous and particulate impurities, said raw syngas having a hydrogen-to-carbon monoxide ratio of about 0.5 to 1.7; - removing at least an essential part of the impurities to produce a clean syngas; - feeding the clean syngas to a Fischer-Tropsch reactor; - converting in the Fischer-Tropsch reactor at least a significant part of the carbon monoxide and hydrogen contained in the syngas into a hydrocarbon composition containing C 4 -C 90 hydrocarbons; - recovering from the Fischer-Tropsch reactor a hydrocarbon composition which mainly contains hydrocarbons which are solid or semisolid at ambient temperature and pressure; - separately recovering from the Fischer-Tropsch reactor an off-gas comprising hydrocarbons which are gaseous at ambient temperature and pressure; - producing hydrogen from the gaseous hydrocarbons of said off-gas by subjecting said hydrocarbons to at least one reforming reaction and to at least one water gas shift reaction, said reactions being carried out in a cascade in the indicated order; and - feeding at least a part of the hydrogen gas produced from recycled off-gas into the clean syngas in order to increase the hydrogen-to-carbon monoxide ratio of said clean syngas.
Rubber-reinforced vinyl aromatic (co)polymer comprising a polymeric matrix and a rubber phase of a diene rubber dispersed and/or grafted in the polymeric matrix wherein said rubber phase is selected between at least one of: (i) a linear diene rubber; (iii) a three-branches diene rubber, that is a linear diene rubber coupled with a trifunctional agent; (iv) a mixture of linear diene rubbers (i) and radial diene rubbers (v) with a maximum ratio between one another (i)/(v) comprised between 99.5/0.5 and 85/15, wherein the diene rubber in the rubber phase (i), (iii) and (iv) is a polybutadiene having: a solution viscosity comprised between 40 and 70 cPs, as measured according to the description in a solution thereof at 5% by weight in styrene at 25°C; a content of 1,2 vinyl comprised between 5 and 35% by weight; and a content of 1,4-cis comprised between 20 and 85% by weight. (i) a linear diene rubber; (iii) a three-branches diene rubber, that is a linear diene rubber coupled with a trifunctional agent; (iv) a mixture of linear diene rubbers (i) and radial diene rubbers (v) with a maximum ratio between one another (i)/(v) comprised between 99.5/0.5 and 85/15, a solution viscosity comprised between 40 and 70 cPs, as measured according to the description in a solution thereof at 5% by weight in styrene at 25°C; a content of 1,2 vinyl comprised between 5 and 35% by weight; and a content of 1,4-cis comprised between 20 and 85% by weight.
Method for protecting a vehicle from an attack by a laser beam emanating from a laser source, wherein a sensor (16, 42, 44, 46, 48) detects laser radiation of the laser beam and a guided missile flies into the laser beam, flies to the laser source in the laser beam and, in the process, shadows the vehicle from the laser beam.
A coating material for the surfaces of panels, especially panels made of wood, wood-based material, plastic or a wood/plastic mixed material, comprised of a single resin-impregnated cellulose layer with a decor on one side, said layer being equipped with a transparent cover layer that covers the decor made of an acrylate lacquer which can be cured by radiation, characterised in that the impregnation with synthetic resin is 50 to 75% in relation to the weight of the cellulose layer.
A rescuing and carrying device comprising: a supporting portion made of flexible materials; shoulder belts made of flexible materials, which are fixed on said supporting portion and are configured to be worn by a first person; handhold belts made of flexible materials, which are fixed on said supporting portion; and safety belts made of flexible materials, which are fixed on said supporting portion and are configured to be worn by a second person, wherein the supporting portion has a shape matching that of the back and legs of a human body, and comprises a back supporting portion, and a leg supporting portion on which leg fastener belts made of flexible materials are placed; and characterized in that the shoulder belts and the safety belts are configured so that, in use, the second person is carried back to back with the first person. a supporting portion made of flexible materials; shoulder belts made of flexible materials, which are fixed on said supporting portion and are configured to be worn by a first person; handhold belts made of flexible materials, which are fixed on said supporting portion; and safety belts made of flexible materials, which are fixed on said supporting portion and are configured to be worn by a second person, wherein the supporting portion has a shape matching that of the back and legs of a human body, and comprises a back supporting portion, and a leg supporting portion on which leg fastener belts made of flexible materials are placed; and characterized in that the shoulder belts and the safety belts are configured so that, in use, the second person is carried back to back with the first person.
A user equipment for a frequency division duplex, FDD, system, comprising means for: - receiving (310, 510), from a network, an uplink reference signal configuration; - receiving (310, 510), from the network, an indication on an uplink reference signal precoding method; - receiving (330, 520), from the network, a downlink reference signal; - estimating uplink channel wideband information based on the received downlink reference signal; - transmitting (360, 550), to the network, an uplink reference signal based on the received uplink reference signal configuration, the estimated uplink channel wideband information and the indicated uplink reference signal precoding method; - receiving (380, 560), from the network, uplink frequency selective precoding information, the uplink frequency selective precoding information having been determined based on the uplink reference signal and the indicated uplink reference signal precoding method; and - constructing an uplink frequency selective precoder based on the estimated uplink channel wideband information and the received uplink frequency selective precoding information. - receiving (310, 510), from a network, an uplink reference signal configuration; - receiving (310, 510), from the network, an indication on an uplink reference signal precoding method; - receiving (330, 520), from the network, a downlink reference signal; - estimating uplink channel wideband information based on the received downlink reference signal; - transmitting (360, 550), to the network, an uplink reference signal based on the received uplink reference signal configuration, the estimated uplink channel wideband information and the indicated uplink reference signal precoding method; - receiving (380, 560), from the network, uplink frequency selective precoding information, the uplink frequency selective precoding information having been determined based on the uplink reference signal and the indicated uplink reference signal precoding method; and - constructing an uplink frequency selective precoder based on the estimated uplink channel wideband information and the received uplink frequency selective precoding information.
A display apparatus comprising: a transparent display panel; an image processor arranged to process an image signal to display an image on the transparent display panel based on the processed image signal; a sensor capable of sensing a user located in front of and behind the transparent display panel, wherein a user located in front of the transparent display panel faces a first surface of the transparent display panel and a user located behind the transparent display panel faces a second surface of the transparent display panel that opposes the first surface; and a controller arranged to determine based on the sensing whether a user is located in front of or behind the transparent display panel, and if the image is displayed on the transparent display panel to be normally recognized by a user located in front of the transparent display panel, to control the image processor to selectively display on the transparent display panel a reverse image of the image to be normally recognized by a user located behind the transparent display panel according to the determination; wherein the controller is arranged to compare a number of users located in front of the transparent display panel sensed by the sensor with a number of users located behind the transparent display panel sensed by the sensor, and is arranged to selectively display the reverse image according to the comparison result. a transparent display panel; an image processor arranged to process an image signal to display an image on the transparent display panel based on the processed image signal; a sensor capable of sensing a user located in front of and behind the transparent display panel, wherein a user located in front of the transparent display panel faces a first surface of the transparent display panel and a user located behind the transparent display panel faces a second surface of the transparent display panel that opposes the first surface; and a controller arranged to determine based on the sensing whether a user is located in front of or behind the transparent display panel, and if the image is displayed on the transparent display panel to be normally recognized by a user located in front of the transparent display panel, to control the image processor to selectively display on the transparent display panel a reverse image of the image to be normally recognized by a user located behind the transparent display panel according to the determination; wherein the controller is arranged to compare a number of users located in front of the transparent display panel sensed by the sensor with a number of users located behind the transparent display panel sensed by the sensor, and is arranged to selectively display the reverse image according to the comparison result.
Electrophoresis device comprising a device for dispensing a fluid product, comprising: - a container containing said product, - an electric motor comprising a rotatably driven shaft, - a dispensing means actuated by the rotation of the motor, the quantity of product dispensed depending on the rotation of the motor, - a switching body controlling the operation of the motor, - a stop control element rotatably driven by the shaft, assuming an active position where it causes the switch to interrupt the power supply of the motor, - a restarting circuit arranged to, when triggered, switch into an activated state in order to force the triggering of the motor while the stop control element is in an active position, the restarting circuit remaining activated for a sufficient duration such that the stop control element leaves its active position, the restarting circuit then becoming inactive, such that the operation of the motor stops when stop control element regains its active position once the restarting circuit is inactive again, the device being arranged to subject the region on which the product is applied to an electric current. - a container containing said product, - an electric motor comprising a rotatably driven shaft, - a dispensing means actuated by the rotation of the motor, the quantity of product dispensed depending on the rotation of the motor, - a switching body controlling the operation of the motor, - a stop control element rotatably driven by the shaft, assuming an active position where it causes the switch to interrupt the power supply of the motor, - a restarting circuit arranged to, when triggered, switch into an activated state in order to force the triggering of the motor while the stop control element is in an active position, the restarting circuit remaining activated for a sufficient duration such that the stop control element leaves its active position, the restarting circuit then becoming inactive, such that the operation of the motor stops when stop control element regains its active position once the restarting circuit is inactive again,
A tire comprising: circumferential direction grooves (30, 40, 50) extended in a tire circumferential direction; lug grooves (70, 80, 160, 270) extended in a tire width direction; and a plurality of blocks (100, 200, 300in, 300out) defined by the circumferential direction grooves and the lug grooves (70, 80, 160, 270), wherein: at least one of the blocks includes one or more sipes (130, 140, 141, 230, 231, 290) extended in the tire width direction; characterized in that as an average block edge component Dball is defined by an average of all edge components of all blocks against the tire circumferential direction and an average sipe edge component Dsall is defined by an average of all edge components of all sipes against the tire circumferential direction, a relation of 0.23 ≤ (Dball/Dsall) ≤ 0.29 is fulfilled. circumferential direction grooves (30, 40, 50) extended in a tire circumferential direction; lug grooves (70, 80, 160, 270) extended in a tire width direction; and a plurality of blocks (100, 200, 300in, 300out) defined by the circumferential direction grooves and the lug grooves (70, 80, 160, 270), wherein: at least one of the blocks includes one or more sipes (130, 140, 141, 230, 231, 290) extended in the tire width direction; characterized in that as an average block edge component Dball is defined by an average of all edge components of all blocks against the tire circumferential direction and an average sipe edge component Dsall is defined by an average of all edge components of all sipes against the tire circumferential direction, a relation of 0.23 ≤ (Dball/Dsall) ≤ 0.29 is fulfilled. at least one of the blocks includes one or more sipes (130, 140, 141, 230, 231, 290) extended in the tire width direction; characterized in that as an average block edge component Dball is defined by an average of all edge components of all blocks against the tire circumferential direction and an average sipe edge component Dsall is defined by an average of all edge components of all sipes against the tire circumferential direction, a relation of 0.23 ≤ (Dball/Dsall) ≤ 0.29 is fulfilled.
Process for producing coated mixed lithium oxide particles, characterized in that mixed lithium oxide particles and a mixture comprising aluminium oxide and titanium dioxide that are each in the form of aggregated primary particles are subjected to dry mixing by means of a mixing unit having a specific power of 0.1-1 kW per kg of mixed lithium oxide particles and mixture used, in total, under shearing conditions.