mhurhangee/ep-ind-claims huggingface dataset:
A two-stage rotary compressor, comprising: a gas injection pipe; a housing provided with a liquid reservoir outside the housing and a gas injection chamber within the housing, the gas injection chamber being connected to the liquid reservoir and the gas injection pipe; two cylinders disposed within the housing and spaced apart from each other, wherein a first cylinder of the two cylinders is communicated with the gas injection chamber, a second cylinder thereof is communicated with the liquid reservoir and has a sliding vane groove extending in a radial direction and a compression chamber, and an exhaust hole of the compression chamber is in communication with the gas injection chamber; a piston disposed within the compression chamber and capable of rolling along an inner wall of the compression chamber; and a sliding vane movably disposed inside the sliding vane groove and having an outer end together with an inner wall of the sliding vane groove defining a backpressure chamber communicated with the gas injection chamber, wherein the sliding vane is configured to be received in the sliding vane groove when the gas injection chamber is in communication with the liquid reservoir, and an inner end of the sliding vane abuts against the piston when the gas injection chamber is in communication with the gas injection pipe. a gas injection pipe; a housing provided with a liquid reservoir outside the housing and a gas injection chamber within the housing, the gas injection chamber being connected to the liquid reservoir and the gas injection pipe; two cylinders disposed within the housing and spaced apart from each other, wherein a first cylinder of the two cylinders is communicated with the gas injection chamber, a second cylinder thereof is communicated with the liquid reservoir and has a sliding vane groove extending in a radial direction and a compression chamber, and an exhaust hole of the compression chamber is in communication with the gas injection chamber; a piston disposed within the compression chamber and capable of rolling along an inner wall of the compression chamber; and a sliding vane movably disposed inside the sliding vane groove and having an outer end together with an inner wall of the sliding vane groove defining a backpressure chamber communicated with the gas injection chamber, wherein the sliding vane is configured to be received in the sliding vane groove when the gas injection chamber is in communication with the liquid reservoir, and an inner end of the sliding vane abuts against the piston when the gas injection chamber is in communication with the gas injection pipe.
A heat exchanger for a nuclear reactor, comprising: a hot flow channel; a cold flow channel fluidically separated from the hot flow channel; and a porous thermally insulative layer disposed between the hot flow channel and the cold flow channel, the porous thermally insulative layer comprising: an inlet; an outlet; and a fluid pathway between the inlet and the outlet; and wherein the porous thermally insulative layer is configured to flow a control gas through the fluid pathway, the control gas configured to influence a thermal energy transfer efficiency of the porous thermally insulative layer; the heat exchanger being characterized in that, in use, the control gas is a mixture of two or more gases; and in that it further comprises a mixing control configured to change the mixture of the two or more gases to vary the thermal energy transfer efficiency of the porous thermally insulative layer. a hot flow channel; a cold flow channel fluidically separated from the hot flow channel; and a porous thermally insulative layer disposed between the hot flow channel and the cold flow channel, the porous thermally insulative layer comprising: an inlet; an outlet; and a fluid pathway between the inlet and the outlet; and wherein the porous thermally insulative layer is configured to flow a control gas through the fluid pathway, the control gas configured to influence a thermal energy transfer efficiency of the porous thermally insulative layer; the heat exchanger being characterized in that, in use, the control gas is a mixture of two or more gases; and in that it further comprises an inlet; an outlet; and a fluid pathway between the inlet and the outlet; and wherein the porous thermally insulative layer is configured to flow a control gas through the fluid pathway, the control gas configured to influence a thermal energy transfer efficiency of the porous thermally insulative layer; the heat exchanger being characterized in that, in use, the control gas is a mixture of two or more gases; and in that it further comprises a mixing control configured to change the mixture of the two or more gases to vary the thermal energy transfer efficiency of the porous thermally insulative layer.
A method comprising: a communication terminal performing a signalling sequence with a presence server to subscribe to at least part of presence information associated with an entity, during which signalling sequence, information in the form of media data is loaded into the communication terminal, wherein the entity provided the presence information to the presence server during a prior signalling sequence; the communication terminal determining whether a caller identity of the entity is associated with the subscription to presence information associated with the entity, wherein the presence information comprises media data for output through an output unit in the communication terminal, wherein the signalling sequences (302, 304) are performed at any time prior to detecting an incoming call from the entity, and wherein the loaded media data associated with the caller identity on the communication terminal is such that, responsive to the communication terminal subsequently detecting an incoming call from the entity, if the caller identity of the entity is determined to be associated with the subscription to the presence information, and, if the media data associated with the caller identity is present in the communication terminal, the media data is output through an output unit in the communication terminal. a communication terminal performing a signalling sequence with a presence server to subscribe to at least part of presence information associated with an entity, during which signalling sequence, information in the form of media data is loaded into the communication terminal, wherein the entity provided the presence information to the presence server during a prior signalling sequence; the communication terminal determining whether a caller identity of the entity is associated with the subscription to presence information associated with the entity, wherein the presence information comprises media data for output through an output unit in the communication terminal, wherein the signalling sequences (302, 304) are performed at any time prior to detecting an incoming call from the entity, and wherein the loaded media data associated with the caller identity on the communication terminal is such that, responsive to the communication terminal subsequently detecting an incoming call from the entity, if the caller identity of the entity is determined to be associated with the subscription to the presence information, and, if the media data associated with the caller identity is present in the communication terminal, the media data is output through an output unit in the communication terminal.
An apparatus for producing elongate strands of metal, the apparatus comprising a rotatable wheel having a circumferential surface, the circumferential surface having circumferentially extending edges and recesses formed between or bounded by the edges, at least one nozzle having a nozzle opening for directing a molten metal onto the circumferential surface and a collection means for collecting solidified strands of metal formed on the circumferential surface from the molten metal and separated from the circumferential surface by centrifugal force generated by rotation of the wheel, characterized in that the nozzle has a rectangular cross-section having a width of the nozzle opening in the circumferential direction of rotation of the wheel and a length transverse to the circumferential surface of the wheel which is greater than the width W, and in that an apparatus is provided for controlling a gas pressure applied to the liquid metal which moves the liquid metal through the nozzle opening and delivers it to the circumferential surface of the rotatable wheel.
A sanitary fitting, comprising at least: - one fitting housing; - one mixing valve for mixing cold water and hot water into mixed water; and - a thermostatic mixer for mixing cold water and hot water into hot water, comprising an expansion element and a slide actuatable by the expansion element for adjusting a mixing ratio between the cold water and the hot water, wherein the expansion element and the slide are arranged non-coaxially with each other. - one fitting housing; - one mixing valve for mixing cold water and hot water into mixed water; and - a thermostatic mixer for mixing cold water and hot water into hot water, comprising an expansion element and a slide actuatable by the expansion element for adjusting a mixing ratio between the cold water and the hot water, wherein the expansion element and the slide are arranged non-coaxially with each other.
A method for producing light-coloured polyisocyanate mixtures by phosgenation of mixtures comprising di- and polyamines of the diphenylmethane series and polycyclic aromatic polyamines of formula and/or and/or higher homologs of the compounds of formula and/or, wherein R denotes hydrogen, an optionally substituted or heteroatom-comprising, saturated or unsaturated alkyl, cycloalkyl, aralkyl or aryl residue and R1 denotes hydrogen, an optionally substituted or heteroatom-comprising, saturated or unsaturated alkyl, cycloalkyl, aralkyl or aryl residue, or R and R1 are directly linked to one another so that they form a bicyclic structural element together with the phenylenediamine partial structure, and R2, R3, R4 and R5 independently of one another denote hydrogen or an optionally substituted or heteroatom-comprising, saturated or unsaturated alkyl, cycloalkyl, aralkyl or aryl residue in ortho, met or para position to the amino group that is bound to the same aromatic system.
A therapeutically effective amount of isolated CD271 + mesenchymal stem cell precursor cells isolated from bone marrow of a subject and cultured under non-adherent conditions for use in preventing or treating cardiovascular diseases or disorders, wherein the CD271+ MSC precursor cells are capable of engrafting in a heart in vivo in infarct and border zones.
Base plate for a rail fastening point, in which a rail for a rail vehicle is fastened on a substrate, wherein the base plate comprises a main body with a rib structure, which from the underside assigned to the substrate is formed into the main body of the base plate, characterised in that the rip structure is formed by ribs and by recesses which surround the ribs and are open to the underside, wherein the base plate additionally comprises a cover, which after manufacture of the main body is fastened to the base plate and which covers the rib structure on the underside of the main body at least in sections.
A method for producing refrigeration comprising compressing a refrigerant composition comprising trans-chloro-3,3,3,-trifluoropropene (1233zd) wherein said compressing occurs within a centrifugal chiller system.
A transponder, comprising a transmitter for generating and transmitting an optical signal, a receiver for receiving optical signals, wherein said receiver comprises - a receiver-photodetector-assembly for transforming a received optical signal into an electrical signal, and - a receiver input amplifier at the receiver's input suitable for amplifying incoming optical signals to be received by said receiver, wherein said input amplifier comprises an optical gain medium, and a bypass line configured to selectively feed an optical signal from said transmitter to the receiver, and a control unit configured for determining the performance of the transponder in relation to an OSNR related parameter, by controlling the transponder to - generate a noise signal to be received by the receiver, by operating the receiver input amplifier to thereby cause ASE in the receiver input amplifier and to determine a noise intensity value representing the intensity of the noise signal, - generate a test signal at the transmitter and to determine a signal intensity value representing the test signal intensity, wherein the ratio of the signal intensity value and the noise intensity value resembles said OSNR related parameter, and - superimpose said noise signal and said test signal, or replicas thereof, to form a combined signal to be received by said receiver and determining said performance related parameter based on said combined signal, wherein for generating said combined signal, said test signal is fed from the transmitter to the receiver by means of said bypass line. - a receiver-photodetector-assembly for transforming a received optical signal into an electrical signal, and - a receiver input amplifier at the receiver's input suitable for amplifying incoming optical signals to be received by said receiver, wherein said input amplifier comprises an optical gain medium, and a bypass line configured to selectively feed an optical signal from said transmitter to the receiver, and a control unit configured for determining the performance of the transponder in relation to an OSNR related parameter, by controlling the transponder to - generate a noise signal to be received by the receiver, by operating the receiver input amplifier to thereby cause ASE in the receiver input amplifier and to determine a noise intensity value representing the intensity of the noise signal, - generate a test signal at the transmitter and to determine a signal intensity value representing the test signal intensity, wherein the ratio of the signal intensity value and the noise intensity value resembles said OSNR related parameter, and - superimpose said noise signal and said test signal, or replicas thereof, to form a combined signal to be received by said receiver and determining said performance related parameter based on said combined signal, wherein for generating said combined signal, said test signal is fed from the transmitter to the receiver by means of said bypass line.
A pulverized coal-fired boiler, comprising: a furnace, a plurality of burners arranged on an upstream side of a wall face (45, 46) of the furnace for supplying and burning pulverized coal of fuel and air in the furnace, and a plurality of after air ports (37, 38) for supplying air and being arranged on a downstream side of the wall face (45, 46) of the furnace installed above an installation position of the burners, said after air ports (37, 38) including main after air ports for supplying a large amount of air and sub-after air ports for supplying a small amount of air, characterized in that: the main after air ports have a structure which, in use, is capable of jetting air having a large momentum for enabling arrival at a central part of the furnace, the sub-after air ports have a structure which, in use, is capable of jetting air having a small momentum to a neighborhood of the wall face (45, 46) of the furnace, and a sectional center of each of the sub-after air ports is within a range from 1 to 5 times of a caliber of the main after air ports from a sectional center of each of the main after air ports. a furnace, a plurality of burners arranged on an upstream side of a wall face (45, 46) of the furnace for supplying and burning pulverized coal of fuel and air in the furnace, and a plurality of after air ports (37, 38) for supplying air and being arranged on a downstream side of the wall face (45, 46) of the furnace installed above an installation position of the burners, said after air ports (37, 38) including main after air ports for supplying a large amount of air and sub-after air ports for supplying a small amount of air, the main after air ports have a structure which, in use, is capable of jetting air having a large momentum for enabling arrival at a central part of the furnace, the sub-after air ports have a structure which, in use, is capable of jetting air having a small momentum to a neighborhood of the wall face (45, 46) of the furnace, and a sectional center of each of the sub-after air ports is within a range from 1 to 5 times of a caliber of the main after air ports from a sectional center of each of the main after air ports.
A method for a production of a lenticular image, comprising: feeding a lenticular printing substrate having a corrugated side and a printing side into a digital printing press; feeding at least one nontransparent ink to set a substantially nontransparent layer on a printing blanket of said printing press; feeding a plurality of colored inks to set an interlaced color image layer on top of said substantially nontransparent layer on said printing blanket; and using said printing blanket which is loaded with the interlaced color image layer and the substantially nontransparent layer to impress, in a single impression operation, said interlaced color image layer and said substantially nontransparent layer, onto said printing side of the lenticular printing substrate. feeding a lenticular printing substrate having a corrugated side and a printing side into a digital printing press; feeding at least one nontransparent ink to set a substantially nontransparent layer on a printing blanket of said printing press; feeding a plurality of colored inks to set an interlaced color image layer on top of said substantially nontransparent layer on said printing blanket; and using said printing blanket which is loaded with the interlaced color image layer and the substantially nontransparent layer to impress, in a single impression operation, said interlaced color image layer and said substantially nontransparent layer, onto said printing side of the lenticular printing substrate.
A method for activating a co-existence working mode, comprising: transmitting, by a user equipment of a first communication system to a base station in the first communication system, an activation request for requesting to enter a co-existence working mode in which the user equipment performs a first communication with the base station and performs a second communication with an apparatus of a second communication system, which is different from the first communication system, by using different transmission resources; receiving, by the user equipment, an activation response including information indicating a co-existence working mode appointed for the user equipment by the base station; and activating, by the user equipment, the appointed co-existence working mode according to configuration information of the co-existence working mode after the activation response is received by the user equipment, wherein configuration information of two or more co-existence working modes is pre-configured for the user equipment by the base station and is stored in the user equipment before the user equipment transmits the activation request, and wherein, after interference between the first communication system and the second communication system is detected by the user equipment, the activation request, which includes information of a co-existence working mode selected by the user equipment according to a type of the interfering system, is transmitted. transmitting, by a user equipment of a first communication system to a base station in the first communication system, an activation request for requesting to enter a co-existence working mode in which the user equipment performs a first communication with the base station and performs a second communication with an apparatus of a second communication system, which is different from the first communication system, by using different transmission resources; receiving, by the user equipment, an activation response including information indicating a co-existence working mode appointed for the user equipment by the base station; and activating, by the user equipment, the appointed co-existence working mode according to configuration information of the co-existence working mode after the activation response is received by the user equipment, wherein configuration information of two or more co-existence working modes is pre-configured for the user equipment by the base station and is stored in the user equipment before the user equipment transmits the activation request, and wherein, after interference between the first communication system and the second communication system is detected by the user equipment, the activation request, which includes information of a co-existence working mode selected by the user equipment according to a type of the interfering system, is transmitted.
An assembly comprising at least one supporting structure and at least two filling elements supported by the supporting structure, which supporting structure comprises at least a first and a second elongated profile, each profile comprising at least a first leg and a second leg, wherein the first legs of the profiles extend in a same plane, whilst the second legs are spaced apart and extend substantially parallel to each other, wherein at least one filling element is supported by a first leg of the first elongated profile characterized in that the first and second legs (5, 6) of the elongated profile extend perpendicular to each other and are connected to each other at their ends to form an L-shaped profile, wherein the at least one filling element is located in a space bounded in a direction perpendicular to longitudinal sides of the second legs by the second leg of the first elongated profile and the second leg of the adjacent second elongated profile.
A composition for determining whether a surface has been cleaned comprising an anionic optical brightener and an oppositely charged complexing agent, the composition comprising: a. to 20 weight % surfactant; b. 0.001 to 10 weight % complexing agent c. to 40.0 weight % solvent; d. 0.001 to 5.0 weight % optical brightener; further comprising 0.05 to 0.5 weight % preservative, with the remainder being water, wherein: the surfactant is a nonionic surfactant; the cationic complexing agent is a quaternary diol; the solvent is an alcohol; the anionic optical brightener fluoresces under ultraviolet radiation; and the preservative is an isothiazolinone derivative. a. to 20 weight % surfactant; b. 0.001 to 10 weight % complexing agent c. to 40.0 weight % solvent; d. 0.001 to 5.0 weight % optical brightener; the surfactant is a nonionic surfactant; the cationic complexing agent is a quaternary diol; the solvent is an alcohol; the anionic optical brightener fluoresces under ultraviolet radiation; and the preservative is an isothiazolinone derivative.