mhurhangee/ep-ind-claims huggingface dataset:
An electrochemical device for converting CO 2 to a reaction product, the electrochemical device comprising a cathode, a source of CO 2 in fluid communication with the cathode, a Helper Catalyst, and a component, the Helper Catalyst and the component being located within 1 mm of the cathode, the Helper Catalyst comprising at least one of a phosphine, an imidazolium, a pyridinium, a pyrrolidinium, a phosphonium, a sulfonium, a prolinate, a methioninate and a choline, the component comprising at least one of: (a) an electrolyte; (b) a Functional Unit of a polymer chain; and (c) a solid, wherein the component comprises a substance having a pH with a value of 1.1 - 5.5, wherein at least one of the cathode and a catalyst operatively associated with the cathode comprises a catalytically active element, wherein the catalytically active element comprises at least one of Au, Ag, Cu, Ni, Fe, Ir, Sn and Bi, and in particular Ag, and wherein the reaction product comprises at least one of CO, HCO -, H 2 CO, (HCO 2) -, HCOOH, CH 3 OH, C 2 H 4, CH 3 CH 2 OH, CH 3 COO -, CH 3 COOH, C 2 H 6, (COOH) 2, (COO -) 2, CH 2 =CHCOOH, CF 3 COOH and (C 6 H 5 O) 2 CO. (a) an electrolyte; (b) a Functional Unit of a polymer chain; and (c) a solid,
A load sharing arrangement to share power production among generators that are connectable to an electric power network, the arrangement comprises a device having a first interface for a digital communication line, a second interface for a busbar breaker, a third interface to receive measurements from a analog communication line, a fourth interface to send signals to the analog communication line, a fifth interface to control the sending of the signals through the fourth interface, and characterized in that the device further comprises means for simulating a virtual generator by calculating load situation of generators connected to the digital communication line for load sharing with other generators connected to the analog communication line, such that the analog communication line sees the device as a generator and for simulating a virtual generator by calculating load situation of the other generators connected to the analog communication line for load sharing with the generators connected to the digital communication line, such that the digital communication line sees the device as a generator, wherein the device comprises a first load sharing unit, a second load sharing unit, and at least one internal communication line between said load sharing units, which first load sharing unit is arranged to handle information from the second, third, fourth and fifth interfaces (22, 24, 25, 26), and from the internal communication line, and further arranged to handle communication of the fourth interface by utilizing the fifth interface, and send information to the second load sharing unit through the internal communication line, the first load sharing unit comprising said means for simulating the virtual generation by calculating the load situations, the second load sharing unit being arranged to form an identifier to the device and to handle communication through the first interface according to a protocol of digital communication line, and send/receive information through the internal communication line.
A formulation comprising tricholoracetic acid in a concentration range of 8-25 wt% and phenol in a concentration range of 0,5-10 wt%, the rest of components being water and pharmaceutically acceptable excipients.
An oral composition comprising: - at least one probiotic bacteria selected from the genera: Lactobacillus, and Bifidobacterium, and - ferric pyrophosphate wherein, said composition is in the form of a maternal supplement. - at least one probiotic bacteria selected from the genera: Lactobacillus, and Bifidobacterium, and - ferric pyrophosphate wherein, said composition is in the form of a maternal supplement.
A method performed by a wireless device, for receiving system information from a network node of a wireless communication system, the system information being received in a synchronization signal, SS, block of an SS burst set comprising at least one SS block, wherein the system information is multiplexed with information providing a time index indicating which SS block of the SS burst set is being received, the method comprising: - receiving the system information multiplexed with information providing the time index, wherein receiving comprises descrambling the system information using a scrambling sequence generated based on the time index, - determining whether the information providing the time index is accurate, based on an error-detection code related to the received system information. - receiving the system information multiplexed with information providing the time index, wherein receiving comprises descrambling the system information using a scrambling sequence generated based on the time index, - determining whether the information providing the time index is accurate, based on an error-detection code related to the received system information.
A method of receiving an adaptive content in an internet protocol television, IPTV, receiver, the method comprising: searching a service provider; requesting service connection with authentication information to the service provider; receiving available information for discovering a service from the service provider; and sending (S62, 7) display performance information of the IPTV receiver to the service provider via an IP network, wherein the display performance information includes a value indicating any one of a high definition and a standard definition which are supported in the IPTV receiver, wherein the method further comprises: receiving (S63; 8-1) available service list provided by the service provider and suitable for the IPTV receiver based on the display performance information of the IPTV receiver; and if at least one service is selected (S64; 10-1) based on the received available service list by a user, receiving (S65; 11) the selected service from the service provider. searching a service provider; requesting service connection with authentication information to the service provider; receiving available information for discovering a service from the service provider; and sending (S62, 7) display performance information of the IPTV receiver to the service provider via an IP network, wherein the display performance information includes a value indicating any one of a high definition and a standard definition which are supported in the IPTV receiver, wherein the method further comprises: receiving (S63; 8-1) available service list provided by the service provider and suitable for the IPTV receiver based on the display performance information of the IPTV receiver; and if at least one service is selected (S64; 10-1) based on the received available service list by a user, receiving (S65; 11) the selected service from the service provider. receiving (S63; 8-1) available service list provided by the service provider and suitable for the IPTV receiver based on the display performance information of the IPTV receiver; and if at least one service is selected (S64; 10-1) based on the received available service list by a user, receiving (S65; 11) the selected service from the service provider.
A recombinant uricase chimeric protein which comprises an insertion of one or more lysine residues, wherein said recombinant protein comprises a pig uricase portion and a baboon uricase portion and, wherein one inserted lysine residue replaces an amino acid at a position corresponding to position 291 of baboon uricase of SEQ ID NO:6.
An arrangement of a camera system on an agricultural working assembly which is disposed on an agricultural working machine, wherein the agricultural working assembly has at least one extension arm which protrudes beyond the width of the working machine in a substantially horizontal working position which can be transferred by means of at least one first actuator by pivoting up about an axis into a transport position in which an overall width which is permitted for the transport of the working assembly on the road is maintained, wherein the camera system has at least one camera which is disposed on the at least one extension arm by means of a fastening element, wherein, in the working position of the working assembly, the fastening element is orientated substantially orthogonally to the extension arm, wherein the at least one camera is fastened in a foldable manner by means of the fastening element to the at least one extension arm, wherein a second actuator for pivoting the fastening element is disposed in the region of the bearing, wherein the working machine or the working assembly comprises a control unit which is configured to activate the at least one first actuator of the extension arm and the second actuator for pivoting the fastening element, wherein the control unit is configured to activate the second actuator for pivoting the fastening element as a function of an activation of the at least one first actuator of the extension arm.
A heat exchanger distribution assembly comprising: a channel guide comprising an outer surface; an outer shell comprising a hollow portion and a plurality of distribution holes, wherein the channel guide is at least partially disposed within the hollow portion; a plurality of channel grooves disposed between an inner surface of the outer shell and the outer surface of the channel guide, wherein the plurality of channel grooves are configured to convert circumferentially spaced flow passages to axially spaced flow passages to route the fluid to a plurality of layers of a heat exchanger; and a nozzle configured to provide a homogenized fluid to a diffuser having a plurality of distribution tubes, wherein the plurality of distribution tubes are configured to separate the fluid into a plurality of fluid routing paths; characterised by further comprising an orifice ring having a plurality of circumferentially spaced holes aligned with the plurality of distribution tubes, wherein the nozzle and the diffuser are located externally relative to the channel guide and the hollow portion of the outer shell. a channel guide comprising an outer surface; an outer shell comprising a hollow portion and a plurality of distribution holes, wherein the channel guide is at least partially disposed within the hollow portion; a plurality of channel grooves disposed between an inner surface of the outer shell and the outer surface of the channel guide, wherein the plurality of channel grooves are configured to convert circumferentially spaced flow passages to axially spaced flow passages to route the fluid to a plurality of layers of a heat exchanger; and a nozzle configured to provide a homogenized fluid to a diffuser having a plurality of distribution tubes, wherein the plurality of distribution tubes are configured to separate the fluid into a plurality of fluid routing paths; characterised by further comprising an orifice ring having a plurality of circumferentially spaced holes aligned with the plurality of distribution tubes, wherein the nozzle and the diffuser are located externally relative to the channel guide and the hollow portion of the outer shell.
Battery, comprising a housing, and one or more battery cells, a primary positive battery terminal and a primary negative battery terminal disposed in the housing, wherein the electrical circuit between the primary positive battery terminal and primary negative terminal comprises a series and/or parallel configuration of the one or more battery cells as well as a series connection of a fuse element, wherein the fuse element is located inside the housing and has a current rating of at least 250A, wherein the battery comprises at least one cooling fan for providing cooling of at least the fuse element.
A process for preparing a stable, free flowing overbased magnesium oxide dispersion in a high boiling hydrocarbon carrier with a boiling point of 280°C or higher with a magnesium content of 15-40% by weight based on the total weight of the dispersion, comprising heating a mixture of magnesium oxide, an alkylbenzene sulfonic acid dispersant, a C 1-5 carboxylic acid, water, the hydrocarbon carrier and an organic solvent with a bp of less than 280°C at reflux followed by heating to an elevated temperature of 280-360°C at which elevated temperature all water is removed, wherein the reaction mixture before heating contains at least 8 % by weight of water, and wherein no acidic gas is passed through the mixture.
A process for making a silica masterbatch, comprising the steps of: (a) treating a slurry of silica in water, or in a solution of water and an alcohol containing at least 70% water, with a methoxy silane, or a mixture of methoxy silanes, to give a hydrophobated silica; wherein the methoxy silane or mixture of methoxy silanes, or their reaction product with water, is soluble in alcohol/water mixtures containing at least 70% water; (b) combining the hydrophobated silica with a latex and optionally with other compounding ingredients such as processing oils, prior to coagulation; (c) coagulating the latex - hydrophobated silica mixture with calcium chloride; (d) dewatering the coagulated crumb; and (e) drying the dewatered crumb. (a) treating a slurry of silica in water, or in a solution of water and an alcohol containing at least 70% water, with a methoxy silane, or a mixture of methoxy silanes, to give a hydrophobated silica; wherein the methoxy silane or mixture of methoxy silanes, or their reaction product with water, is soluble in alcohol/water mixtures containing at least 70% water; (b) combining the hydrophobated silica with a latex and optionally with other compounding ingredients such as processing oils, prior to coagulation; (c) coagulating the latex - hydrophobated silica mixture with calcium chloride; (d) dewatering the coagulated crumb; and (e) drying the dewatered crumb.
An adjustable rinsing device for a dishwashing machine, in particular of the professional, static or tunnel type, comprising at least one first - for example upper - rinsing arm, at least one second - for example lower - rinsing arm, and means for supplying water to the rinsing arms including a hydraulic circuit which supplies tap water hydraulically in parallel to at least the first rinsing arm and to at least the second rinsing arm, characterized in that, in combination: i)- the hydraulic circuit comprises a first and a second section (23,24;27,28;38,39;41,42), at least one thereof is connected with at least one of the first and second rinsing arms (11, 12); ii)- at least one of the first and second sections comprising iii)- a first branch and at least one second branch arranged hydraulically in parallel with each other between a tap water inlet in the hydraulic circuit and at least the first and second rinsing arms (11, 12), at least the second branch including flow choking means hydraulically in series therewith; and iv)- means for deviating selectively the tap water towards either the first branch or the second branch. i)- the hydraulic circuit comprises a first and a second section (23,24;27,28;38,39;41,42), at least one thereof is connected with at least one of the first and second rinsing arms (11, 12); ii)- at least one of the first and second sections comprising iii)- a first branch and at least one second branch arranged hydraulically in parallel with each other between a tap water inlet in the hydraulic circuit and at least the first and second rinsing arms (11, 12), at least the second branch including flow choking means hydraulically in series therewith; and iv)- means for deviating selectively the tap water towards either the first branch or the second branch.
A method for calibrating at least one sensor by use of at least one calibration sensor, wherein the at least one sensor and the at least one calibration sensor are moving relative each other during calibration, the method comprising: - obtaining information indicative of a proximity time period (pt) when the at least one sensor and the at least one calibration sensor are and/or will be in a predefined proximity zone of each other for a time period which is sufficient for calibration; - obtaining information about a refractory time period (rs, rc) for at least one of the at least one sensor and the at least one calibration sensor, the refractory time period defining a time period between two consecutive sensor readings in which the sensor is unable to take a sensor reading; - calibrating the at least one sensor by a sensor reading of the at least one sensor and a sensor reading of the at least one calibration sensor, which sensor readings are taken when they are in the predefined proximity zone, wherein the refractory time period (rs, rc) for the at least one of the at least one sensor and the at least one calibration sensor is considered by delaying its sensor reading such that it is ensured that the sensor readings of the at least one sensor and the at least one calibration sensor are spatially and temporally aligned for the calibration. - obtaining information indicative of a proximity time period (pt) when the at least one sensor and the at least one calibration sensor are and/or will be in a predefined proximity zone of each other for a time period which is sufficient for calibration; - obtaining information about a refractory time period (rs, rc) for at least one of the at least one sensor and the at least one calibration sensor, the refractory time period defining a time period between two consecutive sensor readings in which the sensor is unable to take a sensor reading; - calibrating the at least one sensor by a sensor reading of the at least one sensor and a sensor reading of the at least one calibration sensor, which sensor readings are taken when they are in the predefined proximity zone, wherein the refractory time period (rs, rc) for the at least one of the at least one sensor and the at least one calibration sensor is considered by delaying its sensor reading such that it is ensured that the sensor readings of the at least one sensor and the at least one calibration sensor are spatially and temporally aligned for the calibration.
A cooled shroud assembly for a gas turbine engine having a longitudinal centerline, said shroud assembly comprising: at least one arcuate shroud segment surrounding a row of rotating turbine blades, said shroud segment having a forward flange, an aft flange defining an axially-facing aft edge, and an inwardly-facing flowpath surface, wherein said shroud segment lacks cooling holes for cooling said aft flange or said aft edge; and at least one stationary turbine nozzle disposed axially next to said shroud segment, comprising: an airfoil-shaped vane; and an arcuate outer band disposed at a radially outer end of said airfoil and positioned axially adjacent to said shroud; wherein a plurality of cooling holes including at least a first cooling hole and at least a second cooling hole are formed in said outer band and in fluid communication with a source of cooling air, characterised in that said first cooling hole and said second cooling hole are angled in a tangential plane to converge such that a flow of cooling air exiting said first cooling hole and said second cooling hole impinges on an outer aft corner (70A, 70B) of said aft edge of said shroud segment. at least one arcuate shroud segment surrounding a row of rotating turbine blades, said shroud segment having a forward flange, an aft flange defining an axially-facing aft edge, and an inwardly-facing flowpath surface, wherein said shroud segment lacks cooling holes for cooling said aft flange or said aft edge; and at least one stationary turbine nozzle disposed axially next to said shroud segment, comprising: an airfoil-shaped vane; and an arcuate outer band disposed at a radially outer end of said airfoil and positioned axially adjacent to said shroud; wherein a plurality of cooling holes including at least a first cooling hole and at least a second cooling hole are formed in said outer band and in fluid communication with a source of cooling air, characterised in that said first cooling hole and said second cooling hole are angled in a tangential plane to converge such that a flow of cooling air exiting said first cooling hole and said second cooling hole impinges on an outer aft corner (70A, 70B) of said aft edge of said shroud segment. an airfoil-shaped vane; and an arcuate outer band disposed at a radially outer end of said airfoil and positioned axially adjacent to said shroud; wherein a plurality of cooling holes including at least a first cooling hole and at least a second cooling hole are formed in said outer band and in fluid communication with a source of cooling air, characterised in that said first cooling hole and said second cooling hole are angled in a tangential plane to converge such that a flow of cooling air exiting said first cooling hole and said second cooling hole impinges on an outer aft corner (70A, 70B) of said aft edge of said shroud segment.
Insert device for a pump device, especially an infusion pump, with at least one line inserted into a first relief or recess and with at least one anti-free flow clamping device (30, 130), wherein the at least one anti-free flow clamping device (30, 130) has a one-part element produced from a spring elastic material with retaining section (35, 135) acting upon the insert device, a center piece (34, 134) acting upon the line and an actuating section (33, 132), wherein the element is disposed in such a manner that it leaves a passage for the line between the element and a wall of the insert device and the inserted line is clampable between the center piece (34, 134) and the wall and releasable upon actuating the actuating section (33, 132), wherein the insert device has in the area of the fine passage at least a second recess (12, 13) for inserting a sensor device (5, 6, 7) of the pump device onto the line and a third recess for engaging of a drive equipment of the pump device onto the line, wherein the anti-free flow clamping device (30, 130) is located between recess for the drive equipment and the recess (12, 13) for the sensor device(5, 6, 7), and wherein the line runs through in a longitudinal direction arranged first relief or recess as well as second recess (12, 13) and third recess.
A method for auto-calibrating using a system including: - a local positioning system or a position sensor, and - a non-destructive testing instrument adapted for a non-destructive inspection of a portion of a manufactured part, the method comprising: (a) determining a first set of coordinates in a test object coordinate system of the test object, the first coordinates representing a target position on a surface of the test object; (b) storing a calibration file in a memory of the non-destructive testing instrument, the calibration file containing calibration data which is a function of structural data representing a three-dimensional structure of the test object in an area containing the target position, and the structural data comprises information about a thickness; and (c) calibrating the non-destructive testing instrument using the calibration data in the calibration file. - a local positioning system or a position sensor, and - a non-destructive testing instrument adapted for a non-destructive inspection of a portion of a manufactured part, (a) determining a first set of coordinates in a test object coordinate system of the test object, the first coordinates representing a target position on a surface of the test object; (b) storing a calibration file in a memory of the non-destructive testing instrument, the calibration file containing calibration data which is a function of structural data representing a three-dimensional structure of the test object in an area containing the target position, and the structural data comprises information about a thickness; and (c) calibrating the non-destructive testing instrument using the calibration data in the calibration file.