mhurhangee/patent-ind-claim-en huggingface dataset:
A lean NO x trap catalyst, comprising: a first layer for storing nitrogen oxides (NOx) under lean exhaust gas conditions and releasing and/or reducing stored NOx during rich exhaust gas conditions, said first layer comprising one or more platinum group metals, a NOx storage material, and a first inorganic oxide, wherein the one or more platinum group metals in the first layer are present in a loading of 0.35 to 3.88 g/l (10 to 110 g/ft 3 ) ; a second layer disposed on the first layer, said second layer comprising a first zone for oxidizing carbon monoxide (CO) and/or hydrocarbons (HC), and a second zone for oxidizing nitric oxide (NO); and a substrate having an inlet end and an outlet end, wherein said first layer is in direct contact with the substrate; said first zone comprising one or more noble metals, a second inorganic oxide, and a zeolite; said second zone being substantially free of zeolite and comprising a support material and platinum, palladium, or a mixture or alloy of platinum and palladium; wherein the NOx storage material comprises ceria doped with at least one dopant selected from lanthanum, neodymium, or metal oxides thereof. a first layer for storing nitrogen oxides (NOx) under lean exhaust gas conditions and releasing and/or reducing stored NOx during rich exhaust gas conditions, said first layer comprising one or more platinum group metals, a NOx storage material, and a first inorganic oxide, wherein the one or more platinum group metals in the first layer are present in a loading of 0.35 to 3.88 g/l (10 to 110 g/ft 3 ) ; a second layer disposed on the first layer, said second layer comprising a first zone for oxidizing carbon monoxide (CO) and/or hydrocarbons (HC), and a second zone for oxidizing nitric oxide (NO); and a substrate having an inlet end and an outlet end, wherein said first layer is in direct contact with the substrate; said first zone comprising one or more noble metals, a second inorganic oxide, and a zeolite; said second zone being substantially free of zeolite and comprising a support material and platinum, palladium, or a mixture or alloy of platinum and palladium; wherein the NOx storage material comprises ceria doped with at least one dopant selected from lanthanum, neodymium, or metal oxides thereof.
A bearing joint assembly , comprising: a bearing sleeve extending axially along a centerline and including a spherical bearing , a first collar and a second collar , the spherical bearing axially between the first collar and the second collar , wherein an annular channel is formed by and extends axially between the spherical bearing and the first collar ; a first mount mounted on and slidably engaging the spherical bearing ; a pair of second mounts , the bearing sleeve axially between the second mounts ; and a fastener projecting through the bearing sleeve and securing the bearing sleeve to the second mounts ; wherein the first collar includes a radial outer collar surface , and at least a portion of the radial outer collar surface tapers radially inwards as the first collar extends axially towards the spherical bearing ; wherein a spherical surface of the spherical bearing extends axially between a first end and a second end , characterised in that the first end is adjacent the first collar and the second end is adjacent the second collar ; wherein the radial outer collar surface extends axially from a first end surface of the first collar at a first axial end to the first end of the spherical surface ; and wherein the bearing sleeve is a monolithic body. a bearing sleeve extending axially along a centerline and including a spherical bearing , a first collar and a second collar , the spherical bearing axially between the first collar and the second collar , wherein an annular channel is formed by and extends axially between the spherical bearing and the first collar ; a first mount mounted on and slidably engaging the spherical bearing ; a pair of second mounts , the bearing sleeve axially between the second mounts ; and a fastener projecting through the bearing sleeve and securing the bearing sleeve to the second mounts ; wherein the first collar includes a radial outer collar surface , and at least a portion of the radial outer collar surface tapers radially inwards as the first collar extends axially towards the spherical bearing ; wherein a spherical surface of the spherical bearing extends axially between a first end and a second end , characterised in that the first end is adjacent the first collar and the second end is adjacent the second collar ; wherein the radial outer collar surface extends axially from a first end surface of the first collar at a first axial end to the first end of the spherical surface ; and wherein the bearing sleeve is a monolithic body.
A method of reducing heating at an electrode of an implantable medical system during an MRI scan, comprising: monitoring a temperature at the electrode during an MRI scan; and upon detecting that the temperature being monitored exceeds a threshold, then reducing the current reaching the electrode, wherein reducing the current reaching the electrode comprises opening a switch in series with the electrode or activating a shunt in parallel with the electrode. monitoring a temperature at the electrode during an MRI scan; and upon detecting that the temperature being monitored exceeds a threshold, then reducing the current reaching the electrode, wherein reducing the current reaching the electrode comprises opening a switch in series with the electrode or activating a shunt in parallel with the electrode.
A fuel supply system, in particular common-rail fuel supply system, in particular of an internal combustion engine designed as large diesel internal combustion engine or diesel internal combustion engine of a ship, having a low-pressure region and a high-pressure region , having a pumping device comprising at least one low-pressure pump and at least one high-pressure pump in order to deliver fuel from the low-pressure region of the fuel supply system to the high-pressure region of the same, wherein between the pumping device and injectors assigned to cylinders a pressure storage system that is permanently under high-pressure is provided, which comprises multiple distributor units , characterized in that between the or each low-pressure pump and the or each high-pressure pump a fuel distributor block is provided, to which, emanating from the or each low-pressure pump , fuel is feedable, emanating from which fuel of the or each high-pressure pump is conductible, and to which, emanating from the distributor units of the pumping device , a fuel leakage is feedable, the fuel distributor block comprises a fuel leakage collection line for the fuel leakage fed to the fuel distributor block with a narrow point or choke , with a bypass to the narrow point or choke and with a leakage sensor in the region of the bypass , wherein the narrow point or choke is dimensioned in such a manner that in particular when the fuel leakage conducted via the fuel leakage collection line is smaller than a limit value, all fuel leakage flows via the narrow point or choke , whereas in particular when the fuel leakage conducted via the fuel leakage collection line is greater than the limit value, a part of the fuel leakage flows via the bypass and thus via the leakage sensor .
A composition depositable by spin coating or printing, comprising a luminescent metal ion or metal ion complex embedded within an organic matrix, characterized in that the organic matrix is luminescent, producing a system wherein the organic matrix is elevatable to an excited state having an energy higher than the excited state of the metal ion or metal ion complex, which then transfers energy to the metal ion or metal ion complex which then emits light; wherein the matrix comprises oligomers comprising aromatic repeat units or discrete molecules, and wherein the luminescent metal ion or luminescent metal ion complex comprises a metal ion selected from the group consisting of manganese, ruthenium, silver, iridium, platinum.
A microfluidic device comprising: a substrate transparent for imaging and having a plurality of spatially defined and separated cell channels having a dimension to accommodate cells in monolayer; a respective first end of said plurality of spatially defined and separated cell channels is in fluid connection with a flow input channel ; and a respective second end of said plurality of spatially defined and separated cell channels is in fluid connection with a first end of a respective first wash channel having a second end in fluid connection with a flow output channel , wherein said flow output channel is in fluid connection with a third fluid port , characterized in that said flow input channel has a first end in fluid connection with a first fluid port and a second end in fluid connection with a second fluid port ; and said first wash channels have a dimension too small to accommodate said cells. a substrate transparent for imaging and having a plurality of spatially defined and separated cell channels having a dimension to accommodate cells in monolayer; a respective first end of said plurality of spatially defined and separated cell channels is in fluid connection with a flow input channel ; and a respective second end of said plurality of spatially defined and separated cell channels is in fluid connection with a first end of a respective first wash channel having a second end in fluid connection with a flow output channel , wherein said flow output channel is in fluid connection with a third fluid port , characterized in that said flow input channel has a first end in fluid connection with a first fluid port and a second end in fluid connection with a second fluid port ; and said first wash channels have a dimension too small to accommodate said cells.
A holder device for holding a medical instrument, the device comprising: · a base that is to be carried by an apparatus comprising a medical imaging probe associated with the medical instrument ; and · a carrier structure for carrying the medical instrument and movably mounted on the base so as to be capable of moving on the base between a first position and a second position, wherein the device is suitable for holding a medical instrument in the form of an applicator comprising a handle from which there extends a treatment needle , the carrier structure including, for this purpose, a ring for carrying the handle of the medical instrument. · a base that is to be carried by an apparatus comprising a medical imaging probe associated with the medical instrument ; and · a carrier structure for carrying the medical instrument and movably mounted on the base so as to be capable of moving on the base between a first position and a second position,
An energy conversion system comprising: a riser conduit comprising a first liquid; a down-comer comprising a second liquid, the down-comer in fluid communication with the riser conduit , the second liquid comprising first liquid and finely divided material in suspension such that the second liquid has a higher specific gravity than the first liquid, the down-comer in fluid communication with a first tank and a second tank ; a converter device arranged to convert energy of the first liquid into energy for output from the energy conversion system, and to discharge the first liquid thereafter; and a recirculator arranged to recirculate third liquid to maintain the finely divided material in suspension, the third liquid comprising second liquid and further finely divided material in suspension so that the third liquid has a higher specific gravity than the second liquid, the recirculator arranged to discharge the third liquid to mix with the first liquid from the converter device to form the second liquid; wherein the first tank and the second tank are arranged between the converter device and the down-comer , to receive the first liquid discharged from the converter and to supply the first liquid to the down-comer , and wherein supply of first liquid to the first and second tanks is in use regulated, in order to maintain the height of liquid in the first and second tanks below a predetermined threshold. a riser conduit comprising a first liquid; a down-comer comprising a second liquid, the down-comer in fluid communication with the riser conduit , the second liquid comprising first liquid and finely divided material in suspension such that the second liquid has a higher specific gravity than the first liquid, the down-comer in fluid communication with a first tank and a second tank ; a converter device arranged to convert energy of the first liquid into energy for output from the energy conversion system, and to discharge the first liquid thereafter; and a recirculator arranged to recirculate third liquid to maintain the finely divided material in suspension, the third liquid comprising second liquid and further finely divided material in suspension so that the third liquid has a higher specific gravity than the second liquid, the recirculator arranged to discharge the third liquid to mix with the first liquid from the converter device to form the second liquid; wherein the first tank and the second tank are arranged between the converter device and the down-comer , to receive the first liquid discharged from the converter and to supply the first liquid to the down-comer , and wherein supply of first liquid to the first and second tanks is in use regulated, in order to maintain the height of liquid in the first and second tanks below a predetermined threshold.
Process for the oligomerization of a gaseous olefinic feedstock comprising bringing a liquid comprising a catalytic system comprising a metal catalyst, at least one activator and at least one additive, and optionally a solvent, into contact with the gaseous olefinic feedstock by means of a gas injection device and of a liquid injection device, said injection devices being arranged so that the injection of the liquid brings about a reduction by shearing in the size of the gaseous ethylene bubbles, said process employing a gas/liquid reactor for the oligomerization of a gaseous olefinic feedstock comprising a gas injection device comprising at least one gas injection orifice and a liquid injection device comprising at least one liquid injection orifice, each gas injection orifice being located close to an orifice of the liquid injection device and positioned so that the injection trajectory of the gas is in the plane of the injection trajectory of the liquid, said injection devices being arranged so that the injection of the liquid can bring about a reduction by shearing in the size of the bubbles during the injection of the gaseous olefinic feedstock.
A method performed by a user equipment, UE , the method comprising: receiving, from a base station , a radio resource control, RRC, message including first control information identifying a first index, wherein the first index is mapped to a first offset from among a plurality of possible offsets in accordance with a table; receiving, from the base station , a Physical Downlink Control Channel, PDCCH, which corresponds to one or more control channel element(s), CCE(s), wherein a Downlink Control Information, DCI, format is carried in the PDCCH; determining a number of resource blocks, based on a second index of a first or last CCE of the one or more CCE(s); determining a first position of a resource block of a Physical Uplink Control Channel, PUCCH, transmission based on the first offset and the number of resource blocks; and performing the PUCCH transmission at the first position of the resource block, wherein the PUCCH transmission includes Hybrid Automatic Repeat Request-Acknowledgement, HARQ-ACK, information corresponding to the DCI format, wherein the first position is located within an uplink bandwidth part in frequency domain, wherein the first offset is independent of the second index, wherein the first offset indicates a first distance in the frequency domain between a start position of the uplink bandwidth part and a second position, and wherein the number of resource blocks indicates a second distance in the frequency domain between the second position and the first position. receiving, from a base station , a radio resource control, RRC, message including first control information identifying a first index, wherein the first index is mapped to a first offset from among a plurality of possible offsets in accordance with a table; receiving, from the base station , a Physical Downlink Control Channel, PDCCH, which corresponds to one or more control channel element(s), CCE(s), wherein a Downlink Control Information, DCI, format is carried in the PDCCH; determining a number of resource blocks, based on a second index of a first or last CCE of the one or more CCE(s); determining a first position of a resource block of a Physical Uplink Control Channel, PUCCH, transmission based on the first offset and the number of resource blocks; and performing the PUCCH transmission at the first position of the resource block, wherein the PUCCH transmission includes Hybrid Automatic Repeat Request-Acknowledgement, HARQ-ACK, information corresponding to the DCI format, wherein the first position is located within an uplink bandwidth part in frequency domain, wherein the first offset is independent of the second index, wherein the first offset indicates a first distance in the frequency domain between a start position of the uplink bandwidth part and a second position, and wherein the number of resource blocks indicates a second distance in the frequency domain between the second position and the first position.
A lifting device for a movable buffer, suitable for being connected to a buffer beam of a railway vehicle, comprising: - a crossmember able to be connected to said buffer beam on the one hand and to two buffers on the other hand; - at least one movable buffer ; - at least one articulated arm connected at a first end to said movable buffer and, at a second end, to a fixed pivot point , said articulated arm being pivotably mounted about an axis perpendicular to the crossmember , said axis comprising the fixed pivot point ; - a pneumatic cylinder connected at a first end to a point of the articulated arm and, at a second end, to a point that is fixed relative to the crossmember ; the pneumatic cylinder being able, when it retracts, respectively when it expands, to set the articulated arm in rotation about its pivot axis , in a plane essentially parallel to the crossmember , such that the movable buffer driven by the articulated arm finds itself in the heightwise direction at a certain distance from a straight line initially joining the buffers in a normal position of use, respectively such that the movable buffer driven by the articulated arm returns to said normal position of use. - a crossmember able to be connected to said buffer beam on the one hand and to two buffers on the other hand; - at least one movable buffer ; - at least one articulated arm connected at a first end to said movable buffer and, at a second end, to a fixed pivot point , said articulated arm being pivotably mounted about an axis perpendicular to the crossmember , said axis comprising the fixed pivot point ; - a pneumatic cylinder connected at a first end to a point of the articulated arm and, at a second end, to a point that is fixed relative to the crossmember ;
Angle sensor including two scannable magnetic patterns on a side of a disc and two magnetic sensors , wherein the two magnetic sensors are fixedly arranged relative to each other, the disk and the two magnetic sensors are rotatable relative to each other, around the rotations axis of the disk, the first magnetic sensor of the two sensors being associated to the first magnetic pattern , and is adapted to output a first electric signal when the first magnetic pattern and the first magnetic sensor rotate relative to each other, the second magnetic sensor of the two sensors being associated to the second magnetic pattern , and is adapted to output a second electric signal when the second magnetic pattern and the second magnetic sensor rotate relative to each other, the first magnetic pattern includes a number N1 of first portions of spirals which are regularly distributed in a first ring, the second magnetic pattern includes a number N2 of second portions of spirals which are regularly distributed in a second ring, wherein the radius of a spiral portion is a function of the polar angle in a polar coordinate system including the centre point of the disc as origin, the first ring and the second ring being concentrically arranged around the center point of the disc , N1 is different from N2, characterized in that N1 is different from N2-1, N1 is different from N2+1, N1 and N2 are coprime, the first magnetic sensor includes a first magneto-resistive bridge having four magneto-resistive structures/layers (416 to 419) along the width direction of a spiral of the first magnetic pattern , arranged in such a way that the width (D) of the first magneto-resistive bridge matches the width of a spiral of the first magnetic pattern , wherein the spirals of the first magnetic pattern have all the same width, preferably the width (D) of the first magneto-resistive bridge is equal to the width of a spiral of the first magnetic pattern , and/or the second magnetic sensor includes a second magneto-resistive bridge having other four magneto-resistive structures/layers along the width direction of a spiral of the second magnetic pattern , arranged in such a way that the width of the second magneto-resistive bridge matches the width of a spiral of the second magnetic pattern , wherein the spirals of the second magnetic pattern have all the same width, preferably the width of the second magneto-resistive bridge is equal to the width of a spiral of the second magnetic pattern : preferably the first magneto-resistive bridge and the second magneto-resistive bridge are anisotropic magneto-resistive, AMR, bridges.
A method of operating a control node for communication with at least one user equipment , the communication being structured in frames comprising several subframes which are divided into at least a first slot and a second slot in the time domain, the method comprising: transmitting a control channel in a search area in only a subset of the subframes , wherein the search area comprises a configurable time span, and the position of the search area being in the first slot or in the second slot of a subframe depends on an index of the user equipment and a number of the subframe . transmitting a control channel in a search area in only a subset of the subframes , wherein the search area comprises a configurable time span, and the position of the search area being in the first slot or in the second slot of a subframe depends on an index of the user equipment and a number of the subframe .