mhurhangee/ep-ind-claims huggingface dataset:
Process for producing hydrogen from a light hydrocarbon source, comprising at least: a. a step (a) of generating a synthesis gas by steam reforming of said light gaseous hydrocarbons, comprising at least a step of desulfurizing said hydrocarbons for reforming, an optional step of pre-reforming the desulfurized hydrocarbons, a step of steam-reforming the desulfurized and optionally pre-reformed hydrocarbons in tubular reactors installed in the furnace of a reformer heated by burners which are fed with fuel by at least secondary fuel gas, comprising some or all of the residual gas mixture produced in the hydrogen production step (b) of the process, and primary fuel gas, withdrawn preferably from the light gaseous hydrocarbon source, b. a step (b) of producing hydrogen from the synthesis gas generated in step (a), comprising at least a step of hydrogen-enriching the synthesis gas by conversion of carbon monoxide according to the exothermic conversion reaction CO + H 2 O → CO 2 + H 2, a step of purifying the synthesis gas in a pressure swing adsorption unit to give a pure H 2 product and a residual gas mixture containing CH 4, CO, H 2 and CO 2, characterized in that the conversion reaction of step is carried out in a cooled conversion reactor in which some of the heat produced in step is transferred by indirect heat exchange in the reactor with a first gaseous fluid so as to preheat this fluid before it is used in the synthesis gas generation step (a), and in that the hydrogen-enriched synthesis gas (216, 316) leaving the conversion reactor is cooled by indirect heat exchange with a second gaseous fluid before it is used in step (a). a. a step (a) of generating a synthesis gas by steam reforming of said light gaseous hydrocarbons, comprising at least a step of desulfurizing said hydrocarbons for reforming, an optional step of pre-reforming the desulfurized hydrocarbons, a step of steam-reforming the desulfurized and optionally pre-reformed hydrocarbons in tubular reactors installed in the furnace of a reformer heated by burners which are fed with fuel by at least secondary fuel gas, comprising some or all of the residual gas mixture produced in the hydrogen production step (b) of the process, and primary fuel gas, withdrawn preferably from the light gaseous hydrocarbon source, b. a step (b) of producing hydrogen from the synthesis gas generated in step (a), comprising at least a step of hydrogen-enriching the synthesis gas by conversion of carbon monoxide according to the exothermic conversion reaction CO + H 2 O → CO 2 + H 2, a step of purifying the synthesis gas in a pressure swing adsorption unit to give a pure H 2 product and a residual gas mixture containing CH 4, CO, H 2 and CO 2,
A single-suspended-wheel-steering system of a vehicle for agricultural use connected to a wheel group, wherein the system comprises: - a wheel carrier for the wheel group; - at least one arm for the support and damping of the wheel carrier; and - a joint group suitable to allow the engagement between wheel carrier and arm for the rotation of the wheel carrier relative to the arm about an axis of rotation (R-R); wherein the single-suspended-wheel steering system is characterized by the fact that said joint group comprises: i) a pin that extends along a pivot axis (P-P) between a first end and a second spherical end; ii) a rotation device comprising a central body in which is fitted and connected the second spherical end of the pin and rotation means suitable to allow the free rotation of the central body around the axis of rotation (R-R), wherein said central body comprises a ball housing delimited by housing walls, wherein the second spherical end is connected to the central body by means of a transverse pin which extends along a transverse axis (Y-Y) perpendicular to the axis of rotation (R-R) and passing from the centre of the second spherical end to engage said housing walls in such a way that the pin is free to rotate about said transverse axis (Y-Y); iii) a rotation sensor device comprising a detection element positioned on the axis of rotation (R-R) and suitable to detect the rotation of the central body around said axis of rotation (R-R) with respect to it; wherein the joint group is substantially housed in the wheel carrier or arm, and the first end is integrally connected respectively to the arm or to the wheel carrier. - a wheel carrier for the wheel group; - at least one arm for the support and damping of the wheel carrier; and - a joint group suitable to allow the engagement between wheel carrier and arm for the rotation of the wheel carrier relative to the arm about an axis of rotation (R-R); i) a pin that extends along a pivot axis (P-P) between a first end and a second spherical end; ii) a rotation device comprising a central body in which is fitted and connected the second spherical end of the pin and rotation means suitable to allow the free rotation of the central body around the axis of rotation (R-R), wherein said central body comprises a ball housing delimited by housing walls, wherein the second spherical end is connected to the central body by means of a transverse pin which extends along a transverse axis (Y-Y) perpendicular to the axis of rotation (R-R) and passing from the centre of the second spherical end to engage said housing walls in such a way that the pin is free to rotate about said transverse axis (Y-Y); iii) a rotation sensor device comprising a detection element positioned on the axis of rotation (R-R) and suitable to detect the rotation of the central body around said axis of rotation (R-R) with respect to it;
A terminal comprising: a receiving section configured to receive a Medium Access Control, MAC, control element, wherein the MAC control element includes a first field that indicates one or more Bandwidth Parts, BWPs, to which a Transmission Configuration Indicator, TCI, state of a control resource set is indicated by the MAC control element, and includes one or more second fields that indicates TCI states corresponding to each of one or more control resource sets associated with the one or more BWPs, indicated by the first field; and a control section configured to determine, based on the first field and the one or more second fields, the TCI states corresponding to each of the one or more control resource sets associated with the one or more BWPs. a receiving section configured to receive a Medium Access Control, MAC, control element, wherein the MAC control element includes a first field that indicates one or more Bandwidth Parts, BWPs, to which a Transmission Configuration Indicator, TCI, state of a control resource set is indicated by the MAC control element, and includes one or more second fields that indicates TCI states corresponding to each of one or more control resource sets associated with the one or more BWPs, indicated by the first field; and a control section configured to determine, based on the first field and the one or more second fields, the TCI states corresponding to each of the one or more control resource sets associated with the one or more BWPs.
Refrigeration unit, preferably refrigerated display case, particularly preferably refrigerated display case provided with doors, having a refrigeration chamber for receiving items to be cooled and/or to be frozen, preferably food items, and having at least one temperature sensor which is arranged in the refrigeration unit in such a manner than an air temperature of return air of the refrigeration chamber can be detected, wherein the temperature sensor is arranged in a region of the refrigeration unit, preferably a base of the refrigeration unit, in which an average temperature of the return air can be detected, characterized by a sensor holder with a supporting surface, which is arranged on a base of the refrigeration unit, with at least a first sensor receptacle, which holds the temperature sensor, with at least a first spacer element, which arranges the first sensor receptacle in relation to the supporting surface at a first height in height, with at least a second sensor receptacle, which is designed to hold the temperature sensor as an alternative to the first sensor receptacle, and with at least a second spacer element, which arranges the second sensor receptacle in relation to the supporting surface at a second height in the height, wherein the first height and the second height differ. with a supporting surface, which is arranged on a base of the refrigeration unit, with at least a first sensor receptacle, which holds the temperature sensor, with at least a first spacer element, which arranges the first sensor receptacle in relation to the supporting surface at a first height in height, with at least a second sensor receptacle, which is designed to hold the temperature sensor as an alternative to the first sensor receptacle, and with at least a second spacer element, which arranges the second sensor receptacle in relation to the supporting surface at a second height in the height, wherein the first height and the second height differ.
A roller positioner for tubes comprising: a base structure; two lower support rollers rotating around respective axes positioned on said base structure; and an upper antagonist roller to said two lower support rollers; characterized by comprising a deformable quadrilateral for the movement of said upper roller suited for moving said upper roller along a rectilinear axis by a predetermined distance and then away from said rectilinear axis.
A medical device for minimally invasive cutting of tissue from a body lumen, comprising: a sheath having a proximal and a distal end; a tool configured to pass through the sheath and configured to transition from a crimped state to a deployed state and to a closed state, wherein the tool forms an aperture at a distal end, the distal end of the tool having at least one tube loop and at least one wire loop; and a cutting element (60, 70) located at a distal end of the at least one tube loop, wherein the cutting element (60, 70) is configured to cut tissue. a sheath having a proximal and a distal end; a tool configured to pass through the sheath and configured to transition from a crimped state to a deployed state and to a closed state, wherein the tool forms an aperture at a distal end, the distal end of the tool having at least one tube loop and at least one wire loop; and a cutting element (60, 70) located at a distal end of the at least one tube loop, wherein the cutting element (60, 70) is configured to cut tissue.
A measuring device for determining the filling level of a container from outside, comprising - a transmitting device for sending an ultrasonic signal; - a receiving device for receiving an echo of the ultrasonic signal; - a coupling device for routing out the ultrasonic signal from the transmitting device and for introducing the echo of the ultrasonic signal to the receiving device; - an evaluating device for determining a measurement result on the basis of a classification of the echo of the ultrasonic signal received by the receiving device, the measurement result indicating whether or not a liquid is present in an area of an interior of the container immediately adjacent behind a surface of the container wall to which the coupling device is coupled; and - an output device for outputting the measurement result; wherein - the transmitting device, the receiving device, the coupling device, the evaluating device and the output device are arranged in or on a mobile handpiece, wherein - a switchable luminous device is arranged in the region of the coupling device, and wherein - a stop device is arranged on at least two opposite sides of the coupling device, the stop device being made of a substantially rigid, transparent material which is substantially transilluminable by the luminous device, and - a setting angle of the coupling device can be limited by the stop device when the coupling device is coupled to a wall of the container. - a transmitting device for sending an ultrasonic signal; - a receiving device for receiving an echo of the ultrasonic signal; - a coupling device for routing out the ultrasonic signal from the transmitting device and for introducing the echo of the ultrasonic signal to the receiving device; - an evaluating device for determining a measurement result on the basis of a classification of the echo of the ultrasonic signal received by the receiving device, the measurement result indicating whether or not a liquid is present in an area of an interior of the container immediately adjacent behind a surface of the container wall to which the coupling device is coupled; and - an output device for outputting the measurement result; wherein - the transmitting device, the receiving device, the coupling device, the evaluating device and the output device are arranged in or on a mobile handpiece, wherein - a switchable luminous device is arranged in the region of the coupling device, and wherein - a stop device is arranged on at least two opposite sides of the coupling device, the stop device being made of a substantially rigid, transparent material which is substantially transilluminable by the luminous device, and - a setting angle of the coupling device can be limited by the stop device when the coupling device is coupled to a wall of the container.
A hydrogenated block copolymer, which is a hydrogenation product of a block copolymer comprising a polymer block containing more than 70 mol% of a structural unit derived from an aromatic vinyl compound and a polymer block containing 30 mol% or more of a structural unit derived from at least one selected from the group consisting of a conjugated diene compound and isobutylene, the hydrogenated block copolymer being satisfied with the following requirements and: Requirement: the content of the polymer block in the block copolymer is from 1 to 4.5% by mass; and Requirement: when the polymer block is regarded as having a structure with a hydrogenation rate of 100 mol%, an average value of a methylene chain length of a main chain of the structural unit derived from at least one selected from the group consisting of a conjugated diene compound and isobutylene is from 1.0 to 6.0, measured as disclosed in the specification. wherein the weight average molecular weight of the total of the polymer block is 15,000 to 800,000, measured as disclosed in the specification. Requirement: the content of the polymer block in the block copolymer is from 1 to 4.5% by mass; and Requirement: when the polymer block is regarded as having a structure with a hydrogenation rate of 100 mol%, an average value of a methylene chain length of a main chain of the structural unit derived from at least one selected from the group consisting of a conjugated diene compound and isobutylene is from 1.0 to 6.0, measured as disclosed in the specification. wherein the weight average molecular weight of the total of the polymer block is 15,000 to 800,000, measured as disclosed in the specification.
A sensing device comprising: a first housing attached to a coupling having an inlet, the first housing housing at least in part a condition responsive actuatable sensing element, the actuatable sensing element having a first end and a second end, the first end in communication with the inlet; characterised by a second housing mounted with respect to the first housing, the second housing housing at least in part an electrical mounting member, the electrical mounting member having at least one switch secured thereto, the at least one switch including a switch actuator; wherein the electrical mounting member is configured to rotate with respect to the second housing to thereby adjust the height of the switch actuator relative to the second end of the actuatable sensing element. a first housing attached to a coupling having an inlet, the first housing housing at least in part a condition responsive actuatable sensing element, the actuatable sensing element having a first end and a second end, the first end in communication with the inlet; characterised by a second housing mounted with respect to the first housing, the second housing housing at least in part an electrical mounting member, the electrical mounting member having at least one switch secured thereto, the at least one switch including a switch actuator; wherein the electrical mounting member is configured to rotate with respect to the second housing to thereby adjust the height of the switch actuator relative to the second end of the actuatable sensing element.
A method of transmitting a signal by a signal transmission apparatus in a communication system using a Hybrid Automatic Repeat reQuest, HARQ, scheme, the method comprising: generating a codeword vector by encoding an information vector by using a first parity check matrix of Low Density Parity Check, LDPC, codes; generating a transmission vector by processing the codeword vector; and transmitting the transmission vector, wherein, the first parity check matrix comprises a plurality of square matrixes, each square matrix having a size of L × L, the first parity check matrix is one of p parity check matrixes stored in the signal transmission apparatus, each of the p parity check matrices has a different number kB of columns, wherein kB denotes the number of square matrix columns corresponding to the information vector, and wherein, the number kB of square matrix columns corresponding to the information vector supporting the first parity check matrix is determined by using the length of the information vector and the value L from the p parity check matrixes, and the value L is determined by using p and the length of the information vector. generating a codeword vector by encoding an information vector by using a first parity check matrix of Low Density Parity Check, LDPC, codes; generating a transmission vector by processing the codeword vector; and transmitting the transmission vector, wherein, the first parity check matrix comprises a plurality of square matrixes, each square matrix having a size of L × L, the first parity check matrix is one of p parity check matrixes stored in the signal transmission apparatus, each of the p parity check matrices has a different number kB of columns, wherein kB denotes the number of square matrix columns corresponding to the information vector, and wherein, the number kB of square matrix columns corresponding to the information vector supporting the first parity check matrix is determined by using the length of the information vector and the value L from the p parity check matrixes, and the value L is determined by using p and the length of the information vector.
A method of correcting a blood pressure measurement conducted at a measuring position having a geodetic height difference from a reference position defined by the position of a patient's heart, the method comprising: placing a reference position determination part with a deviation of in geodetic height of 30 millimeters or less at the geodetic height of a blood pressure measuring device located at the measuring position, conducting a calibration measurement to establish a zero point for a static pressure difference between the reference position and the measuring position while the reference position determination part is positioned substantially at the geodetic height of the blood pressure measuring device located at the measuring position, placing the reference position determination part at the reference position, determining the static pressure difference between the measuring position and the reference position while the reference position determination part is placed at the reference position, correcting the blood pressure measurement using the determined static pressure difference, characterized in that the calibration measurement is triggered by a trigger signal exchanged between the reference position determination part and the blood pressure measuring device, wherein the trigger signal is automatically triggered when the distance between a first defined point on the blood pressure measuring device and a second defined point on the reference position determination part falls below a minimum distance of not more than 30 millimeters. placing a reference position determination part with a deviation of in geodetic height of 30 millimeters or less at the geodetic height of a blood pressure measuring device located at the measuring position, conducting a calibration measurement to establish a zero point for a static pressure difference between the reference position and the measuring position while the reference position determination part is positioned substantially at the geodetic height of the blood pressure measuring device located at the measuring position, placing the reference position determination part at the reference position, determining the static pressure difference between the measuring position and the reference position while the reference position determination part is placed at the reference position, correcting the blood pressure measurement using the determined static pressure difference, characterized in that the calibration measurement is triggered by a trigger signal exchanged between the reference position determination part and the blood pressure measuring device, wherein the trigger signal is automatically triggered when the distance between a first defined point on the blood pressure measuring device and a second defined point on the reference position determination part falls below a minimum distance of not more than 30 millimeters.
A thin display device provided with a metallic frame, a protection panel arranged on a front face side of the frame, a rear cabinet arranged on a rear face side of the frame, and a liquid crystal display panel arranged between the protection panel and the rear cabinet, wherein the frame comprises a plurality of connected frame members (70, 80) obtained by bending processing, and at least one of the frame members (70, 80) is provided with a bending hole portion which is formed on a corner portion obtained by the bending processing to have a rounded shape and with a pair of restricting portions (84, 85) which are formed on side portions extending from the corner portion and are abutting each other, characterized in that before said at least one frame member (70, 80) is processed by the bending processing the bending hole portion is shaped as a cut-out of said frame member (70, 80), the cut-out having a substantially inverted trapezoidal shape and separating the pair of restricting portions (84,85).