mhurhangee/ep-ind-claims huggingface dataset:
A system for production of biogas, comprising; - at least one main digestion unit constituted by one or a plurality of elements which can contain biogas and liquid digestate, - at least one methanization digester, which is designed for the production of biogas, comprising a tank which can contain solid biomass, and comprising in its upper part: at least one area for intake of the solid biomass and discharge of the residual digested solid biomass, on which a roof can be opened and closed, and at least one area for discharge of the biogas; - said area for discharge of the biogas comprising at least one upper perforated separation element (13, 13a, 13b, 13c, 13d) situated at the upper part of the tank, which can separate firstly a mixture constituted by biogas and liquid digestate, and secondly solid biomass, - said methanization digester being surmounted by a grasping means which can permit the supply of the solid biomass and discharge of the residual digested solid biomass, - said digester being connected, by means of a liquid digestate supply circuit and by means of a circuit for discharge of biogas and liquid digestate, to said main digestion unit. - at least one main digestion unit constituted by one or a plurality of elements which can contain biogas and liquid digestate, - at least one methanization digester, which is designed for the production of biogas, comprising a tank which can contain solid biomass, and comprising in its upper part: at least one area for intake of the solid biomass and discharge of the residual digested solid biomass, on which a roof can be opened and closed, and at least one area for discharge of the biogas; - said area for discharge of the biogas comprising at least one upper perforated separation element (13, 13a, 13b, 13c, 13d) situated at the upper part of the tank, which can separate firstly a mixture constituted by biogas and liquid digestate, and secondly solid biomass, - said methanization digester being surmounted by a grasping means which can permit the supply of the solid biomass and discharge of the residual digested solid biomass, - said digester being connected, by means of a liquid digestate supply circuit and by means of a circuit for discharge of biogas and liquid digestate, to said main digestion unit.
Museum showcase for conserving and displaying objects comprising: - a frame; - at least one drawer, equipped with a transparent cover to allow the observation of the contained objects from the outside, and movable with respect to the frame; - a pair of sliding guides for each drawer, arranged between the frame and the drawer, so as to define a sliding direction of the drawer in the showcase; - a motorised actuation system to move each drawer in the sliding direction with respect to the frame; characterised in that the actuation system comprises: - a first arm, hinged at a first end thereof with a first pin arranged on one from the frame and the drawer and constrained at a second end thereof with a sliding block at the other from the drawer and the frame; - an actuator, operatively connected between the frame and the first arm to angularly move the first arm about the first pin; wherein the actuator is a linear actuator, hinged at a first end thereof to the first arm in an intermediate position thereof and at a second end thereof to one from the frame and the drawer, at a third pin distanced from the first pin. - a frame; - at least one drawer, equipped with a transparent cover to allow the observation of the contained objects from the outside, and movable with respect to the frame; - a pair of sliding guides for each drawer, arranged between the frame and the drawer, so as to define a sliding direction of the drawer in the showcase; - a motorised actuation system to move each drawer in the sliding direction with respect to the frame; - a first arm, hinged at a first end thereof with a first pin arranged on one from the frame and the drawer and constrained at a second end thereof with a sliding block at the other from the drawer and the frame; - an actuator, operatively connected between the frame and the first arm to angularly move the first arm about the first pin;
A composition comprising a) one or more N-methyl-N-acylglucamines, where at least 50% by weight of the N-methyl-N-acylglucamines have a C 16 -, C 17 - and/or C 18 -acyl group, b) one or more fatty alcohols, c) one or more monomeric cationic surfactants, d) optionally further additives and e) water. a) one or more N-methyl-N-acylglucamines, where at least 50% by weight of the N-methyl-N-acylglucamines have a C 16 -, C 17 - and/or C 18 -acyl group, b) one or more fatty alcohols, c) one or more monomeric cationic surfactants, d) optionally further additives and e) water.
A crossmember for a bumper, comprising: an extrusion profile base frame including two connecting areas (4, 4') for attaching the crossmember to a vehicle structure, the two connecting areas (4, 4') separated one from the other along a longitudinal direction of the crossmember, the extrusion profile base frame having a concave rear wall and having a pair of spaced-apart parallel flanges extending perpendicularly away from the rear wall and running along the longitudinal direction of the crossmember; and an extruded reinforcing element having a central thickening extending along the longitudinal direction of the crossmember, and having a pair of spaced-apart parallel flanges (21, 21') with convexly shaped edges, wherein in an assembled condition the reinforcing element is disposed between the at least two connecting areas (4, 4') of the extrusion profile base frame, one of the parallel flanges (21, 21') on the reinforcing element is fixedly secured to one of the parallel flanges on the extrusion profile base frame, and the other of the parallel flanges (21, 21') on the reinforcing element is fixedly secured to the other of the parallel flanges (21, 21') on the extrusion profile base frame, wherein the flanges (21, 21') on the reinforcing element consist of bent-over sections of material within longitudinal sides of the reinforcing element, the longitudinal sides being adjacent to the thickening and having a material thickness that is less than a material thickness within the thickening. an extrusion profile base frame including two connecting areas (4, 4') for attaching the crossmember to a vehicle structure, the two connecting areas (4, 4') separated one from the other along a longitudinal direction of the crossmember, the extrusion profile base frame having a concave rear wall and having a pair of spaced-apart parallel flanges extending perpendicularly away from the rear wall and running along the longitudinal direction of the crossmember; and an extruded reinforcing element having a central thickening extending along the longitudinal direction of the crossmember, and having a pair of spaced-apart parallel flanges (21, 21') with convexly shaped edges, wherein in an assembled condition the reinforcing element is disposed between the at least two connecting areas (4, 4') of the extrusion profile base frame, one of the parallel flanges (21, 21') on the reinforcing element is fixedly secured to one of the parallel flanges on the extrusion profile base frame, and the other of the parallel flanges (21, 21') on the reinforcing element is fixedly secured to the other of the parallel flanges (21, 21') on the extrusion profile base frame, wherein the flanges (21, 21') on the reinforcing element consist of bent-over sections of material within longitudinal sides of the reinforcing element, the longitudinal sides being adjacent to the thickening and having a material thickness that is less than a material thickness within the thickening.
A slot antenna for use in a radar for detecting an object located in vicinity of a vehicle, the slot antenna comprising a substrate integrated waveguide having a plurality of bent slots formed therein, wherein the SIW comprises: a first bent slot formed such that a center thereof is positioned at a point spaced apart from a short-circuit surface by one half a guided wavelength in a length direction of the SIW; and a second bent slot formed such that a center thereof is positioned at a point spaced apart from the center of the first bent slot by the guided wavelength in the length direction of the SIW. a first bent slot formed such that a center thereof is positioned at a point spaced apart from a short-circuit surface by one half a guided wavelength in a length direction of the SIW; and a second bent slot formed such that a center thereof is positioned at a point spaced apart from the center of the first bent slot by the guided wavelength in the length direction of the SIW.
A method of cooling a static power electronics conversion device having at least one electrical circuit comprising an assembly of active components and passive components (11, 12, 13) interconnected with each other in a way adapted to the performance of a given function of conversion of electrical energy, and supported by an electronic card, said circuit comprising means of input of electrical energy to be converted and means of output of the converted electrical energy, and being mounted in a closed sealed radiator housing of which only said means of input and output of said circuit communicate with the outside of said housing, the housing comprising plates (21, 22, 23, 24) forming a bottom, a hood and side walls, as well as flanges (25, 26) closing the openings delimited between the plates at the longitudinal ends of the housing, and the outer walls of the plates (21, 22, 23, 24) forming the housing comprising cooling fins, characterized in that the distribution of the heat energy released by said active and passive components is homogenized by forced convection throughout the internal volume of said housing, and said heat energy is transferred to said radiator housing by forced convection substantially uniformly over the entire inner surface of the walls of said housing by circulation in closed circuit of at least one fluid contained within said sealed housing, with two means of propulsion (14A, 14B) and circulation of said fluid disposed substantially in the middle of the electronic card in the direction of its length and on the lateral edges thereof, a partition longitudinally oriented in the interior of the housing being disposed between the two means of propulsion (14A, 14B) for guiding the flow of air, the fluid sucked and projected by a first means of propulsion reflecting on a first end flange of the housing and then being sucked and projected by the second propulsion means.
A method of freezing an aggregate of pluripotent stem cell-derived cardiomyocytes, or preparing a frozen aggregate of pluripotent stem cell-derived cardiomyocytes, comprising: (i) immersing an aggregate of pluripotent stem cell-derived cardiomyocytes in a cryoprotective solution; and (ii) freezing the aggregate immersed in the cryoprotective solution, wherein the aggregate has a diameter of 50 to 5000 μm. (i) immersing an aggregate of pluripotent stem cell-derived cardiomyocytes in a cryoprotective solution; and (ii) freezing the aggregate immersed in the cryoprotective solution, wherein the aggregate has a diameter of 50 to 5000 μm.
A method for processing a service request received from a host, comprising: relaying the service request from a service gateway to a server over a service session between the service gateway and the server; determining by the service gateway a service request time for the service session; receiving by the service gateway a service response from the server; determining by the service gateway a service response time upon receipt of said service response; calculating by the service gateway a service processing time for the service request from the service request time and the service response time; characterised by comparing the service processing time with an expected service processing time, wherein the expected service processing time is determined by the service gateway according to a summation of a plurality of expected service processing times for a plurality of service attributes of the service request or server; and updating a server busy indicator for the server in response to the comparing. relaying the service request from a service gateway to a server over a service session between the service gateway and the server; determining by the service gateway a service request time for the service session; receiving by the service gateway a service response from the server; determining by the service gateway a service response time upon receipt of said service response; calculating by the service gateway a service processing time for the service request from the service request time and the service response time; characterised by comparing the service processing time with an expected service processing time, wherein the expected service processing time is determined by the service gateway according to a summation of a plurality of expected service processing times for a plurality of service attributes of the service request or server; and updating a server busy indicator for the server in response to the comparing.
A power management circuit comprising: • a first input node (L1P) and a second input node (L1N); • a voltage converter configured as a power converter and comprising an input and an output, wherein the input is configured to receive loop current from first input node (L1P) and induced insertion voltage drop accross first and second input nodes (L1P, L1N) and wherein the output is configured to deliver insertion power derived from the loop current, said loop current being communicated from a power supply to a field device; • a feedback circuit configured to regulate the insertion voltage drop at the input of the voltage converter to a fixed value by comparing the insertion voltage drop with a fixed reference voltage; • the power management circuit further comprising a voltage regulator, an electrical storage device and a wireless communication device; • wherein the voltage regulator is configured to regulate the power delivered from the electrical storage device to the wireless communication device. • a first input node (L1P) and a second input node (L1N); • a voltage converter configured as a power converter and comprising an input and an output, wherein the input is configured to receive loop current from first input node (L1P) and induced insertion voltage drop accross first and second input nodes (L1P, L1N) and wherein the output is configured to deliver insertion power derived from the loop current, said loop current being communicated from a power supply to a field device; • a feedback circuit configured to regulate the insertion voltage drop at the input of the voltage converter to a fixed value by comparing the insertion voltage drop with a fixed reference voltage; • the power management circuit further comprising a voltage regulator, an electrical storage device and a wireless communication device; • wherein the voltage regulator is configured to regulate the power delivered from the electrical storage device to the wireless communication device.
A method of a base station in a wireless communication system, the method comprising: determining a channel quality indicator, CQI, channel operation mode for a CQI channel of a terminal; transmitting, to the terminal, a message instructing a sleep mode entry, wherein the message comprises information indicating the CQI channel operation mode; and managing the CQI channel of the terminal according to the CQI channel operation mode if the terminal operates in the sleep mode, wherein the CQI channel operation mode indicates whether the CQI channel is deallocated from the terminal during a sleep window in the sleep mode, whether the CQI channel is allocated to another terminal during the sleep window in the sleep mode, and whether the CQI channel is allocated to the terminal during a listening window in the sleep mode. determining a channel quality indicator, CQI, channel operation mode for a CQI channel of a terminal; transmitting, to the terminal, a message instructing a sleep mode entry, wherein the message comprises information indicating the CQI channel operation mode; and managing the CQI channel of the terminal according to the CQI channel operation mode if the terminal operates in the sleep mode, wherein the CQI channel operation mode indicates whether the CQI channel is deallocated from the terminal during a sleep window in the sleep mode, whether the CQI channel is allocated to another terminal during the sleep window in the sleep mode, and whether the CQI channel is allocated to the terminal during a listening window in the sleep mode.
A method performed in a wireless terminal for managing or handling uplink, UL, data transmissions in a radio communications network, wherein the wireless terminal is served by a first radio base station and a second radio base station providing dual connectivity to the wireless terminal in the radio communications network, wherein the wireless terminal is configured with a radio base station specific radio bearer and a split radio bearer to both radio base stations, the method comprising: - transmitting a buffer status report, BSR, to the first radio base station and the second radio base station when an uplink buffer at the wireless device exceeds a threshold as configured at the wireless terminal otherwise buffer status reports are transmitted to the first radio network node; - handling multiplexing of an uplink data transmission towards the first and second radio base stations according to a configuration whereby if there is data available for multiple logical channels with equal priority towards one of the radio base stations, then data of a logical channel, for which a BSR reporting of the buffer status report is configured to be sent towards the radio base station, is prioritized, when the base station is providing a grant; characterised in that configuration applies prioritization until a number of bytes corresponding to the transmitted buffer status report towards the radio base station providing the grant, is reached. - transmitting a buffer status report, BSR, to the first radio base station and the second radio base station when an uplink buffer at the wireless device exceeds a threshold as configured at the wireless terminal otherwise buffer status reports are transmitted to the first radio network node; - handling multiplexing of an uplink data transmission towards the first and second radio base stations according to a configuration whereby if there is data available for multiple logical channels with equal priority towards one of the radio base stations, then data of a logical channel, for which a BSR reporting of the buffer status report is configured to be sent towards the radio base station, is prioritized, when the base station is providing a grant;
A polymer film for an inner liner, comprising a base film comprising: polyamide-based resin; and two or more kinds of copolymers comprising polyamide-based segments and polyether-based segments, wherein the two or more kinds of copolymers include copolymer comprising different polyether-based segments.
An ostomy plug device for sealing a stoma from within an ostomy patient, wherein said ostomy plug device comprises a sealing element, a cap element, and a tensioning element attached to said sealing element, wherein said cap element is configured to be located outside of the body of said patient, wherein said sealing element is configured to be implanted through said stoma into at least a portion of a waste collection reservoir located within said patient, and wherein said tensioning element is configured to provide tension to said sealing element, said tensioning element is attached to said cap element for anchoring therefore providing tension to said sealing element to seal said stoma, characterized in that the tensioning element is configured to be manually pulled on one end of the tensioning element to adjust the tension applied by the tensioning element on the sealing element.
A lawn mower comprising a handle, the handle comprising: A. a base comprising: i. a base lock wherein the base lock securably attaches to the lawn mower; and ii. a handlebar lock connector; B. a handlebar comprising: i. a handlebar lock releasably securable to the handlebar lock connector; and; ii. a wireless remote control for controlling a mower function; and C. a sensor in a sensor location selected from the group consisting of the base, the handlebar lock, and a combination thereof, wherein the sensor detects whether the handlebar is correctly aligned, and wherein the sensor only allows the wireless remote control to control the mower function when the sensor detects that the handlebar is correctly aligned. A. a base comprising: i. a base lock wherein the base lock securably attaches to the lawn mower; and ii. a handlebar lock connector; i. a base lock wherein the base lock securably attaches to the lawn mower; and ii. a handlebar lock connector; B. a handlebar comprising: i. a handlebar lock releasably securable to the handlebar lock connector; and; ii. a wireless remote control for controlling a mower function; and i. a handlebar lock releasably securable to the handlebar lock connector; and; ii. a wireless remote control for controlling a mower function; and C. a sensor in a sensor location selected from the group consisting of the base, the handlebar lock, and a combination thereof, wherein the sensor detects whether the handlebar is correctly aligned, and