mhurhangee/ep-ind-claims huggingface dataset:
Method for a processing of biogas of a biogas plant, in which in one method step a membrane process is executed in a membrane unit for a CO 2 separation from the biogas, and in a further, downstream method step an adsorption and/or absorption process is executed in absorption units (22a, 22a', 22a", 22a'") for a gas purification to achieve a methane purity of more than 99.5 vol.%, wherein the adsorption and/or absorption process (18a, 18b) is executed as a subsequent purification, wherein a solid-matter adsorber and/or solid-matter absorber, namely a solid amine, is used in the adsorption and/or absorption process, wherein in a further method step a reactive process is executed in a power-to-gas plant, in which a methane-rich gas mixture is generated in a catalytically activated chemical process, wherein electrical energy from a plant, like in particular a wind power plant and/or a solar plant, is used in the power-to-gas plant to generate hydrogen via electrolysis, wherein hydrogen generated in the power-to-gas plant is conveyed to the adsorption and/or absorption unit (22a, 22a', 22a", 22a'") during regeneration, and wherein the adsorption and/or absorption unit (22a, 22a', 22a", 22a'") takes on a function of CO 2 storage and gas premixing for a subsequent methanisation in the power-to-gas plant, wherein during regeneration phases of the absorption units (22a, 22a', 22a", 22a'") the hydrogen is introduced into the absorption units (22a, 22a', 22a", 22a'") under elevated pressure and an absorption material located in the absorption units (22a, 22a', 22a", 22a'") is thermally regenerated under the H 2 atmosphere, wherein a waste heat of the power-to-gas plant, from the electrolysis executed by an electrolyser or from a methanisation, is used for a regeneration of the absorption material, wherein a released CO 2 /H 2 gas mixture is then fed to a following methanisation in the power-to-gas plant under pressure.
A power supply for an alarm system, comprising, or having associated with it, a means for transmitting an alarm signal to a remote monitoring means, the power supply and the alarm transmitting means both being provided in a location remote from the control panel and difficult for an intruder to discover, the power supply being adapted to be connected to at least one control panel of an alarm system such that an alarm signal can be transmitted from the control panel to the power supply to thereby actuate the alarm transmitting means, wherein the alarm transmitting means is adapted such that upon failure of a mains supply, and/or upon failure of any communication link between the power supply and one or more other components in an alarm system, it automatically transmits an alarm signal.
A liquid pharmaceutical formulation which is an aqueous solution comprising an effective amount of atorvastatin or a pharmaceutically acceptable salt thereof complexed with an effective amount of a pharmaceutically acceptable complexing agent which is hydroxyl-propyl-β-cyclodextrin to render the atorvastatin water-soluble, a pH adjusting agent selected from the group consisting of an alkalizing agent, a buffer, and a combination of an alkalizing agent and a buffer, and an optional antioxidant in an aqueous solution having a pH of from 7 to 9 to provide a solubilized atorvastatin concentration of at least 3.32 mg/ml.
A method of configuring an ion exchange membrane electrolytic cell for the production of caustic soda and chlorine through the electrolysis of brine, the method comprising: assembling an anode chamber accommodating an anode, and a cathode gas chamber accommodating a gas diffusion electrode; separating the anode chamber and the cathode gas chamber with an ion exchange membrane; arranging a metallic cushion under compression between a back plate of the cathode gas chamber and the gas diffusion electrode, wherein the metallic cushion is arranged such that a repulsive force of the metallic cushion at a bottom part of the cathode gas chamber is larger than that at a top part of the cathode gas chamber. assembling an anode chamber accommodating an anode, and a cathode gas chamber accommodating a gas diffusion electrode; separating the anode chamber and the cathode gas chamber with an ion exchange membrane; arranging a metallic cushion under compression between a back plate of the cathode gas chamber and the gas diffusion electrode, wherein the metallic cushion is arranged such that a repulsive force of the metallic cushion at a bottom part of the cathode gas chamber is larger than that at a top part of the cathode gas chamber.
A chemical fluid injection device comprising: a casing (110, 150) including a needle penetration hole; a button exposed outside the casing (110, 150); a needle holder located in the casing and coupled to a needle, the needle holder facing the needle penetration hole and configured to be driven toward the needle penetration hole by operation of the button; a sensor located in the casing characterized in that the sensor is configured to sense whether the needle holder is adjacent to the needle penetration hole; and wherein a controller is electrically connected to the sensor. a casing (110, 150) including a needle penetration hole; a button exposed outside the casing (110, 150); a needle holder located in the casing and coupled to a needle, the needle holder facing the needle penetration hole and configured to be driven toward the needle penetration hole by operation of the button; a sensor located in the casing characterized in that the sensor is configured to sense whether the needle holder is adjacent to the needle penetration hole; and wherein a controller is electrically connected to the sensor.
Method for parameterization of a field device, wherein at least one data connection is established between the field device and a parameterization unit, wherein at least one parameterization value is transmitted by the parameterization unit to the field device, wherein at least one parameterization value is received by the field device, wherein at least one first test value is generated by the parameterization unit at least from the at least one parameterization value to be transmitted, wherein at least a second test value is generated by the field device at least from the at least one received parameterization value, and wherein at least the first test value is compared to the second test value and a comparison result is thus generated characterized in that the second test value is output by the field device via a supplementary data link differing from the data connection between the field device and parameterization unit.
Closure means for bags, in particular waste disposal bags, comprising two half-elements (18, 20) which each comprise a first edge and a second edge which are spaced apart in the axial direction, and which comprise a wall which extends in an axial direction between the first edge and the second edge, the half-elements (18, 20) being connected to one another by means of hinges and complementing one another in a ring-like manner in a first position to form an expanded configuration of the closure element and being pivotable about the hinges in such a way that, in a second position, the first edges of each of the half-elements (18, 20) come to rest on top of one another, and closure elements (33a, 33b) being provided which lock the half-elements (18, 20) onto one another in the second position, characterized in that at least one half-element (18, 20), starting from the second edge, has at least one recess which extends in the axial direction and/or in that at least one half-element (18, 20) has at least one indentation pointing inward in the radial direction in the region of the first edge.
An electronic control method for controlling at least two rudders of a vessel during navigation, the vessel having a hull provided with a longitudinal symmetry plane, the method using a control system and comprising the following steps: - selecting a first rudder as master rudder and at least a second rudder as slave rudder from said at least two rudders; characterized in that - as the master rudder rotates, if a first angle (RA-MASTER) defined between the master rudder and said longitudinal symmetry plane is either higher than or equal to a predetermined threshold angle, the control system starts a synchronization procedure of the angular speed of the slave rudder with the angular speed of the master rudder, otherwise if said first angle (RA-MASTER) is smaller than said predetermined threshold angle, the angular speed of the slave rudder is different from the angular speed of the master rudder. - selecting a first rudder as master rudder and at least a second rudder as slave rudder from said at least two rudders; - as the master rudder rotates, if a first angle (RA-MASTER) defined between the master rudder and said longitudinal symmetry plane is either higher than or equal to a predetermined threshold angle, the control system starts a synchronization procedure of the angular speed of the slave rudder with the angular speed of the master rudder, otherwise if said first angle (RA-MASTER) is smaller than said predetermined threshold angle, the angular speed of the slave rudder is different from the angular speed of the master rudder.
A data communication method, comprising: receiving, by a first radio access network, RAN, node, a multicast flow comprising data packets of a multicast service; determining, by the first RAN node, whether to initiate a handover procedure for a user device from the first RAN node to a second RAN node; replacing, upon determination to initiate the handover procedure, by the first RAN node, a first portion of the data packets with a flow identifier of a unicast flow; and forwarding, by the first RAN node, the data packets of the multicast service including the flow identifier of the unicast flow to the second RAN node. receiving, by a first radio access network, RAN, node, a multicast flow comprising data packets of a multicast service; determining, by the first RAN node, whether to initiate a handover procedure for a user device from the first RAN node to a second RAN node; replacing, upon determination to initiate the handover procedure, by the first RAN node, a first portion of the data packets with a flow identifier of a unicast flow; and forwarding, by the first RAN node, the data packets of the multicast service including the flow identifier of the unicast flow to the second RAN node.
A clutch control system for a vehicle comprising a hydraulic type clutch (51a, 51b) which is provided in the course of a power transmission path between an engine and a drive wheel and is put into a connected state by a supply oil pressure supplied externally, wherein a control oil pressure is maintained at a predetermined stand-by oil pressure when said clutch (51a, 51b) is disconnected, wherein said control oil pressure is increased to a predetermined connection oil pressure when said clutch (51a, 51b) is connected, characterized in that at the time of bringing said clutch (51a, 51b) from said connected state to a disconnected state, said control oil pressure is lowered to an oil pressure being below said stand-by oil pressure and being near 0 and is thereafter increased again to said stand-by oil pressure.
A pharmaceutical composition for its application as a medicament for the treatment of tissue lesions of the central nervous system caused by a hypoxic cerebral pathological condition, said composition comprising - a biocompatible polymer of general formula below AaXxYyZz wherein: A represents a monomer which is glucose, X represents an R 1 COOR 2, Y represents -R 7 SO 3 R 8 group, Z is acetic acid wherein: R 1 is methyl, R 2 and R 8 independently represent a cation M + selected from the group of alkali metals, and R 7 represent a bond, a represents the number of monomers such as the weight of said polymers of formula is greater than 2000 daltons, x represents the degree of substitution of the monomers A by groups X, x is between 20 and 150%, y represents the degree of substitution of the monomers A by groups Y, y is between 30% and 150%, z represents the degree of substitution of the monomers A by groups Y, y is between 0 to 50%, preferably equal to 30% and - a mesenchymal stem cell. - a biocompatible polymer of general formula below AaXxYyZz wherein: A represents a monomer which is glucose, X represents an R 1 COOR 2, Y represents -R 7 SO 3 R 8 group, Z is acetic acid wherein: R 1 is methyl, R 2 and R 8 independently represent a cation M + selected from the group of alkali metals, and R 7 represent a bond, a represents the number of monomers such as the weight of said polymers of formula is greater than 2000 daltons, x represents the degree of substitution of the monomers A by groups X, x is between 20 and 150%, y represents the degree of substitution of the monomers A by groups Y, y is between 30% and 150%, z represents the degree of substitution of the monomers A by groups Y, y is between 0 to 50%, preferably equal to 30% and A represents a monomer which is glucose, X represents an R 1 COOR 2, Y represents -R 7 SO 3 R 8 group, Z is acetic acid wherein: R 1 is methyl, R 2 and R 8 independently represent a cation M + selected from the group of alkali metals, and R 7 represent a bond, a represents the number of monomers such as the weight of said polymers of formula is greater than 2000 daltons, x represents the degree of substitution of the monomers A by groups X, x is between 20 and 150%, y represents the degree of substitution of the monomers A by groups Y, y is between 30% and 150%, z represents the degree of substitution of the monomers A by groups Y, y is between 0 to 50%, preferably equal to 30% R 1 is methyl, R 2 and R 8 independently represent a cation M + selected from the group of alkali metals, and R 7 represent a bond, a represents the number of monomers such as the weight of said polymers of formula is greater than 2000 daltons, x represents the degree of substitution of the monomers A by groups X, x is between 20 and 150%, y represents the degree of substitution of the monomers A by groups Y, y is between 30% and 150%, z represents the degree of substitution of the monomers A by groups Y, y is between 0 to 50%, preferably equal to 30% - a mesenchymal stem cell.
A mobile terminal device comprising: a display; a touch panel configured to detect an input operation; an input detector configured to detect a pattern of the input operation based on a position of an indicator on the touch panel; and circuitry configured to: control the terminal to enter a suspend state so that the display does not display an image when an input operation is not detected on the touch panel for a predetermined time period and that a scan rate of a surface of the touch panel in the suspend state is lower than the scan rate in an active state; control the display to display a home screen without a password input by a user when the input detector detects a predetermined pattern of the input operation on the touch panel during the suspend state and characterized in the circuit further configured to: control the display to display a guide representing the predetermined pattern when the input operation for displaying the home screen ends in a failure and the circuitry judges that the pattern of the input operation is similar to the predetermined pattern for displaying the home screen. control the terminal to enter a suspend state so that the display does not display an image when an input operation is not detected on the touch panel for a predetermined time period and that a scan rate of a surface of the touch panel in the suspend state is lower than the scan rate in an active state; control the display to display a home screen without a password input by a user when the input detector detects a predetermined pattern of the input operation on the touch panel during the suspend state and characterized in the circuit further configured to: control the display to display a guide representing the predetermined pattern when the input operation for displaying the home screen ends in a failure and the circuitry judges that the pattern of the input operation is similar to the predetermined pattern for displaying the home screen.
A system for assisting navigation of a probe through a branched structure of a patient network comprising: a probe; a location board configured to generate a magnetic field through which said probe is navigated during a procedure; a control system configured to receive and process information from said probe regarding its position within said magnetic field of said location board and further configured to generate display information therefrom; a monitor configured to display said display information in the form of a display, said display including: a computer generated dynamic virtual image of a probe being navigated through the branched structure as seen from a viewpoint; wherein said dynamic virtual image is generated from a computer generated image of a distal portion of said probe and a computer generated image of an interior of said branched structure containing a distal portion of said probe; characterized in that said viewpoint is fixed relative to a branch of the branched structure that corresponds to a first branch containing a distal portion of the branched structure. a probe; a location board configured to generate a magnetic field through which said probe is navigated during a procedure; a control system configured to receive and process information from said probe regarding its position within said magnetic field of said location board and further configured to generate display information therefrom; a monitor configured to display said display information in the form of a display, said display including: a computer generated dynamic virtual image of a probe being navigated through the branched structure as seen from a viewpoint; wherein said dynamic virtual image is generated from a computer generated image of a distal portion of said probe and a computer generated image of an interior of said branched structure containing a distal portion of said probe; characterized in that said viewpoint is fixed relative to a branch of the branched structure that corresponds to a first branch containing a distal portion of the branched structure. a computer generated dynamic virtual image of a probe being navigated through the branched structure as seen from a viewpoint; wherein said dynamic virtual image is generated from a computer generated image of a distal portion of said probe and a computer generated image of an interior of said branched structure containing a distal portion of said probe; characterized in that said viewpoint is fixed relative to a branch of the branched structure that corresponds to a first branch containing a distal portion of the branched structure.
Mobile airer for drying laundry, comprising: - a framework which, in use, is formed of uprights which are vertical, or inclined at 1° 0 to 45° with respect to the vertical, and between which several horizontal bars forming a laundry support are interposed, - heating electrical cords integrated in the bars, - a temperature-setting device connected to the heating electrical cords, said device being fixed to the framework, - a power supply cable connected to the temperature-setting device, said cable being provided with a power plug intended to be connected removably to a power outlet, - a prop connected pivotably to the framework, said prop being movable between a passive position in which it is retracted behind the framework and an active position in which it is spaced apart from said framework so as to form with the uprights a stand that serves as a ground support for the airer, - the prop being formed of two parallel legs between which hanging elements are interposed, said legs being fixed to the uprights by means of hinges such that said legs can be moved between the passive position and the active position, characterized in that the hinges are mounted so as to slide along the uprights, locking means making it possible to lock said hinges in position on said uprights. - a framework which, in use, is formed of uprights which are vertical, or inclined at 1° 0 to 45° with respect to the vertical, and between which several horizontal bars forming a laundry support are interposed, - heating electrical cords integrated in the bars, - a temperature-setting device connected to the heating electrical cords, said device being fixed to the framework, - a power supply cable connected to the temperature-setting device, said cable being provided with a power plug intended to be connected removably to a power outlet, - a prop connected pivotably to the framework, said prop being movable between a passive position in which it is retracted behind the framework and an active position in which it is spaced apart from said framework so as to form with the uprights a stand that serves as a ground support for the airer, - the prop being formed of two parallel legs between which hanging elements are interposed, said legs being fixed to the uprights by means of hinges such that said legs can be moved between the passive position and the active position,
A method of making a prepreg, the method comprising: (i) forming a fiber-containing substrate; (ii) contacting the fiber-containing substrate with a resin mixture; and (iii) removing the liquid medium from the coated substrate to form the prepreg, wherein the resin mixture includes polymer particles mixed in a liquid medium and the polymer particles are coated on the fiber-containing substrate to form a coated substrate, said resin mixture further comprises pre-polymerized particles of monomers or oligomers and said polymer particles include thermoplastic polymers. (i) forming a fiber-containing substrate; (ii) contacting the fiber-containing substrate with a resin mixture; and (iii) removing the liquid medium from the coated substrate to form the prepreg,
Cooling module for a vehicle engine, the cooling module having: - a radiator, - at least one header tank (11a, 11b) fixed to the radiator, - a fixing element (3a, 3b) for fixing the header tank (11a, 11b) to the vehicle, the cooling module being characterized in that it also has: - an intermediate component (12a, 12b) for fixing the header tank (11a, 11b) to the fixing element (3a, 3b), the intermediate component (12a, 12b) having a retaining portion, - the header tank (11a, 11b) having a housing designed to cooperate with the retaining portion of the intermediate component (12a, 12b) in order to fix the intermediate component (12a, 12b) to the header tank (11a, 11b) in an assembled position, - and in that the intermediate component (12a, 12b) has a finger designed to cooperate with the fixing element (3a, 3b) in order to fix the intermediate component (12a, 12b) to the fixing element (3a, 3b), and in that the finger protrudes laterally from the intermediate component. - a radiator, - at least one header tank (11a, 11b) fixed to the radiator, - a fixing element (3a, 3b) for fixing the header tank (11a, 11b) to the vehicle, - an intermediate component (12a, 12b) for fixing the header tank (11a, 11b) to the fixing element (3a, 3b), the intermediate component (12a, 12b) having a retaining portion, - the header tank (11a, 11b) having a housing designed to cooperate with the retaining portion of the intermediate component (12a, 12b) in order to fix the intermediate component (12a, 12b) to the header tank (11a, 11b) in an assembled position, - and in that the intermediate component (12a, 12b) has a finger designed to cooperate with the fixing element (3a, 3b) in order to fix the intermediate component (12a, 12b) to the fixing element (3a, 3b), and in that the finger protrudes laterally from the intermediate component.
A pharmaceutical combination comprising a PARP inhibitor and a CD47 blocking agent for use in combination with radiation therapy in the treatment of cancer, wherein the cancer cells have a CD47+ phenotype, wherein the CD47 blocking agent is a human SIRPα polypeptide, wherein the SIRPα polypeptide is an Fc fusion protein comprising a CD47-binding region of human SIRPα, and wherein the PARP inhibitor is selected from the group consisting of talazoparib, veliparib, niraparib, olaparib, rucaparib and iniparib.