mhurhangee/ep-ind-claims huggingface dataset:
A device for treating patients, comprising means for stimulating brain regions, the device comprising the following components: - at least one electrode for stimulating a brain region having an abnormal synchronous neuronal activity, - at least one sensor (3, 2) for measuring an electrical signal, and - a control means that detects the occurrence of a pathological feature of the electrical signal measured by the sensor (3, 2) and that emits a sequence of stimuli to the electrode upon occurrence of the pathological feature, characterized in that - the sequence of stimuli comprises a low-frequency sequence of short resetting high-frequency pulse trains followed by a short desynchronizing high-frequency pulse train, wherein successive resetting high-frequency pulse trains always do not overlap one another and the resetting high-frequency pulse trains each have a greater amplitude than the desynchronizing high-frequency pulse train. - at least one electrode for stimulating a brain region having an abnormal synchronous neuronal activity, - at least one sensor (3, 2) for measuring an electrical signal, and - a control means that detects the occurrence of a pathological feature of the electrical signal measured by the sensor (3, 2) and that emits a sequence of stimuli to the electrode upon occurrence of the pathological feature, - the sequence of stimuli comprises a low-frequency sequence of short resetting high-frequency pulse trains followed by a short desynchronizing high-frequency pulse train, wherein successive resetting high-frequency pulse trains always do not overlap one another and the resetting high-frequency pulse trains each have a greater amplitude than the desynchronizing high-frequency pulse train.
Single-track vehicle - having a display device and - having a control device which is set up and is coupled to the display device in such a manner - that at least a first display layout and a second display layout can be implemented by means of the display device, - wherein the first display layout and the second display layout have at least one main display field, - wherein, in the case of switching to the first display layout, the current speed and/or the current engine speed and/or the current gear stage and/or a current desired speed of the single-track vehicle is/are displayed in the region of the main display field, and - wherein, in the case of switching to the second display layout, a plurality of menu items of a selection menu and/or information relating to comfort functions of the single-track vehicle is/are presented in the region of the main display field, characterized in that the single-track vehicle also comprises: - a capture device which interacts with the control device in such a manner that, in response to an output signal from the capture device, there is a changeover from the first display layout to the second display layout and vice versa, wherein the capture device comprises a speed sensor and/or an acceleration sensor. - having a display device and - having a control device which is set up and is coupled to the display device in such a manner - that at least a first display layout and a second display layout can be implemented by means of the display device, - wherein the first display layout and the second display layout have at least one main display field, - wherein, in the case of switching to the first display layout, the current speed and/or the current engine speed and/or the current gear stage and/or a current desired speed of the single-track vehicle is/are displayed in the region of the main display field, and - wherein, in the case of switching to the second display layout, a plurality of menu items of a selection menu and/or information relating to comfort functions of the single-track vehicle is/are presented in the region of the main display field, characterized in that the single-track vehicle also comprises: - a capture device which interacts with the control device in such a manner that, in response to an output signal from the capture device, there is a changeover from the first display layout to the second display layout and vice versa, wherein the capture device comprises a speed sensor and/or an acceleration sensor. - a capture device which interacts with the control device in such a manner that, in response to an output signal from the capture device, there is a changeover from the first display layout to the second display layout and vice versa, wherein the capture device comprises a speed sensor and/or an acceleration sensor.
A stack (1, 24) of interfolded first and second sheets (2, 3, 21, 22), wherein the stack comprises an adherence layer (14, 30) for adhering a start of the stack to an end of a preceding stack in a dispenser, and characterised in that the adherence layer is applied on the first and the second sheets so that the first and second sheets at the start of the stack are adherable to the end of the preceding stack.
An aircraft for providing visual signalling, wherein a plurality of multifunctional light units each comprising at least one light source for outboard light emission are provided on sideway facing areas of the aircraft; wherein the sideway facing areas comprise lateral sideway facing surface areas and/or forward and backwards facing surface areas of the aircraft; and wherein the aircraft comprises a fuselage structure; wherein the fuselage structure is provided with a plurality of windows; and wherein the sideway facing areas of the aircraft are window areas of the fuselage structure and the window areas comprise cabin and/or cockpit windows; wherein a plurality of the windows is provided with the multifunctional light units; wherein the multifunctional light units are provided following at least a part of a contour of the respective window, such that the multifunctional light units retrace at least a part of the contour of the windows; characterised in that the multifunctional light units are configured to provide at least one of the group of: i) status signalling of the aircraft; wherein the status signalling relates to a combination of at least status of the aircraft and status of the traffic situation, and preferably also status of the current flight mission; and/or ii) identification signalling of the aircraft; wherein the identification signalling relates to a combination of at least two of the group of: type and specific model of the aircraft, operating airline, flight number, and destination and origin.
A method of controlling uplink transmissions from a radio device (10; 700; 1000) to a wireless communication network, the method comprising: the radio device (10; 700; 1000) performing uplink transmissions on a first carrier, the uplink transmissions on the first carrier requiring scheduling by a node (100; 900; 1100) of the wireless communication network; the radio device (10; 700; 1000) performing uplink transmissions on a second carrier, the uplink transmissions on the second carrier requiring that, by a carrier sense operation, the radio device (10; 700; 1000) assesses the second carrier as being unoccupied before proceeding to the uplink transmission on the second carrier; the radio device (10; 700; 1000) performing the carrier sense operation to assess whether the second carrier is unoccupied; and the radio device (10; 700; 1000) providing an indication of a result of the carrier sense operation to the node (100; 900; 1100) by: - transmitting on the first carrier on the basis of a first transport format if the result of the carrier sense operation is that the second carrier is assessed as being occupied; and - transmitting on the first carrier on the basis of a second transport format if the result of the carrier sense operation is that the second carrier is assessed as being unoccupied. the radio device (10; 700; 1000) performing uplink transmissions on a first carrier, the uplink transmissions on the first carrier requiring scheduling by a node (100; 900; 1100) of the wireless communication network; the radio device (10; 700; 1000) performing uplink transmissions on a second carrier, the uplink transmissions on the second carrier requiring that, by a carrier sense operation, the radio device (10; 700; 1000) assesses the second carrier as being unoccupied before proceeding to the uplink transmission on the second carrier; the radio device (10; 700; 1000) performing the carrier sense operation to assess whether the second carrier is unoccupied; and the radio device (10; 700; 1000) providing an indication of a result of the carrier sense operation to the node (100; 900; 1100) by: - transmitting on the first carrier on the basis of a first transport format if the result of the carrier sense operation is that the second carrier is assessed as being occupied; and - transmitting on the first carrier on the basis of a second transport format if the result of the carrier sense operation is that the second carrier is assessed as being unoccupied. - transmitting on the first carrier on the basis of a first transport format if the result of the carrier sense operation is that the second carrier is assessed as being occupied; and - transmitting on the first carrier on the basis of a second transport format if the result of the carrier sense operation is that the second carrier is assessed as being unoccupied.
A method for wireless communications, comprising: determining a number of antenna ports to be used for a channel state information reference signal (CSI-RS); allocating groups of n resource elements in a transmission resource unit for transmitting control information for one or more nodes, wherein the allocating comprises: from resource elements in the transmission resource unit, disregarding resource elements designated for the CSI-RS based on a highest possible number of supported CSI-RS ports, regardless of the number of antenna ports to be used for the CSI-RS; and out of the resource elements remaining in the transmission resource unit after the disregarding, determining the groups of n resource elements; and transmitting the control information for the nodes according to the allocated groups of n resource elements. determining a number of antenna ports to be used for a channel state information reference signal (CSI-RS); allocating groups of n resource elements in a transmission resource unit for transmitting control information for one or more nodes, wherein the allocating comprises: from resource elements in the transmission resource unit, disregarding resource elements designated for the CSI-RS based on a highest possible number of supported CSI-RS ports, regardless of the number of antenna ports to be used for the CSI-RS; and out of the resource elements remaining in the transmission resource unit after the disregarding, determining the groups of n resource elements; and from resource elements in the transmission resource unit, disregarding resource elements designated for the CSI-RS based on a highest possible number of supported CSI-RS ports, regardless of the number of antenna ports to be used for the CSI-RS; and out of the resource elements remaining in the transmission resource unit after the disregarding, determining the groups of n resource elements; and transmitting the control information for the nodes according to the allocated groups of n resource elements.
A molybdated succinimide complex prepared by a process which comprises (a) reacting an alkyl or alkenyl succinimide of a polyamine of formula I wherein R is a C 12 to C 30 alkyl or alkenyl group, a and b are independently 2 or 3, and x is 0 to 10, with an ethylenically unsaturated carboxylic acid or anhydride thereof selected from the group consisting of acrylic acid, methacrylic acid, maleic anhydride and mixtures thereof; and (b) reacting the succinimide product of step (a) with an acidic molybdenum compound. (a) reacting an alkyl or alkenyl succinimide of a polyamine of formula I wherein R is a C 12 to C 30 alkyl or alkenyl group, a and b are independently 2 or 3, and x is 0 to 10, with an ethylenically unsaturated carboxylic acid or anhydride thereof selected from the group consisting of acrylic acid, methacrylic acid, maleic anhydride and mixtures thereof; and (b) reacting the succinimide product of step (a) with an acidic molybdenum compound.
A drain valve device (102, 202, 302) for a drain of a shower floor of a water recirculation shower system comprising a pump inlet above the shower floor, the drain valve device (102, 202, 302) comprising: - an impeding part (132, 332) configured to be movable in relation to the drain between: a closed position, wherein a direct drain impediment (133, 333) is formed at or below a drainage level being defined by a part of the shower floor next to the drain, and an open position, wherein the direct drain impediment is not formed; - an overflow drain part (103, 203, 303) comprising one or more outlet apertures (105, 205, 305) being configured to provide communication from the shower floor to the drain, the one or more outlet apertures (105, 205, 305) being configured to be provided at an elevation of between 3 and 30 mm in relation to a pump suction inlet area of the shower floor when the impeding part (132, 332) is in the closed position; and - a base part (134, 234, 334) configured to fit at an opening of the drain; wherein the impeding part (132, 332) being moveably attached to the base part (134, 234, 334), characterised in that the drain valve device (102, 202, 302) is configured to provide communication from the shower floor to the drain between the impeding part (132, 332) and the base part (134, 234, 334) when the impeding part (132, 332) is in the open position. - an impeding part (132, 332) configured to be movable in relation to the drain between: a closed position, wherein a direct drain impediment (133, 333) is formed at or below a drainage level being defined by a part of the shower floor next to the drain, and an open position, wherein the direct drain impediment is not formed; - an overflow drain part (103, 203, 303) comprising one or more outlet apertures (105, 205, 305) being configured to provide communication from the shower floor to the drain, the one or more outlet apertures (105, 205, 305) being configured to be provided at an elevation of between 3 and 30 mm in relation to a pump suction inlet area of the shower floor when the impeding part (132, 332) is in the closed position; and - a base part (134, 234, 334) configured to fit at an opening of the drain; wherein the impeding part (132, 332) being moveably attached to the base part (134, 234, 334), characterised in that the drain valve device (102, 202, 302) is configured to provide communication from the shower floor to the drain between the impeding part (132, 332) and the base part (134, 234, 334) when the impeding part (132, 332) is in the open position.
A sealing assembly, enabling to fill and seal a reservoir of a disposable gas lighter or a gas reservoir for all type of lighter, comprising: - a reservoir body with a substantially cylindrical well provided in the reservoir body, having an inner wall, - a plug, intended to be received in said well, said plug having a front section and a rear section, the front section comprising radial projections and at least one recess to provide a fluid passage in a first axial position of the plug inserted in the well, the rear section having a circular bulge portion, and a weld portion adapted to be melted by welding, wherein the plug is adapted to be moved from the first axial position to a second axial position providing a temporary seal position in which a gastight contact is provided between the circular bulge portion of the plug and the inner wall of the well, and further from the second axial position to a third axial position providing a definitive seal position, wherein the weld portion of the plug is welded to the reservoir so that the plug is joined in a gastight manner to the inner wall of the reservoir, the fluid passage being provided by the at least one recess in the first axial position, so that the first axial position is an inserted position of the plug in which a fluid communication is provided between an inner portion of the reservoir and outside. - a reservoir body with a substantially cylindrical well provided in the reservoir body, having an inner wall, - a plug, intended to be received in said well, said plug having a front section and a rear section, the front section comprising radial projections and at least one recess to provide a fluid passage in a first axial position of the plug inserted in the well, the rear section having a circular bulge portion, and a weld portion adapted to be melted by welding,
A method comprising: receiving, by a wireless device, one or more configuration parameters indicating a single frequency network, SFN, scheme; receiving, via at least one control resource set, coreset, of coresets configured for physical downlink control channel, PDCCH, repetition, a repetition of downlink control information, DCI, scheduling a physical downlink shared channel, PDSCH; and receiving the PDSCH using transmission configuration indicator, TCI, states of the coresets in response to: the one or more configuration parameters indicating the SFN scheme; the DCI not comprising a TCI field; and a time offset between the DCI and the PDSCH being equal to or greater than a threshold. receiving, by a wireless device, one or more configuration parameters indicating a single frequency network, SFN, scheme; receiving, via at least one control resource set, coreset, of coresets configured for physical downlink control channel, PDCCH, repetition, a repetition of downlink control information, DCI, scheduling a physical downlink shared channel, PDSCH; and receiving the PDSCH using transmission configuration indicator, TCI, states of the coresets in response to: the one or more configuration parameters indicating the SFN scheme; the DCI not comprising a TCI field; and a time offset between the DCI and the PDSCH being equal to or greater than a threshold. the one or more configuration parameters indicating the SFN scheme; the DCI not comprising a TCI field; and a time offset between the DCI and the PDSCH being equal to or greater than a threshold.
A method for recovering a valuable metal from a waste battery containing aluminium and iron, comprising: a melting step comprising melting the waste battery to form a melt; a first oxidation step comprising subjecting the waste battery before the melting step to a treatment at a degree of oxidation that allows the aluminium to be oxidized; a first slag separation step comprising separating first slag containing aluminium oxide from the melt so that a first alloy containing iron is obtained; a second oxidation step comprising subjecting the first alloy or a melt of the first alloy to a treatment at a degree of oxidation that allows the iron to be oxidized; and a second slag separation step comprising separating second slag containing iron oxide from a melt after the second oxidation step so that a second alloy containing cobalt is recovered, wherein the first oxidation step is a pre-oxidation step comprising roasting the waste battery to perform a pre-oxidation treatment before the melting step. a melting step comprising melting the waste battery to form a melt; a first oxidation step comprising subjecting the waste battery before the melting step to a treatment at a degree of oxidation that allows the aluminium to be oxidized; a first slag separation step comprising separating first slag containing aluminium oxide from the melt so that a first alloy containing iron is obtained; a second oxidation step comprising subjecting the first alloy or a melt of the first alloy to a treatment at a degree of oxidation that allows the iron to be oxidized; and a second slag separation step comprising separating second slag containing iron oxide from a melt after the second oxidation step so that a second alloy containing cobalt is recovered, wherein the first oxidation step is a pre-oxidation step comprising roasting the waste battery to perform a pre-oxidation treatment before the melting step.
A process for preparing an oil composition comprising degumming a crude oil to form a degummed oil; bleaching the degummed oil to form a bleached oil; deodorizing the bleached oil at a temperature from 220°C to 270°C at a pressure of not more than 1.4 kPa for not more than 50 minutes to form the oil composition having an anisidine value of less than 3 and comprising less than 1 wt.% trans- fatty acid based on the total weight of fatty acids or derivatives thereof in the oil composition; and further comprising at least one of the following steps: (i) contacting the degummed oil with a bleaching material at a temperature from 80°C to 120°C at a pressure of 0.6 to 7 kPa to form the bleached oil; (ii) reacting the crude oil with an acidic aqueous solution, at a temperature of at least 35°C and in the presence of an inert gas to minimize oxygen concentration, to form the degummed oil; or (iii) cracking and dehulling whole seeds, in the presence of an inert gas to minimize oxygen concentration, to form seed meats or seed hulls, or milling, grinding, or flaking an oil-containing material, in the presence of an inert gas to minimize oxygen concentration, to form oil-containing material having increased surface area, and contacting the seed meats, the seed hulls or the oil-containing material having increased surface area with an extraction fluid to extract a crude oil from the seed meats, the seed hulls or the oil-containing material. (i) contacting the degummed oil with a bleaching material at a temperature from 80°C to 120°C at a pressure of 0.6 to 7 kPa to form the bleached oil; (ii) reacting the crude oil with an acidic aqueous solution, at a temperature of at least 35°C and in the presence of an inert gas to minimize oxygen concentration, to form the degummed oil; or (iii) cracking and dehulling whole seeds, in the presence of an inert gas to minimize oxygen concentration, to form seed meats or seed hulls, or milling, grinding, or flaking an oil-containing material, in the presence of an inert gas to minimize oxygen concentration, to form oil-containing material having increased surface area, and contacting the seed meats, the seed hulls or the oil-containing material having increased surface area with an extraction fluid to extract a crude oil from the seed meats, the seed hulls or the oil-containing material.
A method for the synthesis of carbon nanotubes on the surface of a material, comprising the following steps carried out under a stream of inert gase(s) possibly mixed with hydrogen: (i) heating the material in a reactor, at the surface of which the carbon nanotubes are to be synthesized, at a temperature ranging from 350°C to 850°C; (ii) introducing in said reactor, a carbon source comprising acetylene and xylene, and a catalyst containing ferrocene; (iii) exposing the heated material to the carbon source and the ferrocene-containing catalyst for a duration sufficient for obtaining carbon nanotubes at the surface of said material;: (v) recovering, optionnaly after cooling, the material comprising at its surface carbon nanotubes, at the end of step (iii), wherein in step (ii) the acetylene is introduced in the reactor in the form of gas in a quantity higher than 0 and able to reach up to 20 vol.% of the total gas, and the xylene is introduced in the reactor under liquid form in a mixture with the ferrocene in which the ferrocene content in this mixture ranges between 0.001 to 0.3g of ferrocene/ml of xylene. (i) heating the material in a reactor, at the surface of which the carbon nanotubes are to be synthesized, at a temperature ranging from 350°C to 850°C; (ii) introducing in said reactor, a carbon source comprising acetylene and xylene, and a catalyst containing ferrocene; (iii) exposing the heated material to the carbon source and the ferrocene-containing catalyst for a duration sufficient for obtaining carbon nanotubes at the surface of said material;: (v) recovering, optionnaly after cooling, the material comprising at its surface carbon nanotubes, at the end of step (iii),