mhurhangee/ep-ind-claims huggingface dataset:
A positive electrode slurryfied mixture used in the manufacturing of a rechargeable battery, the mixture comprising: - a positive electrode active material comprising a lithium metal-based oxide, the metal in the lithium metal-based oxide comprising either one or more of Ni, Mn, Al and Co; - a carbon-based conductivity enhancer; and - a binder material that is soluble in a polar aprotic solvent, characterized in that the mixture further comprises a powderous alkali hydroxyde compound having a water content less than 5 wt%. - a positive electrode active material comprising a lithium metal-based oxide, the metal in the lithium metal-based oxide comprising either one or more of Ni, Mn, Al and Co; - a carbon-based conductivity enhancer; and - a binder material that is soluble in a polar aprotic solvent, characterized in that the mixture further comprises a powderous alkali hydroxyde compound having a water content less than 5 wt%.
A computer-implemented speech wakeup method, comprising: training a speech wakeup model with general speech data, wherein the training includes: iteratively optimizing parameters in the speech wakeup model with the general speech data by means of an asynchronous stochastic gradient descent method until the training converges; acquiring keyword-specific speech data, and training the speech wakeup model with the keyword-specific speech data, wherein a learning rate used in the training with the keyword-specific speech data is less than that is used in the training of the speech wakeup model with the general speech data; inputting speech data to the speech wakeup model trained with the general speech data and the keyword-specific speech data; and outputting, by the speech wakeup model, a result for determining whether to execute speech wakeup, wherein the speech wakeup model comprises a Deep Neural Network, DNN, and a Connectionist Temporal Classifier, CTC in sequence. training a speech wakeup model with general speech data, wherein the training includes: iteratively optimizing parameters in the speech wakeup model with the general speech data by means of an asynchronous stochastic gradient descent method until the training converges; acquiring keyword-specific speech data, and training the speech wakeup model with the keyword-specific speech data, wherein a learning rate used in the training with the keyword-specific speech data is less than that is used in the training of the speech wakeup model with the general speech data; inputting speech data to the speech wakeup model trained with the general speech data and the keyword-specific speech data; and outputting, by the speech wakeup model, a result for determining whether to execute speech wakeup, wherein the speech wakeup model comprises a Deep Neural Network, DNN, and a Connectionist Temporal Classifier, CTC in sequence.
A method for reducing the concentration of a selenium oxy-anion from a liquid stream, comprising: contacting a liquid stream comprising a selenium oxy-anion with a metal-organic framework comprising Zr 6 nodes comprising Zr -O bonds and that provide η 2 μ 2 binding with the selenium oxy-anion; and complexing the selenium oxy-anion with the metal-organic framework wherein said complexing comprises η 2 μ 2 binding, thereby reducing the concentration of the selenium oxy-anion in the liquid stream. contacting a liquid stream comprising a selenium oxy-anion with a metal-organic framework comprising Zr 6 nodes comprising Zr -O bonds and that provide η 2 μ 2 binding with the selenium oxy-anion; and complexing the selenium oxy-anion with the metal-organic framework wherein said complexing comprises η 2 μ 2 binding, thereby reducing the concentration of the selenium oxy-anion in the liquid stream.
A female or a male coupling device having a centre axis A for connection with at least a first medical device, said coupling device comprising a connection site comprising; a cylinder member having threads for providing a threaded coupling with a first medical device by means of a rotational motion in a first direction, said cylinder member comprising an inner and an outer surface (22, 23), a fluid transfer channel for enabling a fluid connection, wherein said cylinder member is arranged to at least partly encompass said fluid transfer channel, and a body, said fluid transfer channel extending inside of said body, wherein said coupling device further comprises a supportive housing, wherein said cylinder member is connected to said body via at least one designated ruptureable retaining member integrally formed with the body, wherein said at least one designated ruptureable retaining member is arranged to rupture at a predetermined rotational breaking force around said centre axis A whereafter said cylinder member can be freely rotated around said centre axis and with respect to said body and wherein said supportive housing prevents said cylinder member from motion in a direction along said centre axis A, characterized in that said at least one designated ruptureable retaining member is further integrally formed with said cylinder member. a cylinder member having threads for providing a threaded coupling with a first medical device by means of a rotational motion in a first direction, said cylinder member comprising an inner and an outer surface (22, 23), a fluid transfer channel for enabling a fluid connection, wherein said cylinder member is arranged to at least partly encompass said fluid transfer channel, and a body, said fluid transfer channel extending inside of said body,
A method for sending a network packet, applied in a device comprising a network processor and an external storage space with which the network processor interacts through a bus, the method comprising: planning, in an initialization stage, header information stored in a memory of the network processor and header information stored in the external storage space respectively according to a frequency of the header information and traffic solution requirements in actual scenarios; in a case where the header information of the network packet is stored in the memory of the network processor, obtaining, by the network processor, the header information of the network packet from a mapping table stored in the memory of the network processor; and in a case where the header information of the network packet is stored in the external storage space, obtaining, by the network processor, the header information of the network packet from the external storage space, and storing the header information in a mapping table in a cache of the network processor; generating the network packet according to the header information and a payload; and sending, by the network processor, the network packet. planning, in an initialization stage, header information stored in a memory of the network processor and header information stored in the external storage space respectively according to a frequency of the header information and traffic solution requirements in actual scenarios; in a case where the header information of the network packet is stored in the memory of the network processor, obtaining, by the network processor, the header information of the network packet from a mapping table stored in the memory of the network processor; and in a case where the header information of the network packet is stored in the external storage space, obtaining, by the network processor, the header information of the network packet from the external storage space, and storing the header information in a mapping table in a cache of the network processor; generating the network packet according to the header information and a payload; and sending, by the network processor, the network packet.
A method for controlling an RRC state, comprising: sending, by a terminal device, a radio resource control, RRC, connection resume request message to a network device, characterised by: receiving, by the terminal device, an RRC connection release message from the network device in response to the connection resume request message, the RRC connection release message carrying first indication information which indicates a target state of the terminal device; and entering, by the terminal device, the target RRC state based on the first indication information; wherein if the target RRC state is an RRC inactive state and the RRC connection release message carries configuration information corresponding to the RRC inactive state, after entering the RRC inactive state, using, by the terminal device, the configuration information that is carried in RRC connection release message; wherein the configuration information corresponding to the RRC inactive state comprises at least one of I-RNTI, RAN DRX cycle, periodic RAN notification area update timers. sending, by a terminal device, a radio resource control, RRC, connection resume request message to a network device, characterised by: receiving, by the terminal device, an RRC connection release message from the network device in response to the connection resume request message, the RRC connection release message carrying first indication information which indicates a target state of the terminal device; and entering, by the terminal device, the target RRC state based on the first indication information; receiving, by the terminal device, an RRC connection release message from the network device in response to the connection resume request message, the RRC connection release message carrying first indication information which indicates a target state of the terminal device; and entering, by the terminal device, the target RRC state based on the first indication information; wherein if the target RRC state is an RRC inactive state and the RRC connection release message carries configuration information corresponding to the RRC inactive state, after entering the RRC inactive state, using, by the terminal device, the configuration information that is carried in RRC connection release message; wherein the configuration information corresponding to the RRC inactive state comprises at least one of I-RNTI, RAN DRX cycle, periodic RAN notification area update timers.
A method for using an access triggered architecture for a computer implemented application, the method comprising: obtaining an instruction consisting of a source pointer and a destination pointer from a table stored in system memory; retrieving a set of data from a first system memory location indicated by the source pointer; relocating the set of data to a second system memory location of a designated functional block, wherein the second system memory location is indicated by the destination pointer, to trigger execution of a particular operation associated with the second system memory location, based on the instruction, wherein the designated functional block is configured to execute the particular operation when triggered, and wherein the designated functional block is triggered each time data is received at the second system memory location; performing the particular operation by the designated functional block at the system memory location, using the set of data, to generate a result, wherein the particular operation is performed each time information is received at the designated functional block, and wherein the particular operation is associated with the functional block at the second system memory location; and returning the generated result to the second system memory location. obtaining an instruction consisting of a source pointer and a destination pointer from a table stored in system memory; retrieving a set of data from a first system memory location indicated by the source pointer; relocating the set of data to a second system memory location of a designated functional block, wherein the second system memory location is indicated by the destination pointer, to trigger execution of a particular operation associated with the second system memory location, based on the instruction, wherein the designated functional block is configured to execute the particular operation when triggered, and wherein the designated functional block is triggered each time data is received at the second system memory location; performing the particular operation by the designated functional block at the system memory location, using the set of data, to generate a result, wherein the particular operation is performed each time information is received at the designated functional block, and wherein the particular operation is associated with the functional block at the second system memory location; and returning the generated result to the second system memory location.
An imaging apparatus comprising: a substrate comprising an imaging element; an optical system configured to form an optical image on the imaging element; one or two attachment portions (14, 31) each comprising an attachment body (17, 33) which abuts the substrate and a screw (18, 34) that screws the substrate onto the attachment body, wherein the attachment portions (14, 31) are attached to the substrate by screwing and are capable of inclining a board surface of the substrate, by screwing the screw (18, 34) into the attachment body (17, 33), relative to a plane perpendicular to an optical axis of the optical system; and one or more supports (15, 32) configured to abut the substrate from an opposite direction to a screwing direction of the attachment portion (14, 31) at a position on the substrate and inhibit rotation of the position on the substrate in the screwing direction of the attachment portion (14, 31) about an axis perpendicular to the optical axis when the board surface is inclined by screwing in the screw.
A method of editing the genome of a cell, wherein the cell is a primary hematopoietic cell or a primary hematopoietic stem cell, the method comprising: a) providing a reaction mixture comprising a Cas9 ribonucleoprotein complex and the cell, wherein the Cas9 ribonucleoprotein complex comprises a Cas9 nuclease domain and a guide RNA, wherein the guide RNA specifically hybridizes to a target region of the genome of the cell; and b) introducing the Cas9 ribonucleoprotein complex inside the cell via electroporation. a) providing a reaction mixture comprising a Cas9 ribonucleoprotein complex and the cell, wherein the Cas9 ribonucleoprotein complex comprises a Cas9 nuclease domain and a guide RNA, wherein the guide RNA specifically hybridizes to a target region of the genome of the cell; and b) introducing the Cas9 ribonucleoprotein complex inside the cell via electroporation.
Wheel for a vehicle comprising, inside the wheel: - a housing (30,40) having a first side for mounting to a vehicle, - an electrical motor for driving movement of said vehicle, said electrical motor comprising a stator rotation-fixedly connected to said housing and a rotor rotationally coupled to said stator and having an axis of rotation, said stator being arranged within said rotor, and - a brake system adapted for engaging the rotor for braking movement of said rotor relative to the stator, characterized in that the housing comprises an exterior hollow body having a circumferential wall, a substantially open first end and an opposite substantially closed second end, a cooling system for cooling the electrical motor having a cooling duct close to an outer surface of the stator that undulates along the direction of the axis of rotation, from a start point near the open end of the exterior hollow body to an end point near the open end of the exterior hollow body. - a housing (30,40) having a first side for mounting to a vehicle, - an electrical motor for driving movement of said vehicle, said electrical motor comprising a stator rotation-fixedly connected to said housing and a rotor rotationally coupled to said stator and having an axis of rotation, said stator being arranged within said rotor, and - a brake system adapted for engaging the rotor for braking movement of said rotor relative to the stator, characterized in that the housing comprises an exterior hollow body having a circumferential wall, a substantially open first end and an opposite substantially closed second end, a cooling system for cooling the electrical motor having a cooling duct close to an outer surface of the stator that undulates along the direction of the axis of rotation, from a start point near the open end of the exterior hollow body to an end point near the open end of the exterior hollow body.
Method for operating an inverter, to whose semiconductor switch a switching frequency (fs) is applied for outputting an electrical voltage or current signal, - wherein the switching frequency (fs) is selected depending on an external parameter, - wherein a first switching frequency or a second switching frequency is selected, - wherein the first switching frequency is greater than the second switching frequency, - wherein, when an ambient temperature is exceeded or when a power demand on the inverter exceeds a certain predetermined power demand, the adjustment of the switching frequency (fs) to the external parameter is terminated, - wherein a rotational speed (n) of an electric machine driven by means of the inverter is used as an external parameter, wherein the first switching frequency is selected for a first rotational speed and the second switching frequency is selected for a second rotational speed, wherein the first rotational speed is smaller than the second rotational speed, - or wherein an amplitude of a sound wave is used as an external parameter, wherein the first switching frequency is selected at a first amplitude (A 1) and the second switching frequency is selected at a second amplitude (A 2), wherein the first amplitude (A 1) is smaller than the second amplitude (A 2). - wherein the switching frequency (fs) is selected depending on an external parameter, - wherein a first switching frequency or a second switching frequency is selected, - wherein the first switching frequency is greater than the second switching frequency, - wherein, when an ambient temperature is exceeded or when a power demand on the inverter exceeds a certain predetermined power demand, the adjustment of the switching frequency (fs) to the external parameter is terminated, - wherein a rotational speed (n) of an electric machine driven by means of the inverter is used as an external parameter, wherein the first switching frequency is selected for a first rotational speed and the second switching frequency is selected for a second rotational speed, wherein the first rotational speed is smaller than the second rotational speed, - or wherein an amplitude of a sound wave is used as an external parameter, wherein the first switching frequency is selected at a first amplitude (A 1) and the second switching frequency is selected at a second amplitude (A 2), wherein the first amplitude (A 1) is smaller than the second amplitude (A 2).
A process of welding together the two superposed edges (1a, 2a) of two sheets (1, 2) made of galvanised steel or of aluminium, in which, without removing the layer of zinc which covers the two sheets of galvanised steel or the layer of aluminium oxide which covers the two sheets of aluminium, a continuous bead of molten metal is produced on the two superposed edges (1a, 2a) of the two sheets (1, 2) by creating an electric arc between the end of these two edges (1a, 2a) and an electrode or by sending on the end of these two edges (1a, 2a) a laser beam from a laser head, this electric arc or laser beam being situated in a plane perpendicular to the plane in which the ends of these two superposed edges (1a, 2a) are situated, characterized in that this electric arc or laser beam is moved in the direction of the length of these two edges along a succession of predetermined steps (P1, P2, P3) separated by a step in the reverse direction (R1, R2) during which the electric arc or the laser beam passes back over the weld bead created during the preceding step (P1, P2, P3).
A working machine vehicle provided with a supporting frame and a pivoted load container, wherein the vehicle is configured to allow tilting of the load container from a transport position to a tilted position for dumping of a load from the load container, wherein the vehicle is provided with a suspension arrangement (20, 120) configured to reduce transfer of vibrations between the frame and the load container when the load container is in its transport position, wherein the suspension arrangement (20, 120) comprises a spring element (11, 115) and a damper element (9, 10, 11, 109, 110, 112, 113), and wherein the vehicle further is provided with at least one hydraulic hoist cylinder (9, 109) connected between the frame and the load container and arranged to lift and tilt the load container to the tilting position for dumping, characterized in that the hydraulic hoist cylinder (9, 109) forms part of a hydraulic system comprising a container (11, 112) for hydraulic fluid and at least one conduit (10, 110, 113) that connects the hydraulic hoist cylinder (9, 109) with the container (11, 112) so as to form a flow passage for hydraulic fluid between the hydraulic hoist cylinder (9, 109) and the hydraulic container (11, 112), and wherein the flow passage is arranged to exert a flow resistance to a hydraulic fluid flowing through the flow passage so as to dampen an oscillating flow through the flow passage and thereby form the damper element of the suspension arrangement (20, 120).
An image forming method comprising forming an image by jetting, onto a recording medium, an ink composition as liquid droplets each having a volume of from 60 pL to 120 pL, by using an inkjet head, the ink composition comprising a water-soluble polymer having a number average molecular weight of 1,000 or more, a water-soluble organic solvent, and a surfactant having an HLB in a range of from 3 to 12 and a number average molecular weight of less than 1,000, and the ink composition having a viscosity at 30°C in a range of from 10 mPa-sto 14 mPa·s.