mhurhangee/ep-ind-claims huggingface dataset:
A cathode comprising two or more lithium-containing metal composite oxides, having different potentials versus lithium (Li/Li +) and different impedances, the cathode, comprising: (a) a first lithium-containing metal composite oxide; and (b) a second lithium-containing metal composite oxide, which has high impedance and low potential versus lithium (Li/Li +), compared to those of the first lithium-containing metal composite oxide, wherein the cathode has a structure in which the first lithium-containing metal composite oxide and the second lithium-containing metal composite oxide in the cathode are uniformly mixed with each other; the second lithium-containing metal composite oxide is coated with a conductive material on part or all of the surface thereof; wherein the second lithium containing metal composite oxide is LiFePO 4; and wherein the electrical conductivity ratio between the first lithium-containing metal composite oxide and the second lithium-containing metal composite oxide is in a range of 10 -1 to 10 -7. (a) a first lithium-containing metal composite oxide; and (b) a second lithium-containing metal composite oxide, which has high impedance and low potential versus lithium (Li/Li +), compared to those of the first lithium-containing metal composite oxide,
A method for increasing the number of cells expressing one or more markers of pluripotency in a population of non-embryonic differentiated somatic cells, the method comprising subjecting the cell population to an effective amount of chemical stress comprising adenosine triphosphate at a concentration of 20 μM to 200 mM to increase the number of cells in the cell population which express said one or more markers of pluripotency.
Cylinder head of an internal combustion engine having an oil pre-separator for crankcase gas, in particular in a motor vehicle, having a shell body which, in the assembled state, is arranged on an inner side of a cylinder head cover of the internal combustion engine, in the process covers a wall section of the cylinder head cover, and delimits a pre-separating space with the covered wall section, the shell body having at least one inlet section which has a flow cross section which increases from an inlet opening for crankcase gas towards the pre-separating space, the at least one inlet section at the same time forming a return line for separated oil in such a way that the separated oil can drip through the respective inlet opening into a cylinder head space which is covered by the cylinder head cover, the respective inlet section being configured in such a way that, in the assembled state, the respective inlet opening is situated in the cylinder head space in a middle longitudinal region which is situated between two outer longitudinal regions which are assigned to in each case one camshaft, an intermediate deck being provided in the cylinder head, which intermediate deck separates a camshaft space which contains the camshafts from a valve spring space in the cylinder head space, springs from gas exchange valves being arranged in the valve spring space, and the respective inlet opening being situated below the camshafts and below the intermediate deck in the valve spring space, characterized in that the shell body has fastening elements, namely clip elements, by way of which it can be fastened to the cylinder head cover, namely by being clipped in, and in that the shell body is adhesively bonded to the cylinder head cover.
A bearing assembly for a pipe machining apparatus, the bearing assembly comprising: a plurality of roller bearings (72B, 72A) each including a shaft (108, 104) and a roller (168, 112) rotatably coupled to the shaft, wherein the plurality of roller bearings (72B, 72A) comprises a plurality of adjustable roller bearings with each adjustable roller bearing including a second shaft and a second roller rotatably coupled to the second shaft, wherein the second roller is rotatable about a second roller bearing axis adapted to move; characterised in that the plurality of roller bearings (72B, 72A) further comprises a plurality of fixed roller bearings with each fixed roller bearing including a first shaft and a first roller rotatably coupled to the first shaft, wherein the first roller is rotatable about a first roller bearing axis adapted to remain substantially fixed; and wherein the plurality of fixed roller bearings and the plurality of adjustable roller bearings alternate relative to each other. a plurality of roller bearings (72B, 72A) each including a shaft (108, 104) and a roller (168, 112) rotatably coupled to the shaft, wherein the plurality of roller bearings (72B, 72A) comprises a plurality of adjustable roller bearings with each adjustable roller bearing including a second shaft and a second roller rotatably coupled to the second shaft, wherein the second roller is rotatable about a second roller bearing axis adapted to move; characterised in that the plurality of roller bearings (72B, 72A) further comprises a plurality of fixed roller bearings with each fixed roller bearing including a first shaft and a first roller rotatably coupled to the first shaft, wherein the first roller is rotatable about a first roller bearing axis adapted to remain substantially fixed; and wherein the plurality of fixed roller bearings and the plurality of adjustable roller bearings alternate relative to each other.
At a first wireless transceiver device, a method comprising: determining one or more parameters indicative of a range between the first wireless transceiver device and a second wireless transceiver device based, at least in part, on receipt of one or more fine timing measurement messages received at the first wireless transceiver device; and the method characterised further by, transmitting one or more messages from the first wireless transceiver device to the second wireless transceiver device comprising the one or more parameters, using data link messaging over a physical wireless link, wherein the first and second wireless transceiver devices are not associated, wherein the first and second wireless transceiver devices are not associated, if they have never exchanged an association request message followed by an association response message or if they have not exchanged an association or reassociation request message followed by an association or reassociation response message following an event that disassociates the first and second wireless transceiver devices. determining one or more parameters indicative of a range between the first wireless transceiver device and a second wireless transceiver device based, at least in part, on receipt of one or more fine timing measurement messages received at the first wireless transceiver device; and the method characterised further by, transmitting one or more messages from the first wireless transceiver device to the second wireless transceiver device comprising the one or more parameters, using data link messaging over a physical wireless link, wherein the first and second wireless transceiver devices are not associated, wherein the first and second wireless transceiver devices are not associated, if they have never exchanged an association request message followed by an association response message or if they have not exchanged an association or reassociation request message followed by an association or reassociation response message following an event that disassociates the first and second wireless transceiver devices.
A nucleic acid synthesis system comprising: a substrate having a top surface comprising a plurality of depressions and a porous material having at least one component of the nucleic acid synthesis reactions attached thereto, said porous material fixed in at least some of the depressions; and one or more dispensing stations configured to dispense a liquid reagent into at least some of said depressions; wherein the substrate is a pliable sheet and the pliable sheet has two edges of the pliable sheet joined to form a belt; and wherein the pliable belt is adapted to be moved such that the depressions can repetitively visit said dispensing stations. a substrate having a top surface comprising a plurality of depressions and a porous material having at least one component of the nucleic acid synthesis reactions attached thereto, said porous material fixed in at least some of the depressions; and one or more dispensing stations configured to dispense a liquid reagent into at least some of said depressions; wherein the substrate is a pliable sheet and the pliable sheet has two edges of the pliable sheet joined to form a belt; and wherein the pliable belt is adapted to be moved such that the depressions can repetitively visit said dispensing stations.
Method for evaluating an emergency situation in a vehicle, said vehicle comprising a passenger compartment, a speaker device, a microphone device and a module for cancelling echoes from the propagation of an emitted sound in the passenger compartment, said method comprising steps of: - emitting, from the speaker device, a sound inside the passenger compartment,-detecting a signal corresponding to the emitted sound as received by the microphone device, - determining acoustic parameters of the detected signal using the module to cancel the echoes in the detected signal, and - comparing said acoustic parameters of the detected signal to predetermined acoustic parameters associated with specific situations in order to identify the emergency situation. - emitting, from the speaker device, a sound inside the passenger compartment,-detecting a signal corresponding to the emitted sound as received by the microphone device, - determining acoustic parameters of the detected signal using the module to cancel the echoes in the detected signal, and - comparing said acoustic parameters of the detected signal to predetermined acoustic parameters associated with specific situations in order to identify the emergency situation.
Blade access arrangement for a rotor blade of a wind power plant having a tower, the arrangement comprising a platform having blade guide means (12, 13) for guiding the platform against the blade and tower guide means for guiding the platform against the tower, wherein the platform is adjustable in an open configuration, in which the blade can enter the blade guide means (12, 13), and in a closed configuration, in which the platform is guided by the blade, wherein the platform comprises at least two sub-platforms (40, 41, 42, 43) and a linking system (16, 17, 18, 19) linking the sub-platforms (40, 41, 42, 43) together, characterized in that the platform comprises an enclosure connected to the sub-platforms (40, 41, 42, 43).
Method for determining a water level in a surrounding area of a motor vehicle by means of a driver assistance apparatus of the motor vehicle, having the steps of: - emitting a transmission signal into the surrounding area of the motor vehicle by means of a sensor of the driver assistance apparatus, - receiving a signal component of the transmission signal, which is reflected in the surrounding area, as a reception signal, and - determining a temporal offset between the transmission signal and a reception echo (31, 32, 33, 34, 35, 36) of the reception signal, characterized in that the reception signal comprises a plurality of reception echoes (31, 32, 33, 34, 35, 36) and the method has the following steps of: - checking whether the temporal offset is within a predefined range of values around an offset value which corresponds to a distance between an attachment part of the motor vehicle, which causes reception echoes, and the sensor, and - determining the water level on the basis of the temporal offset if the temporal offset is outside the predefined range of values, - determining a temporal offset between the transmission signal and at least one further reception echo (31, 32, 33, 34, 35, 36) of the reception signal if the temporal offset is within the predefined range of values in order to determine the water level. - emitting a transmission signal into the surrounding area of the motor vehicle by means of a sensor of the driver assistance apparatus, - receiving a signal component of the transmission signal, which is reflected in the surrounding area, as a reception signal, and - determining a temporal offset between the transmission signal and a reception echo (31, 32, 33, 34, 35, 36) of the reception signal, - checking whether the temporal offset is within a predefined range of values around an offset value which corresponds to a distance between an attachment part of the motor vehicle, which causes reception echoes, and the sensor, and - determining the water level on the basis of the temporal offset if the temporal offset is outside the predefined range of values, - determining a temporal offset between the transmission signal and at least one further reception echo (31, 32, 33, 34, 35, 36) of the reception signal if the temporal offset is within the predefined range of values in order to determine the water level.
A backlight module, comprising: a substrate; a plurality of light sources arranged at one side of the substrate; a graphite thermal conduction layer arranged at the other side of the substrate, and a back plate of a body, wherein the backlight module is characterized in that the substrate is arranged at each of two side portions of the back plate, via-holes are provided at two side portions at a bottom of the back plate, and the via-hole is formed obliquely. a substrate; a plurality of light sources arranged at one side of the substrate; a graphite thermal conduction layer arranged at the other side of the substrate, and a back plate of a body, wherein the backlight module is characterized in that the substrate is arranged at each of two side portions of the back plate, via-holes are provided at two side portions at a bottom of the back plate, and the via-hole is formed obliquely.
Process for the production of alanine, which process comprises a) providing a cell which expresses a recombinant alanine dehydrogenase, b) culturing the cell under aerobic conditions in an aqueous phase in the presence of an inorganic nitrogen source, and c) bringing the cell into contact with a hydrophobic organic phase, wherein the cell is a prokaryotic or a lower eukaryotic cell. a) providing a cell which expresses a recombinant alanine dehydrogenase, b) culturing the cell under aerobic conditions in an aqueous phase in the presence of an inorganic nitrogen source, and c) bringing the cell into contact with a hydrophobic organic phase,
Method for monitoring the shaft current (I W) and/or the insulation of the shaft of electrodynamic machines during operation, characterized in that the shaft voltage (U W) and the associated shaft current (I W) on the shaft are measured, in that a relationship between the shaft voltage (U W) and the associated shaft current (I W) is determined from the measurement results for the shaft voltage (U W) and the shaft current (I W) for the electrodynamic machine, and in that, in order to monitor the shaft current (I W) of the electrodynamic machine, the shaft voltage (U W) is monitored and the shaft current (I W) to be monitored is deduced from the monitored shaft voltage (U W) on the basis of the determined relationship between the shaft voltage (U W) and the associated shaft current (I W).
A diverter cup assembly comprising: a tubular body having attachment means for attachment to a downhole string; and a diverter cup; a diverter cup housing comprising upper and lower parts (126A, 126B) which retain the upper and lower ends of the diverter cup respectively, the diverter cup housing and the diverter cup being located concentrically around the tubular body and being slidably mounted on the tubular body between upper and lower limit stops (130, 132); wherein, in use in a well, the lower limit stop is configured to engage the lower part of the diverter cup housing when the downhole string is being run into the well, and the upper limit stop is configured to engage the upper part of the diverter cup housing when the downhole string is being pulled out of the well; wherein the upper part of the diverter cup housing has a downwards-facing abutting face configured to engage the upper stop limit; and wherein the lower part of the diverter cup housing has an upwards-facing abutting face configured to engage the lower stop limit; characterised by the downwards-facing and upwards-facing abutting faces (131, 133) engage their respective upper and lower stop limits indirectly via a respective bearing. a tubular body having attachment means for attachment to a downhole string; and a diverter cup; a diverter cup housing comprising upper and lower parts (126A, 126B) which retain the upper and lower ends of the diverter cup respectively, the diverter cup housing and the diverter cup being located concentrically around the tubular body and being slidably mounted on the tubular body between upper and lower limit stops (130, 132); wherein, in use in a well, the lower limit stop is configured to engage the lower part of the diverter cup housing when the downhole string is being run into the well, and the upper limit stop is configured to engage the upper part of the diverter cup housing when the downhole string is being pulled out of the well; wherein the upper part of the diverter cup housing has a downwards-facing abutting face configured to engage the upper stop limit; and wherein the lower part of the diverter cup housing has an upwards-facing abutting face configured to engage the lower stop limit; characterised by the downwards-facing and upwards-facing abutting faces (131, 133) engage their respective upper and lower stop limits indirectly via a respective bearing.
Use of a carrier to carry a biofilm in a moving bed biofilm reactor (MBBR) in a moving bed biofilm reactor (MBBR) process, characterized in that the carrier comprises a carrier material, wherein the carrier material comprises at least 5 wt. %, such as at least 10, 15, 20, 25, 30, 35, 40 or 45 wt. % of a first high density polyethylene with a bimodal molecular weight distribution, and a second high density polyethylene, the second high density polyethylene having unimodal, bimodal or multimodal molecular weight distribution, preferably having unimodal molecular weight distribution, whereby the carrier material has multimodal molecular weight distribution.
Method to prepare a backup energy store for operation, said store having at least one energy storage element, wherein the backup energy store is designed to provide electrical backup energy for at least one energy consumer, wherein the energy EL that can be drawn from the backup energy store and/or the peak power Pmax that can be drawn from the backup energy store is determined and operational readiness is established as soon as the energy EL that can be drawn from the backup energy store has reached a definable minimum energy value and/or the peak power Pmax that can be drawn from the backup energy store has reached a definable minimum power value, characterized in that the energy EL that can be drawn from the backup energy store and/or the peak power Pmax that can be drawn from the backup energy store is determined by measuring a discharging process or by means of a charging process, and in that if the determination has the result that the energy EL that can be drawn from the backup energy store has not reached a definable minimum energy value and/or the peak power Pmax that can be drawn from the backup energy store has not reached a definable minimum power value, the backup energy store is first discharged by means of a discharging device in order to use the heat arising during discharging of the backup energy store at its internal resistance Ri for heating the backup energy store, independently of whether the backup energy store has too low a temperature or not.
Neural tissue unit forming a neural cell cluster for use in cell therapy for implantation in the nervous system of a human or non-human mammal, the neural tissue unit being capable of projecting axons within the host tissue, wherein said neural tissue unit contains differentiated post-mitotic neuronal cells which are immuno-compatible with the mammal intended to receive the neural tissue unit and of which the phenotype corresponds to the phenotype of the defective cells to be replaced, and which are organized into a three-dimensional array and embedded in an extracellular matrix layer, said unit being obtained from a cellular microcompartment comprising a hydrogel capsule surrounding a single neural tissue unit, and said hydrogel capsule being at least partially removed prior to use of said neural tissue unit.
Method for flow rule installation in a flow-based programmable network device, wherein said flow-based programmable network device comprises input/output ports (5a, 5b), a flow table including forwarding rules that map packet flows from data transmitting devices in the network, received on an input port, to an output port based on a packet flow matching a rule in the forwarding rules, and a state table including state entries that specify states of the packet flows, the method comprising: obtaining packet flow information that includes information about times and intervals of packet flow transmissions from said data transmitting devices, programming, by a controller entity, forwarding rules into said flow table based on said packet flow information, and triggering, by the flow-based programmable network device, activation of a forwarding rule programmed for a particular packet flow just-in-time before the actual transmission of said particular packet flow, wherein the activation is triggered by means of a timely induced update of said state table with a new or changed state entry for said particular packet flow. obtaining packet flow information that includes information about times and intervals of packet flow transmissions from said data transmitting devices, programming, by a controller entity, forwarding rules into said flow table based on said packet flow information, and triggering, by the flow-based programmable network device, activation of a forwarding rule programmed for a particular packet flow just-in-time before the actual transmission of said particular packet flow, wherein the activation is triggered by means of a timely induced update of said state table with a new or changed state entry for said particular packet flow.
Overflow (12, 12') for a sink (1, 1', 1"), having at least one inlet opening which is intended for mounting on a basin or an overflow tray or a separate drain outlet (2") of the sink (1, 1', 1"), and having an outlet opening which is intended for mounting at an outlet or venting valve of the sink (1, 1', 1"), wherein between the inlet opening and the outlet opening there is arranged a flow channel for a fluid, there being provided in the flow channel at least one section (20.1-20.4; 20.5) in which the flow channel has a substantially circular cross-section, characterised in that a plurality of such sections of circular cross-section (20.1-20.4) are arranged in parallel in the flow channel, the sections (20.1-20.4) being arranged one next to the other, triangle-like, offset or in a zig-zag, in each case in relation to the position of their centre points.