mhurhangee/ep-ind-claims huggingface dataset:
An electrode group comprising: a positive electrode comprising a positive electrode active material-containing layer containing a positive electrode active material; a negative electrode comprising a negative electrode active material-containing layer containing a negative electrode active material; and a separator positioned at least between the positive electrode and the negative electrode, wherein the separator comprises a layer including organic fibers, first solid electrolyte particles in contact with the organic fibers and the positive electrode active material-containing layer, second solid electrolyte particles in contact with the organic fibers and the negative electrode active material-containing layer, and third solid electrolyte particles which are not in contact with any of the positive electrode active material-containing layer and the negative electrode active material-containing layer and are positioned inside the layer of organic fibers. a positive electrode comprising a positive electrode active material-containing layer containing a positive electrode active material; a negative electrode comprising a negative electrode active material-containing layer containing a negative electrode active material; and a separator positioned at least between the positive electrode and the negative electrode, wherein the separator comprises a layer including organic fibers, first solid electrolyte particles in contact with the organic fibers and the positive electrode active material-containing layer, second solid electrolyte particles in contact with the organic fibers and the negative electrode active material-containing layer, and third solid electrolyte particles which are not in contact with any of the positive electrode active material-containing layer and the negative electrode active material-containing layer and are positioned inside the layer of organic fibers.
A low voltage programming method for a selected non-volatile memory cell in a NAND memory array having a gate node coupled to a wordline, hereinafter referred to as WL(n) and a drain node connected to a selected bitline; characterized by: injecting hot carriers from a drain region of an injecting memory cell having a gate node coupled to a next neighbor wordline, hereinafter referred to as WL(n-1), into a floating gate of the selected non-volatile memory cell on the wordline WL(n) by: while concurrently applying a passing voltage V passH to all unselected wordlines which span the selected bitline except for the next neighbor word line WL(n-1) and applying a program voltage V pgm to the selected wordline WL(n), ramping a next neighbor wordline WL(n-1) gate node voltage from about 0V to about a voltage V read. injecting hot carriers from a drain region of an injecting memory cell having a gate node coupled to a next neighbor wordline, hereinafter referred to as WL(n-1), into a floating gate of the selected non-volatile memory cell on the wordline WL(n) by: while concurrently applying a passing voltage V passH to all unselected wordlines which span the selected bitline except for the next neighbor word line WL(n-1) and applying a program voltage V pgm to the selected wordline WL(n), ramping a next neighbor wordline WL(n-1) gate node voltage from about 0V to about a voltage V read. while concurrently applying a passing voltage V passH to all unselected wordlines which span the selected bitline except for the next neighbor word line WL(n-1) and applying a program voltage V pgm to the selected wordline WL(n), ramping a next neighbor wordline WL(n-1) gate node voltage from about 0V to about a voltage V read.
Use of an effective amount of medium chain triglyceride for the preparation of a pharmaceutical composition for the treatment or prevention of loss of cognitive function caused by reduced neuronal metabolism in Parkinson's disease, wherein said method of treatment or prevention comprises oral administration of a single dose of medium chain triglyceride to a patient such that the blood level of D-beta-hydroxybutyrate in the patient is raised to 1-10mM or patient urinary excretion of D-beta-hydroxybutyrate is in the range 5 mg/dL to 160 mg/dL causing hyperketonemia in the patient resulting in ketone bodies being utilized for energy in the brain in the presence of glucose.
Milling tool for machining wood, wood-based materials, plastics or light metals, having a machining side and a spindle side and having a first fixed machining tool, which is arranged in a housing which can be rotated about an axis of rotation, and at least one second machining tool (2, 3) which is arranged coaxially to the first machining tool so as to be displaceable between an inoperative position and a machining position and, for displacement in the axial direction, can be brought into connection with a cam disc which is arranged in the housing so as to be rotatable about the axis of rotation, characterized in that at least two machining tools (2, 3) which are arranged so as to be displaceable between an inoperative position and a machining position are provided.
A dynamic stabilization system configured for implantation into a spine, comprising: a first dynamic stabilization device configured to be attached to two vertebrae, the first dynamic stabilization device being pre-stressed and including a first residual stress; a second dynamic stabilization device configured to be attached to the two vertebrae, the second dynamic stabilization device being pre-stressed and including a second residual stress; and wherein the first and second dynamic stabilization devices are configured to apply a force to the two vertebrae thereby adjusting the relative positions of the two vertebrae, wherein at least one of the first and second dynamic stabilization devices is a dynamic stabilization device configured for implantation into a spine, comprising: an outer spring and an inner spring, wherein the inner spring is disposed within the outer spring; characterized in that both the outer spring and the inner spring are formed as coil springs, wherein the outer coil spring has a first working length that is substantially equal to a second working length of the inner coil spring. a first dynamic stabilization device configured to be attached to two vertebrae, the first dynamic stabilization device being pre-stressed and including a first residual stress; a second dynamic stabilization device configured to be attached to the two vertebrae, the second dynamic stabilization device being pre-stressed and including a second residual stress; and wherein the first and second dynamic stabilization devices are configured to apply a force to the two vertebrae thereby adjusting the relative positions of the two vertebrae, an outer spring and an inner spring, wherein the inner spring is disposed within the outer spring; characterized in that both the outer spring and the inner spring are formed as coil springs, wherein the outer coil spring has a first working length that is substantially equal to a second working length of the inner coil spring.
Method for controlling the acceleration of a bobbin drive roller at a workstation of a textile machine producing cross-wound bobbins, wherein the bobbin drive roller drives a take-up bobbin by friction, and whereby winding progress is monitored during bobbin travel, characterised in that the bobbin drive roller is accelerated to pre-determinable acceleration steps one after the other, whereby the angle speeds of the bobbin drive roller as well as of the take-up bobbin are recorded and compared with each other and acceleration to the next acceleration step is started depending on the result of this comparison, and the start of the acceleration steps of the bobbin drive roller is controlled during a ramp-up depending on the relevant winding progress of the take-up bobbin.
Method for controlling restraint devices in a motor vehicle by - detecting a movement parameter (a) of the motor vehicle, - triggering a first restraint device optionally in response to exceeding a first predetermined threshold value (a 1) or a second predetermined threshold value (a 2) for the detected movement parameter (a), - triggering a second restraint device optionally in response to exceeding the first predetermined threshold value (a 1) or the second predetermined threshold value (a 2) for the detected movement parameter (a), and - actuating a first device which influences the restraining force of the first restraint device and a second device which influences the restraining force of the second restraint device in response to exceeding the first predetermined threshold value (a 1) and/or the second predetermined threshold value (a 2) (S22, S24), characterised in that - triggering the restraint devices is not predetermined by a set sequence, but is adapted to the course of the accident or to the severity of the accident. - detecting a movement parameter (a) of the motor vehicle, - triggering a first restraint device optionally in response to exceeding a first predetermined threshold value (a 1) or a second predetermined threshold value (a 2) for the detected movement parameter (a), - triggering a second restraint device optionally in response to exceeding the first predetermined threshold value (a 1) or the second predetermined threshold value (a 2) for the detected movement parameter (a), and - actuating a first device which influences the restraining force of the first restraint device and a second device which influences the restraining force of the second restraint device in response to exceeding the first predetermined threshold value (a 1) and/or the second predetermined threshold value (a 2) (S22, S24), - triggering the restraint devices is not predetermined by a set sequence, but is adapted to the course of the accident or to the severity of the accident.
A method of communication over a wireless network having a plurality of communication channels formed between a plurality of transmitters (TX 1, TX 2) and at least one receiver at each of a plurality of receiving stations, the method comprising: determining a characteristic for each communication channel at each receiving station; selecting for each receiving station a set of beam forming weighting factors to be applied to the plurality of transmitters (TX 1, TX 2) based on the communication channel characteristics at each receiving station; determining based on a measured noise power a quality indication for each effective beamformed channel which would result from the selected weighting factors characterized in that the method further comprises scheduling data transmissions over said effective beamformed channels depending on said quality indications. determining a characteristic for each communication channel at each receiving station; selecting for each receiving station a set of beam forming weighting factors to be applied to the plurality of transmitters (TX 1, TX 2) based on the communication channel characteristics at each receiving station; determining based on a measured noise power a quality indication for each effective beamformed channel which would result from the selected weighting factors characterized in that the method further comprises scheduling data transmissions over said effective beamformed channels depending on said quality indications. scheduling data transmissions over said effective beamformed channels depending on said quality indications.
A mobile unit control device comprising: an imaging unit that, when installed on a mobile unit, captures at least a portion of surroundings of the mobile unit to obtain an image thereof; an identification unit that, when the image captured by the imaging unit includes a figure of a person, determines a trunk of the person in the figure of the person as a representative point; and a control unit that controls a movement of the mobile unit on a basis of a position of the representative point determined by the identification unit in the image, the movement including a moving direction of the mobile unit; characterized in that the control unit changes an orientation of the mobile unit when the identification unit is unable to determine the representative point. an imaging unit that, when installed on a mobile unit, captures at least a portion of surroundings of the mobile unit to obtain an image thereof; an identification unit that, when the image captured by the imaging unit includes a figure of a person, determines a trunk of the person in the figure of the person as a representative point; and a control unit that controls a movement of the mobile unit on a basis of a position of the representative point determined by the identification unit in the image, the movement including a moving direction of the mobile unit; characterized in that the control unit changes an orientation of the mobile unit when the identification unit is unable to determine the representative point.
An assembly for preparing a dispersion and applying the dispersion to a printing material, the assembly comprising: - a reservoir for a first ingredient of the dispersion; - a supply source for a second ingredient of the dispersion; - a mixing tank for receiving the first and second ingredients from the reservoir and the supply source and for mixing at least the first and second ingredients to obtain the dispersion; - a dispersion receptacle with a dispersion inlet for receiving the dispersion from the mixing tank; and - an applicator for transferring the dispersion from the dispersion receptacle to the printing material, characterised by a withdrawal device adapted for withdrawing dispersion from the dispersion receptacle which is not picked up by the applicator. - a reservoir for a first ingredient of the dispersion; - a supply source for a second ingredient of the dispersion; - a mixing tank for receiving the first and second ingredients from the reservoir and the supply source and for mixing at least the first and second ingredients to obtain the dispersion; - a dispersion receptacle with a dispersion inlet for receiving the dispersion from the mixing tank; and - an applicator for transferring the dispersion from the dispersion receptacle to the printing material,
A positive electrode active material for an alkaline secondary battery comprising a core layer containing nickel hydroxide and a conductive auxiliary layer which coats a surface of the core layer, wherein the conductive auxiliary layer contains a cobalt oxyhydroxide phase having a rhombohedral structure and a space group R3m structure and a cerium dioxide phase having a fluorite structure and a space group Fm3m structure, the active material contains lithium, cobalt atoms and cerium atoms are positioned at 3a1 and 3a2 sites of the cobalt oxyhydroxide phase, cobalt atoms and cerium atoms are positioned at 4a site of the cerium dioxide phase, the active material is subject to a lithium impregnation treatment, the core layer and the conductive auxiliary layer contain lithium, and an amount of lithium contained in the active material corresponds to 0.03% by mass or more and 0.36% by mass or less of lithium as element.
Furniture drive with an electric drive motor and a braking device - wherein the drive motor has an output shaft projecting beyond a motor housing, - wherein the braking device comprises at least one braking element and a force accumulator, wherein the force accumulator permanently applies a braking force to a friction surface of the at least one braking element, and wherein the force accumulator and the braking element are formed integrally, characterized in that - static and sliding friction coefficients between the friction surface of the braking element and the output shaft differ by a factor of at least 1.3, and - that an EMF brake is provided for the drive motor. - wherein the drive motor has an output shaft projecting beyond a motor housing, - wherein the braking device comprises at least one braking element and a force accumulator, wherein the force accumulator permanently applies a braking force to a friction surface of the at least one braking element, and wherein the force accumulator and the braking element are formed integrally, - static and sliding friction coefficients between the friction surface of the braking element and the output shaft differ by a factor of at least 1.3, and - that an EMF brake is provided for the drive motor.
A visual processing device comprising: a spatial signal processing unit operable to output an unsharp signal generated by performing a predetermined processing on an input image signal based on information from a plurality of pixels surrounding a target pixel of the input image signal; and a visual processing unit operable to perform visual processing on the input image signal and operable to output an output signal as a result of the visual processing, the visual processing being performed using the input image signal and the unsharp signal output by the spatial signal processing unit, characterized in that the visual processing unit includes an enhancing portion and a dynamic range compression portion, wherein the enhancing portion uses a power function to output an enhanced signal that enhances a divided signal obtained by dividing the input image signal by the unsharp signal, the dynamic range compression portion compresses a dynamic range of the input image signal using a dynamic range compression function to output a dynamic range compressed signal, and the dynamic range compressed signal is multiplied by the enhanced signal to produce the output signal. a spatial signal processing unit operable to output an unsharp signal generated by performing a predetermined processing on an input image signal based on information from a plurality of pixels surrounding a target pixel of the input image signal; and a visual processing unit operable to perform visual processing on the input image signal and operable to output an output signal as a result of the visual processing, the visual processing being performed using the input image signal and the unsharp signal output by the spatial signal processing unit, characterized in that the visual processing unit includes an enhancing portion and a dynamic range compression portion, wherein the enhancing portion uses a power function to output an enhanced signal that enhances a divided signal obtained by dividing the input image signal by the unsharp signal, the dynamic range compression portion compresses a dynamic range of the input image signal using a dynamic range compression function to output a dynamic range compressed signal, and the dynamic range compressed signal is multiplied by the enhanced signal to produce the output signal.
A method for transmitting configuration information, comprising: sending, by a first terminal device, a first sidelink transmission channel, characterized in that, the first sidelink transmission channel is configured to indicate configuration information of a slot format and configuration information of a bandwidth part, BWP, wherein the configuration information indicated by the first sidelink transmission channel is used for communication between the first terminal device and a second terminal device, wherein the configuration information of the slot format comprises: a period of the configuration information of the slot format, wherein the configuration information of the slot format is used for determining time-domain positions of an uplink symbol in a slot, wherein the configuration information of the BWP comprises a subcarrier spacing in the BWP and a cyclic prefix, CP, type of the BWP, and a modulation and coding scheme, MCS, for the configuration information indicated by the first sidelink transmission channel in the first sidelink transmission channel is pre-configured. sending, by a first terminal device, a first sidelink transmission channel, characterized in that, the first sidelink transmission channel is configured to indicate configuration information of a slot format and configuration information of a bandwidth part, BWP, wherein the configuration information indicated by the first sidelink transmission channel is used for communication between the first terminal device and a second terminal device, wherein the configuration information of the slot format comprises: a period of the configuration information of the slot format, wherein the configuration information of the slot format is used for determining time-domain positions of an uplink symbol in a slot, wherein the configuration information of the BWP comprises a subcarrier spacing in the BWP and a cyclic prefix, CP, type of the BWP, and a modulation and coding scheme, MCS, for the configuration information indicated by the first sidelink transmission channel in the first sidelink transmission channel is pre-configured.
A gas turbine engine comprising: a compressor section (24; 101), a combustor (56; 118), and a turbine section, said combustor (56; 118) having a radially outer surface defining a diffuser chamber radially outwardly of said combustor (56; 118), and a cooling air chamber wall positioned outwardly of said diffuser chamber and said combustor (56; 118), and radially inwardly of a second wall to define a cooling air chamber, said turbine section including a high pressure turbine first stage blade having an outer tip, and a blade outer air seal positioned radially outwardly of said outer tip; and a tap for tapping air having been compressed by said compressor section (24; 101), said tapped air being passed through a heat exchanger, tapped air downstream of said heat exchanger passing into said cooling air chamber, and then to said blade outer air seal; characterised in that: said tapped air downstream of said heat exchanger passes into a mixing chamber where it is mixed with air from said diffuser chamber, and then passes into said cooling air chamber; air from said mixing chamber also passes radially inwardly of said combustor (56; 118) to cool said first turbine stage blade; and said mixing chamber is defined radially outwardly of a compressor diffuser and the air passes through vanes within said compressor diffuser. a compressor section (24; 101), a combustor (56; 118), and a turbine section, said combustor (56; 118) having a radially outer surface defining a diffuser chamber radially outwardly of said combustor (56; 118), and a cooling air chamber wall positioned outwardly of said diffuser chamber and said combustor (56; 118), and radially inwardly of a second wall to define a cooling air chamber, said turbine section including a high pressure turbine first stage blade having an outer tip, and a blade outer air seal positioned radially outwardly of said outer tip; and a tap for tapping air having been compressed by said compressor section (24; 101), said tapped air being passed through a heat exchanger, tapped air downstream of said heat exchanger passing into said cooling air chamber, and then to said blade outer air seal; said tapped air downstream of said heat exchanger passes into a mixing chamber where it is mixed with air from said diffuser chamber, and then passes into said cooling air chamber; air from said mixing chamber also passes radially inwardly of said combustor (56; 118) to cool said first turbine stage blade; and said mixing chamber is defined radially outwardly of a compressor diffuser and the air passes through vanes within said compressor diffuser.