mhurhangee/ep-ind-claims huggingface dataset:
A molding material comprising anionically modified microfibrillated plant fibers and a thermosetting resin, the anionically modified microfibrillated plant fibers being microfibrillated plant fibers that are anionically modified with a carboxylic acid represented by formula: X-(CH 2) n -COOH wherein X represents halogen and n is 1 or 2, and/or with a salt thereof, in the presence of a base, wherein the microfibrillated plant fibers are microfibrillated cellulose-containing plant fibers, and the molding material comprising the anionically modified microfibrillated plant fibers in an amount of 10 to 900 parts by weight per 100 parts by weight of the thermosetting resin, wherein a degree of substitution by the carboxylic acid represented by formula and/or by a salt thereof is not less than 0.01 to less than 0.4 per anhydrous glucose unit in the anionically modified microfibrillated plant fibers, and wherein the molding material is obtainable by impregnating an anionically modified microfibrillated plant fiber sheet with a thermosetting resin.
Rotor blade for a wind power plant, comprising a shell structure of a flat composite fibre material (12-1, 12-2) forming the rotor blade surface, the composite fibre material (12-1, 12-2) being provided at least at the leading edge and trailing edge of the rotor blade to create a frequency-dependent radar reflectivity factor for radar radiation incidental perpendicular to the surface with a minimum reflectance at a particular frequency within the range of 1 GHz to 10 GHz; wherein the composite fibre material (12-1, 12-2) envisaged to provide the minimum reflectance is formed as a solid composite fibre material and the thickness (dv) of the solid composite fibre material has at d V = λ 0 2 ε V with any discrepancy between an actual thickness of the solid composite fibre material and the thickness (dv) specified by the above formula being less than 10% of the wavelength of the radar radiation resulting in the solid composite fibre material, where the following symbols are used: d v the thickness of the solid material, λ 0 the wavelength in vacuum of the radar radiation, and ε v the specific dielectric constant (real part) of the solid material; or the composite fibre material (12-1, 12-2) envisaged to provide the minimum reflectance is formed in a symmetrical sandwich construction with two d K = λ 0 ε K 1 4 − d D ε D λ 0 composite fibre material layers (22, 24) as outer layers and a core material layer, and the thickness (dK) of the core material layer having at least approximately a value of with any discrepancy between an actual thickness of the core material layer and the thickness (dK) specified by the above formula being less than 10% of the wavelength of the radar radiation resulting in the core material layer, where the following symbols are used: d K the thickness of the core material layer, λ 0 the wavelength in vacuum of the radar radiation, ε K the specific dielectric constant (real part) of the core material, d D the thickness of the outer layers (22, 24), and ε D the specific dielectric constant (real part) of the outer layer material; and wherein the composite fibre material (12-1; 22, 24, 26) envisaged to provide the minimum reflectance has a specific electrical surface resistance of more than 103 ohm/square. d v the thickness of the solid material, λ 0 the wavelength in vacuum of the radar radiation, and ε v the specific dielectric constant (real part) of the solid material; d K the thickness of the core material layer, λ 0 the wavelength in vacuum of the radar radiation, ε K the specific dielectric constant (real part) of the core material, d D the thickness of the outer layers (22, 24), and ε D the specific dielectric constant (real part) of the outer layer material;
A mill for granular food in which a rotary operation unit is attached to a cylindrical barrel unit, wherein rotating the rotary operation unit rotates an inner mill unit to grind food stored in the barrel unit with the inner mill unit and an outer mill unit, and wherein the ground food is ejected from an ejection opening, comprising: an adjuster attached to the barrel unit to be rotatable relative to the barrel unit and to be prevented from coming off the barrel unit in an axis direction, a ground particle size for the food being adjusted by rotating the adjuster, wherein the adjuster is provided with a movement restricting unit that restricts movement of the inner mill unit to a predetermined position; a movement attachment and detachment unit that inscribes the outer mill unit in the barrel unit and the adjuster, and makes the outer mill unit movable in the axis direction and makes the outer mill unit attachable and detachable; a rotary shaft extending from the rotary operation unit downward along the mill for the granular food and to which the inner mill unit is attached; a pressure unit with a blade for pressing the food downward, the pressure unit being attached to the rotary shaft to be movable in the axis direction and to be rotatable together with the rotary shaft; and an elastic unit that biases the pressure unit downward, wherein the adjuster is located on the opposite side of the rotary operation unit across the barrel unit, and releasing a restriction by the movement restricting unit makes the inner mill unit and the outer mill unit extractable. an adjuster attached to the barrel unit to be rotatable relative to the barrel unit and to be prevented from coming off the barrel unit in an axis direction, a ground particle size for the food being adjusted by rotating the adjuster, wherein the adjuster is provided with a movement restricting unit that restricts movement of the inner mill unit to a predetermined position; a movement attachment and detachment unit that inscribes the outer mill unit in the barrel unit and the adjuster, and makes the outer mill unit movable in the axis direction and makes the outer mill unit attachable and detachable; a rotary shaft extending from the rotary operation unit downward along the mill for the granular food and to which the inner mill unit is attached; a pressure unit with a blade for pressing the food downward, the pressure unit being attached to the rotary shaft to be movable in the axis direction and to be rotatable together with the rotary shaft; and an elastic unit that biases the pressure unit downward, wherein the adjuster is located on the opposite side of the rotary operation unit across the barrel unit, and releasing a restriction by the movement restricting unit makes the inner mill unit and the outer mill unit extractable.
A method comprising: receiving, by a computing device, an incoming communication; responsive to determining that the incoming communication includes private information: outputting, by the computing device, an ultrasonic ping; detecting, by the computing device, a reflection of the ultrasonic ping; and determining, by the computing device, based on the reflection, whether one or more individuals other than a user to whom the incoming communication is directed are proximate to the computing device; responsive to determining that one or more individuals other than the user to whom the incoming communication is directed are proximate to the computing device, determining, by the computing device, based on a type of the computing device and a currently active application at the computing device, whether to display private information; responsive to determining to display the private information, outputting, by the computing device and for display, an indication of the incoming communication; and responsive to determining not to display the private information, refraining from outputting, by the computing device and for display, the indication of the incoming communication. receiving, by a computing device, an incoming communication; responsive to determining that the incoming communication includes private information: outputting, by the computing device, an ultrasonic ping; detecting, by the computing device, a reflection of the ultrasonic ping; and determining, by the computing device, based on the reflection, whether one or more individuals other than a user to whom the incoming communication is directed are proximate to the computing device; outputting, by the computing device, an ultrasonic ping; detecting, by the computing device, a reflection of the ultrasonic ping; and determining, by the computing device, based on the reflection, whether one or more individuals other than a user to whom the incoming communication is directed are proximate to the computing device; responsive to determining that one or more individuals other than the user to whom the incoming communication is directed are proximate to the computing device, determining, by the computing device, based on a type of the computing device and a currently active application at the computing device, whether to display private information; responsive to determining to display the private information, outputting, by the computing device and for display, an indication of the incoming communication; and responsive to determining not to display the private information, refraining from outputting, by the computing device and for display, the indication of the incoming communication.
A transfer arrangement for transfer of packaging containers from a first conveyor arrangement to a second conveyor arrangement, wherein the transfer arrangement comprises at least one gripper configured to engage the packaging containers frictionally and wherein the gripper comprises gripper elements configured to interact with a constructional detail of the packaging container so as to secure the packaging container, the gripper comprising gripper jaws (430a, 430b) arranged to clamp a portion of the packaging container by engaging it frictionally, wherein the gripper is arranged to open and release by the operation of a cam follower following at least one cam curve on the transfer arrangement, characterized in that the gripper is operationally connected to the at least one cam curve such that the at least one cam curve may control at least a vertical position of the gripper.
A display system for an aircraft, comprising: a processing unit configured to determine runway lighting information and lighting status for runway lighting associated with a selected runway and to generate display commands based on the runway lighting information and the lighting status; and a display device coupled to the processing unit and configured to receive the display commands and to display symbology representing the runway lighting information, wherein the processing unit is configured to determine at least one of a distance remaining or a time remaining between a current position of the aircraft and the runway lighting and to generate the display commands based on the at least one of the distance remaining or the time remaining, and wherein the display device is configured to display the at least one of the distance remaining or the time remaining. a processing unit configured to determine runway lighting information and lighting status for runway lighting associated with a selected runway and to generate display commands based on the runway lighting information and the lighting status; and a display device coupled to the processing unit and configured to receive the display commands and to display symbology representing the runway lighting information, wherein the processing unit is configured to determine at least one of a distance remaining or a time remaining between a current position of the aircraft and the runway lighting and to generate the display commands based on the at least one of the distance remaining or the time remaining, and wherein the display device is configured to display the at least one of the distance remaining or the time remaining.
A method for a bottleneck-sensitive graphics pipeline scheduling architecture, comprising: determining a current ratio of computing instructions retired over memory instructions retired; comparing the current ratio to a lower ratio threshold value; and configuring a next draw command to be performed using a graphics memory efficiency operational mode in response to the current ratio being below the lower ratio threshold value, wherein scheduling a draw command includes assigning processing cores and texture units to blocks of image data with a block size and wherein in the graphics memory efficiency operational mode, the block size to be operated upon is increased. determining a current ratio of computing instructions retired over memory instructions retired; comparing the current ratio to a lower ratio threshold value; and configuring a next draw command to be performed using a graphics memory efficiency operational mode in response to the current ratio being below the lower ratio threshold value, wherein scheduling a draw command includes assigning processing cores and texture units to blocks of image data with a block size and wherein in the graphics memory efficiency operational mode, the block size to be operated upon is increased.
A connector for a conduit for a cable, e.g. an optical fibre cable or a power cable, the connector comprising a hollow body having an axial throughway for the cable with a coupling for a conduit at at least one end of the body and a cavity in the body having a side substantially transverse to the throughway which the throughway opens into, an annular seal axially spaced from the coupling and having an outer diameter in the cavity located adjacent the side of the cavity and being co-axial with the opening for the cable to allow the cable to pass through the seal when the seal is unstressed and an actuator located in the cavity for axial movement towards and away from said side of the cavity, the actuator having means to act on the annular seal to compress the seal radially inwardly into engagement with the cable and to force the seal against said side of the cavity with movement towards said side to block flow of fluid through the cavity and/or to grip the cable; wherein the actuator comprises a sleeve having a bore to receive the seal when the sleeve is advanced towards said side of the cavity, the bore having an inner diameter less than the outer diameter of the seal to compress the seal onto the cable and against the side of the cavity.
A gate driving circuit comprising: a high voltage gate driving circuit unit including at least one high voltage gate driving unit having a plurality of high voltage gate drivers (111-1,...,111-N) connected to each other in series between an input terminal of an instruction signal requesting a switching control of an inverter unit and an output terminal of a control signal controlling switching of the inverter unit, the inverter unit including at least one inverter arm having at least two switches and switching input power to output alternating current power, and the high voltage gate driving circuit unit controlling switching of a high side switch of the at least two switches, dividing voltage generated at the time of the switching of the high side switch, and applying the divided voltage to the plurality of high voltage gate drivers.
Pyronaridine or a pharmaceutically acceptable salt thereof for use in a method of inducing apoptosis in proliferating cancer cells for the treatment or prevention of cancer in a mammal, the method comprising the step of administering to said mammal a composition comprising a therapeutically effective amount of PND, or the pharmaceutically acceptable salt thereof, once, twice, three, four or five times daily or every second or third day, or once every week, once every two weeks or once every four weeks, wherein the therapeutically effective amount of PND, or pharmaceutically acceptable salt thereof, is about 100 mg to about 1000 mg, and the PND, or pharmaceutically acceptable salt thereof, induces said apoptosis.
A biaxially oriented polyester film comprising a polyester resin composition containing a polyester resin recycled from PET bottles and particles, wherein at least one surface meets all of requirements to below: a number of fine protrusions each having a height of less than 3 nm per area of 4 × 10 -12 m 2 is 250 or more and 600 or less; a number of fine protrusions each having a height of 3 nm or more per area of 4 × 10 -12 m 2 is 300 or more and 600 or less; and an arithmetic mean height Sa is 0.010 μm or more and 0.025 μm or less. a number of fine protrusions each having a height of less than 3 nm per area of 4 × 10 -12 m 2 is 250 or more and 600 or less; a number of fine protrusions each having a height of 3 nm or more per area of 4 × 10 -12 m 2 is 300 or more and 600 or less; and an arithmetic mean height Sa is 0.010 μm or more and 0.025 μm or less.
A transportation device for transferring bristles and/or bristle tufts for the automated production of brushes, in particular toothbrushes, comprising - at least one tube comprising a first end and a second end in which the bristles and/or bristles tufts are transported; - a nozzle arranged at the first end of the at least one tube suitable to guide the bristles and/or bristle tufts into the tube; - a device for producing an airflow inside the at least one tube; and - a baffle plate for stopping the movement of the bristles comprising a front side, aback side, wherein the baffle plate is arranged a the second end of the at least one tube and the device is arranged in such that the bristles and/or bristle tufts are transferred from the first end of the tube to the second end of the tube, characterized in that the baffle plate comprises two or more conically shaped vents, wherein the diameter of the conically shaped vents increases from the front side to the back side. - at least one tube comprising a first end and a second end in which the bristles and/or bristles tufts are transported; - a nozzle arranged at the first end of the at least one tube suitable to guide the bristles and/or bristle tufts into the tube; - a device for producing an airflow inside the at least one tube; and - a baffle plate for stopping the movement of the bristles comprising a front side, aback side,
An antenna assembly, applied to a mobile terminal, wherein the antenna assembly comprises at least a first antenna and a second antenna; the first antenna comprises a first feed point and a first radiator connected to the first feed point; the second antenna comprises a second feed point and a second radiator connected to the second feed point, wherein a gap is arranged between the first radiator and the second radiator; an end of the second radiator close to the gap is provided with a first ground wire shared by the first antenna and the second antenna such that at least a part of the current on the first radiator of the first antenna is coupled to the second radiator and then is grounded through the first ground wire on the second radiator; an end of the second radiator away from the gap is provided with a second ground wire; the antenna assembly further comprises a ground, wherein the first ground wire and the second ground wire are separately connected to the ground; wherein the first antenna has at least two operating frequency bands, and characterized in that the first ground wire is provided with a frequency selective network for filtering the at least two operating frequency bands; the first ground wire comprises a first wire and at least two second wires connected in parallel to the first wire; each second wire is grounded; the frequency selective network comprises an LC circuit corresponding to each operating frequency band of the first antenna and the second antenna; a first inductor of each LC circuit is arranged on the first wire, and a first capacitor of each LC circuit corresponds to each second wire. the first antenna comprises a first feed point and a first radiator connected to the first feed point; the second antenna comprises a second feed point and a second radiator connected to the second feed point, wherein a gap is arranged between the first radiator and the second radiator; an end of the second radiator close to the gap is provided with a first ground wire shared by the first antenna and the second antenna such that at least a part of the current on the first radiator of the first antenna is coupled to the second radiator and then is grounded through the first ground wire on the second radiator; an end of the second radiator away from the gap is provided with a second ground wire; the antenna assembly further comprises a ground, wherein the first ground wire and the second ground wire are separately connected to the ground; wherein the first antenna has at least two operating frequency bands, and characterized in that the first ground wire is provided with a frequency selective network for filtering the at least two operating frequency bands; the first ground wire comprises a first wire and at least two second wires connected in parallel to the first wire; each second wire is grounded; the frequency selective network comprises an LC circuit corresponding to each operating frequency band of the first antenna and the second antenna; a first inductor of each LC circuit is arranged on the first wire, and a first capacitor of each LC circuit corresponds to each second wire.
A system for assessing the physiological state of a subject, comprising: a task delivery module configured to communicate to a subject at least two sets of information, each set of information relating to a cognitive task requiring a spoken response from the subject; a response detection module configured to record the respective spoken responses from the subject as an audio signal, the response detection module comprising a microphone; an analysis module configured to analyse the audio signals corresponding to the respective spoken responses recorded by the response detection module to determine from the respective spoken responses one or more characteristics indicative of the physiological state of the subject, compare said characteristics from the respective spoken responses, and determine the physiological state of the subject based on said comparison; characterised in that the at least two sets of information are different sets of information, the at least two different sets of information being selected such that each cognitive task related to each different set of information has different associated cognitive load. a task delivery module configured to communicate to a subject at least two sets of information, each set of information relating to a cognitive task requiring a spoken response from the subject; a response detection module configured to record the respective spoken responses from the subject as an audio signal, the response detection module comprising a microphone; an analysis module configured to analyse the audio signals corresponding to the respective spoken responses recorded by the response detection module to determine from the respective spoken responses one or more characteristics indicative of the physiological state of the subject, compare said characteristics from the respective spoken responses, and determine the physiological state of the subject based on said comparison; characterised in that the at least two sets of information are different sets of information, the at least two different sets of information being selected such that each cognitive task related to each different set of information has different associated cognitive load.