mhurhangee/ep-ind-claims huggingface dataset:
A content display method, wherein the method comprises: obtaining a start operation performed by the user on a target quick application, wherein the quick application does not need to be downloaded and installed in advance and can be used after a user taps the quick application; obtaining (S901, S902) target configuration data for the target quick application in response to the start operation so that the target quick application can learn, when being started, the display manner of the to-be-displayed content; obtaining (S903, S904) first quick application content data of the target quick application in response to the start operation; determining, from the first quick application content data, first related content associated with the target configuration data; and processing the first related content in the first quick application content data based on the target configuration data; obtaining a trigger operation performed by a user on second related content in the target quick application; determining, in response to the trigger operation, to-be-displayed content associated with the second related content; determining, based on the target configuration data, a second quick application and/or a first application program that are/is associated with the to-be-displayed content; and opening the second quick application or the first application program and displaying the to-be-displayed content in the second quick application or the first application program. obtaining a start operation performed by the user on a target quick application, wherein the quick application does not need to be downloaded and installed in advance and can be used after a user taps the quick application; obtaining (S901, S902) target configuration data for the target quick application in response to the start operation so that the target quick application can learn, when being started, the display manner of the to-be-displayed content; obtaining (S903, S904) first quick application content data of the target quick application in response to the start operation; determining, from the first quick application content data, first related content associated with the target configuration data; and processing the first related content in the first quick application content data based on the target configuration data; obtaining a trigger operation performed by a user on second related content in the target quick application; determining, in response to the trigger operation, to-be-displayed content associated with the second related content; determining, based on the target configuration data, a second quick application and/or a first application program that are/is associated with the to-be-displayed content; and opening the second quick application or the first application program and displaying the to-be-displayed content in the second quick application or the first application program.
A method for producing a yeast extract, comprising: a) adding to yeast comprising protein a protease having at least 50% identity to SEQ ID NO: 1; and b) incubating so as to hydrolyse the protein, thereby producing the yeast extract. a) adding to yeast comprising protein a protease having at least 50% identity to SEQ ID NO: 1; and b) incubating so as to hydrolyse the protein, thereby producing the yeast extract.
Radiation emitting device, having: - a substrate; - a first electrode and a second electrode, - at least a first emitter layer arranged between the first and second electrode, - wherein the first emitter layer comprises a matrix material and 0.5 - 5 % by weight of a first radiation emitting emitter, - wherein a first phosphorescent exciton trap having an emission maximum at a shorter wavelength than the first radiation emitting emitter is admixed in a concentration range of 5 - 30% by weight such that the weight fraction of the first exciton trap is higher than that of the first radiation emitting emitter, - so that excitons are transferred from the first exciton trap to the first emitter material, wherein the current efficiency of the first emitter layer is increased by at least 10% compared with that of an emitter layer without exciton trap, - and wherein the intensity of the normalized emission of the emission maximum of the first exciton trap in the first emitter layer is at most 5% of the intensity of the emission maximum of the first radiation emitting emitter, characterized in that - there is a further emitter layer comprising a second radiation emitting emitter and a second exciton trap, and - a blocking layer for blocking excitons is present between the first emitter layer and the further emitter layer. - a substrate; - a first electrode and a second electrode, - at least a first emitter layer arranged between the first and second electrode, - wherein the first emitter layer comprises a matrix material and 0.5 - 5 % by weight of a first radiation emitting emitter, - wherein a first phosphorescent exciton trap having an emission maximum at a shorter wavelength than the first radiation emitting emitter is admixed in a concentration range of 5 - 30% by weight such that the weight fraction of the first exciton trap is higher than that of the first radiation emitting emitter, - so that excitons are transferred from the first exciton trap to the first emitter material, wherein the current efficiency of the first emitter layer is increased by at least 10% compared with that of an emitter layer without exciton trap, - and wherein the intensity of the normalized emission of the emission maximum of the first exciton trap in the first emitter layer is at most 5% of the intensity of the emission maximum of the first radiation emitting emitter, characterized in that - there is a further emitter layer comprising a second radiation emitting emitter and a second exciton trap, and - a blocking layer for blocking excitons is present between the first emitter layer and the further emitter layer.
An optical film comprising a plurality of repeat units, each repeat unit comprising a first alternating layer (A, B) of at least a first polymer and a second alternating layer (B, A) of at least a second polymer, wherein the alternating layers (A, B) comprising the first polymer are isotropic and the alternating layers comprising the second polymer are birefringent, the alternating layers defining a coordinate system with mutually orthogonal x- and y-axes extending parallel to the layers and with a z-axis orthogonal to the x- and y-axes, wherein the alternating layers (A, B) have a refractive index difference along the z-axis of 0.1 or greater, a refractive index difference along the x-axis of up to 0.02, and a refractive index difference along the y-axis of up to 0.02, wherein the repeat units in the film have a sum of the optical thickness of the first alternating layer and the optical thickness of the second alternating layer of 200 nm to 350 nm, so that the optical film has a reflection band covering a portion of the visible spectrum at an oblique angle such that the optical film appears colored at such oblique angle, wherein the optical film has no reflection bands having a peak reflectivity greater than 20% for normally incident light, wherein the film is polarizing at an oblique angle of incidence;, and wherein the film has a first and second portion, and the plurality of layers in the first portion have a different overall thickness than the plurality of layers in the second portion, wherein the first and second portions define indicia. a refractive index difference along the z-axis of 0.1 or greater, a refractive index difference along the x-axis of up to 0.02, and a refractive index difference along the y-axis of up to 0.02,
A respiratory mask, comprising: a frame; and an interfacing structure comprising: a cushioning component that comprises foam configured to seal against the patient's face to maintain therapeutic pressure in an airway of the patient; and a clip portion joined to the cushioning component and configured to removably engage the frame to secure the cushioning component to the frame, wherein the frame is more rigid than the clip portion and the clip portion is more rigid than the cushioning component, wherein the clip portion is constructed from a foam that is denser than the foam of the cushioning component, wherein the foam of the clip portion is bonded or adhered to the foam of the cushioning component. a frame; and an interfacing structure comprising: a cushioning component that comprises foam configured to seal against the patient's face to maintain therapeutic pressure in an airway of the patient; and a clip portion joined to the cushioning component and configured to removably engage the frame to secure the cushioning component to the frame, a cushioning component that comprises foam configured to seal against the patient's face to maintain therapeutic pressure in an airway of the patient; and a clip portion joined to the cushioning component and configured to removably engage the frame to secure the cushioning component to the frame, wherein the frame is more rigid than the clip portion and the clip portion is more rigid than the cushioning component, wherein the clip portion is constructed from a foam that is denser than the foam of the cushioning component, wherein the foam of the clip portion is bonded or adhered to the foam of the cushioning component.
A bispecific antibody for use in the treatment or prophylaxis of lung cancer, wherein DLL3 is expressed in said lung cancer and said bispecific antibody binds to DLL3 and CD3.
A mounting arrangement for connecting a pressure sensor to a component of a fuel injection system, the mounting arrangement comprising - a pressure sensor having a first end and a second end, the first end of the sensor being configured to face towards the component of the fuel injection system, characterized in that the arrangement comprises - an inner mounting sleeve that is arranged around the pressure sensor, and - an outer mounting sleeve that is arranged around the inner mounting sleeve, wherein - the first end of the pressure sensor is provided with a sealing surface, which is configured to be pressed against a sealing surface of said component of the fuel injection system, and an end surface of the outer mounting sleeve is configured to function as the sealing surface against the component of the fuel injection system, - the sensor comprises a threaded portion with an external thread, - the inner mounting sleeve comprises a threaded portion with an internal thread that is configured to be engaged with the external thread of the sensor and a shoulder that is arranged on an outer perimeter of the inner mounting sleeve, and - the outer mounting sleeve comprises a shoulder that is arranged on an inner perimeter of the outer mounting sleeve and configured to be engaged with the shoulder of the inner mounting sleeve, and a threaded portion with an external thread for engaging the outer mounting sleeve with an internal thread of the component of the fuel injection system. - a pressure sensor having a first end and a second end, the first end of the sensor being configured to face towards the component of the fuel injection system, characterized in that the arrangement comprises - an inner mounting sleeve that is arranged around the pressure sensor, and - an outer mounting sleeve that is arranged around the inner mounting sleeve, wherein - the first end of the pressure sensor is provided with a sealing surface, which is configured to be pressed against a sealing surface of said component of the fuel injection system, and an end surface of the outer mounting sleeve is configured to function as the sealing surface against the component of the fuel injection system, - the sensor comprises a threaded portion with an external thread, - the inner mounting sleeve comprises a threaded portion with an internal thread that is configured to be engaged with the external thread of the sensor and a shoulder that is arranged on an outer perimeter of the inner mounting sleeve, and - the outer mounting sleeve comprises a shoulder that is arranged on an inner perimeter of the outer mounting sleeve and configured to be engaged with the shoulder of the inner mounting sleeve, and a threaded portion with an external thread for engaging the outer mounting sleeve with an internal thread of the component of the fuel injection system.
An evacuation device for a suction pipe, comprising - a housing with a chamber for attaching to a suction pipe, an evacuation connection for an evacuation pipe and a through opening between the chamber and the evacuation connection, - a first valve with a first valve seat at the through opening, a first closing member for closing the first valve seat, and and a float in the chamber, which is connected to the first closing member, so that the floating float closes the first valve, - a second valve, formed as a check valve, between the through opening and the evacuation connection, wherein the second valve opens in a flow direction from the chamber to the evacuation connection, - wherein the second valve comprises a second valve seat at the through opening and a second closing member, formed as a ball, for closing the second valve seat, characterized in that the first closing member comprises an extension, which, in the closed state of the first valve, penetrates in the through opening and thereby presses the second closing member out of the second valve seat. - a housing with a chamber for attaching to a suction pipe, an evacuation connection for an evacuation pipe and a through opening between the chamber and the evacuation connection, a chamber for attaching to a suction pipe, an evacuation connection for an evacuation pipe and a through opening between the chamber and the evacuation connection, - a first valve with a first valve seat at the through opening, a first closing member for closing the first valve seat, and and a float in the chamber, which is connected to the first closing member, so that the floating float closes the first valve, a first valve seat at the through opening, a first closing member for closing the first valve seat, and and a float in the chamber, which is connected to the first closing member, so that the floating float closes the first valve, - a second valve, formed as a check valve, between the through opening and the evacuation connection, wherein the second valve opens in a flow direction from the chamber to the evacuation connection, - wherein the second valve comprises a second valve seat at the through opening and a second closing member, formed as a ball, for closing the second valve seat, characterized in that the first closing member comprises an extension, which, in the closed state of the first valve, penetrates in the through opening and thereby presses the second closing member out of the second valve seat.
A method for injecting liquid into food products, wherein the food products are moved intermittently on a conveyer underneath and past at least one liftable group (18; 18a - 18c) of needles, and the liquid is injected by means of the needles while these needles penetrate into the food product, and wherein the food products have the form of pieces (12; 12a, 12b) the footprint of which is larger than that of an individual group (18; 18a - 18c) of the needles, and the liquid is injected in each stroke of the needles with a pressure (PI - P4) that depends upon the position of these needles relative to the footprint of the piece (12; 12a, 12b) into which the needles penetrate, characterized in that the food products, which have a consistency that is not uniform over their footprint, are placed on the conveyer in such a manner that the consistency varies in the direction of transport of the conveyer, and in that the pressure with which the liquid is injected is changed from stroke to stroke.
A fan unit intended to be associated with a radiator of a heat engine of a motor vehicle, the fan unit including a fan housed in a nozzle having air-guiding portions (3b, 3c), said guiding portions of the nozzle being made of polymer material, and a thermal screen for protecting an area of the nozzle, characterized in that the nozzle integrates the thermal screen which is metallic and which acts as a portion for guiding air from the nozzle in this area.
An apparatus for calculating spatial coordinates, the apparatus comprising: a feature point extractor configured for extracting a plurality of feature points from an input image, a first feature point corresponding to a left eye of a human and a second feature point corresponding to a right eye of the human; a direction vector calculator configured for calculating, based on the input image, by a processor, a direction vector of a face front; and further configured for calculating, by the processor, direction vectors of each of the plurality of feature points; and a spatial coordinate calculator configured for calculating, by a processor, three-dimensional spatial coordinates of each of the plurality of feature points based on an inter pupil distance value associated with a distance between the left eye of the human and the right eye of the human, based on the direction vectors of each of the feature points, and based on the direction vector of the face front. a feature point extractor configured for extracting a plurality of feature points from an input image, a first feature point corresponding to a left eye of a human and a second feature point corresponding to a right eye of the human; a direction vector calculator configured for calculating, based on the input image, by a processor, a direction vector of a face front; and further configured for calculating, by the processor, direction vectors of each of the plurality of feature points; and a spatial coordinate calculator configured for calculating, by a processor, three-dimensional spatial coordinates of each of the plurality of feature points based on an inter pupil distance value associated with a distance between the left eye of the human and the right eye of the human, based on the direction vectors of each of the feature points, and based on the direction vector of the face front.
A method of determining the stage of pre-onset diabetes in a subject with pre-onset diabetes, comprising: measuring the 13 C-labeled glucose level in a blood sample obtained from the subject to which 13 C-labeled glucose was orally administered; and comparing the level with a reference value to determine the stage of pre-onset diabetes is stage A or stage B. measuring the 13 C-labeled glucose level in a blood sample obtained from the subject to which 13 C-labeled glucose was orally administered; and comparing the level with a reference value to determine the stage of pre-onset diabetes is stage A or stage B.
An elevator system comprising: an elevator car, which is movably arranged within a hoistway; a drive unit, which is configured for driving the elevator car; at least two brakes (32, 36, 40), which are respectively configured for braking the elevator car; a control unit, which is configured for controlling the drive unit and the at least two brakes (32, 36, 40); and an electrical connection device, which is switchable between a state of normal operation and a state of brake test operation; wherein the elevator system is configured such that, when the electrical connection device is switched into the state of brake test operation, at least one of the brakes (32, 36, 40) is deactivated and a signal indicating the state of brake test operation is supplied to the control unit; and wherein the control unit is configured to operate the elevator system in a brake test mode, if it detects the signal indicating the state of brake test operation; characterized in that the elevator system further comprises a plurality of brake sensors (34, 38, 42, 44, 46), wherein at least one brake sensor (34, 38, 42) is associated with each of the brakes (32, 36, 40), respectively, and configured for detecting the actual status of the associated brake (32, 36, 40); and in that the control unit is configured for receiving signals from the brake sensors (34, 38, 42, 44, 46) indicating the status of the respective associated brake (32, 36, 40), wherein the signal indicating the state of brake test operation is an output signal of at least one of the brake sensors (34, 38, 42, 44, 46). an elevator car, which is movably arranged within a hoistway; a drive unit, which is configured for driving the elevator car; at least two brakes (32, 36, 40), which are respectively configured for braking the elevator car; a control unit, which is configured for controlling the drive unit and the at least two brakes (32, 36, 40); and an electrical connection device, which is switchable between a state of normal operation and a state of brake test operation; wherein the elevator system is configured such that, when the electrical connection device is switched into the state of brake test operation, at least one of the brakes (32, 36, 40) is deactivated and a signal indicating the state of brake test operation is supplied to the control unit; and wherein the control unit is configured to operate the elevator system in a brake test mode, if it detects the signal indicating the state of brake test operation; characterized in that the elevator system further comprises a plurality of brake sensors (34, 38, 42, 44, 46), wherein at least one brake sensor (34, 38, 42) is associated with each of the brakes (32, 36, 40), respectively, and configured for detecting the actual status of the associated brake (32, 36, 40); and in that the control unit is configured for receiving signals from the brake sensors (34, 38, 42, 44, 46) indicating the status of the respective associated brake (32, 36, 40), wherein the signal indicating the state of brake test operation is an output signal of at least one of the brake sensors (34, 38, 42, 44, 46).
Multilayer security element comprising a transparent or translucent planar substrate, characterized by the fact that one of the opposing surfaces of this substrate is coated with the following successive layers: a) a layer with variable optic effect, i.e. which, when the substrate is viewed, affords at least one change in appearance visually perceived by the naked eye, depending on viewing conditions; b) a dark opaque layer having at least one openwork; c) a semi-reflective layer, i.e. that is reflective when the substrate is viewed in reflected light, and is transparent when the substrate is viewed in transmission, this semi-reflective layer being present at least facing part of said openwork; d) a visible layer, i.e. visible both in reflected light and in transmission, being present at least in line with the region(s) containing the semi-reflective layer. a) a layer with variable optic effect, i.e. which, when the substrate is viewed, affords at least one change in appearance visually perceived by the naked eye, depending on viewing conditions; b) a dark opaque layer having at least one openwork; c) a semi-reflective layer, i.e. that is reflective when the substrate is viewed in reflected light, and is transparent when the substrate is viewed in transmission, this semi-reflective layer being present at least facing part of said openwork; d) a visible layer, i.e. visible both in reflected light and in transmission, being present at least in line with the region(s) containing the semi-reflective layer.