mhurhangee/patent-ind-claim-en huggingface dataset:
An aircraft including a main fuselage composed of a central wing accommodating passengers and/or freight, two lateral wings pivoting on the central wing about respective axes of rotation (3; 3'), the various wings (1; 2, 2') obeying the following geometric characteristics: - L arg being the distance between the two axes of rotation of the pivoting lateral wings , - L ong being the length of the central wing , - H aut being the height of the central wing , - E nv being the wingspan of the aircraft , wherein: 0.3 × L ong < L arg < L ong , 0.11 × L ong < H aut < 0.25 × L ong , E nv > 1.4 × L ong , and - the axes of rotation of the lateral wings are inclined by an angle β relative to the vertical axis Z of the aircraft , such as 10°< β < 50°, such that the lateral wings pivot from rear to front and vice versa so as to come closer to, or be deployed on either side from, the fuselage. - L arg being the distance between the two axes of rotation of the pivoting lateral wings , - L ong being the length of the central wing , - H aut being the height of the central wing , - E nv being the wingspan of the aircraft , wherein: 0.3 × L ong < L arg < L ong , 0.11 × L ong < H aut < 0.25 × L ong , E nv > 1.4 × L ong , and - the axes of rotation of the lateral wings are inclined by an angle β relative to the vertical axis Z of the aircraft , such as 10°< β < 50°, such that the lateral wings pivot from rear to front and vice versa so as to come closer to, or be deployed on either side from, the fuselage.
An information determination method, applied in a terminal device, the method comprising: determining , when no antenna port field exists in a format of first Downlink Control Information, DCI, a first Demodulation Reference Signal, DMRS, port used for transmission scheduled by the first DCI, and a first antenna port used for transmission scheduled by the first DCI, wherein the first antenna port has an identification specified by a protocol, characterized in that , the first DMRS port is determined based on a remainder of a division between the identification of the first antenna port and a quantity of orthogonal DMRS ports supported by the terminal device. determining , when no antenna port field exists in a format of first Downlink Control Information, DCI, a first Demodulation Reference Signal, DMRS, port used for transmission scheduled by the first DCI, and a first antenna port used for transmission scheduled by the first DCI, wherein the first antenna port has an identification specified by a protocol, characterized in that , the first DMRS port is determined based on a remainder of a division between the identification of the first antenna port and a quantity of orthogonal DMRS ports supported by the terminal device.
A method comprising: applying an external stimulus to a surface of a substrate , wherein the substrate is at least an interior surface of an aerospace vehicle, adjusting at least a portion of the surface from a first state to a second state, wherein either (i) the first state presents a hydrophobic surface and the second state presents a hydrophilic surface; or (ii) the first state presents a hydrophilic surface and second state presents a hydrophobic surface; contacting the surface in the second state with a fluid or gas, the fluid or gas having one or more decontaminating agents effective against one or more contaminates associated with the surface of the substrate; removing the external stimulus to the surface of the substrate, the surface transforming from the second state back to the first state, whereby at least a portion of the surface of the substrate is decontaminated, wherein the surface includes one or more of oxides of titanium, oxides of zinc, oxides of iron, oxides of silver, oxides of copper, oxides of tungsten, oxides of tin, oxides of bismuth, strontium titanate and mixtures thereof. applying an external stimulus to a surface of a substrate , wherein the substrate is at least an interior surface of an aerospace vehicle, adjusting at least a portion of the surface from a first state to a second state, wherein either (i) the first state presents a hydrophobic surface and the second state presents a hydrophilic surface; or (ii) the first state presents a hydrophilic surface and second state presents a hydrophobic surface; contacting the surface in the second state with a fluid or gas, the fluid or gas having one or more decontaminating agents effective against one or more contaminates associated with the surface of the substrate; removing the external stimulus to the surface of the substrate, the surface transforming from the second state back to the first state, whereby at least a portion of the surface of the substrate is decontaminated, wherein the surface includes one or more of oxides of titanium, oxides of zinc, oxides of iron, oxides of silver, oxides of copper, oxides of tungsten, oxides of tin, oxides of bismuth, strontium titanate and mixtures thereof.
An interfacing method for supporting a speech dialogue service, the interfacing method comprising: executing an interface for the speech dialogue service; receiving a user input, through the executed interface, including a voice input or a non-voice input; when the received user input is the voice input, converting the voice input to text and transmitting, as a request signal to a server, at least one of the voice input and the converted text; when the received user input is the non-voice input: recognizing text of metadata contained in the non-voice input; characterized by selecting a specific part among the recognized text through a filtering process; and transmitting, as the request signal to the server, the specific part of the text extracted from the non-voice input; receiving a result of dialogue recognition in response to the request signal from the server; and executing a response to the received user input on the basis of the received result of dialogue recognition. executing an interface for the speech dialogue service; receiving a user input, through the executed interface, including a voice input or a non-voice input; when the received user input is the voice input, converting the voice input to text and transmitting, as a request signal to a server, at least one of the voice input and the converted text; when the received user input is the non-voice input: recognizing text of metadata contained in the non-voice input; characterized by selecting a specific part among the recognized text through a filtering process; and transmitting, as the request signal to the server, the specific part of the text extracted from the non-voice input; recognizing text of metadata contained in the non-voice input; characterized by selecting a specific part among the recognized text through a filtering process; and transmitting, as the request signal to the server, the specific part of the text extracted from the non-voice input; receiving a result of dialogue recognition in response to the request signal from the server; and executing a response to the received user input on the basis of the received result of dialogue recognition.
An orthodontic splint to be fixed to a pair of adjacent teeth so as to extend therebetween, the splint being longitudinally elongated so as to have a longitudinal axis and longitudinally spaced end portions , each end portion being adapted to be attached to a respective one of the teeth by a settable material, and wherein the splint includes an elongated main body extending generally longitudinally parallel to said longitudinal axis , wherein the splint is formed of rigid material so as to resist deformation and further includes a projection extending from said body providing for attachment to the splint of a tensioning member such as elastic bands, chain or thread to extend to a further tooth.
A humanized anti-BRDU antibody, wherein the antibody comprises a VH with the amino acid sequence of SEQ ID NO: 09 and a VL with the amino acid sequence of SEQ ID NO: 10.
Processor apparatus for collecting material adhering to surfaces of packages for processing as waste, the processor apparatus comprising a cylindrical drum that is rotatable about a longitudinal first axis (Ox) and that is provided with orifices for forming a screen that retains the packages and that allows the material for collecting to pass through; · a motor for driving the cylindrical drum in rotation; and · a first brush for brushing an inside surface of the cylindrical drum ; the apparatus being characterized in that it includes a blower device inside the drum for blowing a gas stream in a direction having a component parallel to the longitudinal first axis (Ox). · a motor for driving the cylindrical drum in rotation; and · a first brush for brushing an inside surface of the cylindrical drum ; the apparatus being characterized in that it includes a blower device inside the drum for blowing a gas stream in a direction having a component parallel to the longitudinal first axis (Ox).
A portable dispenser for dispensing frozen confections from single-dose cartridges, the dispenser comprising: • a thermally insulated container for storing the single-dose cartridges and being adapted to be mounted on the back of a person; and • a discharge device capable of holding a single dose cartridge and discharging frozen confection from the cartridge , the discharge device comprising an actuator for activating the discharge device ; wherein the device is adapted to be mounted on the front of the torso of the person and the actuator is disposed on a surface of the device facing away from the person on which the device is mounted; and wherein the actuator is a button and the device is activated by a single press of the button . • a thermally insulated container for storing the single-dose cartridges and being adapted to be mounted on the back of a person; and • a discharge device capable of holding a single dose cartridge and discharging frozen confection from the cartridge , the discharge device comprising an actuator for activating the discharge device ;
Deflection roller in a traction-mechanism drive, preferably in a lift drive having lift or load-bearing belts, wherein the deflection roller is rotatably mounted and has multiple deflection pulleys arranged on a shaft for the traction mechanism(s), wherein the traction mechanism runs around or wraps around the deflection roller or deflection pulleys on an outer circumferential surface over a part of the circumference, wherein the deflection pulleys are arranged next to one another and are arranged so as to be slidably rotatable relative to the shaft and relative to one another, preferably being arranged next to one another between the bearings of a bilateral shaft bearing arrangement, characterized in that , between or next to the deflection pulleys that are arranged on the shaft, there are arranged separate flanged discs which are slidably rotatable relative to the last deflection pulley and to the shaft, wherein the flanged discs are configured for guidance of the traction mechanisms.
A compression garment system comprising: a head garment portion configured to be donned on a head of a body, wherein the head garment portion comprises one or more head pressure applying regions, and further wherein each of the one or more head pressure applying regions is controllable to apply pressure to a portion of the head; and a controller configured to control pressure applied by each of the one or more head pressure applying regions to move lymph at least from the head towards a neck of the body, wherein the head garment portion comprises an under chin garment portion positionable proximate under a chin of the head of the body, wherein the under chin garment portion is configurable to apply pressure to a portion under the chin. a head garment portion configured to be donned on a head of a body, wherein the head garment portion comprises one or more head pressure applying regions, and further wherein each of the one or more head pressure applying regions is controllable to apply pressure to a portion of the head; and a controller configured to control pressure applied by each of the one or more head pressure applying regions to move lymph at least from the head towards a neck of the body, wherein the head garment portion comprises an under chin garment portion positionable proximate under a chin of the head of the body, wherein the under chin garment portion is configurable to apply pressure to a portion under the chin.
A method for wireless communication, comprising: receiving a measurement report for a user equipment, UE, the measurement report comprising measured values of at least one beam of a cell measured by the UE; and identifying , for a scheduling node, an indication of a scheduling plan specifying a pattern of scheduling states over a period of time, the indication of the scheduling plan based at least in part on the measurement report and to be used by the scheduling node to schedule communication resources for the UE, characterized in that possible scheduling states are a scheduling information state,a flexible state, and a NULL state; and in that : for the flexible state the scheduling node is allowed to schedule any UE, or any beam direction, or a combination thereof; and for the NULL state the scheduling node is prevented from scheduling all UEs, or all beam directions, or a combination thereof. receiving a measurement report for a user equipment, UE, the measurement report comprising measured values of at least one beam of a cell measured by the UE; and identifying , for a scheduling node, an indication of a scheduling plan specifying a pattern of scheduling states over a period of time, the indication of the scheduling plan based at least in part on the measurement report and to be used by the scheduling node to schedule communication resources for the UE, characterized in that possible scheduling states are a scheduling information state,a flexible state, and a NULL state; and in that : for the flexible state the scheduling node is allowed to schedule any UE, or any beam direction, or a combination thereof; and for the NULL state the scheduling node is prevented from scheduling all UEs, or all beam directions, or a combination thereof. for the flexible state the scheduling node is allowed to schedule any UE, or any beam direction, or a combination thereof; and for the NULL state the scheduling node is prevented from scheduling all UEs, or all beam directions, or a combination thereof.
Gap-filling device for the maintenance of equipment , in particular railway equipment, comprising an interface support configured to be connected to a maintenance structure , and a brush configured to prevent objects from falling into a gap between the equipment being maintained and the maintenance structure during a maintenance operation, said brush comprising: - a core configured to be fixed to the interface support and extending along a main direction ; characterized in that the brush also comprises: - at least two rows of filaments distributed along the main direction, each filament of each row having a portion embedded in the core and a portion emerging from the core along a filament direction substantially perpendicular to the main direction ; and - at least one elastomeric lamella extending over the entire main direction of the core , comprising a portion embedded in the core and a portion emerging from the core in a direction substantially parallel to the filament directions, arranged between at least two rows of filaments. - a core configured to be fixed to the interface support and extending along a main direction ; - at least two rows of filaments distributed along the main direction, each filament of each row having a portion embedded in the core and a portion emerging from the core along a filament direction substantially perpendicular to the main direction ; and - at least one elastomeric lamella extending over the entire main direction of the core , comprising a portion embedded in the core and a portion emerging from the core in a direction substantially parallel to the filament directions, arranged between at least two rows of filaments.
An electronic circuit (30; 45; 50) comprising a semiconductor or conductive substrate having first and second opposite surfaces and at least first and second electric insulation trenches , not parallel, comprising walls , extending in the substrate from the first surface, delimiting at least a portion of the substrate and joining at a junction , the portion of the substrate comprising a protrusion penetrating into the junction, wherein the first trench comprises, on the side of said portion , a first planar wall and wherein the second trench comprises, on the side of said portion, a second planar wall , the first planar wall being coupled to the second planar wall by a connection surface successively comprising, from the first planar wall to the second planar wall, a first curved surface delimiting a portion of convex volume of the first trench, a second curved surface delimiting a portion of concave volume of the junction , and a third curved surface delimiting a portion of convex volume of the second trench, and wherein the first, second, and third surfaces correspond, in a plane parallel to the first surface , respectively to first, second, and third arcs of a circle.
Apparatus for stirring a molten metal, the apparatus comprising: an electromagnetic stirrer , the electromagnetic stirrer including a core , the core including a base connector upon which one or more or all of the teeth are provided, the core being provided with two or more teeth, the core being provided with two or more electrically conducting coils; connections for applying a current to the electrically conducting coils; wherein the two or more teeth have an end proximal the core and an end distal the core , the end distal the core defining a tooth end face , the tooth end face for at least one of the teeth not being aligned with the tooth end face for at least one of the other teeth; and wherein each tooth provided on the base connector has an extent away from the base connector , characterised in that one or more of the teeth provided on the base connector having a greater extent than one or more of the other teeth provided on the base connector . an electromagnetic stirrer , the electromagnetic stirrer including a core , the core including a base connector upon which one or more or all of the teeth are provided, the core being provided with two or more teeth, the core being provided with two or more electrically conducting coils; connections for applying a current to the electrically conducting coils; wherein the two or more teeth have an end proximal the core and an end distal the core , the end distal the core defining a tooth end face , the tooth end face for at least one of the teeth not being aligned with the tooth end face for at least one of the other teeth; and wherein each tooth provided on the base connector has an extent away from the base connector , characterised in that one or more of the teeth provided on the base connector having a greater extent than one or more of the other teeth provided on the base connector . wherein the two or more teeth have an end proximal the core and an end distal the core , the end distal the core defining a tooth end face , the tooth end face for at least one of the teeth not being aligned with the tooth end face for at least one of the other teeth; and wherein each tooth provided on the base connector has an extent away from the base connector , characterised in that one or more of the teeth provided on the base connector having a greater extent than one or more of the other teeth provided on the base connector .
A system to prevent motion sickness to at least one passenger in a moving vehicle, comprising: at least one liquid crystal film ; at least one power dimmer apparatus operative to provide AC current to said at least one liquid crystal film; at least one sensor operative to sense motion of said vehicle; and, at least one non-transitory computer-readable medium for producing a signal for activating and deactivating said at least one liquid crystal film in a form of visual cues directly coordinated by motion sensory inputs provided by said at least one sensor at a certain frequency by means of said at least one power dimmer apparatus; characterized in that: said at least one liquid crystal film is retrofitted, mounted, attached, adhered, laminated between glasses, or disposed on at least one surface of said vehicle; said system is adapted to evaluate directionality of gaze of said at least one passenger; said system is adapted to identify peripheral vision areas of said at least one passenger; said at least one non-transitory computer-readable medium comprises instructions to produce said signal for activating and deactivating said at least one liquid crystal film when said directionality of gaze is not toward a window of said vehicle; and, said visual cues are adapted to be meaningfully perceived by said at least one passenger's peripheral vision system. at least one liquid crystal film ; at least one power dimmer apparatus operative to provide AC current to said at least one liquid crystal film; at least one sensor operative to sense motion of said vehicle; and, at least one non-transitory computer-readable medium for producing a signal for activating and deactivating said at least one liquid crystal film in a form of visual cues directly coordinated by motion sensory inputs provided by said at least one sensor at a certain frequency by means of said at least one power dimmer apparatus; said at least one liquid crystal film is retrofitted, mounted, attached, adhered, laminated between glasses, or disposed on at least one surface of said vehicle; said system is adapted to evaluate directionality of gaze of said at least one passenger; said system is adapted to identify peripheral vision areas of said at least one passenger; said at least one non-transitory computer-readable medium comprises instructions to produce said signal for activating and deactivating said at least one liquid crystal film when said directionality of gaze is not toward a window of said vehicle; and, said visual cues are adapted to be meaningfully perceived by said at least one passenger's peripheral vision system.
A method for determining at least one temperature change rate for controlling the temperature control device of a thermal cycler, wherein the controller controls the temperature of a sample-receiving thermal block of the thermal cycler for performing polymerase chain reactions in said samples according to a temperature control schedule during which temperature stages are changed by changing the temperature at a temperature change rate, comprising the steps of: - Providing temperature control schedule data which determine the holding time and the temperature of at least one temperature stage of the temperature control schedule; - Providing running time data that determines the running time required to execute the temperature control schedule on a thermal cycler, - Determining of this at least one temperature change rate by an evaluation program using the temperature control schedule data and the running time data; - Providing the at least one, previously determined, temperature change rate for controlling the temperature control device of the thermal cycler as a function of this at least one temperature change rate. - Providing temperature control schedule data which determine the holding time and the temperature of at least one temperature stage of the temperature control schedule; - Providing running time data that determines the running time required to execute the temperature control schedule on a thermal cycler, - Determining of this at least one temperature change rate by an evaluation program using the temperature control schedule data and the running time data; - Providing the at least one, previously determined, temperature change rate for controlling the temperature control device of the thermal cycler as a function of this at least one temperature change rate.