mhurhangee/patent-ind-claim-en huggingface dataset:
An ejection system for an emergency exit of a vehicle , the emergency exit extending along a base surface and being arranged to cooperate in a mounted position with a receiving frame of the vehicle , the ejection system comprising a retaining element and a blocking mechanism arranged to cooperate with the retaining element according to: - a blocking configuration in which a movable portion of the blocking mechanism prevents a relative displacement of the retaining element and of the blocking mechanism in an ejection direction of the emergency exit which is transverse to the base surface , the movable portion being configured to be displaced in a closure plane extending transversely to the base surface and - an ejection configuration in which the blocking mechanism is capable of moving in the ejection direction relative to the retaining element . - a blocking configuration in which a movable portion of the blocking mechanism prevents a relative displacement of the retaining element and of the blocking mechanism in an ejection direction of the emergency exit which is transverse to the base surface , the movable portion being configured to be displaced in a closure plane extending transversely to the base surface and - an ejection configuration in which the blocking mechanism is capable of moving in the ejection direction relative to the retaining element .
A user apparatus configured to communicate with a base station in a mobile communication system that supports carrier aggregation formed by a plurality of cells including a first cell and a second cell that uses a transmission time interval length shorter than a transmission time interval length of the first cell, comprising: a reception unit configured to receive downlink data transmitted from the base station in the second cell, and generate transmittal acknowledgement information for the downlink data; and a transmission unit configured to bundle a plurality of pieces of transmittal acknowledgement information, generated in the reception unit , for a plurality of pieces of downlink data into one piece of transmittal acknowledgement information to transmit the bundled transmittal acknowledgement information to the base station in the first cell, wherein the reception unit is configured to receive, from the base station, time information on a time from when receiving the downlink data until when transmitting transmittal acknowledgement information of the downlink data, and the transmission unit is configured to transmit the transmittal acknowledgement information of the downlink data, to the base station, after the time based on the time information elapses after receiving the downlink data. a reception unit configured to receive downlink data transmitted from the base station in the second cell, and generate transmittal acknowledgement information for the downlink data; and a transmission unit configured to bundle a plurality of pieces of transmittal acknowledgement information, generated in the reception unit , for a plurality of pieces of downlink data into one piece of transmittal acknowledgement information to transmit the bundled transmittal acknowledgement information to the base station in the first cell, wherein the reception unit is configured to receive, from the base station, time information on a time from when receiving the downlink data until when transmitting transmittal acknowledgement information of the downlink data, and the transmission unit is configured to transmit the transmittal acknowledgement information of the downlink data, to the base station, after the time based on the time information elapses after receiving the downlink data.
A composition comprising a microcapsule having a polyurea wall encapsulating lambda cyhalothrin and dispersed titanium dioxide particles, wherein the polyurea wall of the microcapsule is made of polyurea polymers derived from a mixture of polymethylene polyphenylisocyanate (A) and isomeric mixture of toluene diisocyanate of 80% 2,4-isomer and 20% 2,6-isomer of toluene diisocyanate (B), provided that the d50 median particle size diameter of the titanium dioxide particles is from 0.15 to 0.5 microns, the d50 median diameter of the microcapsule in the composition is from 1 to 4, microns, the weight ratio of (A) to (B) is 1:1, the polymer (or wall) content of each microcapsule is from 7 to 8 % by weight, the amount of titanium dioxide is present in an amount of from 3.5 to 6 % by weight and the amount of lambda cyhalothrin is from 43 to 47 % by weight, each based on the weight of the microcapsule; and the amount of the microcapsule in the composition is from 47 to 53 % by weight, based on the weight of the composition.
A data input system at an electronic device for inputting text items to the electronic device, comprising: a store holding a vocabulary of embeddings of text items, each embedding being a numerical encoding of a text item; a processor which receives user input comprising a sequence of one or more context text items and a new text item, the new text item being a text item with an embedding to be computed and added to the vocabulary or with an embedding already in the vocabulary and to be updated; a neural network predictor trained to predict the new text item by predicting a next text item in the sequence given the context text items and the vocabulary; an online training module configured to update the vocabulary by using a direction associated with the predicted next item, by setting a direction of an embedding of the new text item in relation to the direction of an embedding of the predicted next item. a store holding a vocabulary of embeddings of text items, each embedding being a numerical encoding of a text item; a processor which receives user input comprising a sequence of one or more context text items and a new text item, the new text item being a text item with an embedding to be computed and added to the vocabulary or with an embedding already in the vocabulary and to be updated; a neural network predictor trained to predict the new text item by predicting a next text item in the sequence given the context text items and the vocabulary; an online training module configured to update the vocabulary by using a direction associated with the predicted next item, by setting a direction of an embedding of the new text item in relation to the direction of an embedding of the predicted next item.
A resin composition comprising: a saponified ethylene-vinyl ester-based copolymer (A), a layered inorganic compound (B), and a carbonic acid salt (C), wherein the carbonic acid salt (C) excludes the layered inorganic compound (B); and wherein the content of the carbonic acid salt (C) is, in terms of metal of the carbonic acid salt (C), from 10 to 1,000 ppm relative to the total amount of the saponified ethylene-vinyl ester-based copolymer (A) and the layered inorganic compound (B). wherein the carbonic acid salt (C) excludes the layered inorganic compound (B); and wherein the content of the carbonic acid salt (C) is, in terms of metal of the carbonic acid salt (C), from 10 to 1,000 ppm relative to the total amount of the saponified ethylene-vinyl ester-based copolymer (A) and the layered inorganic compound (B).
A cooking oven comprising at least one cooking vessel arrangeable or arranged inside an oven cavity of said cooking oven , wherein - the cooking vessel is provided for receiving food stuff being prepared by a steam cooking process, - the cooking vessel is confined or confinable, so that a higher humidity inside said cooking vessel as outside said cooking vessel is allowed, - the cooking vessel is confined or confinable, but not hermetically sealed, in such a way, that an overpressure inside said cooking vessel is limited and different temperature and humidity may occur inside said cooking vessel on the one hand and in the residual oven cavity on the other hand, - the cooking vessel comprises at least one vessel sensor arranged inside said cooking vessel and connectable or connected to a control unit of the cooking oven , - the vessel sensor includes at least one humidity sensor and/or temperature sensor, and - the control unit is provided for controlling at least one heating element of the cooking oven , characterised in that the control unit is provided for controlling a steam generator of the cooking oven , in dependence of the humidity and/or the temperature inside the cooking vessel , wherein the heating element and the steam generator are arranged out of the cooking vessel . - the cooking vessel is provided for receiving food stuff being prepared by a steam cooking process, - the cooking vessel is confined or confinable, so that a higher humidity inside said cooking vessel as outside said cooking vessel is allowed, - the cooking vessel is confined or confinable, but not hermetically sealed, in such a way, that an overpressure inside said cooking vessel is limited and different temperature and humidity may occur inside said cooking vessel on the one hand and in the residual oven cavity on the other hand, - the cooking vessel comprises at least one vessel sensor arranged inside said cooking vessel and connectable or connected to a control unit of the cooking oven , - the vessel sensor includes at least one humidity sensor and/or temperature sensor, and - the control unit is provided for controlling at least one heating element of the cooking oven , characterised in that the control unit is provided for controlling a steam generator of the cooking oven , in dependence of the humidity and/or the temperature inside the cooking vessel , wherein the heating element and the steam generator are arranged out of the cooking vessel .
A method of moving a robot by manually applying a guiding force to the robot, wherein: in a mode of operation (M2), a distance (d n , d n+i , d (n, n+1) ) of a state variable ( x 1 ) of the robot from at least two predetermined references ( y n , y n + 1 , B) in a state space ( {x i , x j }) of the robot, which at least two predetermined references ( y n , y n + 1 , B) are different from one another, is determined (S200); the smallest (d min ) of the distances is determined (S210 - S270); and a positioning force ( f ) is applied to the robot in a motorised manner (S280) in order to minimise the smallest of the distances when the robot is not impeded. in a mode of operation (M2), a distance (d n , d n+i , d (n, n+1) ) of a state variable ( x 1 ) of the robot from at least two predetermined references ( y n , y n + 1 , B) in a state space ( {x i , x j }) of the robot, which at least two predetermined references ( y n , y n + 1 , B) are different from one another, is determined (S200); the smallest (d min ) of the distances is determined (S210 - S270); and a positioning force ( f ) is applied to the robot in a motorised manner (S280) in order to minimise the smallest of the distances when the robot is not impeded.
An apparatus for elemental mass spectrometry comprising: a chemical reaction interface (CRI), which comprises reactant gas plasma; an ionization chamber, wherein the ionization chamber is downstream of the CRI; and wherein the ionization chamber comprises an ionization gas and/or a dopant molecule; and a mass-spectrometer, wherein the ionization chamber is configured to operate at the reactant gas plasma pressure. a chemical reaction interface (CRI), which comprises reactant gas plasma; an ionization chamber, wherein the ionization chamber is downstream of the CRI; and wherein the ionization chamber comprises an ionization gas and/or a dopant molecule; and a mass-spectrometer, wherein the ionization chamber is configured to operate at the reactant gas plasma pressure.
A method for generating items of context-dependent information for informing a user about a status of a technical system, wherein the items of context-dependent information of the technical system are provided by various data sources, wherein context-dependent information of a new context are generated and provided to the user, characterIzed in that estimated context-dependent items of information of a new context, which is not a real data source, are generated by correlating the data elements of the various data sources, but based on known and experience-related values, generating the estimated context-dependent items of information of a new context and associated data elements comprises the following steps: d) triggering an event (step S4a) e) retrieving current device data (step S4b) f) triggering a query at a semantic rule engine to obtain inferences about known contexts or known items of information (step 4Sd) g) creating the new context of items of estimated context-dependent information based on context rules and based on the result of the semantic rules in step d) (step S4e) h) assigning the first query to the known and estimated items of information and formulating a result (step S4f). estimated context-dependent items of information of a new context, which is not a real data source, are generated by correlating the data elements of the various data sources, but based on known and experience-related values, generating the estimated context-dependent items of information of a new context and associated data elements comprises the following steps: d) triggering an event (step S4a) e) retrieving current device data (step S4b) f) triggering a query at a semantic rule engine to obtain inferences about known contexts or known items of information (step 4Sd) g) creating the new context of items of estimated context-dependent information based on context rules and based on the result of the semantic rules in step d) (step S4e) h) assigning the first query to the known and estimated items of information and formulating a result (step S4f). d) triggering an event (step S4a) e) retrieving current device data (step S4b) f) triggering a query at a semantic rule engine to obtain inferences about known contexts or known items of information (step 4Sd) g) creating the new context of items of estimated context-dependent information based on context rules and based on the result of the semantic rules in step d) (step S4e) h) assigning the first query to the known and estimated items of information and formulating a result (step S4f).
Refrigeration appliance with a camera module for capturing a first digital image with markings in the interior of the refrigeration appliance , wherein the refrigeration appliance includes a processing device , which is embodied to convert the first digital image into a second digital image on the basis of the captured markings , characterised in that the processing device is embodied to remove an edge area of the first digital image on the basis of the markings , in order to obtain the second digital image.
A medical apparatus, comprising a clamp , a work head and a handle , wherein the work head is connected to the clamp and the handle , and the work head comprises a casing , a firing force applying member arranged in the casing , a firing rod connected to the firing force applying member, a receiving cavity arranged at a side of the firing rod and a clip-cartridge assembly , the clip-cartridge assembly being arranged in the receiving cavity and configured for delivering ligation clips to the clamp ; an inner cavity communicating with the receiving cavity is formed in the casing ; and the firing force applying member is configured to drive the firing rod to move, and the firing rod is configured to open or close the clamp ; and the medical apparatus further comprises a limiting member, the limiting member being configured for preventing at least one of the clip-cartridge assembly and a driving assembly from exceeding a stroke range, characterized in that , the firing rod is further connected to the clamp ; the clamp comprises a movable jaw and a fixed jaw , the movable jaw is connected with the fixed jaw by a rotating shaft , and the firing rod is connected to the rotating shaft ; the firing rod is configured to move forward or backward to control the opening or closing of the movable jaw relative to the fixed jaw . the firing rod is further connected to the clamp ; the clamp comprises a movable jaw and a fixed jaw , the movable jaw is connected with the fixed jaw by a rotating shaft , and the firing rod is connected to the rotating shaft ; the firing rod is configured to move forward or backward to control the opening or closing of the movable jaw relative to the fixed jaw .
A liquid antimicrobial composition for use in the disinfection of the skin of a human or an animal in the form of an aqueous or aqueous alcohol solution or dispersion and comprising a cationic, cell membrane-disrupting biocide being chlorhexidine in the form of a gluconate or of an acetate salt that is present in a concentration between 0.25% and 6.00% w/v inclusive, a cationic dendrimer capable of inhibiting an efflux pump mechanism of said cell membrane and being a generation 1 polyamidoamine (PAMAM) dendrimer, wherein the dendrimer comprises between 0.01% w/v and 2% w/v inclusive of the composition, additionally comprising a surfactant, wherein the surfactant is a poloxamer tri block copolymer surfactant and wherein non-medical use is excluded. a cationic, cell membrane-disrupting biocide being chlorhexidine in the form of a gluconate or of an acetate salt that is present in a concentration between 0.25% and 6.00% w/v inclusive, a cationic dendrimer capable of inhibiting an efflux pump mechanism of said cell membrane and being a generation 1 polyamidoamine (PAMAM) dendrimer, wherein the dendrimer comprises between 0.01% w/v and 2% w/v inclusive of the composition, additionally comprising a surfactant, wherein the surfactant is a poloxamer tri block copolymer surfactant and wherein non-medical use is excluded.
An integrated circuit, IC, device, comprising: a first layer ; an intermediate layer formed on the first layer ; a guiding pattern layer formed on the intermediate layer , the guiding pattern layer comprising openings and guiding walls , each opening is between two guiding walls to define the opening 320; J Z and a second layer adjoining the intermediate layer , the second layer arranged within the openings of the guiding pattern layer , the second layer comprising a plurality of lamellar structures arranged within the openings of the guiding pattern layer , wherein an individual one of the lamellar structures comprises a first lamella comprising a first block of a triblock copolymer, a second lamella comprising a second block of the triblock copolymer, and a via between the first and second lamellae , wherein the first and second lamellae are electrically insulating, and the via includes an electrically conductive material. a first layer ; an intermediate layer formed on the first layer ; a guiding pattern layer formed on the intermediate layer , the guiding pattern layer comprising openings and guiding walls , each opening is between two guiding walls to define the opening 320; J Z and a second layer adjoining the intermediate layer , the second layer arranged within the openings of the guiding pattern layer , the second layer comprising a plurality of lamellar structures arranged within the openings of the guiding pattern layer , wherein an individual one of the lamellar structures comprises a first lamella comprising a first block of a triblock copolymer, a second lamella comprising a second block of the triblock copolymer, and a via between the first and second lamellae , wherein the first and second lamellae are electrically insulating, and the via includes an electrically conductive material.
A system for imaging of a throat of a patient, the system comprising: a mouthpiece comprising at least one bite guide for stabilizing the mouthpiece with respect to teeth of the patient when the patient bites on the at least one bite guide ; an imaging sensor operable to capture light directed thereto from the throat to provide an image of the throat which comprises at least part of a selected body part within the throat of the patient; intraoral optics operable to collect the light from the throat of the patient and to direct the light towards the imaging sensor , the intraoral optics being mechanically coupled to the mouthpiece ; and a processor configured to: process the image of the throat of the patient collected by the imaging sensor in order to recognize the at least part of the selected body part within the throat of the patient; and perform the following upon recognizing the at least part of the selected body part: (a) provide an indication when a location of the mouthpiece enables capturing of the image of the at least part of the selected body part; or (b) selectively trigger capturing of the image by the imaging sensor in response to results of the processing. a mouthpiece comprising at least one bite guide for stabilizing the mouthpiece with respect to teeth of the patient when the patient bites on the at least one bite guide ; an imaging sensor operable to capture light directed thereto from the throat to provide an image of the throat which comprises at least part of a selected body part within the throat of the patient; intraoral optics operable to collect the light from the throat of the patient and to direct the light towards the imaging sensor , the intraoral optics being mechanically coupled to the mouthpiece ; and a processor configured to: process the image of the throat of the patient collected by the imaging sensor in order to recognize the at least part of the selected body part within the throat of the patient; and perform the following upon recognizing the at least part of the selected body part: (a) provide an indication when a location of the mouthpiece enables capturing of the image of the at least part of the selected body part; or (b) selectively trigger capturing of the image by the imaging sensor in response to results of the processing. process the image of the throat of the patient collected by the imaging sensor in order to recognize the at least part of the selected body part within the throat of the patient; and perform the following upon recognizing the at least part of the selected body part: (a) provide an indication when a location of the mouthpiece enables capturing of the image of the at least part of the selected body part; or (b) selectively trigger capturing of the image by the imaging sensor in response to results of the processing. (a) provide an indication when a location of the mouthpiece enables capturing of the image of the at least part of the selected body part; or (b) selectively trigger capturing of the image by the imaging sensor in response to results of the processing.