mhurhangee/patent-ind-claim-en huggingface dataset:
A fitting arrangement for a window, for a door or the like, having a support section which is configured for a direct or indirect fastening to a frame or leaf frame of the window, of the door or the like; and having a latch element which is pivotably supported about a pivot axis at the support section , wherein the latch element comprises first and second hook elements for engaging behind a closure part, and wherein the latch element is a double hook having two free hook tips ; wherein the first hook element is located in an outwardly pivoted latched position in a first pivot position of the latch element ; wherein the second hook element is located in an outwardly pivoted latched position in a second pivot position of the latch element ; and wherein both hook elements are located in an inwardly pivoted release position in a third pivot position of the latch element . wherein the first hook element is located in an outwardly pivoted latched position in a first pivot position of the latch element ; wherein the second hook element is located in an outwardly pivoted latched position in a second pivot position of the latch element ; and wherein both hook elements are located in an inwardly pivoted release position in a third pivot position of the latch element .
A computer program product including instructions which, when executed on a processing unit of a system, cause the system to determine a 3D position and 3D orientation of object 1 relative to object 2 at a point in time based on information received from a real-time tracking system, to receive a 2D X-ray image generated at the point in time by an X-ray imaging device, the 2D X-ray image depicting at least a part of the object 1 and at least a part of the object 2, to receive either 3D data containing an object 1 or a 3D model of object 1, to receive either 3D data containing an object 2 or a 3D model of object 2, to generate a virtual projection image based on (i) the 3D data containing object 1 or the 3D model of object 1, (ii) the 3D data containing object 2 or the 3D model of object 2, and (iii) the 3D position and 3D orientation of object 1 relative to object 2 at the point in time based on the information received from the real-time tracking system, and to compare the 2D X-ray image and the virtual projection image, wherein the 3D position and 3D orientation of object 1 relative to object 2 at the point in time based on the information received from the real-time tracking system is validated based on the comparison of the 2D X-ray image and the virtual projection image, wherein the comparison is based on similarity thresholds based on different weighting of different 2D regions of the image. to determine a 3D position and 3D orientation of object 1 relative to object 2 at a point in time based on information received from a real-time tracking system, to receive a 2D X-ray image generated at the point in time by an X-ray imaging device, the 2D X-ray image depicting at least a part of the object 1 and at least a part of the object 2, to receive either 3D data containing an object 1 or a 3D model of object 1, to receive either 3D data containing an object 2 or a 3D model of object 2, to generate a virtual projection image based on (i) the 3D data containing object 1 or the 3D model of object 1, (ii) the 3D data containing object 2 or the 3D model of object 2, and (iii) the 3D position and 3D orientation of object 1 relative to object 2 at the point in time based on the information received from the real-time tracking system, and (i) the 3D data containing object 1 or the 3D model of object 1, (ii) the 3D data containing object 2 or the 3D model of object 2, and (iii) the 3D position and 3D orientation of object 1 relative to object 2 at the point in time based on the information received from the real-time tracking system, and
Method for detecting the presence of ice crystals in an environment, implemented by a detection device in relative motion with respect to said environment, said method comprising at least: - an emission step , in which at least one optical radiation is emitted by the detection device into the environment; - a reception step , in which at least a portion of the emitted optical radiation is received by the detection device , said at least a portion of the received radiation including rays within a first wavelength band (λ 1 ) and rays within a second wavelength band (λ 2 ); wherein the detection method further comprises at least: - a calculation step , in which the detection device calculates a comparison signal (Comp(t)) representative of the contrast, said contrast being obtained from the following formula: Comp t = R λ 2 t − R λ 1 t R λ 2 t + R λ 1 t where R λ1 (t) is the intensity over time t of the rays within the first wavelength band (λ 1 ) and R λ2 (t) is the intensity over time of the rays within the second wavelength band (λ 2 ), and - a) a standard deviation calculation step , in which a standard deviation (σ) of the comparison signal (Comp(t)) is calculated, - b) a thresholding step , in which the standard deviation (σ) is compared to a defined threshold (S), - c) a communication step , in which a signal indicating detection of the presence of ice crystals in the environment is transmitted when the standard deviation (σ) is greater than the defined threshold (S). - an emission step , in which at least one optical radiation is emitted by the detection device into the environment; - a reception step , in which at least a portion of the emitted optical radiation is received by the detection device , said at least a portion of the received radiation including rays within a first wavelength band (λ 1 ) and rays within a second wavelength band (λ 2 ); - a calculation step , in which the detection device calculates a comparison signal (Comp(t)) representative of the contrast, said contrast being obtained from the following formula: Comp t = R λ 2 t − R λ 1 t R λ 2 t + R λ 1 t where R λ1 (t) is the intensity over time t of the rays within the first wavelength band (λ 1 ) and R λ2 (t) is the intensity over time of the rays within the second wavelength band (λ 2 ), and - a) a standard deviation calculation step , in which a standard deviation (σ) of the comparison signal (Comp(t)) is calculated, - b) a thresholding step , in which the standard deviation (σ) is compared to a defined threshold (S), - c) a communication step , in which a signal indicating detection of the presence of ice crystals in the environment is transmitted when the standard deviation (σ) is greater than the defined threshold (S).
An applicator for a tampon comprising an inner tube and an outer tube, the inner tube being slideable within the outer tube, the applicator having a forward end, wherein a plurality of protrusions is provided on the outer surface of the inner tube at its forward end and a plurality of spikes is provided on the inner surface of the outer tube at its forward end, and wherein the inner tube comprises a plurality of petals at its forward end, and wherein each protrusion extends from the base of a petal in the longitudinal direction of the inner tube towards the forward end of said petal, and wherein the protrusion has a width in a direction extending around the circumference of the inner tube and wherein the width of the protrusion tapers from the base of the petal, where the protrusion is at its widest, towards the forward end of the petal, and wherein the applicator comprises one or more of the following features: the number of protrusions at the forward end of the inner tube is not the same as the number of spikes at the forward end of the outer tube; the number of protrusions at the forward end of the inner tube is the same as the number of spikes at the forward end of the outer tube and one or more of the protrusions are arranged in an asymmetric manner around the outer surface of the inner tube such that the distance between two adjacent protrusions is not the same for all adjacent pairs of protrusions; the number of protrusions at the forward end of the inner tube is the same as the number of spikes at the forward end of the outer tube and one or more of the spikes are arranged in an asymmetric manner around the inner surface of the outer tube such that the distance between two adjacent spikes is not the same for all adjacent pairs of spikes. the number of protrusions at the forward end of the inner tube is not the same as the number of spikes at the forward end of the outer tube; the number of protrusions at the forward end of the inner tube is the same as the number of spikes at the forward end of the outer tube and one or more of the protrusions are arranged in an asymmetric manner around the outer surface of the inner tube such that the distance between two adjacent protrusions is not the same for all adjacent pairs of protrusions; the number of protrusions at the forward end of the inner tube is the same as the number of spikes at the forward end of the outer tube and one or more of the spikes are arranged in an asymmetric manner around the inner surface of the outer tube such that the distance between two adjacent spikes is not the same for all adjacent pairs of spikes.
Antenna for an NFC device , the antenna comprising at least one wire loop of a wire , wherein each wire loop delimits a loop area such that an electric current and/or an electric voltage in the wire is coupled to a magnetic flux that penetrates the loop area , and wherein the respective loop area of the at least one wire loop is bent or folded around a volume , characterized in that the wire of the at least one wire loop is shaped as follows: starting from an electric contacting area of the wire loop where the wire may be electrically connected to a control circuit, the wire forms a first half circle in a first plane and is then oriented perpendicular to the first plane towards a second plane that is arranged parallel to the first plane and then forms a circle , apart from a gap, in the second plane and is then oriented back towards the first plane and then forms a second half circle in the first plane to finally reach the electric contacting area , wherein the first half circle and the second half circle form a full circle, apart from two gaps.
Canal sealing system for sealing a canal in a water-bearing state, comprising: - a discharging device ; - a sheet-like mat material , - a support material and - an insertion device ; wherein the discharging device is configured to discharge the sheet-like mat material on a first portion of a water surface of a canal so that the sheet-like mat material is floating on the water level; wherein the sheet-like mat material is at least partially formed with cavities for receiving the support material ; wherein the insertion device is configured to insert the support material into at least a part of the cavities for successively lowering the sheet-like mat material until it rests on a canal base surface ; characterized in that the discharging device comprises a holding device configured to hold the sheet-like mat material between two opposite bank portions of the canal; wherein the sheet-like mat material rests on the water or is at least partially immersed in the water. - a discharging device ; - a sheet-like mat material , - a support material and - an insertion device ;
A verification code obtaining method, wherein the method comprises: sending, by an application that is to obtain a verification code, a verification code obtaining request to a server, wherein the application that is to obtain a verification code is installed on a terminal, and applications installed on the terminal further comprise an input method application and an SMS message application, wherein the SMS message application is configured to receive SMS messages that comprise a verification code and SMS messages that do not comprise a verification code; receiving, by the SMS message application, an SMS message that comprises a verification code and that is sent by the server; and reading, by the input method application, the verification code in the SMS message, wherein the terminal does not allow an application other than the input method application and the SMS message application to read an SMS message in the terminal. sending, by an application that is to obtain a verification code, a verification code obtaining request to a server, wherein the application that is to obtain a verification code is installed on a terminal, and applications installed on the terminal further comprise an input method application and an SMS message application, wherein the SMS message application is configured to receive SMS messages that comprise a verification code and SMS messages that do not comprise a verification code; receiving, by the SMS message application, an SMS message that comprises a verification code and that is sent by the server; and reading, by the input method application, the verification code in the SMS message, wherein the terminal does not allow an application other than the input method application and the SMS message application to read an SMS message in the terminal.
Method for determining estimated real dimensions of an elevator car , the method comprising following steps: (a) acquiring a virtual 2-dimensional map of the elevator car based on data provided by a lidar sensor , the virtual 2-dimensional map representing reflection surfaces from which laser light emitted by the lidar sensor is reflected, (b) defining a starting area as a rectangular area at a position located within the real dimensions of the elevator car , (c) successively extending the rectangular area by one pixel in each of four extension directions orthogonal to edges of the rectangular area , including, in case any pixel in one of the extension directions corresponds to one of the reflection surfaces indicated in the virtual 2-dimensional map , stopping extending the rectangular area in this extension direction and successively extending the rectangular area by one pixel only in each of the remaining extension directions , until having fully extended the rectangular area to a maximum in each of the extension directions , and (d) determining the fully extended rectangular area as the estimated real dimensions of the elevator car . (a) acquiring a virtual 2-dimensional map of the elevator car based on data provided by a lidar sensor , the virtual 2-dimensional map representing reflection surfaces from which laser light emitted by the lidar sensor is reflected, (b) defining a starting area as a rectangular area at a position located within the real dimensions of the elevator car , (c) successively extending the rectangular area by one pixel in each of four extension directions orthogonal to edges of the rectangular area , including, in case any pixel in one of the extension directions corresponds to one of the reflection surfaces indicated in the virtual 2-dimensional map , stopping extending the rectangular area in this extension direction and successively extending the rectangular area by one pixel only in each of the remaining extension directions , until having fully extended the rectangular area to a maximum in each of the extension directions , and (d) determining the fully extended rectangular area as the estimated real dimensions of the elevator car .
An adjustable backrest contouring system for use in a chair, the contouring system comprising: a support element comprising a contact surface comprising a plurality of hook or loop fasteners; and a set of at least two contouring units , each contouring unit comprising a body comprising a first surface and an opposing second surface , each of the first and second surfaces comprising hook or loop fasteners, and further comprising one or more sides that define a periphery of the contouring unit; wherein one side of at least one of the contouring units is attached to one side of at least one other contouring unit of the set by a perforated connection that allows the contouring units to be detached from each other; wherein the contouring units are each removably attachable to the contact surface at desired locations on the contact surface to form one or more layers of contouring units ; characterized in that the contouring system also comprises at least one flexible stabiliser configured to be located between or across at least two of the contouring units and configured to attach to each of the at least two contouring units, wherein each stabiliser comprises a first surface and an opposing second surface and wherein the first surface comprises hook or loop fasteners and the second surface comprises hook or loop fasteners to removably attach one of the contouring units to another of the contouring units or to the contact surface in order to hold the layered contouring units in a desired position on the support element . a support element comprising a contact surface comprising a plurality of hook or loop fasteners; and a set of at least two contouring units , each contouring unit comprising a body comprising a first surface and an opposing second surface , each of the first and second surfaces comprising hook or loop fasteners, and further comprising one or more sides that define a periphery of the contouring unit; wherein one side of at least one of the contouring units is attached to one side of at least one other contouring unit of the set by a perforated connection that allows the contouring units to be detached from each other; wherein the contouring units are each removably attachable to the contact surface at desired locations on the contact surface to form one or more layers of contouring units ; characterized in that the contouring system also comprises at least one flexible stabiliser configured to be located between or across at least two of the contouring units and configured to attach to each of the at least two contouring units, wherein each stabiliser comprises a first surface and an opposing second surface and wherein the first surface comprises hook or loop fasteners and the second surface comprises hook or loop fasteners to removably attach one of the contouring units to another of the contouring units or to the contact surface in order to hold the layered contouring units in a desired position on the support element .
Storage container for cryogenic liquid gas with an inner tank for storing the cryogenic liquid gas and with an extraction device, wherein the extraction device comprises an extraction line which dips into the inner tank , wherein the extraction line is fluidically connected to a consumer line via a branch point so that the liquid gas can be extracted by a consumer at a connection of the consumer line , wherein the extraction line is fluidically connected to a return line via the branch point so that the liquid gas can be returned to the inner tank via the return line , wherein a heat transmitter is arranged in the extraction line upstream of the branch point so that liquid gas extracted from the inner tank can be heated and transferred to the gaseous phase, characterized in that a compressor is arranged in the extraction line upstream of the branch point and downstream of the heat transmitter so that the gaseous liquid gas can be compressed by the compressor , and a partial stream of the compressed liquid gas can be conducted to a consumer via the consumer line and another partial stream of the compressed liquid gas can be returned to the inner tank via the return line .
A rubber composition for a tire comprising a rubber component comprising 50% by mass or more of an isoprene rubber, 30% by mass or more of a butadiene rubber and 1 to 20% by mass of a styrene-butadiene rubber having a number-average molecular weight of 150,000 or more and a styrene content of 18 to 38% by mass, wherein a value obtained by multiplying a content (% by mass) of the styrene-butadiene rubber by a styrene content (% by mass) of the styrene-butadiene rubber is from 100 to 400, wherein the rubber composition further comprises carbon black having a content of not less than 20 parts by mass, wherein the styrene content of the SBR is calculated in accordance with 1 H-NMR measurements, and wherein the number-average molecular weight (Mn) is calibrated with standard polystyrene based on measurement values determined with gel permeation chromatography (GPC). wherein a value obtained by multiplying a content (% by mass) of the styrene-butadiene rubber by a styrene content (% by mass) of the styrene-butadiene rubber is from 100 to 400, wherein the rubber composition further comprises carbon black having a content of not less than 20 parts by mass, wherein the styrene content of the SBR is calculated in accordance with 1 H-NMR measurements, and wherein the number-average molecular weight (Mn) is calibrated with standard polystyrene based on measurement values determined with gel permeation chromatography (GPC).
A flavor composition comprising a peptide selected from the group consisting of: (i) pGlu-Glu-Glu, pGlu-Gln-Ala-Thr or a combination thereof, or (ii) Arg-Met-Pro, Asn-Asn-Ala-Leu or a combination thereof wherein the peptide imparts a salty taste. (i) pGlu-Glu-Glu, pGlu-Gln-Ala-Thr or a combination thereof, or (ii) Arg-Met-Pro, Asn-Asn-Ala-Leu or a combination thereof
A grain level sensor for a grain tank of a combine , said sensor comprising: an elongated closed end tube positioned within the tank and having a plurality of uniformly spaced openings along its length; a pneumatic pressure supply for pressurizing the interior of said tube ; said grain level sensor characterized by : at least one pressure sensor for sensing the interior pressure of said elongated tube , said elongated tube being oriented relative to said grain tank so that grain building up therein selectively covers said plurality of openings to cause an increase of sensed pressure. an elongated closed end tube positioned within the tank and having a plurality of uniformly spaced openings along its length; a pneumatic pressure supply for pressurizing the interior of said tube ; said grain level sensor characterized by : at least one pressure sensor for sensing the interior pressure of said elongated tube , said elongated tube being oriented relative to said grain tank so that grain building up therein selectively covers said plurality of openings to cause an increase of sensed pressure.
A method for securely controlling a smart home device, wherein the method comprises: displaying (S201), by an intelligent terminal device, at least one operation indication for a smart home device when the intelligent terminal device receives an instruction entered by a user to perform a network configuration operation on the smart home device at a close distance, the operation indication is used to instruct the user to perform function control on the smart home device; receiving, by the intelligent terminal device, the operation indication selected by the user from the at least one operation indication; and generating (S202), by the intelligent terminal device a first key based on the selected operation indication, wherein the first key is used by the intelligent terminal device to encrypt authentication information to be sent to the smart home device. displaying (S201), by an intelligent terminal device, at least one operation indication for a smart home device when the intelligent terminal device receives an instruction entered by a user to perform a network configuration operation on the smart home device at a close distance, the operation indication is used to instruct the user to perform function control on the smart home device; receiving, by the intelligent terminal device, the operation indication selected by the user from the at least one operation indication; and generating (S202), by the intelligent terminal device a first key based on the selected operation indication, wherein the first key is used by the intelligent terminal device to encrypt authentication information to be sent to the smart home device.