mhurhangee/patent-ind-claim-en huggingface dataset:
A system for communicating with a first electronic device via an electronic interface of a vehicle , wherein the electronic interface is a wireless communication system, said system comprising: one or more circuits comprised in an electronic control unit of said vehicle , said one or more circuits being configured to: receive information comprising a request from said first electronic device using a first communication protocol via said electronic interface , wherein said first electronic device is in a first proximity range of said electronic interface ; analyze said received information based on pre-configured preferences of a user associated with said vehicle ; determine at least a request type based on said analysis of said received information; and perform one or more corresponding actions based on said received information, a preference of said user and said request type; wherein said one or more circuits are further configured to facilitate a secure two-way communication between said first electronic device and a second electronic device associated with the vehicle user via said electronic interface of said vehicle if the request type corresponds to the request to communicate with the vehicle user enabling the first electronic device to communicate with the second electronic device without knowledge of the contact information of the second electronic device under the control of the one or more circuits . receive information comprising a request from said first electronic device using a first communication protocol via said electronic interface , wherein said first electronic device is in a first proximity range of said electronic interface ; analyze said received information based on pre-configured preferences of a user associated with said vehicle ; determine at least a request type based on said analysis of said received information; and perform one or more corresponding actions based on said received information, a preference of said user and said request type; wherein said one or more circuits are further configured to facilitate a secure two-way communication between said first electronic device and a second electronic device associated with the vehicle user via said electronic interface of said vehicle if the request type corresponds to the request to communicate with the vehicle user enabling the first electronic device to communicate with the second electronic device without knowledge of the contact information of the second electronic device under the control of the one or more circuits .
A method for performing a solid-phase peptide synthesis comprising the steps of: a) binding an amino acid protected at the N-terminus with a protective group via a C terminus of the amino acid to a solid carrier material; b) cleaving off the protective group; c) performing at least one peptide propagation; and d) terminating the reaction by cleaving off the peptide from the carrier material, wherein steps a) to d) take place in a liquid reaction medium and at least during one of the steps ultrasound with a frequency in the range from more than 100 to 2000 kHz acts at least temporarily on the reaction medium. a) binding an amino acid protected at the N-terminus with a protective group via a C terminus of the amino acid to a solid carrier material; b) cleaving off the protective group; c) performing at least one peptide propagation; and d) terminating the reaction by cleaving off the peptide from the carrier material,
A method of aligning a coordination system in a therapeutic system; wherein the therapeutic system comprises a laser source suitable for emitting a therapeutic laser beam; a laser control system in communication with the laser source, wherein the laser control system is configured to control a parameter of the therapeutic laser beam; and, an analyzer; wherein the analyzer comprises: a memory; executable instructions; and a processor; the method of aligning the coordination system comprising: a) receiving a pre-treatment image of eye; b) receiving a treatment image of the eye; c) unwrapping each image to provide a pre-treatment feature representation of the eye and a treatment feature representation of the eye; d) the analyzer determining a change in an orientation of an iris of the eye between the pre-treatment image and the treatment image, based upon the pre-treatment feature representation and the treatment feature representation; without singling out particular points in the pre-treatment and treatment images; and, e) aligning the coordinate system based upon the change in the orientation of the iris of the eye. a) receiving a pre-treatment image of eye; b) receiving a treatment image of the eye; c) unwrapping each image to provide a pre-treatment feature representation of the eye and a treatment feature representation of the eye; d) the analyzer determining a change in an orientation of an iris of the eye between the pre-treatment image and the treatment image, based upon the pre-treatment feature representation and the treatment feature representation; without singling out particular points in the pre-treatment and treatment images; and, e) aligning the coordinate system based upon the change in the orientation of the iris of the eye.
Bearing support , intended to be secured to a stationary turbojet element for supporting a journal, the bearing support comprising: - a tapered element which widens from a central portion for supporting the journal to a portion for securing to the stationary element; - an upstream skirt carried by the tapered element for defining an upstream enclosure for the central portion ; and - at least one downstream revolution element carried by the tapered element for defining a downstream enclosure for the central portion ; characterized in that this bearing support comprises a cylindrical body extending the portion for securing to the stationary element while surrounding the tapered element , and in that this bearing support is made as a single part produced by additive manufacturing. - a tapered element which widens from a central portion for supporting the journal to a portion for securing to the stationary element; - an upstream skirt carried by the tapered element for defining an upstream enclosure for the central portion ; and - at least one downstream revolution element carried by the tapered element for defining a downstream enclosure for the central portion ;
An operation-mode switching system for an elevator, which is provided to an elevator including a plurality of landing-door switches for detecting an open state of a plurality of landing doors , and which switches an operation mode during maintenance work, the operation-mode switching system for an elevator comprising: a maintenance-operation mode selector switch provided in a hoistway , for switching the operation mode to a maintenance-operation mode; a landing-door opening detection switch provided to the landing door independently of the landing-door switches , the landing-door opening detection switch being turned OFF when the landing door is intentionally opened; and a relay for inhibiting normal operation during maintenance, which is demagnetized when the landing-door opening detection switch is turned OFF to inhibit start of a car , wherein a maintenance operation of the car is enabled by switching the operation mode to the maintenance-operation mode through the maintenance-operation mode selector switch after the start of the car is inhibited by the relay for inhibiting normal operation during maintenance. a maintenance-operation mode selector switch provided in a hoistway , for switching the operation mode to a maintenance-operation mode; a landing-door opening detection switch provided to the landing door independently of the landing-door switches , the landing-door opening detection switch being turned OFF when the landing door is intentionally opened; and a relay for inhibiting normal operation during maintenance, which is demagnetized when the landing-door opening detection switch is turned OFF to inhibit start of a car , wherein a maintenance operation of the car is enabled by switching the operation mode to the maintenance-operation mode through the maintenance-operation mode selector switch after the start of the car is inhibited by the relay for inhibiting normal operation during maintenance.
A welding jig device used for forming a part comprising desired welded portions that form annular closed paths by welding a plurality of members together, comprising: a jig on one side including a joint face on the one side and an opening on the one side , the joint face on the one side being adapted to contact one of faces exposed on outer surface sides of the plurality of members that are overlaid one on top of the other, the opening on the one side corresponding to a portion of the desired welded portions of the part ; a jig on another side including a joint face on the other side and an opening on the other side , the joint face on the other side being adapted to contact another face of the faces exposed on the outer surface sides of the plurality of members, the opening on the other side corresponding to another portion of the desired welded portions of the part and not corresponding to the opening on the one side ; a laser welding machine on the one side that is configured to emit a laser beam (B1) toward the opening on the one side ; characterized in that it includes a laser welding machine on the other side that is configured to emit a laser beam (B2) toward the opening on the other side ; and in that the opening on the one side and the opening on the other side combine to form an opening corresponding to the entire desired welded portions ; and the desired welded portions that are formed through the opening on the one side and the opening on the other side form the annular closed paths. a jig on one side including a joint face on the one side and an opening on the one side , the joint face on the one side being adapted to contact one of faces exposed on outer surface sides of the plurality of members that are overlaid one on top of the other, the opening on the one side corresponding to a portion of the desired welded portions of the part ; a jig on another side including a joint face on the other side and an opening on the other side , the joint face on the other side being adapted to contact another face of the faces exposed on the outer surface sides of the plurality of members, the opening on the other side corresponding to another portion of the desired welded portions of the part and not corresponding to the opening on the one side ; a laser welding machine on the one side that is configured to emit a laser beam (B1) toward the opening on the one side ; characterized in that it includes a laser welding machine on the other side that is configured to emit a laser beam (B2) toward the opening on the other side ; and in that the opening on the one side and the opening on the other side combine to form an opening corresponding to the entire desired welded portions ; and the desired welded portions that are formed through the opening on the one side and the opening on the other side form the annular closed paths.
A spacer for fixation to a construction element, for maintaining a relative distance to another construction element, and for restricting at the maintained distance a movement about a position that is relative to another construction element, the spacer having a structure that: a) provides resiliency and generates a force for enhancing a distance relative to another nearby construction element when distance to that other construction element is reduced to a predetermined distance, and b) provides restriction of a movement of the structure in at least one direction that is different from the direction of predetermined distance, wherein the spacer is configured such that in use of the spacer the force for enhancing a distance to that other construction element is predominantly directed across the direction of gravity, characterized in that the structure is provided with a plurality of resilient elements and a plurality of restrictors for restricting the movement, wherein the resilient elements and the restrictors are each spatially separated different parts of the structure and have positions in the structure which alternate each other along a dimension of the structure. a) provides resiliency and generates a force for enhancing a distance relative to another nearby construction element when distance to that other construction element is reduced to a predetermined distance, and b) provides restriction of a movement of the structure in at least one direction that is different from the direction of predetermined distance, wherein the spacer is configured such that in use of the spacer the force for enhancing a distance to that other construction element is predominantly directed across the direction of gravity, characterized in that the structure is provided with a plurality of resilient elements and a plurality of restrictors for restricting the movement, wherein the resilient elements and the restrictors are each spatially separated different parts of the structure and have positions in the structure which alternate each other along a dimension of the structure.
An image processing apparatus , comprising: an interface through which scanned image data obtained by scanning a designated region, is acquired; and a processor configured to extract a contour line representing a document area from the scanned image data, extract vertices of the contour line by calculating a curvature at each point of the contour line, determine whether a plurality of original documents is present in the document area based on the vertices and extract document image data of each original document from the scanned image data, characterised by the processor being configured to generate one file including the extracted document image data of each of the original documents; wherein the processor is configured to extract first to third vertices of the contour line that are adjacent to one another and form a right angle or an approximate right angle, estimate a fourth vertex from the first to third vertices such that the first to fourth vertices form a rectangle or an approximate rectangle, and extract document image data of an original document from the scanned image data based on the rectangle or the approximate rectangle; and the processor is configured to determine whether or not the rectangle is formed within the document area and extract the document image data of the original document from the scanned image data if the rectangle is formed within the document area. an interface through which scanned image data obtained by scanning a designated region, is acquired; and a processor configured to extract a contour line representing a document area from the scanned image data, extract vertices of the contour line by calculating a curvature at each point of the contour line, determine whether a plurality of original documents is present in the document area based on the vertices and extract document image data of each original document from the scanned image data, characterised by the processor being configured to generate one file including the extracted document image data of each of the original documents; wherein the processor is configured to extract first to third vertices of the contour line that are adjacent to one another and form a right angle or an approximate right angle, estimate a fourth vertex from the first to third vertices such that the first to fourth vertices form a rectangle or an approximate rectangle, and extract document image data of an original document from the scanned image data based on the rectangle or the approximate rectangle; and the processor is configured to determine whether or not the rectangle is formed within the document area and extract the document image data of the original document from the scanned image data if the rectangle is formed within the document area.
A light emitting device , comprising: a light emitting diode , LED,; and a recipient luminophoric medium that is configured to down-convert at least some of the light emitted by the LED , the recipient luminophoric medium including at least: a first broad-spectrum luminescent material that down-converts a first portion of the radiation emitted by the LED to radiation having a peak wavelength in the red color range, wherein the red color range is light having a wavelength from 605 nm to 700 nm; a first narrow-spectrum luminescent material that down-converts a second portion of the radiation emitted by the LED to radiation having a peak wavelength in the red color range; and a second broad-spectrum luminescent material that down-converts a third portion of the radiation emitted by the LED to radiation having a peak wavelength in a color range other than the red color range, wherein radiation emitted by the second broad-spectrum luminescent material has a peak wavelength in the yellow color range, wherein the yellow color range is light having a wavelength from 550 nm to 604 nm. a light emitting diode , LED,; and a recipient luminophoric medium that is configured to down-convert at least some of the light emitted by the LED , the recipient luminophoric medium including at least: a first broad-spectrum luminescent material that down-converts a first portion of the radiation emitted by the LED to radiation having a peak wavelength in the red color range, wherein the red color range is light having a wavelength from 605 nm to 700 nm; a first narrow-spectrum luminescent material that down-converts a second portion of the radiation emitted by the LED to radiation having a peak wavelength in the red color range; and a second broad-spectrum luminescent material that down-converts a third portion of the radiation emitted by the LED to radiation having a peak wavelength in a color range other than the red color range, wherein radiation emitted by the second broad-spectrum luminescent material has a peak wavelength in the yellow color range, wherein the yellow color range is light having a wavelength from 550 nm to 604 nm. a first broad-spectrum luminescent material that down-converts a first portion of the radiation emitted by the LED to radiation having a peak wavelength in the red color range, wherein the red color range is light having a wavelength from 605 nm to 700 nm; a first narrow-spectrum luminescent material that down-converts a second portion of the radiation emitted by the LED to radiation having a peak wavelength in the red color range; and a second broad-spectrum luminescent material that down-converts a third portion of the radiation emitted by the LED to radiation having a peak wavelength in a color range other than the red color range, wherein radiation emitted by the second broad-spectrum luminescent material has a peak wavelength in the yellow color range, wherein the yellow color range is light having a wavelength from 550 nm to 604 nm.
Method in a receiver for compressing soft values; said receiver comprising at least one HARQ buffer for storing bit representations of soft values used for HARQ retransmission combining in a wireless communication system; said method comprising the step of: adaptively compressing soft values by using a variable compression rate c; wherein said variable compression rate c is dependent on configured number of HARQ processes for said receiver and number of soft values for each HARQ process; wherein the allocation of the HARQ processes in the HARQ buffer is static, and the allocation is changed at configuration or reconfiguration of the configured number of HARQ processes and the number of soft values for each HARQ process. adaptively compressing soft values by using a variable compression rate c; wherein said variable compression rate c is dependent on configured number of HARQ processes for said receiver and number of soft values for each HARQ process; wherein the allocation of the HARQ processes in the HARQ buffer is static, and the allocation is changed at configuration or reconfiguration of the configured number of HARQ processes and the number of soft values for each HARQ process.
A liquid composition comprising (a) a solvent or solvent mixture containing at least 50 % by weight, based on the total amount of solvents,of a dioxabicycloalkane derivative, (b) an aromatic tricarboxylic acid anhydride, and (c) an aromatic diisocyanate. (a) a solvent or solvent mixture containing at least 50 % by weight, based on the total amount of solvents,of a dioxabicycloalkane derivative, (b) an aromatic tricarboxylic acid anhydride, and (c) an aromatic diisocyanate.
A precoding method, comprising: determining a generalized inverse matrix H m + of a channel value matrix H m of K users in an m th iteration in J iteration operations, wherein m=1, 2, ..., J, 1≤J≤M-K+1, J is an integer, and M is a quantity of antennas; selecting, from a set S 1 m-1 based on H m + , an antenna index n m and an update coefficient α m corresponding to n m , wherein S 1 m-1 is a set of n unselected in antenna indexes n of the M antennas until an (m-1) th iteration ends; determining a weight matrix W m based on H m + and α m ; and assigning a row that is in W m and that corresponds to n m to a row that is in a final weight matrix W opt and that corresponds to n m , wherein W opt is used to adjust transmit powers of at least J of the M antennas to a preset maximum transmit power P after the J iteration operations end, wherein the determining a weight matrix W m based on H m + and α m comprises: calculating W m by using a formula W m = W m − 1 + α m H m + , wherein W m-1 is a weight matrix used in the (m-1) th iteration. determining a generalized inverse matrix H m + of a channel value matrix H m of K users in an m th iteration in J iteration operations, wherein m=1, 2, ..., J, 1≤J≤M-K+1, J is an integer, and M is a quantity of antennas; selecting, from a set S 1 m-1 based on H m + , an antenna index n m and an update coefficient α m corresponding to n m , wherein S 1 m-1 is a set of n unselected in antenna indexes n of the M antennas until an (m-1) th iteration ends; determining a weight matrix W m based on H m + and α m ; and assigning a row that is in W m and that corresponds to n m to a row that is in a final weight matrix W opt and that corresponds to n m , wherein W opt is used to adjust transmit powers of at least J of the M antennas to a preset maximum transmit power P after the J iteration operations end, wherein the determining a weight matrix W m based on H m + and α m comprises: calculating W m by using a formula W m = W m − 1 + α m H m + , wherein W m-1 is a weight matrix used in the (m-1) th iteration.
A method for forming a skinned composite comprising forming a layer of a polyurethane-forming reaction mixture against a skin layer, and then curing the reaction mixture to form a polyurethane layer adhering to the skin, wherein the polyurethane-forming reaction mixture comprises a) one or more polyols; b) one or more organic polyisocyanates; c) at least one blowing agent; d) at least one catalyst for the reaction of isocyanate groups towards hydroxyl groups; wherein component a) includes at least one polyester polyol, and/or component b) includes at least one isocyanate-terminated prepolymer which is a reaction product of a polyester polyol with an excess of one or more polyisocyanates, and further wherein the polyester polyol in component a) and/or present in an isocyanate-terminated prepolymer included within component b) constitutes from 0.5 to 7% of the combined weight of components a) and b); and further wherein component a) contains from 0.01 to 1% by weight of a Bronsted acid having a molecular weight of up to about 400 selected from one or more of formic acid, acetic acid, an alkanoic acid having three to eight carbon atoms, sulfuric acid, hydrochloric acid, nitric acid, phosphoric acid, benzene sulfonic acid and an alkyl benzene sulfonic acid in which the alkyl group contains 1 to 20 carbon atoms, based on the combined weight of the polyols and the Bronsted acid. a) one or more polyols; b) one or more organic polyisocyanates; c) at least one blowing agent; d) at least one catalyst for the reaction of isocyanate groups towards hydroxyl groups;