mhurhangee/patent-ind-claim-en huggingface dataset:
A method for controlling internet-based communication within a motor vehicle , the method comprising: - receiving a user request from a user terminal by means of a proxy server, wherein the proxy server is a SOCKS server and is comprised within a connection unit , the user request requesting a connection of the user terminal with a backend server ; - processing the user request by the connection unit and selecting by the connection unit a network interface for connecting the user terminal to the backend server ; and - selecting a DNS server based on the selected network interface for resolving the Uniform Resource Locator (URL) of the backend server to create a connection between the user terminal and the backend server , - wherein the processing of the user request by the connection unit is carried out by reading out an allocation table , wherein the allocation table is stored in a storage unit, wherein the allocation table comprises entries for backend servers . - receiving a user request from a user terminal by means of a proxy server, wherein the proxy server is a SOCKS server and is comprised within a connection unit , the user request requesting a connection of the user terminal with a backend server ; - processing the user request by the connection unit and selecting by the connection unit a network interface for connecting the user terminal to the backend server ; and - selecting a DNS server based on the selected network interface for resolving the Uniform Resource Locator (URL) of the backend server to create a connection between the user terminal and the backend server , - wherein the processing of the user request by the connection unit is carried out by reading out an allocation table , wherein the allocation table is stored in a storage unit, wherein the allocation table comprises entries for backend servers .
A computer-implemented method for detecting stages of sleep of a person, wherein the method comprises receiving distal skin temperature data and heart rate data of the person, determining distal skin temperature variability on the basis of the distal skin temperature data over time and determining heart rate variability (HRV) on the basis of the heart rate data over time, detecting stages of sleep of the person by i) detecting that the person is in a REM (Rapid Eye Movement) sleep stage when the distal skin temperature variability is below a first temperature variability limit and the heart rate variability is above a first HRV limit, and/or ii) detecting that the person is in a deep sleep stage when the distal skin temperature variability is below the first temperature variability limit and the heart rate variability is below a second HRV limit. receiving distal skin temperature data and heart rate data of the person, determining distal skin temperature variability on the basis of the distal skin temperature data over time and determining heart rate variability (HRV) on the basis of the heart rate data over time, detecting stages of sleep of the person by i) detecting that the person is in a REM (Rapid Eye Movement) sleep stage when the distal skin temperature variability is below a first temperature variability limit and the heart rate variability is above a first HRV limit, and/or ii) detecting that the person is in a deep sleep stage when the distal skin temperature variability is below the first temperature variability limit and the heart rate variability is below a second HRV limit. i) detecting that the person is in a REM (Rapid Eye Movement) sleep stage when the distal skin temperature variability is below a first temperature variability limit and the heart rate variability is above a first HRV limit, and/or ii) detecting that the person is in a deep sleep stage when the distal skin temperature variability is below the first temperature variability limit and the heart rate variability is below a second HRV limit.
A europium-activated alkaline-earth chloroapatite phosphor comprising a composition expressed by a composition formula: (M 1-x Eu x ) 5 (PO 4 ) 3 Cl where M is an alkaline-earth element containing at least Sr and Ba, x is an atomic ratio satisfying 0.04 ≤ x ≤ 0.2, wherein an absorptance of light at a wavelength of 400 nm is 90% or more, an absorptance of light at a wavelength of 650 nm is 2% or less, wherein a light emission peak wavelength of phosphor excited by near-ultraviolet to blue-violet light having a peak wavelength in a range of 390 nm or more and 420 nm or less is in a range of 445 nm or more and 465 nm or less, and a light emission efficiency of the phosphor excited by near-ultraviolet to blue-violet light having a peak wavelength in a range of 390 nm or more and 420 nm or less is 83% or more.
Applicator for a medical radiotherapy device for performing therapy by means of radiation, the applicator comprising: an applicator head and an applicator body , wherein the applicator head and the applicator body are designed such that the applicator head can be assembled on, and disassembled from, the applicator body, in each case without damage; wherein the applicator head comprises at least two separate applicator head elements , which are designed such that they can be assembled on, and disassembled from, one another, in each case without damage. an applicator head and an applicator body , wherein the applicator head and the applicator body are designed such that the applicator head can be assembled on, and disassembled from, the applicator body, in each case without damage; wherein the applicator head comprises at least two separate applicator head elements , which are designed such that they can be assembled on, and disassembled from, one another, in each case without damage.
A cap for a drinking bottle, in particular for infants and small children, having • a peripheral cap sidewall , • at least one retaining element on the bottom edge of the cap side wall for releasably retaining the cap on a drinking bottle , • a cap bottom connected to the top edge of the cap sidewall , wherein • the cap bottom has a peak region bulging inwardly into the cap bottom in the center and • an inwardly bulging sealing surface adjacent to the peak region and surrounding it, characterized in that • the radii of curvature in the peak region are smaller or the same size as the radii of curvature in the region of the sealing surface such that a bottle teat with a suction part with an elevated surface bulging to the outside and having at least one drinking hole can be positioned on the sealing surface to seal a dome-shaped palate-contacting region . • a peripheral cap sidewall , • at least one retaining element on the bottom edge of the cap side wall for releasably retaining the cap on a drinking bottle , • a cap bottom connected to the top edge of the cap sidewall , wherein • the cap bottom has a peak region bulging inwardly into the cap bottom in the center and • an inwardly bulging sealing surface adjacent to the peak region and surrounding it, characterized in that • the radii of curvature in the peak region are smaller or the same size as the radii of curvature in the region of the sealing surface such that a bottle teat with a suction part with an elevated surface bulging to the outside and having at least one drinking hole can be positioned on the sealing surface to seal a dome-shaped palate-contacting region .
A process for electrodialytic separation of heavy metals from a suspension of heavy metal containing particulate material in a two compartment electrochemical cell comprising a cathode compartment and an anode compartment, said cathode compartment and anode compartment being separated by a cation exchange membrane, said method comprising the steps of: a) introducing the suspension of heavy metal containing particulate material as the anolyte in the anode compartment, b) introducing a liquid solution without particulate material as the catholyte in the cathode compartment, and c) applying an electric field to the electrochemical cell, whereby dissolved heavy metals are removed from the suspension of particulate material and anolyte in the anode compartment by migration through the cation exchange membrane and into the catholyte in the cathode compartment. a) introducing the suspension of heavy metal containing particulate material as the anolyte in the anode compartment, b) introducing a liquid solution without particulate material as the catholyte in the cathode compartment, and c) applying an electric field to the electrochemical cell, whereby dissolved heavy metals are removed from the suspension of particulate material and anolyte in the anode compartment by migration through the cation exchange membrane and into the catholyte in the cathode compartment.
A synchronized roller with freewheels intended to be mounted in a device and comprising a central body which exposes a rolling outer cylindrical surface provided interposed between two rolling tracks of the device on which it is intended to roll simultaneously when said tracks move relative to each other, each said track being integrally lined with synchronization means of the device which form a gear system with a synchronizing pinion which exhibits each end of the central body when the synchronized roller is mounted in the device, the roller being characterized in that it comprises: • A smooth pin of smaller diameter than that of the rolling cylindrical surface , arranged at each end of the central body , and around which the synchronizing pinion is capable to rotate freely; • Pinion axial stop means integral with the smooth pin which bear, on the one hand, directly or indirectly on said pin and, on the other hand, directly or indirectly on the synchronizing pinion , to prevent said pinion from coming out of said pin ; • Roller axial guide means which bear, on the one hand, directly or indirectly on the central body and, on the other hand, are capable to bear directly or indirectly on at least one of the rolling tracks of the device with which the rolling cylindrical surface cooperates, to keep the latter approximately centered on said tracks . • A smooth pin of smaller diameter than that of the rolling cylindrical surface , arranged at each end of the central body , and around which the synchronizing pinion is capable to rotate freely; • Pinion axial stop means integral with the smooth pin which bear, on the one hand, directly or indirectly on said pin and, on the other hand, directly or indirectly on the synchronizing pinion , to prevent said pinion from coming out of said pin ; • Roller axial guide means which bear, on the one hand, directly or indirectly on the central body and, on the other hand, are capable to bear directly or indirectly on at least one of the rolling tracks of the device with which the rolling cylindrical surface cooperates, to keep the latter approximately centered on said tracks .
A catheter for delivering and aligning a heart implant about a wall of a heart, the catheter comprising: an elongate catheter body having a lumen disposed there through; a handle mechanism disposed at a proximal end of the elongate catheter body ; a cavity within a distal end of the elongate catheter body that is configured to deliver a heart implant , the cavity being configured to receive the heart implant such that at least a portion of the heart implant is exposed to an interior region of the heart; and said catheter being characterized in that it further comprises a cable positioned within the lumen of the elongate catheter body , the cable being slidably disposable through a lumen of the heart implant positioned within the cavity and being operationally coupled with the handle mechanism so that a first operation of the handle mechanism causes the cable to flex outward from the cavity and thereby causes at least part of the heart implant to move outward from the cavity ; and in that the handle mechanism is further operable to retract the cable within the lumen of the elongate catheter body and through the lumen of the heart implant so that a distal tip of the cable is positionable proximally of a proximal end of the heart implant thereby enabling the heart implant to be released from the cavity . an elongate catheter body having a lumen disposed there through; a handle mechanism disposed at a proximal end of the elongate catheter body ; a cavity within a distal end of the elongate catheter body that is configured to deliver a heart implant , the cavity being configured to receive the heart implant such that at least a portion of the heart implant is exposed to an interior region of the heart; and said catheter being characterized in that it further comprises a cable positioned within the lumen of the elongate catheter body , the cable being slidably disposable through a lumen of the heart implant positioned within the cavity and being operationally coupled with the handle mechanism so that a first operation of the handle mechanism causes the cable to flex outward from the cavity and thereby causes at least part of the heart implant to move outward from the cavity ; and in that the handle mechanism is further operable to retract the cable within the lumen of the elongate catheter body and through the lumen of the heart implant so that a distal tip of the cable is positionable proximally of a proximal end of the heart implant thereby enabling the heart implant to be released from the cavity .
A display device , comprising: a wiring substrate ; a plurality of light emitting elements , each light emitting element of the plurality of light emitting elements being disposed on the wiring substrate to form an individual pixel and having a semiconductor structure including a multitude of semiconductor layers stacked to emit lights of first to third colors, respectively, first and second electrodes electrically connected to one side and the other side of the semiconductor structure on a first face of the semiconductor structure, respectively, and a support layer disposed on a second face of the semiconductor structure; and a reflective layer filling a space between the plurality of light emitting elements , the reflective layer comprising: a transparent resin layer ; and reflective particles dispersed in the transparent resin layer , wherein the reflective layer includes a first reflection layer covering the lateral side and a bottom side of the semiconductor structure of each light emitting element , and a second reflection layer covering the lateral sides of the first reflective layer and the support layer of each light emitting element and being located on a top side of the support layer of each light emitting element . a wiring substrate ; a plurality of light emitting elements , each light emitting element of the plurality of light emitting elements being disposed on the wiring substrate to form an individual pixel and having a semiconductor structure including a multitude of semiconductor layers stacked to emit lights of first to third colors, respectively, first and second electrodes electrically connected to one side and the other side of the semiconductor structure on a first face of the semiconductor structure, respectively, and a support layer disposed on a second face of the semiconductor structure; and a reflective layer filling a space between the plurality of light emitting elements , the reflective layer comprising: a transparent resin layer ; and reflective particles dispersed in the transparent resin layer , a transparent resin layer ; and reflective particles dispersed in the transparent resin layer , wherein the reflective layer includes a first reflection layer covering the lateral side and a bottom side of the semiconductor structure of each light emitting element , and a second reflection layer covering the lateral sides of the first reflective layer and the support layer of each light emitting element and being located on a top side of the support layer of each light emitting element .
Glazed device which is intended to be assembled on a door box in order to form a motor vehicle door (P), comprising at least one movable glazed panel which carries, on the face thereof orientated towards the interior of the vehicle, at least one guide runner which is mounted so as to slide relative to a guide rail when the movable glazed panel slides between a blocking position and at least one open position, the at least one guide runner being mounted in a reversible manner on a monobloc runner support which is mounted so as to be fixed to the movable glazed panel and which has upper and lower ends, characterised in that the at least one guide runner and the at least one runner support are configured so that the guide runner can be inserted by means of sliding on the runner support via the upper and lower ends of the runner support .
An apparatus comprising: means for receiving a dataset defining at least one trajectory; means for determining parameters of the dataset; means for generating a profile of the dataset based on the parameters of the dataset to establish a dataset profile; means for identifying a predetermined profile corresponding to the dataset profile, the predetermined profile being stored in a catalog of datasets having profiles and privacy level estimates, the catalog associating the privacy level estimates to anonymization strategies; means for determining an anonymization strategy corresponding to the predetermined profile; means for anonymizing the dataset using the anonymization strategy to generate an anonymized dataset; means for estimating a privacy level of the anonymized dataset based on a privacy level estimate associated with the predetermined profile; and means for publishing the anonymized dataset for use with location-based services. means for receiving a dataset defining at least one trajectory; means for determining parameters of the dataset; means for generating a profile of the dataset based on the parameters of the dataset to establish a dataset profile; means for identifying a predetermined profile corresponding to the dataset profile, the predetermined profile being stored in a catalog of datasets having profiles and privacy level estimates, the catalog associating the privacy level estimates to anonymization strategies; means for determining an anonymization strategy corresponding to the predetermined profile; means for anonymizing the dataset using the anonymization strategy to generate an anonymized dataset; means for estimating a privacy level of the anonymized dataset based on a privacy level estimate associated with the predetermined profile; and means for publishing the anonymized dataset for use with location-based services.
Solar roof tile having a ceramic base body , on the outside of which a photoactive cell is arranged for electrical power generation, having a coupling device which has a contact element electrically conductively connected to the photoactive cell , said contact element being able to be connected to a coupling device of a second solar roof tile and/or to an electrical conductor and/or to a busbar , by the electrical contact element being formed in such a way that, when placing the solar roof tile on a substructure, an electrically conductive section of the electrical contact element automatically connects to an electrically conductive busbar and/or to an electrically conductive part of a coupling device of a second solar roof tile and/or to an electrical conductor arranged on the substructure, characterised in that the coupling device has an electrical conductor, which is designed, at least section by section, for contacting the photoactive cell as an optically transparent and electrically conductive coating.
A modified static dissipative material comprising: a) a static dissipative material having a sheet resistance equal to or lower than 10 12 Ohm/sq as measured by the Van der Pauw method when applied to a substrate, and b) a plurality of inorganic or organic moieties having at least two or more reactive functional groups, each reactive functional group being independently selected from the group consisting of a silyl group, a phosphonyl group, a biphosphonyl group, thiol, a carboxyl group, and an epoxy group, wherein the inorganic or organic moieties are chemically bonded to the static dissipative material; and the modified static dissipative material has a static contact angle of water from 50° to 130° as measured by the Laplace-Young fitting method when applied to a substrate. a) a static dissipative material having a sheet resistance equal to or lower than 10 12 Ohm/sq as measured by the Van der Pauw method when applied to a substrate, and b) a plurality of inorganic or organic moieties having at least two or more reactive functional groups, each reactive functional group being independently selected from the group consisting of a silyl group, a phosphonyl group, a biphosphonyl group, thiol, a carboxyl group, and an epoxy group, wherein the inorganic or organic moieties are chemically bonded to the static dissipative material; and the modified static dissipative material has a static contact angle of water from 50° to 130° as measured by the Laplace-Young fitting method when applied to a substrate.
An absorbent article comprising a liquid pervious topsheet, a liquid impervious backsheet, and an absorbent core comprising an absorbent material between a top core wrap sheet and a back core wrap sheet , said absorbent core being positioned in between said topsheet and said backsheet, wherein the absorbent core is provided with at least one attachment zone between the top core wrap sheet and the back core wrap sheet , wherein a first binder is arranged in a first area between the top core wrap sheet and the back core wrap sheet at a distance from the at least one attachment zone , on one of the top core wrap sheet and the back core wrap sheet ; and a second binder is arranged in a second area between the top core wrap sheet and the back core wrap sheet , on the other of the top core wrap sheet and the back core wrap sheet , wherein the first area is substantially complementary to the second area.
A method of making a coated article for use in a window, the method comprising: having a coated article including a glass substrate that supports a coating comprising at least one infrared, IR, reflecting layer comprising silver located directly on and contacting a layer comprising metal oxide that can absorb ultraviolet, UV, radiation; directing UV radiation from at least one UV source toward the coating and exposing the coating to UV radiation in order to reduce a sheet resistance of the coating and/or increase visible transmission of the coating. having a coated article including a glass substrate that supports a coating comprising at least one infrared, IR, reflecting layer comprising silver located directly on and contacting a layer comprising metal oxide that can absorb ultraviolet, UV, radiation; directing UV radiation from at least one UV source toward the coating and exposing the coating to UV radiation in order to reduce a sheet resistance of the coating and/or increase visible transmission of the coating.
A method for preparing a separator comprising: (S1) dispersing an inorganic material and a dispersion resin into a solvent to obtain a dispersion solution; (S2) mixing a binder with the dispersion solution to form a slurry; and (S3) coating the slurry on at least one surface of a substrate to form a coating layer, wherein the dispersion resin is a cyano resin including a -CN group, and wherein the cyano resin further includes an -OH group. (S1) dispersing an inorganic material and a dispersion resin into a solvent to obtain a dispersion solution; (S2) mixing a binder with the dispersion solution to form a slurry; and (S3) coating the slurry on at least one surface of a substrate to form a coating layer, wherein the dispersion resin is a cyano resin including a -CN group, and