mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a transparent substrate having a nano pattern, the method, comprising: forming a resin layer made of a transparent material on the transparent substrate; forming at least one or more unit pattern parts composed of a first pattern area and a second pattern area in which a plurality of grid patterns are formed, and a protrusion pattern formed between the first pattern area and the second pattern area, on the resin layer; and forming a nanoscale metal layer on the protrusion pattern, wherein the forming of the metal layer comprises: depositing a metal on the grid patterns and the protrusion pattern; and removing the metals deposited on the grid patterns through a wet etching process. forming a resin layer made of a transparent material on the transparent substrate; forming at least one or more unit pattern parts composed of a first pattern area and a second pattern area in which a plurality of grid patterns are formed, and a protrusion pattern formed between the first pattern area and the second pattern area, on the resin layer; and forming a nanoscale metal layer on the protrusion pattern, wherein the forming of the metal layer comprises: depositing a metal on the grid patterns and the protrusion pattern; and removing the metals deposited on the grid patterns through a wet etching process. depositing a metal on the grid patterns and the protrusion pattern; and removing the metals deposited on the grid patterns through a wet etching process.
A method of influencing the effective R ratio of an atmosphere control member which comprises creating a pressure differential across the ACM, the pressure differential being at least 0.0049 kg/cm 2 (2 inches of water pressure).
Process for producing a cosmetic composition, comprising the following steps: a) inkjet printing onto a basic cosmetic composition, using an inkjet printer, at least one fluid composition in an amount chosen so as to impregnate the basic composition over only a part of its thickness, the basic composition being in the form of a compact powder, a stick, a pencil or felt pen or in the form of a cream, b) after at least one sampling of the impregnated layer, repeating step a) while optionally modifying the fluid composition inkjet-printed. a) inkjet printing onto a basic cosmetic composition, using an inkjet printer, at least one fluid composition in an amount chosen so as to impregnate the basic composition over only a part of its thickness, the basic composition being in the form of a compact powder, a stick, a pencil or felt pen or in the form of a cream, b) after at least one sampling of the impregnated layer, repeating step a) while optionally modifying the fluid composition inkjet-printed.
A locking device comprising at least one lock and at least one key inserted in the lock, wherein the lock comprises a lock body, a bolt, a keyhole and a secret mechanism wherein the key comprises a bow, a shank, a key secret and is configured to be disassembled into the key components and assembled from the key components, and wherein the lock comprises a docking mechanism configured to disassemble the key into the key components during a working stroke of the lock when the key is inserted in the lock, and to assemble the key from the key components before the key is removed from the lock. the lock, wherein the lock comprises a lock body, a bolt, a keyhole and a secret mechanism wherein the key comprises a bow, a shank, a key secret and is configured to be disassembled into the key components and assembled from the key components, and wherein the lock comprises a docking mechanism configured to disassemble the key into the key components during a working stroke of the lock when the key is inserted in the lock, and to assemble the key from the key components before the key is removed from the lock.
A health functional food for use in relieving women's menopausal symptoms, comprising, as an active ingredient, a pomegranate pulp extract containing 2.4 - 3.2 mg of ellagic acid and 10 - 14 mg of polyphenol per the total weight g of the pomegranate pulp extract.
A user device for communication in a wireless communication system, the user device comprising a transceiver configured for group communication with other user devices (100a, 100b,..., 100n) of a first group, wherein the first group is a non-network controlled communication group; the transceiver further being configured to: transmit or receive data to or from the other user devices (100a, 100b,..., 100n) on a first radio channel, wherein the first radio channel is a data channel; and transmit or receive first transmit requests to or from the other user devices (100a, 100b,..., 100n) on a second radio channel, wherein each first transmit request is a request for data transmission on the first radio channel and wherein the second radio channel is a signalling channel characterized in that the transceiver further is configured to receive second transmitter requests from user devices (300a, 300b,..., 300n) of a second group, wherein the second group is a network controlled communication group and wherein the second transmit requests are requests for transmission on the first radio channel, and forward the second transmitter requests on the second radio channel to the other user devices (100a, 100b,..., 100n). transmit or receive data to or from the other user devices (100a, 100b,..., 100n) on a first radio channel, wherein the first radio channel is a data channel; and transmit or receive first transmit requests to or from the other user devices (100a, 100b,..., 100n) on a second radio channel, wherein each first transmit request is a request for data transmission on the first radio channel and wherein the second radio channel is a signalling channel characterized in that the transceiver further is configured to receive second transmitter requests from user devices (300a, 300b,..., 300n) of a second group, wherein the second group is a network controlled communication group and wherein the second transmit requests are requests for transmission on the first radio channel, and forward the second transmitter requests on the second radio channel to the other user devices (100a, 100b,..., 100n).
A method for downloading a profile by a terminal in a wireless communication system, the method comprising: triggering profile download based on user operation of the terminal, from a subscription manager data preparation+, SM-DP+, to the terminal; performing communication with the SM-DP+ based on a hypertext transfer protocol over secure socket layer, HTTPS, secured by a certificate for transport layer security, TLS; receiving, from the SM-DP+, an ES9+ HTTPS response message including a profile in a tag-length-value, TLV, form, the profile in the TLV form being protected by an SCP03t session key set; and transferring, to an embedded universal integrated circuit card, eUICC,, the profile in the TLV form, wherein the SCP03t session key set is generated based on mutual authentication procedure and key set generation procedure, the mutual authentication procedure being performed between the SM-DP+ and the eUICC based on an eUICC controlling authority security domain, ECASD, certificate. triggering profile download based on user operation of the terminal, from a subscription manager data preparation+, SM-DP+, to the terminal; performing communication with the SM-DP+ based on a hypertext transfer protocol over secure socket layer, HTTPS, secured by a certificate for transport layer security, TLS; receiving, from the SM-DP+, an ES9+ HTTPS response message including a profile in a tag-length-value, TLV, form, the profile in the TLV form being protected by an SCP03t session key set; and transferring, to an embedded universal integrated circuit card, eUICC,, the profile in the TLV form, wherein the SCP03t session key set is generated based on mutual authentication procedure and key set generation procedure, the mutual authentication procedure being performed between the SM-DP+ and the eUICC based on an eUICC controlling authority security domain, ECASD, certificate.
Blower housing, comprising: - a motor housing with a circumferential wall and with a first bottom area in a first axial end area of the circumferential wall, - a motor housing cover capable of being connected to the motor housing in a second axial end area of the circumferential wall and providing a second bottom area, characterized in that a contacting arrangement is provided on the motor housing cover for electrical contacting of an electric motor to be arranged in the blower housing, wherein the contacting arrangement in a first contacting area comprises a first contacting formation at least on a side of the motor housing cover to be positioned facing an interior of the motor housing, and comprises a second contacting formation in a second contacting area exposed to the outside, and comprises a strip conductor formation conductively connecting the first contacting formation to the second contacting formation, and in that the motor housing cover can be connected to the motor housing in a plurality of mounting positions rotated in relation to one another about a motor housing longitudinal axis. - a motor housing with a circumferential wall and with a first bottom area in a first axial end area of the circumferential wall, - a motor housing cover capable of being connected to the motor housing in a second axial end area of the circumferential wall and providing a second bottom area, characterized in that a contacting arrangement is provided on the motor housing cover for electrical contacting of an electric motor to be arranged in the blower housing, wherein the contacting arrangement in a first contacting area comprises a first contacting formation at least on a side of the motor housing cover to be positioned facing an interior of the motor housing, and comprises a second contacting formation in a second contacting area exposed to the outside, and comprises a strip conductor formation conductively connecting the first contacting formation to the second contacting formation, and in that the motor housing cover can be connected to the motor housing in a plurality of mounting positions rotated in relation to one another about a motor housing longitudinal axis.
An optical coupling structure comprising: an optical semiconductor element having an optical axis and comprising a light receiving/emitting portion on an upper face thereof and is mounted on a substrate on a side of a lower face thereof; an optical transmission path having an optical axis that intersects the optical axis of the optical semiconductor element at a predetermined angle and is arranged separately from a mounting face of the substrate; and an optical coupling portion configured to convert the optical path between the optical semiconductor element and the optical transmission path and optically couple the optical semiconductor element and the optical transmission path, wherein the optical coupling portion is made of a resin that is transparent with respect to a transmitted light, the resin adhering to both at least a portion of the light receiving/emitting portion of the optical semiconductor element and at least a portion of the end portion of the optical transmission path; wherein the optical semiconductor element and the optical transmission path are bonded to each other with the resin itself that constitutes the optical coupling portion and wherein the resin itself is configured to convert the optical path by reflecting at an interface between the resin and an adjacent medium; and characterized in that the resin is arranged separately from a power supply wiring that is wire-bonded to the upper face of the optical semiconductor element. an optical semiconductor element having an optical axis and comprising a light receiving/emitting portion on an upper face thereof and is mounted on a substrate on a side of a lower face thereof; an optical transmission path having an optical axis that intersects the optical axis of the optical semiconductor element at a predetermined angle and is arranged separately from a mounting face of the substrate; and an optical coupling portion configured to convert the optical path between the optical semiconductor element and the optical transmission path and optically couple the optical semiconductor element and the optical transmission path, wherein the optical coupling portion is made of a resin that is transparent with respect to a transmitted light, the resin adhering to both at least a portion of the light receiving/emitting portion of the optical semiconductor element and at least a portion of the end portion of the optical transmission path; wherein the optical semiconductor element and the optical transmission path are bonded to each other with the resin itself that constitutes the optical coupling portion and wherein the resin itself is configured to convert the optical path by reflecting at an interface between the resin and an adjacent medium; and characterized in that the resin is arranged separately from a power supply wiring that is wire-bonded to the upper face of the optical semiconductor element.
A combination comprising (a) an isolated fibroblast growth factor peptide or peptide dimer or a pharmaceutically acceptable salt thereof, wherein the FGF peptide or peptide dimer comprises the amino acid sequence CYRSRKYSSWYVALKRC (SEQ ID NO:1); and (b) thrombopoeitin, for use in preventing or treating a disorder caused by radiation exposure, wherein said disorder comprises acute radiation syndrome. (a) an isolated fibroblast growth factor peptide or peptide dimer or a pharmaceutically acceptable salt thereof, wherein the FGF peptide or peptide dimer comprises the amino acid sequence CYRSRKYSSWYVALKRC (SEQ ID NO:1); and (b) thrombopoeitin,
A seismic source array utilizing one or more unmanned vessels deployed behind a tow vessel or other seismic ship and by means of paravanes, deflectors or similar diverter or door systems the one or more unmanned vessels are spread out behind the tow vessel, the seismic source array comprising: one or more unmanned vessels configured to provide buoyancy in a water column, each unmanned vessel comprising an on-board air compressor; one seismic source is deployed to the water column by each unmanned vessel; and a source line providing compressed air from the or each unmanned vessel to the respective seismic source, whereby the one or more seismic sources generate seismic energy propagating through the water column; wherein one source line is only provided between each seismic source and the air compressor of a respective unmanned vessel. one or more unmanned vessels configured to provide buoyancy in a water column, each unmanned vessel comprising an on-board air compressor; one seismic source is deployed to the water column by each unmanned vessel; and a source line providing compressed air from the or each unmanned vessel to the respective seismic source, whereby the one or more seismic sources generate seismic energy propagating through the water column; wherein one source line is only provided between each seismic source and the air compressor of a respective unmanned vessel.
A method for outputting an electronic program guide, EPG, by a broadcasting receiver, the method comprising: receiving EPG data; determining whether a network address of a Really Simple Syndication, RSS, server, which is associated with a broadcasting program included in the EPG data, is registered in an RSS database; if RSS information is updated in the RSS server, receiving the updated RSS information; generating RSS EPG data including the updated RSS information; and outputting the RSS EPG data in a display screen, wherein the RSS EPG data is generated in an icon format, the icon format has a different color based on a type of the RSS information and is sorted based on the type of the RSS information, and the EPG data corresponding to the generated RSS EPG data from the received EPG data is marked an update of the RSS information. receiving EPG data; determining whether a network address of a Really Simple Syndication, RSS, server, which is associated with a broadcasting program included in the EPG data, is registered in an RSS database; if RSS information is updated in the RSS server, receiving the updated RSS information; generating RSS EPG data including the updated RSS information; and outputting the RSS EPG data in a display screen, wherein the RSS EPG data is generated in an icon format, the icon format has a different color based on a type of the RSS information and is sorted based on the type of the RSS information, and the EPG data corresponding to the generated RSS EPG data from the received EPG data is marked an update of the RSS information.
Pneumatic vehicle tyre, in particular for passenger motor vehicles, having a tread profile with radially raised profile strips (1, 2, 3, 4, 5) - such as for example profile block rows or circumferential ribs - which extend over the circumference of the pneumatic vehicle tyre and which are spaced apart from one another in an axial direction A in each case by a circumferential channel (6, 7, 10, 11) extending over the circumference of the pneumatic vehicle tyre, wherein at least one profile strip, which has a width b measured in the axial direction A within the ground contact patch width T A, is formed profile strip elements which are arranged one behind the other in the circumferential direction U of the pneumatic vehicle tyre, which are radially raised and which are separated from one another in each case by a transverse channel, wherein the transverse channel opens out at least into one circumferential channel (6, 7), and wherein, in the transverse channel, there is formed at least one web which extends in a radial direction R to a point at a radial distance h 2 > 0 from the shell surface, which forms the ground contact surface, of the tread profile, said at least one web being raised from the channel base of the transverse channel and extending in the circumferential direction U and interconnecting the two profile strip elements which are spaced apart from one another by the transverse channel, wherein the web is delimited in the radial direction R to the outside by a radially outwardly directed web surface and in the two directions of extent of the transverse channel in each case by a web flank (16, 17) which extends in the radial direction R from the channel base to said web surface and in the circumferential direction U from profile strip element to profile strip element, and wherein the two web flanks (16, 17) are, in a radial projection onto the web, formed with a contour profile formed along their extent from profile strip element to profile strip element, which contour profile has a curvature formed toward that side of the respective flank (16, 17) which points away from the web, and which contour profile has in each case a tangential transition to the flank (18, 19), which is directed toward the transverse channel and which forms the channel wall, of the respective profile strip element, characterized in that the two web flanks (16, 17) are, in their section planes perpendicular to the radial direction R, in each case formed with a contour profile formed along their extent from profile strip element to profile strip element, which contour profile has a curvature formed toward that side of the respective flank (16, 17) which points away from the web, and which contour profile has in each case a tangential transition to the flank (18, 19), which is directed toward the transverse channel and which forms the channel wall, of the respective profile strip element, wherein the curvature of the contour profile in the individual section planes along the radial extent increases continuously in the radially inward direction proceeding from the web surface (16, 17).
A system for covering a skirting board, with a plurality of profile strips which can be arranged adjacent to one another, each of which is designed with a first vertical leg for covering a front side of the skirting board and a second leg adjoining the same at an angle for covering a top side of the skirting board, and with at least one connecting cap which is designed to connect and overlap edge portions of the second legs which can be arranged adjacent to one another, the second legs and the at least one connecting cap each having a web (9, 10) which, together with the respective first vertical leg, form an insertion channel for a covering for covering the first vertical leg, the first vertical leg being formed from two parts which are movable relative to one another, and a variable overall vertical extent being achievable by virtue of the relative mobility of the two parts.
Method for preparing an asphalt mixture comprising the steps of a) providing a stone aggregate, b) providing modified bitumen obtainable by a method for preparing modified bitumen, consisting of the steps of aa) providing bitumen, bb) providing PMMA/ATH composite dust, and cc) mixing the bitumen and the PMMA/ATH composite dust. c) mixing the stone aggregate and the modified bitumen. a) providing a stone aggregate, b) providing modified bitumen obtainable by a method for preparing modified bitumen, consisting of the steps of aa) providing bitumen, bb) providing PMMA/ATH composite dust, and cc) mixing the bitumen and the PMMA/ATH composite dust. aa) providing bitumen, bb) providing PMMA/ATH composite dust, and cc) mixing the bitumen and the PMMA/ATH composite dust. c) mixing the stone aggregate and the modified bitumen.
A computer-implemented fingerprint identification method, applied to a terminal, comprising: displaying a specified application icon in a user interface, when the terminal is in a state of screen on and locked; in response to detecting a touch operation on the specified application icon, starting a number N of fingerprint sensors in the icon display area of the specified application icon when a plurality of fingerprint sensors are provided below a display screen of the terminal, wherein N is an integer greater than 1, and the area occupied by the N fingerprint sensors is larger than or equal to the icon display area; obtaining, by the N fingerprint sensors, fingerprint information corresponding to the touch operation; transmitting (102, 202) the fingerprint information to an application corresponding to the specified application icon; the application performing a safety authentication to the fingerprint information; and in response to determining that the fingerprint information passes the safety authentication, unlocking and the application entering (104, 203) an application display interface. displaying a specified application icon in a user interface, when the terminal is in a state of screen on and locked; in response to detecting a touch operation on the specified application icon, starting a number N of fingerprint sensors in the icon display area of the specified application icon when a plurality of fingerprint sensors are provided below a display screen of the terminal, wherein N is an integer greater than 1, and the area occupied by the N fingerprint sensors is larger than or equal to the icon display area; obtaining, by the N fingerprint sensors, fingerprint information corresponding to the touch operation; transmitting (102, 202) the fingerprint information to an application corresponding to the specified application icon; the application performing a safety authentication to the fingerprint information; and in response to determining that the fingerprint information passes the safety authentication, unlocking and the application entering (104, 203) an application display interface.