mhurhangee/patent-ind-claim-en huggingface dataset:
A method for providing a film, said method comprising the steps of: i) providing a base layer, which is water and/or oxygen resistant, wherein the base layer is selected from the group consisting of a metal foil, preferably aluminum foil, a polymer, such as a polymer made from polyamide, polyvinylidene chloride, silicium or aluminium oxide coated polyesters, and/or fluro polymers; ii) coextruding a layer comprising a tie layer and a contact layer to provide a coextrusion layer; iii) coating the coextrusion layer to the base layer; iv) allowing the coextrusion layer coated to the base layer to adhere to provide an aggressive chemical resistant film, the aggressive chemical being nicotine, fentanyl, lidocaine or rivastigmine, the film comprising the tie layer and the contact layer formed as a coextrusion layer coated to the base layer, wherein the tie layer comprises at least one layer; and, wherein the contact layer comprises a polymer having a RED value based on Hansens Solubility parameter (HSP) towards an aggressive chemical (measured as defined in the description), namely nicotine, fentanyl, lidocine or rivastigmine, of > 0.8, more preferred a RED value in the range of 0.8 to 10, even more preferred 0.8 to 5, and most preferred 1 to 2, and wherein the contact layer comprises an ethylene vinyl alcohol. i) providing a base layer, which is water and/or oxygen resistant, wherein the base layer is selected from the group consisting of a metal foil, preferably aluminum foil, a polymer, such as a polymer made from polyamide, polyvinylidene chloride, silicium or aluminium oxide coated polyesters, and/or fluro polymers; ii) coextruding a layer comprising a tie layer and a contact layer to provide a coextrusion layer; iii) coating the coextrusion layer to the base layer; iv) allowing the coextrusion layer coated to the base layer to adhere to provide an aggressive chemical resistant film, the aggressive chemical being nicotine, fentanyl, lidocaine or rivastigmine, the film comprising the tie layer and the contact layer formed as a coextrusion layer coated to the base layer, wherein the tie layer comprises at least one layer; and,
A method of a primary radio access point for adding a secondary radio access point in a communication system, the method comprising: transmitting a secondary radio access point addition request message including a first identifier allocated by the primary radio access point for identifying a terminal by the primary radio access point, security capabilities of the terminal, and an aggregated maximum bit rate, AMBR, for the terminal to be used at the secondary radio access point to the secondary radio access point; and receiving a secondary radio access point addition acknowledge message including a second identifier allocated by the secondary radio access point for identifying the terminal by the secondary radio access point from the secondary radio access point, if secondary radio access point addition is admitted by the secondary radio access point. transmitting a secondary radio access point addition request message including a first identifier allocated by the primary radio access point for identifying a terminal by the primary radio access point, security capabilities of the terminal, and an aggregated maximum bit rate, AMBR, for the terminal to be used at the secondary radio access point to the secondary radio access point; and receiving a secondary radio access point addition acknowledge message including a second identifier allocated by the secondary radio access point for identifying the terminal by the secondary radio access point from the secondary radio access point, if secondary radio access point addition is admitted by the secondary radio access point.
Glazing comprising a fixed glazed element and, along one lateral rim of said glazed element , an upright that extends laterally further out than said lateral rim, said upright having a sliding slot , which is U-shaped in cross section, for a movable glazed element to slide in, and having: - for the one part, a profiled bead having a base which is situated contiguously with an edge of said glazed element and an interior flange which extends substantially perpendicularly to said base and away from said glazed element , and - said profiled bead having an intermediate reinforcement part having a body situated opposite said edge of the glazed element with said base interposed between said body and said edge , and also having an interior arm which extends substantially perpendicularly to said body and parallel to said interior flange , - and for the other part, a covering part having a covering baseplate extending substantially perpendicularly to said base and further out than said base , and said covering part being mechanically attached to said upright in order to realize said sliding slot , characterized in that said covering part has a plurality of tabs extending perpendicularly with respect to said covering baseplate , and said body has, on an outer edge face , a plurality of holes for clip-fastening the tabs of the covering part , said sliding slot being thus formed by said covering baseplate , said body and said interior arm and said body not being U-shaped in cross section in its part for sliding. - for the one part, a profiled bead having a base which is situated contiguously with an edge of said glazed element and an interior flange which extends substantially perpendicularly to said base and away from said glazed element , and - said profiled bead having an intermediate reinforcement part having a body situated opposite said edge of the glazed element with said base interposed between said body and said edge , and also having an interior arm which extends substantially perpendicularly to said body and parallel to said interior flange , - and for the other part, a covering part having a covering baseplate extending substantially perpendicularly to said base and further out than said base , and said covering part being mechanically attached to said upright in order to realize said sliding slot , characterized in that said covering part has a plurality of tabs extending perpendicularly with respect to said covering baseplate , and said body has, on an outer edge face , a plurality of holes for clip-fastening the tabs of the covering part , said sliding slot being thus formed by said covering baseplate , said body and said interior arm and said body not being U-shaped in cross section in its part for sliding.
A method for operating a mobile radio station in a mobile radio system, which is carried out by the mobile radio station , wherein a number of mobile radio device categories are defined in the mobile radio system, wherein the communication in the mobile radio system requires a logging in / logging on through the mobile radio station at a mobile radio base station by providing the mobile radio device category, wherein different mobile radio device categories are assigned to a number of different operating states of the mobile radio station , that it is monitored in the mobile radio station whether the operating state changes, and that it is analysed during operation whether the logged on device category is still suitable for changing the operating state, wherein, when determining that a different mobile radio device category is provided for changing the operating state, that the mobile radio station logs out of the mobile radio base station , and that the mobile radio station logs on again at the mobile radio base station by providing the suitable mobile radio device category, wherein the mobile radio station is installed in a vehicle , characterised in that the operating state of the mobile radio station refers to the operating state of the vehicle , wherein at least the operating states "Engine on" and "Engine off" are differentiated for registration and when analysing whether the logged on device category is still suitable for changing the operating state, wherein furthermore at least the operating state "Relay", in which the shut-off vehicle is operated as radio relay station (RN), is differentiated as further operating state for registration and when analysing whether the logged on device category is still suitable for changing the operating state.
A gold plating method for wire bonding connection by plating using a silver catalyst on a copper or copper alloy film , comprising: a silver catalyst forming step (S10) for forming a silver film as the silver catalyst for forming a palladium film ; a palladium film forming step (S20) for forming the palladium film on the silver catalyst; a gold plating film forming step (s30) for forming a gold plating film on the palladium film , wherein a film thickness of the silver film is 0.05 μm to 0.5 μm, characterized in that an average crystal particle size of the palladium film is 0.09 μm or more, wherein the average crystal particle size of the film is an average crystal particle size of ten particles selected randomly, by observing a cross section of the film with a scanning electron microscope. a silver catalyst forming step (S10) for forming a silver film as the silver catalyst for forming a palladium film ; a palladium film forming step (S20) for forming the palladium film on the silver catalyst; a gold plating film forming step (s30) for forming a gold plating film on the palladium film , wherein a film thickness of the silver film is 0.05 μm to 0.5 μm, characterized in that an average crystal particle size of the palladium film is 0.09 μm or more, wherein the average crystal particle size of the film is an average crystal particle size of ten particles selected randomly, by observing a cross section of the film with a scanning electron microscope.
A repairing method for Window-based Least Significant Bits "WLSB" decoding in Robust Header Compression "ROHC", comprising: under the only condition that a decompressor decodes a parameter field sent by a compressor of ROHC with the WLSB decoding algorithm unsuccessfully, shifting an interpretation interval for 2 ^ k forward or shifting the interpretation interval for 2 ^ k backward, and then re-decoding the received parameter field with the shifted interpretation interval according to the WLSB decoding algorithm, wherein "^" represents exponential operation, k is a number of bits received as a compressed field value of a packet header transmitted by a compressor.
A vehicle starter, comprising: an electric motor and a transmission mechanism having: a speed reducer connected to an output shaft (5.1) of the electric motor ; an overrunning clutch connected to the speed reducer , the overrunning clutch having a driving part, a driven part and a movement transmitting element provided between the driving and driven parts for achieving transmission of a one-way movement therebetween; and an output shaft connected to the overrunning clutch , wherein the transmission mechanism further comprises a transmission carrier , the overrunning clutch is connected to the speed reducer via the transmission carrier in such a way that rotational movement is able to transmit only from the speed reducer to the overrunning clutch , the driving part of the overrunning clutch is mounted in the transmission carrier with radial or circumferential play, and the transmission carrier is mounted on the output shaft (5.1) of the electric motor , wherein the driving part of the overrunning clutch has a projection (2.2) in axial direction, the transmission carrier has a receiving slot (12.3) in axial direction, and the projection (2.2) is mounted in axial direction in the receiving slot (12.3) with radial or circumferential play or wherein the driving part of the overrunning clutch has a receiving slot in axial direction, the transmission carrier has a projection in axial direction, and the projection is mounted in axial direction in the receiving slot with radial or circumferential play. a speed reducer connected to an output shaft (5.1) of the electric motor ; an overrunning clutch connected to the speed reducer , the overrunning clutch having a driving part, a driven part and a movement transmitting element provided between the driving and driven parts for achieving transmission of a one-way movement therebetween; and an output shaft connected to the overrunning clutch , wherein the transmission mechanism further comprises a transmission carrier , the overrunning clutch is connected to the speed reducer via the transmission carrier in such a way that rotational movement is able to transmit only from the speed reducer to the overrunning clutch , the driving part of the overrunning clutch is mounted in the transmission carrier with radial or circumferential play, and the transmission carrier is mounted on the output shaft (5.1) of the electric motor , wherein the driving part of the overrunning clutch has a projection (2.2) in axial direction, the transmission carrier has a receiving slot (12.3) in axial direction, and the projection (2.2) is mounted in axial direction in the receiving slot (12.3) with radial or circumferential play or wherein the driving part of the overrunning clutch has a receiving slot in axial direction, the transmission carrier has a projection in axial direction, and the projection is mounted in axial direction in the receiving slot with radial or circumferential play.
An antibody polypeptide that specifically recognizes amino acids at positions 19-128 of pro-BDNF pro-domain, including 1) a heavy chain variable region comprising the following amino acid sequence: (a) CDR1 region of SEQ ID NO: 1, (b) CDR2 region of SEQ ID NO: 2, (c) CDR3 region of SEQ ID NO: 3; and 2) a light chain variable region comprising the following amino acid sequence: (d) CDR1 region of SEQ ID NO: 4, (e) CDR2 region of SEQ ID NO: 5, (f) CDR3 region of SEQ ID NO: 6. 1) a heavy chain variable region comprising the following amino acid sequence: (a) CDR1 region of SEQ ID NO: 1, (b) CDR2 region of SEQ ID NO: 2, (c) CDR3 region of SEQ ID NO: 3; and (a) CDR1 region of SEQ ID NO: 1, (b) CDR2 region of SEQ ID NO: 2, (c) CDR3 region of SEQ ID NO: 3; and 2) a light chain variable region comprising the following amino acid sequence: (d) CDR1 region of SEQ ID NO: 4, (e) CDR2 region of SEQ ID NO: 5, (f) CDR3 region of SEQ ID NO: 6. (d) CDR1 region of SEQ ID NO: 4, (e) CDR2 region of SEQ ID NO: 5, (f) CDR3 region of SEQ ID NO: 6.
A transmitter for a wireless communication system, configured to stop a transmission of a first downlink burst such that the first downlink burst ends before a predetermined gap interval , wherein the predetermined gap interval is before a downlink subframe , wherein the downlink subframe is contained within a Discovery signal Measurement Timing Configuration, DMTC, window of the wireless communication system; and wherein the downlink subframe is one of: a first subframe in the DMTC window and a candidate transmit interval for a discovery signal in the DMTC window ; wherein the transmitter is further configured to transmit a second downlink burst (440-444) in the DMTC window using listen-before-talk, LBT, based on Load Based Equipment, LBE, wherein a transmission of the second downlink burst (440-444) within the DMTC window is started time-aligned or subframe-aligned with a discovery signal transmission interval; wherein the transmitter is configured to use LBE based LBT in the DMTC window with a first defer period and LBE Based LBT outside of the DMTC window with a second defer period, wherein the first and second defer period are derived differently, the first defer period is derived to align the start position of the second downlink burst (440-444) with the Discovery Reference Signal, DRS, pattern, while the second defer period is derived to align the start position of a third downlink burst with the start position of a transmission outside of the DMTC window if it is determined that a discovery signal has not already been transmitted in the DMTC window . a first subframe in the DMTC window and a candidate transmit interval for a discovery signal in the DMTC window ; wherein the transmitter is further configured to transmit a second downlink burst (440-444) in the DMTC window using listen-before-talk, LBT, based on Load Based Equipment, LBE, wherein a transmission of the second downlink burst (440-444) within the DMTC window is started time-aligned or subframe-aligned with a discovery signal transmission interval; wherein the transmitter is configured to use LBE based LBT in the DMTC window with a first defer period and LBE Based LBT outside of the DMTC window with a second defer period, wherein the first and second defer period are derived differently, the first defer period is derived to align the start position of the second downlink burst (440-444) with the Discovery Reference Signal, DRS, pattern, while the second defer period is derived to align the start position of a third downlink burst with the start position of a transmission outside of the DMTC window if it is determined that a discovery signal has not already been transmitted in the DMTC window .
A workspace device comprising: a body having a wall defining an internal volume , said wall is hollow and said body collapsible to fit through a laparoscopic passageway in an abdominal wall to an abdominal cavity and expand therein to an expanded state; a first opening defined in said body; a tool channel contiguous with said first opening and extending from said body and sized to receive a laparoscopic tool therein ; and at least one inflatable rigidizer compartment in said wall , which causes said body to resist collapse from said expanded state by an external pressure of at least 5 mmHg above a pressure within said internal volume ; said body defining a workspace volume to receive and process tissue while said body is not collapsed, using a tool inserted through said first opening; characterized in that : said wall is configured to isolate said tissue from the abdominal cavity ; said wall is configured to maintain a pressure differential across said wall between the abdominal cavity and the workspace volume ; and the device includes at least one sensor configured to sense a change in pressure in said wall . a body having a wall defining an internal volume , said wall is hollow and said body collapsible to fit through a laparoscopic passageway in an abdominal wall to an abdominal cavity and expand therein to an expanded state; a first opening defined in said body; a tool channel contiguous with said first opening and extending from said body and sized to receive a laparoscopic tool therein ; and at least one inflatable rigidizer compartment in said wall , which causes said body to resist collapse from said expanded state by an external pressure of at least 5 mmHg above a pressure within said internal volume ; said body defining a workspace volume to receive and process tissue while said body is not collapsed, using a tool inserted through said first opening; characterized in that : said wall is configured to isolate said tissue from the abdominal cavity ; said wall is configured to maintain a pressure differential across said wall between the abdominal cavity and the workspace volume ; and the device includes at least one sensor configured to sense a change in pressure in said wall . said wall is configured to isolate said tissue from the abdominal cavity ; said wall is configured to maintain a pressure differential across said wall between the abdominal cavity and the workspace volume ; and the device includes at least one sensor configured to sense a change in pressure in said wall .
A composition comprising one or more blood fraction(s), wherein said fraction(s) are free or substantially free of lipids and lipoproteins and obtained by a method comprising (i) fractionizing blood serum or plasma via ultracentrifugation in a tube into a top fraction, one or more middle fraction(s) and a bottom fraction; and (ii) selecting one or more middle fraction(s), wherein the selected fraction(s) are characterized by being capable of inducing wound healing and/or having a protective effect against oxidative stress and/or reducing inflammatory response and/or decreasing excessive reactive oxygen species (ROS) activity in a human corneal epithelial cells-transformed (HCE-T) assay, wherein the composition is designed to be administered topically and preferably formulated as drops, ointment or gel. (i) fractionizing blood serum or plasma via ultracentrifugation in a tube into a top fraction, one or more middle fraction(s) and a bottom fraction; and (ii) selecting one or more middle fraction(s), wherein the selected fraction(s) are characterized by being capable of inducing wound healing and/or having a protective effect against oxidative stress and/or reducing inflammatory response and/or decreasing excessive reactive oxygen species (ROS) activity in a human corneal epithelial cells-transformed (HCE-T) assay,
Frame for guiding and supporting a foundation element, such as a pile, during installation in an underwater ground formation, the frame comprising a plurality of guide mechanisms that are movable between an extended position to engage a foundation element located inside the frame and a retracted position, wherein at least one of the guide mechanisms comprises a slider , a path supporting the slider , a rotatable link being rotatably connected to the slider, a second link of which one end is rotatably connected to the distal end of the link and the other end of the second link is rotatably connected to the frame and an actuator to move the slider along the path and the link between said extended and retracted positions.
A one-step chromatographic method for quantifying α-thrombin in a solution comprising the α-thrombin and at least one of an α-thrombin degradation polypeptide or another protein, the method comprising the steps of: contacting the solution with an anion exchanger; separating the α-thrombin from the at least one of the α-thrombin degradation polypeptide and/or the another protein on anion exchange chromatography by differential elution conditions; and quantifying the α-thrombin; wherein the differential elution conditions comprise a pH gradient. contacting the solution with an anion exchanger; separating the α-thrombin from the at least one of the α-thrombin degradation polypeptide and/or the another protein on anion exchange chromatography by differential elution conditions; and quantifying the α-thrombin; wherein the differential elution conditions comprise a pH gradient.
A one-piece optical element consisting of a material transparent to light, characterized in that said optical element comprises a diaphragm formed in the mass of said transparent material, the diaphragm comprising: - an orifice consisting of said transparent material, suitable for passage of light through said orifice , - a screen consisting of said transparent material surrounding said orifice , said screen opposing passage of light therethrough and being formed by a succession of modified layers formed of the transparent material, separated from each other, and having a modified refractive index different from the refractive index of the transparent material in the rest of the optical element. - an orifice consisting of said transparent material, suitable for passage of light through said orifice , - a screen consisting of said transparent material surrounding said orifice , said screen opposing passage of light therethrough and being formed by a succession of modified layers formed of the transparent material, separated from each other, and having a modified refractive index different from the refractive index of the transparent material in the rest of the optical element.