mhurhangee/ep-ind-claims huggingface dataset:
Method for monitoring a network component, - in which the network component carries out a calculation which checks the correct functionality of the network component using data which is specific to a state of the network component, - in which the network component carries out the calculation which checks the functionality of the network component in the form of encrypting the data specific to the state of the network component, - in which the encrypted data is transmitted from the network component as a calculation result to the monitoring device, - in which the state of the network component and the correct functionality of the same and the encryption performed by the network component are checked by the monitoring device on the basis of the transmitted calculation result, - in which a request message with a test key which is specific to the respective request message is transmitted from the monitoring device to the network component, and - in which the network component encrypts the data which is specific to the state of the network component for the purpose of ensuring that the calculation status is up to date by means of the test key. - in which the network component carries out a calculation which checks the correct functionality of the network component using data which is specific to a state of the network component, - in which the network component carries out the calculation which checks the functionality of the network component in the form of encrypting the data specific to the state of the network component, - in which the encrypted data is transmitted from the network component as a calculation result to the monitoring device, - in which the state of the network component and the correct functionality of the same and the encryption performed by the network component are checked by the monitoring device on the basis of the transmitted calculation result, - in which a request message with a test key which is specific to the respective request message is transmitted from the monitoring device to the network component, and - in which the network component encrypts the data which is specific to the state of the network component for the purpose of ensuring that the calculation status is up to date by means of the test key.
A method for generating pancreatic endoderm cells, said method comprising: (a) providing an in vitro cell population comprising pluripotent human cells with a factor selected from the group consisting of GDF8, GDF11 and a combination of GDF8 and GDF11 in an amount sufficient to induce pluripotent human cells of said cell population to differentiate into definitive endoderm cells, wherein said amount is at least 100 ng/ml GDF8 or at least 100 ng/ml GDF11 or at least 100 ng/ml of a combination of GDF8 and GDF11, and is sufficient to produce an in vitro cell population comprising at least 15% human definitive endoderm cells, (b) further culturing the pluripotent-derived cells of step (a) to induce differentiation of the cells to pancreatic endoderm cells. (a) providing an in vitro cell population comprising pluripotent human cells with a factor selected from the group consisting of GDF8, GDF11 and a combination of GDF8 and GDF11 in an amount sufficient to induce pluripotent human cells of said cell population to differentiate into definitive endoderm cells, wherein said amount is at least 100 ng/ml GDF8 or at least 100 ng/ml GDF11 or at least 100 ng/ml of a combination of GDF8 and GDF11, and is sufficient to produce an in vitro cell population comprising at least 15% human definitive endoderm cells, (b) further culturing the pluripotent-derived cells of step (a) to induce differentiation of the cells to pancreatic endoderm cells.
Method for preparing an electrochromic lens comprising an electrode and counter-electrode separated by a solid polymer electrolyte, the electrode being formed of a transparent substrate carrying an electron conducting film coated with a film of an active cathode material having electrochromic properties, the counter-electrode being formed of a transparent substrate carrying an electron conducting film coated with a film of an active anode material having electrochromic properties, the electrolyte being formed of an ion conducting material comprising a salt in solution in a solvating solid polymer, said method comprising the steps of preparing said electrode and said counter-electrode, and assembly thereof via their surfaces carrying the electrochromic material interposing an electrolyte membrane between said surfaces, and it is characterized in that the electrolyte membrane is interposed in the form of a composition free of volatile liquid solvent and comprising a precursor of the polymer and a salt, said composition being liquid or having a dynamic viscosity μ of between 100 and 10 6 Pa.s., and said precursor of the polymer being a liquid polymer selected from among polymers of ethylene oxide, polymers of propylene oxide, and copolymers of ethylene oxides or propylene oxide with 2,3-epoxy-1-propanol, of sufficiently low mass to be in the liquid state and in which some recurrent units carry reactive groups allowing subsequent crosslinking, and said polymer precursor is subjected to polymerisation or crosslinking after being placed in contact with at least one of the elements from among the electrode and counter-electrode.
A process for making a foam composition, the process comprising the steps of: forming a mixture comprising high density polyethylene (HDPE), low density polyethylene (LDPE) and a peroxide; wherein the peroxide is di-t-amyl peroxide; wherein the minimum amount of peroxide is at least about 0.02wt% based upon the weight of the HDPE/LDPE blend; wherein the mixture of further comprises a CO 2 -philic compound; wherein the CO 2 -philic compound is polydimethylsiloxane; and contacting the mixture of with carbon dioxide (CO 2). forming a mixture comprising high density polyethylene (HDPE), low density polyethylene (LDPE) and a peroxide; wherein the peroxide is di-t-amyl peroxide; wherein the minimum amount of peroxide is at least about 0.02wt% based upon the weight of the HDPE/LDPE blend; wherein the mixture of further comprises a CO 2 -philic compound; wherein the CO 2 -philic compound is polydimethylsiloxane; and contacting the mixture of with carbon dioxide (CO 2).
A pot spinning machine comprising: a yarn suction pipe that sucks in a yarn drawn out by a drafting device; a pot having a cylindrical shape; and a yarn introduction pipe that introduces the yarn supplied through the yarn suction pipe into the pot; wherein the yarn suction pipe includes a yarn suction member for suction of the yarn with suction power using swirling airflow, an air intake member for taking air into the yarn suction pipe to form a swirling airflow, and a cylindrical member coupled to a bottom end of the yarn suction member and coaxial with the yarn suction member, characterized in that the pot spinning machine includes a yarn-suction-pipe driving section, and the yarn-suction-pipe driving section supports the yarn suction pipe such that the yarn suction pipe is movable in a direction of a central axis of the pot, and is configured to shift a position of the yarn suction member between a suction position and a discharge position that is closer to the pot than the suction position, the yarn-suction-pipe driving section places the yarn suction member at the suction position when the yarn fed from the drafting device is sucked into the yarn suction pipe, and the yarn-suction-pipe driving section places the yarn suction member at the discharge position when the yarn sucked into the yarn suction pipe is discharged from the yarn suction pipe through the yarn introduction pipe into the pot. a yarn suction pipe that sucks in a yarn drawn out by a drafting device; a pot having a cylindrical shape; and a yarn introduction pipe that introduces the yarn supplied through the yarn suction pipe into the pot; wherein the yarn suction pipe includes a yarn suction member for suction of the yarn with suction power using swirling airflow, an air intake member for taking air into the yarn suction pipe to form a swirling airflow, and a cylindrical member coupled to a bottom end of the yarn suction member and coaxial with the yarn suction member, characterized in that the pot spinning machine includes a yarn-suction-pipe driving section, and the yarn-suction-pipe driving section supports the yarn suction pipe such that the yarn suction pipe is movable in a direction of a central axis of the pot, and is configured to shift a position of the yarn suction member between a suction position and a discharge position that is closer to the pot than the suction position, the yarn-suction-pipe driving section places the yarn suction member at the suction position when the yarn fed from the drafting device is sucked into the yarn suction pipe, and the yarn-suction-pipe driving section places the yarn suction member at the discharge position when the yarn sucked into the yarn suction pipe is discharged from the yarn suction pipe through the yarn introduction pipe into the pot.
A method for testing a tire on a tire testing surface, the method comprising the steps of: providing a tire testing surface arranged along a tire testing device; providing a tire having a radially outer annular side comprising a road-engaging surface; engaging forcefully the tire against the tire testing surface, whereby the forceful engagement generates a tire footprint comprising an area of contact between the road-engaging surface of the tire and the tire testing surface; rotating the tire along the tire testing surface while engaged according to the prior step; and, applying a particulate material along the footprint, characterized in that the particulate material is kaolin. providing a tire testing surface arranged along a tire testing device; providing a tire having a radially outer annular side comprising a road-engaging surface; engaging forcefully the tire against the tire testing surface, whereby the forceful engagement generates a tire footprint comprising an area of contact between the road-engaging surface of the tire and the tire testing surface; rotating the tire along the tire testing surface while engaged according to the prior step; and, applying a particulate material along the footprint, characterized in that the particulate material is kaolin.
A channel stacking system comprising: - A plurality of CSS output connectors, configured to provide a plurality of CSS output connector signals to a respective plurality of connected groups of receivers, each receiver of the connected group of receivers configured to request a user band of the CSS output connector signal; - A CSS module comprising one or more CSS module outputs and configured to generate for each CSS module output a corresponding CSS module output signal comprising a set of four or more user bands; and - At least one CSS output interface configured to respectively couple one CSS module output to a corresponding CSS output connector subset comprising two or more corresponding CSS output connectors, such that each of the corresponding CSS output connector signals comprises a respective subset comprising two or more user bands of the corresponding CSS module output signal, wherein the corresponding CSS output connector subset comprises a first CSS output connector (20.A) and at least one further CSS output connector: - the CSS output interface coupled to the first CSS output connector (20.A) without frequency translation; and - the CSS output interface coupled to the at least one further CSS output connector (20.B) via a respective frequency translation module, which is configured to frequency translate the corresponding subset (220.B) of user bands. - A plurality of CSS output connectors, configured to provide a plurality of CSS output connector signals to a respective plurality of connected groups of receivers, each receiver of the connected group of receivers configured to request a user band of the CSS output connector signal; - A CSS module comprising one or more CSS module outputs and configured to generate for each CSS module output a corresponding CSS module output signal comprising a set of four or more user bands; and - At least one CSS output interface configured to respectively couple one CSS module output to a corresponding CSS output connector subset comprising two or more corresponding CSS output connectors, such that each of the corresponding CSS output connector signals comprises a respective subset comprising two or more user bands of the corresponding CSS module output signal, wherein the corresponding CSS output connector subset comprises a first CSS output connector (20.A) and at least one further CSS output connector: - the CSS output interface coupled to the first CSS output connector (20.A) without frequency translation; and - the CSS output interface coupled to the at least one further CSS output connector (20.B) via a respective frequency translation module, which is configured to frequency translate the corresponding subset (220.B) of user bands.
A method in an evolved Packet data gateway, ePDG, for determining peer status check interval, the method comprising: - establishing a packet data network, PDN, connection comprising an Internet Protocol Security, IPsec, tunnel established with a peer user equipment, UE, and a corresponding default General Packet Radio Service, GPRS, tunneling protocol, GTP, tunnel established with a packet data gateway; - using a first peer status time interval to detect liveliness of the peer UE; and - upon establishment of a dedicated GTP tunnel for the PDN connection, using a second peer status time interval to detect liveliness of the peer UE until deactivation of a dedicated bearer, the second peer status time interval being different than the first peer status time interval. - establishing a packet data network, PDN, connection comprising an Internet Protocol Security, IPsec, tunnel established with a peer user equipment, UE, and a corresponding default General Packet Radio Service, GPRS, tunneling protocol, GTP, tunnel established with a packet data gateway; - using a first peer status time interval to detect liveliness of the peer UE; and - upon establishment of a dedicated GTP tunnel for the PDN connection, using a second peer status time interval to detect liveliness of the peer UE until deactivation of a dedicated bearer, the second peer status time interval being different than the first peer status time interval.
A displayed content recognition device comprising: a displayed content candidate extraction unit that is adapted to extract candidates for displayed content for a displayed object by template matching on the basis of camera images acquired by a camera that is mounted on a vehicle; a travel environment acquisition unit that is adapted to acquire the travel environment of the vehicle; and a displayed content determination unit that, when there are multiple candidates for the displayed content, is adapted to determine the displayed content using the travel environment, wherein: - the travel environment acquisition unit is adapted to firstly acquire the travel environment, and - the device is adapted to then determine which of the candidates satisfy the acquired travel environment, and characterized in that: - the displayed content candidate extraction unit is then adapted to perform the template matching limited to the candidates that have been determined to satisfy the acquired travel environment. a displayed content candidate extraction unit that is adapted to extract candidates for displayed content for a displayed object by template matching on the basis of camera images acquired by a camera that is mounted on a vehicle; a travel environment acquisition unit that is adapted to acquire the travel environment of the vehicle; and a displayed content determination unit that, when there are multiple candidates for the displayed content, is adapted to determine the displayed content using the travel environment, wherein: - the travel environment acquisition unit is adapted to firstly acquire the travel environment, and - the device is adapted to then determine which of the candidates satisfy the acquired travel environment, and characterized in that: - the displayed content candidate extraction unit is then adapted to perform the template matching limited to the candidates that have been determined to satisfy the acquired travel environment. - the device is adapted to then determine which of the candidates satisfy the acquired travel environment, and characterized in that: - the displayed content candidate extraction unit is then adapted to perform the template matching limited to the candidates that have been determined to satisfy the acquired travel environment.
An article comprising: a plurality of layers of a polymeric material that includes units of a diacid component and units of a glycol component, wherein the units of the diacid component are derived from a first diacid and a second diacid, wherein the first diacid is terephthalic acid and the second diacid is isophthalic acid, a cyclohexanedicarboxylic acid, a naphthalenedicarboxylic acid, a stilbenedicarboxylic acid, or a combination thereof, and wherein the diacid component includes from 40 mole % to 60 mole % of units derived from the first diacid and from 40 mole % to 60 mole % of units derived from the second diacid. a plurality of layers of a polymeric material that includes units of a diacid component and units of a glycol component, wherein the units of the diacid component are derived from a first diacid and a second diacid, wherein the first diacid is terephthalic acid and the second diacid is isophthalic acid, a cyclohexanedicarboxylic acid, a naphthalenedicarboxylic acid, a stilbenedicarboxylic acid, or a combination thereof, and wherein the diacid component includes from 40 mole % to 60 mole % of units derived from the first diacid and from 40 mole % to 60 mole % of units derived from the second diacid.
An implant (3, 4, 6) for repositioning a metatarsal bone (51, 52) of a patient to a more anatomically correct position, the implant (3, 4, 6) comprising: a first bone engaging feature for engaging and configured to wrap partially around a lateral aspect of a first bone and having a first curvature, the first bone comprising a first metatarsal; a second bone engaging feature for engaging and configured to wrap partially around a lateral aspect of a second bone and having a second curvature, the second bone comprising a second metatarsal; and an intermediate portion connecting the first and second bone engaging features (10, 20), the intermediate portion and the bone engaging features (10, 20) cooperating to enable the first bone to be drawn toward the second bone and, wherein the intermediate portion includes a third curvature and the third curvature is positioned between the first curvature and the second curvature and is configured to move the intermediate portion in a ventral-dorsal direction and position the intermediate portion between the first bone and the second bone; wherein the first bone engaging feature extends down more than half a dorsal-ventral depth of the lateral aspect of the first bone and the second bone engaging feature extends down a dorsal-ventral depth of the lateral aspect of the second bone; characterised in that the implant (3, 4, 6) is a plate with a thickness ranging from 0.7 mm to 1.2 mm and a width ranging from 5 mm to 15 mm. a first bone engaging feature for engaging and configured to wrap partially around a lateral aspect of a first bone and having a first curvature, the first bone comprising a first metatarsal; a second bone engaging feature for engaging and configured to wrap partially around a lateral aspect of a second bone and having a second curvature, the second bone comprising a second metatarsal; and an intermediate portion connecting the first and second bone engaging features (10, 20), the intermediate portion and the bone engaging features (10, 20) cooperating to enable the first bone to be drawn toward the second bone and, wherein the intermediate portion includes a third curvature and the third curvature is positioned between the first curvature and the second curvature and is configured to move the intermediate portion in a ventral-dorsal direction and position the intermediate portion between the first bone and the second bone; wherein the first bone engaging feature extends down more than half a dorsal-ventral depth of the lateral aspect of the first bone and the second bone engaging feature extends down a dorsal-ventral depth of the lateral aspect of the second bone;
A process measurement display (100, 200), comprising: a measurement mechanism configured to provide an indication of a process measurement; a process variable output configured to display the indication of the process variable measurement, the process variable output comprising a gauge face, with a process variable indicator configured to change position relative to the gauge face; an illumination component comprising a light source configured to provide light to the process variable indicator; a status component configured to determine a process status, based on the indication of the process measurement; a status indicator configured to provide an indication of the determined process status to the display; characterized in that the gauge face comprises a first portion configured to receive light from the light source and a second portion configured to receive light from the light source, wherein the first portion and the second portion are configured to receive different intensities of light from the light source. a measurement mechanism configured to provide an indication of a process measurement; a process variable output configured to display the indication of the process variable measurement, the process variable output comprising a gauge face, with a process variable indicator configured to change position relative to the gauge face; an illumination component comprising a light source configured to provide light to the process variable indicator; a status component configured to determine a process status, based on the indication of the process measurement; a status indicator configured to provide an indication of the determined process status to the display; the gauge face comprises a first portion configured to receive light from the light source and a second portion configured to receive light from the light source, wherein the first portion and the second portion are configured to receive different intensities of light from the light source.
Multifunctional hard material coating on a substrate, wherein the hard material coating comprises a single-phase and crystalline structure and metastable mixed crystals made of two hard materials which are insoluble together as material components, wherein the material components comprise a metallic hard material and an ionic hard material, characterised in that the material components are formed from a quasi-binary system of a cubic face-centred hard material and an oxide ceramic, and the cubic face-centred hard material is a carbide of a transition metal, and the oxide ceramic is based on Al, Si, or Zr.
Method for producing a rod-shaped or tubular connecting element, provided with an end surface, from a connecting element semifinished product made of metal, in particular for producing a plug-in end of a drill bit or chisel, said plug-in end being fastened in an axially movable manner in a tool receptacle of a hammer drill, wherein a connecting element semifinished product is made available, wherein at least one rotary entrainment surface (162, 164) is formed into the connecting element semifinished product by axially inserting the connecting element semifinished product under force in the direction of the longitudinal axis of the connecting element semifinished product into a die longitudinal opening of a die, and at least one locking depression (122, 124) is stamped into the connecting element semifinished product by radially feeding in at least one forming body which is movable in the same die.