mhurhangee/ep-ind-claims huggingface dataset:
A gas communication device (1, 1a, 1b), which is used in conjunction with a gas supplier, the gas communication device (1, 1a, 1b) comprising: a main body (10, 10a, 10b); at least one gas delivery pipe which is at least partially disposed in the main body (10, 10a, 10b), the gas delivery pipe forming a gas outlet at one end; and a cover (30, 30a, 30b) movably pivoted to the main body (10, 10a, 10b), the cover (30, 30a, 30b) comprising at least one sealing structure for correspondingly sealing the gas outlet, characterized in that the cover (30, 30a, 30b) is movable linearly along an axis relative to the main body (10, 10a, 10b) and away from the gas outlet so as to break the seal of the sealing structure on the gas outlet such that the cover (30, 30a, 30b) is rotatable relative to the main body (10, 10a, 10b) so as to deviate from the axis to expose the gas outlet. a main body (10, 10a, 10b); at least one gas delivery pipe which is at least partially disposed in the main body (10, 10a, 10b), the gas delivery pipe forming a gas outlet at one end; and a cover (30, 30a, 30b) movably pivoted to the main body (10, 10a, 10b), the cover (30, 30a, 30b) comprising at least one sealing structure for correspondingly sealing the gas outlet, characterized in that the cover (30, 30a, 30b) is movable linearly along an axis relative to the main body (10, 10a, 10b) and away from the gas outlet so as to break the seal of the sealing structure on the gas outlet such that the cover (30, 30a, 30b) is rotatable relative to the main body (10, 10a, 10b) so as to deviate from the axis to expose the gas outlet.
Vehicle tyre comprising a tread, sidewalls (6, 8) and a tyre inner side, with foam being arranged on the tyre inner side, a membrane that is designed for damping soundwaves being connected to the foam, an electronics module being arranged on the tyre inner side, and the membrane being coupled to the electronics module, characterized in that at least one outer side of the electronics module is fastened directly on the tyre inner side.
A compound which is an N-terminal polysaccharide derivative of erythropoietin, or of an EPO-like protein, the EPO-like protein being an EPO homologue having at least 50% of the activity of EPO and having 90% or greater sequence identity at the amino acid level with residues 28-193 of SEQ ID NO: 1, wherein the polysaccharide is polysialic acid and comprises between 2 and 200 saccharide units.
A method for evaluating an air purification system, the method comprising: generating, with an air flow generator, a flow of air through a test filter so that an upstream air flow exists on an upstream side of the test filter and a downstream air flow exists on a downstream side of the test filter; injecting, with a fluid injector, a multiple contaminant mixture into the upstream air flow; measuring, with a contaminant measurement device, downstream concentrations for each contaminant of the multiple contaminant mixture in the downstream air flow; and generating, based on the downstream concentrations for each contaminant of the multiple contaminant mixture, test filter breakthrough curves for each contaminant of the multiple contaminant mixture in the downstream air flow, wherein the predetermined upstream concentration is less than or equal to 100 parts per billion, wherein the test filter is a new filter and the downstream concentrations for each contaminant of the multiple contaminant mixture are obtained over a continuous time period ranging from several hundred hours to several thousand hours. generating, with an air flow generator, a flow of air through a test filter so that an upstream air flow exists on an upstream side of the test filter and a downstream air flow exists on a downstream side of the test filter; injecting, with a fluid injector, a multiple contaminant mixture into the upstream air flow; measuring, with a contaminant measurement device, downstream concentrations for each contaminant of the multiple contaminant mixture in the downstream air flow; and generating, based on the downstream concentrations for each contaminant of the multiple contaminant mixture, test filter breakthrough curves for each contaminant of the multiple contaminant mixture in the downstream air flow, wherein the predetermined upstream concentration is less than or equal to 100 parts per billion, wherein the test filter is a new filter and the downstream concentrations for each contaminant of the multiple contaminant mixture are obtained over a continuous time period ranging from several hundred hours to several thousand hours.
A two-wheeler lock, in particular a bicycle lock, for an insertion unit, in particular for an insertion cable or an insertion chain, said two-wheeler lock comprising a locking unit (39, 39'), which has two opposite end faces (48, 49), and a sleeve which is provided for attachment to or in a frame of the two-wheeler and which has a longitudinal axis and two opposite axial ends (19, 29), wherein a bolt receiver, into which a bolt of an insertion unit can be inserted and with which an adjustable locking element is associated, is provided at the first end face of the locking unit (39, 39') in order to selectively secure a bolt inserted into the bolt receiver against a removal or to release it for a removal, wherein a lock cylinder, which is rotatable by means of a key and by which the locking element can be actuated, is provided at the second end face of the locking unit (39, 39'), wherein the sleeve is provided with an end wall at the first axial end and is open at the second axial end, wherein the locking unit (39, 39') can be introduced with the lock cylinder at the front into the sleeve, wherein, in the introduced state, the locking unit (39, 39') can be fixed in the sleeve by means of a fixing device (61, 63, 85, 87), and wherein the end wall of the sleeve is provided with a passage opening for the leading through of a key to be inserted into the lock cylinder. said two-wheeler lock comprising a locking unit (39, 39'), which has two opposite end faces (48, 49), and a sleeve which is provided for attachment to or in a frame of the two-wheeler and which has a longitudinal axis and two opposite axial ends (19, 29), wherein a bolt receiver, into which a bolt of an insertion unit can be inserted and with which an adjustable locking element is associated, is provided at the first end face of the locking unit (39, 39') in order to selectively secure a bolt inserted into the bolt receiver against a removal or to release it for a removal, wherein a lock cylinder, which is rotatable by means of a key and by which the locking element can be actuated, is provided at the second end face of the locking unit (39, 39'), wherein the sleeve is provided with an end wall at the first axial end and is open at the second axial end, wherein the locking unit (39, 39') can be introduced with the lock cylinder at the front into the sleeve, wherein, in the introduced state, the locking unit (39, 39') can be fixed in the sleeve by means of a fixing device (61, 63, 85, 87), and wherein the end wall of the sleeve is provided with a passage opening for the leading through of a key to be inserted into the lock cylinder.
A method of preparing a library of template nucleic acids to obtain sequence information from a target nucleic acid, said method comprising: (a) compartmentalizing the target nucleic acid into a plurality of first vessels by providing each first vessel with an amount of target nucleic acid greater than about one or more haploid equivalents of the target nucleic acid; (b) providing a first index to the target nucleic acid of each first vessel, wherein the first index provided to the target nucleic acid of each first vessel is different, wherein the step comprises contacting the target nucleic acid with a plurality of transposomes each transposome comprising a transposon sequence comprising a first index, and a transposase associated with the transposon sequence under conditions such that at least some of the transposon sequences insert into the target nucleic acid, thereby obtaining a plurality of first indexed template nucleic acids; (c) combining the first indexed template nucleic acids; (d) compartmentalizing the first indexed template nucleic acids into a plurality of second vessels; and (e) providing a second index to the first indexed template nucleic acids of each second vessel, wherein the second index provided to the first indexed template nucleic acids of each second vessel is different, thereby obtaining a plurality of second indexed template nucleic acids. (a) compartmentalizing the target nucleic acid into a plurality of first vessels by providing each first vessel with an amount of target nucleic acid greater than about one or more haploid equivalents of the target nucleic acid; (b) providing a first index to the target nucleic acid of each first vessel, wherein the first index provided to the target nucleic acid of each first vessel is different, wherein the step comprises contacting the target nucleic acid with a plurality of transposomes each transposome comprising a transposon sequence comprising a first index, and a transposase associated with the transposon sequence under conditions such that at least some of the transposon sequences insert into the target nucleic acid, thereby obtaining a plurality of first indexed template nucleic acids; (c) combining the first indexed template nucleic acids; (d) compartmentalizing the first indexed template nucleic acids into a plurality of second vessels; and (e) providing a second index to the first indexed template nucleic acids of each second vessel, wherein the second index provided to the first indexed template nucleic acids of each second vessel is different, thereby obtaining a plurality of second indexed template nucleic acids.
Process for the production of cast polyamides via polymerization of lactams in the presence of at least one activator selected from the group comprising 2,4-tolylene diisocyanate, 2,6-tolylene diisocyanate, a mixture of 2,4-tolylene diisocyanate and 2,6-tolylene diisocyanate, hexamethylene diisocyanate, cyclohexane 1,4-diisocyanate, xylylene diisocyanate, isophorone diisocyanate, 1,5-naphthalene diisocyanate, 4,4'-diphenylmethane diisocyanate, 2,4'-diphenylmethane diisocyanate, 2,2'-diphenylmethane diisocyanate, 4,4'-diphenyldimethylmethane diisocyanate, 1,3-phenylene diisocyanate, 1,4-phenylene diisocyanate, dicyclohexylmethane 4,4'-diisocyanate, dicyclohexylmethane 2,4'-diisocyanate, dicyclohexylmethane 2,2'-diisocyanate, methylcyclohexane diisocyanate, tetramethylxylylene diisocyanate, 2,6-diisopropylphenylene isocyanate, and of at least one catalyst, characterized in that a) at most 5% by weight of the activator is added at temperatures between 70 and 120°C to a lactam melt, and this is homogenized, isolated, optionally dried, packaged and stored, or pastillated on a pastillating belt or flaked on a flaking roll, b) at most 5% by weight of the catalyst is added at temperatures between 70 and 120°C to a lactam melt, and this is homogenized, and then pastillated on a pastillating belt or flaked on a flaking roll, the melts from a) and b) are mixed together and then are polymerized in the casting mould at temperatures between 80 and 160°C. a) at most 5% by weight of the activator is added at temperatures between 70 and 120°C to a lactam melt, and this is homogenized, isolated, optionally dried, packaged and stored, or pastillated on a pastillating belt or flaked on a flaking roll, b) at most 5% by weight of the catalyst is added at temperatures between 70 and 120°C to a lactam melt, and this is homogenized, and then pastillated on a pastillating belt or flaked on a flaking roll,
A shoe sole member (3, 4) partially or entirely formed of a resin composite, the resin composite comprising a plurality of resin foam particles and a plurality of non-foamed elastic bodies, in which a matrix is formed by the plurality of resin foam particles, and the plurality of non-foamed elastic bodies is dispersed in and integrated with the matrix, wherein a resin composition constituting the plurality of elastic bodies and a resin composition constituting the plurality of resin foam particles both include a polyolefin-based resin as a main component, or both include a polyurethane-based resin as a main component.
A lubrication management system for a rotating shaft assembly comprising: a shaft rotatable about a central axis and in operable connection with at least one component, wherein lubrication is supplied proximate an outer diameter of the shaft; and characterized in that it further comprises a lubrication manipulation device directing lubrication radially away from the outer diameter of the shaft, wherein the lubrication manipulation device comprises a threaded portion fixedly securing the lubrication manipulation device to the outer diameter of the shaft. a shaft rotatable about a central axis and in operable connection with at least one component, wherein lubrication is supplied proximate an outer diameter of the shaft; and characterized in that it further comprises a lubrication manipulation device directing lubrication radially away from the outer diameter of the shaft, wherein the lubrication manipulation device comprises a threaded portion fixedly securing the lubrication manipulation device to the outer diameter of the shaft.
A method, in an anchor base station, for security key generation for secure communications between a wireless terminal and an assisting base station, wherein the wireless terminal is or is about to be dually connected to the anchor base station and the assisting base station, wherein a primary security key is known to the anchor base station and the wireless terminal, the method comprising: generating an assisting security key for the assisting base station, based, at least in part, on the primary security key; sending, to the assisting base station, the generated assisting security key, for use by the assisting base station in generating one or more additional assisting security keys for encrypting data traffic sent to the wireless terminal by the assisting base station while the wireless terminal is dually connected to the anchor base station and the assisting base station. generating an assisting security key for the assisting base station, based, at least in part, on the primary security key; sending, to the assisting base station, the generated assisting security key, for use by the assisting base station in generating one or more additional assisting security keys for encrypting data traffic sent to the wireless terminal by the assisting base station while the wireless terminal is dually connected to the anchor base station and the assisting base station.
A system for providing ambient lighting and for displaying visual information through a surface within a vehicle, the system comprising: a light source; a flexible material for forming a surface of the interior of the vehicle; wherein, when the system is in one state, light transmitted from the light source is visible through the flexible material, and, when the system is in another state, no light is visible through the flexible material from the light source, characterised in that in a first state, the light from the light source provides ambient illumination, and in a second state, the light from the light source displays a warning to a driver based on signals generated by one or more sensors of the vehicle, wherein, in the second state, the providing of ambient illumination is stopped or interrupted. a light source; a flexible material for forming a surface of the interior of the vehicle; wherein, when the system is in one state, light transmitted from the light source is visible through the flexible material, and, when the system is in another state, no light is visible through the flexible material from the light source, characterised in that in a first state, the light from the light source provides ambient illumination, and in a second state, the light from the light source displays a warning to a driver based on signals generated by one or more sensors of the vehicle, wherein, in the second state, the providing of ambient illumination is stopped or interrupted.
A vehicle control apparatus comprising: a state detector configured to detect position and speed of a host vehicle; an object detector configured to detect position and speed of each of a parked vehicle and an oncoming vehicle which are ahead of the host vehicle; a position calculator configured to calculate a passing position at which the host vehicle passes the oncoming vehicle, based on the position and the speed of the host vehicle and the position and the speed of the oncoming vehicle; an area setter configured to set a prohibited area around the parked vehicle; and a travel controller configured to, when the passing position is within the prohibited area, control travel of the host vehicle to move the passing position out of the prohibited area, characterized in that when the passing position is at a center of the prohibited area, the travel controller causes the host vehicle to travel at a certain speed for a certain period of time, and when the passing position is moved toward the host vehicle after the certain period of time, the travel controller decelerates the host vehicle to move the passing position out of the prohibited area toward the host vehicle or when the passing position is not moved after the certain period of time, the travel controller decelerates the host vehicle to move the passing position out of the prohibited area toward the host vehicle, wherein the center of the prohibited area is positioned on a side of the parked vehicle on the road. a state detector configured to detect position and speed of a host vehicle; an object detector configured to detect position and speed of each of a parked vehicle and an oncoming vehicle which are ahead of the host vehicle; a position calculator configured to calculate a passing position at which the host vehicle passes the oncoming vehicle, based on the position and the speed of the host vehicle and the position and the speed of the oncoming vehicle; an area setter configured to set a prohibited area around the parked vehicle; and a travel controller configured to, when the passing position is within the prohibited area, control travel of the host vehicle to move the passing position out of the prohibited area, characterized in that when the passing position is at a center of the prohibited area, the travel controller causes the host vehicle to travel at a certain speed for a certain period of time, and when the passing position is moved toward the host vehicle after the certain period of time, the travel controller decelerates the host vehicle to move the passing position out of the prohibited area toward the host vehicle or when the passing position is not moved after the certain period of time, the travel controller decelerates the host vehicle to move the passing position out of the prohibited area toward the host vehicle, wherein the center of the prohibited area is positioned on a side of the parked vehicle on the road.
A method for computing an optical architecture of an observation instrument comprising a slit spectrometer, said instrument being subject to a known disruption modifying its optical architecture, said spectrometer comprising an inlet slit, an optical system (22, 24), a phase mask, a spectral dispersion array and a light-sensitive matrix detector, the phase mask being defined by at least one parameter ( α), the optical system, the phase mask and the spectral dispersion array being arranged so that the spectrally dispersed image of the inlet slit is located in the plane of the light-sensitive matrix detector, the spectral resolution of the spectrometer without a phase mask being denoted FWHM, the optical resolution of the spectrometer with a phase mask being denoted FWHM M, a maximum deviation ( ε FWHM) being defined such that, for any parameter ( α), the phase mask verifies: FWHM M − FWHM FWHM ≤ ε FWHM said maximum deviation ( ε FWHM) remaining below a threshold provided by the specifications of the system, the spectral response of the instrument comprising the phase mask being denoted ISRF 0 and the spectral response at the same wavelength as a function of the value of the known disruption being denoted ISFR t, the form error equalling, for all the values of the disruption: ε FORM = Max ISRF t − ISRF 0 ISRF 0 characterised in that, with the form error depending on the parameter ( α), the computation method comprises an optimisation step, in which the minimum of the form error ( ε FORM) is determined by varying the parameter ( α), the parameter ( α MIN) corresponding to this minimum of the form error being retained for establishing the phase mask.
A power transmission device comprising: a motor configured to drive a rotary shaft; a first reducer configured to receive torque from the rotary shaft; a second reducer configured to receive torque from the first reducer; and a first clutch disposed outside the second reducer and configured to connect and disconnect the second reducer and an external component, wherein the second reducer comprises: a second sun gear; a second planetary gear disposed outside of the second sun gear, engaged with the second sun gear, and a ring gear disposed outside of the second planetary gear and engaged with the second planetary gear; wherein the first clutch is disposed outside the ring gear and configured to connect and disconnect the ring gear and the external component characterized by a second clutch disposed outside the second reducer and configured to connect and disconnect the second reducer and the external component, wherein the second clutch is disposed outside the second sun gear and configured to connect and disconnect the second sun gear and the external component. a motor configured to drive a rotary shaft; a first reducer configured to receive torque from the rotary shaft; a second reducer configured to receive torque from the first reducer; and a first clutch disposed outside the second reducer and configured to connect and disconnect the second reducer and an external component, wherein the second reducer comprises: a second sun gear; a second planetary gear disposed outside of the second sun gear, engaged with the second sun gear, and a ring gear disposed outside of the second planetary gear and engaged with the second planetary gear; wherein the first clutch is disposed outside the ring gear and configured to connect and disconnect the ring gear and the external component characterized by a second clutch disposed outside the second reducer and configured to connect and disconnect the second reducer and the external component, wherein the second clutch is disposed outside the second sun gear and configured to connect and disconnect the second sun gear and the external component. a second sun gear; a second planetary gear disposed outside of the second sun gear, engaged with the second sun gear, and a ring gear disposed outside of the second planetary gear and engaged with the second planetary gear; wherein the first clutch is disposed outside the ring gear and configured to connect and disconnect the ring gear and the external component characterized by a second clutch disposed outside the second reducer and configured to connect and disconnect the second reducer and the external component, wherein the second clutch is disposed outside the second sun gear and configured to connect and disconnect the second sun gear and the external component.