mhurhangee/ep-ind-claims huggingface dataset:
Method for at least partially applying a hydrophilic polymer to the inner surfaces of a measurement channel of a sensor cartridge, which is to be replaceably inserted into an analyzer, said measurement channel comprising at least one sensor element, characterised in that (a) a sensor cartridge is inserted into the analyzer, (b) an aqueous solution is entered into the measurement channel of the sensor cartridge, said solution having a pH-value <7 and containing chitosan or a chitosan derivative, wherein the chitosan or chitosan derivative has a degree of deacetylation from 10% to 100%, and preferably from 50% to 100%, and especially preferably from 70% to 95%, and that (c) the aqueous solution containing said chitosan or chitosan derivative is replaced after a short residence time of 5 sec to 30 sec by a liquid medium, which in comparison with the aqueous solution containing chitosan or chitosan derivative has a higher pH-value, wherein residues of the chitosan or chitosan derivative remain on the inner surface of the measurement channel and on parts of the at least one sensor element bounding the measurement channel, and hydrophilize the inner surface and the parts bounding the measurement channel. (a) a sensor cartridge is inserted into the analyzer, (b) an aqueous solution is entered into the measurement channel of the sensor cartridge, said solution having a pH-value <7 and containing chitosan or a chitosan derivative, wherein the chitosan or chitosan derivative has a degree of deacetylation from 10% to 100%, and preferably from 50% to 100%, and especially preferably from 70% to 95%, and that (c) the aqueous solution containing said chitosan or chitosan derivative is replaced after a short residence time of 5 sec to 30 sec by a liquid medium, which in comparison with the aqueous solution containing chitosan or chitosan derivative has a higher pH-value, wherein residues of the chitosan or chitosan derivative remain on the inner surface of the measurement channel and on parts of the at least one sensor element bounding the measurement channel, and hydrophilize the inner surface and the parts bounding the measurement channel.
A system control apparatus for controlling operation of a plurality of pieces of equipment, comprising: a database configured to store an equipment profile related to electrical properties of the plurality of pieces of equipment, information related to main equipment that needs to be operated among the plurality of pieces of equipment, and a control scenario in which a power target value of the plurality of pieces of equipment and metadata related to an operation to be fulfilled by the plurality of pieces of equipment are combined; an equipment selection part configured to compute, assess and determine the stability of the power distribution system, and in a case where the system is unstable, to select, from the list of equipment which is operable in collaboration with the main equipment, secondary equipment to be operated, on the basis of the equipment profile, the main equipment, and the control scenario; and a control execution part configured to give an operation indication to the main equipment and the secondary equipment selected. a database configured to store an equipment profile related to electrical properties of the plurality of pieces of equipment, information related to main equipment that needs to be operated among the plurality of pieces of equipment, and a control scenario in which a power target value of the plurality of pieces of equipment and metadata related to an operation to be fulfilled by the plurality of pieces of equipment are combined; an equipment selection part configured to compute, assess and determine the stability of the power distribution system, and in a case where the system is unstable, to select, from the list of equipment which is operable in collaboration with the main equipment, secondary equipment to be operated, on the basis of the equipment profile, the main equipment, and the control scenario; and a control execution part configured to give an operation indication to the main equipment and the secondary equipment selected.
An exhaust gas dilution device that dilutes exhaust gas for analyzing a substance contained in the exhaust gas, comprising: an exhaust gas circulation pipe that circulates the exhaust gas, a mixing section that is arranged in a midstream of the exhaust gas circulation pipe and that has an orifice, and two or more dilution gas supply pipes (14, 143) that are arranged spatially apart from each other and have openings at the mixing section and that supply dilution gas to the exhaust gas circulation pipe, wherein the dilution gas supply pipes (14, 143) are arranged spatially apart from the exhaust gas circulation pipe until they reache their openings directly at the mixing section for introducing the dilution gas via the mixing section directly into the exhaust gas circulation pipe, and wherein the openings of the dilution gas suplly pipes (14, 143) at the mixing section face the same direction as the direction which the exhaust gas flows; characterized in that it further comprises a guide face to guide the dilution gas to be supplied from the dilution gas supply pipe toward an opening of an exhaust supply pipe toward which the exhaust gas flows. an exhaust gas circulation pipe that circulates the exhaust gas, a mixing section that is arranged in a midstream of the exhaust gas circulation pipe and that has an orifice, and two or more dilution gas supply pipes (14, 143) that are arranged spatially apart from each other and have openings at the mixing section and that supply dilution gas to the exhaust gas circulation pipe, wherein the dilution gas supply pipes (14, 143) are arranged spatially apart from the exhaust gas circulation pipe until they reache their openings directly at the mixing section for introducing the dilution gas via the mixing section directly into the exhaust gas circulation pipe, and wherein the openings of the dilution gas suplly pipes (14, 143) at the mixing section face the same direction as the direction which the exhaust gas flows; characterized in that it further comprises a guide face to guide the dilution gas to be supplied from the dilution gas supply pipe toward an opening of an exhaust supply pipe toward which the exhaust gas flows.
A centre clamp, comprising a main body, two fast change jaws arranged thereon and an adjustment device arranged on the main body and acting on the fast change jaws, wherein the main body has, on its upper side facing towards the fast change jaws, a cross-sectional region larger than on its underside arranged opposite, and wherein each fast change jaw has a wrap-around means for this region, characterised in that a releasable locking device for directly or indirectly locking the fast change jaws is provided on the adjustment device, wherein the locking device is formed by a through-bore in the fast change jaw, a pin passing therethrough and comprising manipulation means and an engagement end, and an engagement end on the adjustment device, wherein the engagement end and engagement end are engaged with one another interlockingly and/or frictionally.
A method for purifying EPO and/or an EPO derivative, comprising a) contacting a liquid containing EPO and/or an EPO derivative with a solid phase which has bound a 1-amino-2-sulfo-anthraquinone dye which contains or consists of 1-amino-4-[4-[amino]-3-sulfoanilino]-9,10-dioxoanthracene-2-sulfonic acid; b) washing the solid phase with a washing liquid; c) eluting the EPO and/or EPO derivative from the solid phase with an elution liquid; d) contacting a liquid, which arises from the elution liquid which contains EPO and/or the EPO derivative and contains a phosphate buffer with a pH in the range from pH 5.5 to 6.5, with a solid hydroxyapatite material, and collecting the through feed which contains the EPO and/or the EPO derivative; e) contacting the through feed which contains EPO and/or the EPO derivative with a solid anion exchanger material, as a result of which the EPO (derivative) binds to the solid anion exchanger material; f) washing the solid anion exchanger material with a washing liquid; g) eluting the EPO and/or EPO derivative from the solid anion exchanger material with an elution liquid; or consisting of these steps, wherein no size-exclusion chromatography is carried out in the method. a) contacting a liquid containing EPO and/or an EPO derivative with a solid phase which has bound a 1-amino-2-sulfo-anthraquinone dye which contains or consists of 1-amino-4-[4-[amino]-3-sulfoanilino]-9,10-dioxoanthracene-2-sulfonic acid; b) washing the solid phase with a washing liquid; c) eluting the EPO and/or EPO derivative from the solid phase with an elution liquid; d) contacting a liquid, which arises from the elution liquid which contains EPO and/or the EPO derivative and contains a phosphate buffer with a pH in the range from pH 5.5 to 6.5, with a solid hydroxyapatite material, and collecting the through feed which contains the EPO and/or the EPO derivative; e) contacting the through feed which contains EPO and/or the EPO derivative with a solid anion exchanger material, as a result of which the EPO (derivative) binds to the solid anion exchanger material; f) washing the solid anion exchanger material with a washing liquid; g) eluting the EPO and/or EPO derivative from the solid anion exchanger material with an elution liquid;
A software distribution processing device configured to distribute software to an onboard computer mounted on a vehicle in communication with an external management server equipment to reduce the burden of load for verifying updating firmware for onboard computers by use of their common key, comprising: a key storage medium configured to store a verification key used to verify an electronic signature attached to updating firmware and a common key for each onboard computer; a receiver configured to receive the updating firmware with the electronic signature from the external management server equipment; a verification part configured to verify the electronic signature of the updating firmware using the verification key stored on the key storage medium; a signature part configured to produce re-signed updating firmware re-signed with an electronic signature using the common key of onboard computer stored on the key storage medium when the verification part successfully verifies electronic signature of the updating firmware; and a transmitter configured to transmit to the onboard computer the re-signed updating firmware attached with the electronic signature using the common key, whereby the onboard computer updates the software using the re-signed updating firmware upon successfully verifying the electronic signature using the common key. a key storage medium configured to store a verification key used to verify an electronic signature attached to updating firmware and a common key for each onboard computer; a receiver configured to receive the updating firmware with the electronic signature from the external management server equipment; a verification part configured to verify the electronic signature of the updating firmware using the verification key stored on the key storage medium; a signature part configured to produce re-signed updating firmware re-signed with an electronic signature using the common key of onboard computer stored on the key storage medium when the verification part successfully verifies electronic signature of the updating firmware; and a transmitter configured to transmit to the onboard computer the re-signed updating firmware attached with the electronic signature using the common key, whereby the onboard computer updates the software using the re-signed updating firmware upon successfully verifying the electronic signature using the common key.
A method for accessing a wireless communication node, comprising: receiving (S110, S302, S402, S502, S602), by a second wireless communication node, a request message that is sent by a first wireless communication node and used to request the second wireless communication node to provide a service for a user equipment, UE; sending (S120, S304, S404, S504, S604), by the second wireless communication node, a request response to the first wireless communication node; receiving (S130, S314, S414, S514, S614), by the second wireless communication node, a second wireless communication node activation request that is sent by the first wireless communication node after the first wireless communication node sends (S310, S410, S510, S610) a second wireless communication node activation message to the UE; and sending, by the second wireless communication node, a random access indication message, so that the UE accesses the second wireless communication node at the same time at which the UE is provided a service by the first wireless communication node, characterized in that the sending, by the second wireless communication node, a random access indication message, so that the UE accesses the second wireless communication node at the same time at which the UE is provided a service by the first wireless communication node comprises: sending (S316, S416, S516, S616), by the second wireless communication node to the UE, a physical downlink control channel, PDCCH, message that comprises a random access preamble, so that the UE accesses the second wireless communication node according to the random access preamble at the same time at which the UE is provided a service by the first wireless communication node. receiving (S110, S302, S402, S502, S602), by a second wireless communication node, a request message that is sent by a first wireless communication node and used to request the second wireless communication node to provide a service for a user equipment, UE; sending (S120, S304, S404, S504, S604), by the second wireless communication node, a request response to the first wireless communication node; receiving (S130, S314, S414, S514, S614), by the second wireless communication node, a second wireless communication node activation request that is sent by the first wireless communication node after the first wireless communication node sends (S310, S410, S510, S610) a second wireless communication node activation message to the UE; and sending, by the second wireless communication node, a random access indication message, so that the UE accesses the second wireless communication node at the same time at which the UE is provided a service by the first wireless communication node, sending (S316, S416, S516, S616), by the second wireless communication node to the UE, a physical downlink control channel, PDCCH, message that comprises a random access preamble, so that the UE accesses the second wireless communication node according to the random access preamble at the same time at which the UE is provided a service by the first wireless communication node.
A method of docking an electric vehicle at a charging station, comprising identifying the vehicle as it approaches the charging station; and determining a distance parameter at the charging station, characterized by transmitting the distance parameter from the charging station to the vehicle, the distance parameter being a measure of a distance that the vehicle has to travel before electrical contact is made with the charging station; determining a desired speed of the vehicle based on the distance parameter using an algorithm in the vehicle, wherein determining the desired speed of the vehicle includes determining the desired speed to be (a) a constant value for a first period of time, and (b) decreasing to a lower value for a second period of time; controlling the vehicle to attain the determined desired speed; and automatically lowering a charge head of the charging station onto a roof of the vehicle as the vehicle is travelling under the charge head during the first period of time.
A method of calibrating a mass flow sensor (12, 112) comprising: determining a change of mass of at least a first portion of grain in a grain tank over a period of time as a function of signals received from at least one sensor (13, 113, 126, 170); evaluating operational data received from at least a first device, including assigning a probability value that the estimate of the change of mass of grain in the grain tank is accurate, using a decisioning algorithm to determine a likelihood that the change of mass of the at least first portion of grain in the grain tank will provide an accurate estimate of the change of mass of at least substantially all of the grain within the grain tank; and determining a calibration factor for the mass flow sensor (12, 112) based at least in part as a function of the signals received from the at least one sensor (13, 113, 126, 170) only if the probability value exceeds a given value, characterized in that the operational data include one or more measurements of the grain mass flow rate into the grain tank and that the calibration factor is only determined if the sensed mass flow rate falls within predetermined limits, and that determining the change of mass of the grain with the grain tank includes applying the signals of the at least one sensor (13, 113, 126, 170) in a predetermined model of the geometric shape of a pile of the grain in the grain tank. determining a change of mass of at least a first portion of grain in a grain tank over a period of time as a function of signals received from at least one sensor (13, 113, 126, 170); evaluating operational data received from at least a first device, including assigning a probability value that the estimate of the change of mass of grain in the grain tank is accurate, using a decisioning algorithm to determine a likelihood that the change of mass of the at least first portion of grain in the grain tank will provide an accurate estimate of the change of mass of at least substantially all of the grain within the grain tank; and determining a calibration factor for the mass flow sensor (12, 112) based at least in part as a function of the signals received from the at least one sensor (13, 113, 126, 170) only if the probability value exceeds a given value, characterized in that the operational data include one or more measurements of the grain mass flow rate into the grain tank and that the calibration factor is only determined if the sensed mass flow rate falls within predetermined limits, and that determining the change of mass of the grain with the grain tank includes applying the signals of the at least one sensor (13, 113, 126, 170) in a predetermined model of the geometric shape of a pile of the grain in the grain tank.
A compound having the following formula or a pharmaceutically acceptable salt thereof; wherein X is selected from the group consisting of H, CO 2 H, and CO 2 R'; n ranges from 0 to 3; and R is selected from the group consisting of phenyl, pyridyl, tetrazolyl, and piperidinyl; wherein R may be unsubstituted or may be substituted by one or more substituents selected from the group consisting of halogen, R', OR', SR', S= R', S(=O) 2 R', S(=O) 2 NHR', S(=O)2NR' 2, CN, NH 2, NHR', NR' 2, NHS(=O) 2 R', NHC(=O)R', NHC(=O)OR', NHC(=O)NHR', NHC(=O)NR' 2, C(=O)R', C(=O)CH 2 OR', CO 2 R', C(=O)NHR', and C(=O)NR' 2; wherein when R is pyridyl it may be a pyridine N-oxide; and wherein each R' is independently CF 3 or C 1 to C 4 lower alkyl or cycloalkyl.
A method for protecting against exposure to content violating a content policy, the method comprising: receiving, by one or more processors, a plurality of content items including a first set of content items associated with a content group, wherein at least some of the plurality of content items include a content category determined by a machine learning algorithm based on the content policy; determining, by the one or more processors, a measurement associated with an amount of the first set of content items belonging to a specific content category; responsive to determining the measurement is less than or equal to a thresehold: assigning, by the one or more processors, one or more of the plurality of content items to be categorized by at least one of the machine learning algorithm or a manual review process; responsive to determining the measurement is greater than the threshold: automatically applying, by the one or more processors, the specific content category to one or more other content items of the content group such that the one or more other content items are not reviewed by the manual review process; and transmitting, by the one or more processors, at least one of the plurality of content items, wherein the content category of each of the plurality of content items indicates whether the specific content item violates any content policies. receiving, by one or more processors, a plurality of content items including a first set of content items associated with a content group, wherein at least some of the plurality of content items include a content category determined by a machine learning algorithm based on the content policy; determining, by the one or more processors, a measurement associated with an amount of the first set of content items belonging to a specific content category; responsive to determining the measurement is less than or equal to a thresehold: assigning, by the one or more processors, one or more of the plurality of content items to be categorized by at least one of the machine learning algorithm or a manual review process; responsive to determining the measurement is greater than the threshold: automatically applying, by the one or more processors, the specific content category to one or more other content items of the content group such that the one or more other content items are not reviewed by the manual review process; and transmitting, by the one or more processors, at least one of the plurality of content items, wherein the content category of each of the plurality of content items indicates whether the specific content item violates any content policies. automatically applying, by the one or more processors, the specific content category to one or more other content items of the content group such that the one or more other content items are not reviewed by the manual review process; and transmitting, by the one or more processors, at least one of the plurality of content items, wherein the content category of each of the plurality of content items indicates whether the specific content item violates any content policies.