mhurhangee/ep-ind-claims huggingface dataset:
A system for managing a plurality of hydrocarbon producing well sites, wherein each of the well sites includes a hydrocarbon material flow passing through a pipe, the system comprising: a clamp-on flow meter attached to the pipe located at each of the plurality of well sites, wherein each clamp-on flow meter is operable to output electronic signals indicative of at least one characteristic of the hydrocarbon material flowing through the pipe at that well site; and a control station separately located from the plurality of well sites and in selective electronic communication with the clamp-on flow meters, and which control station includes at least one processor adapted to receive the electronic signals from the clamp-on flow meters, and which processor is adapted to determine one or more characteristics of the hydrocarbon material flow at each well site using a flow compositional model, wherein the control station processor is adapted to periodically collectively request the electronic signals from selected ones of the one or more of the clamp-on flow meters over a period of time, and to receive the electronic signals from the selected ones of the clamp-on flow meters, wherein the processor is adapted to receive from at least one of the well sites input values that include a flow velocity, flow pressure data, flow temperature data, and a differential pressure flow velocity, and wherein the processor is adapted to determine a wetness of the hydrocarbon material flow passing through the pipe based on a set of local wetness sensitivity coefficients. a clamp-on flow meter attached to the pipe located at each of the plurality of well sites, wherein each clamp-on flow meter is operable to output electronic signals indicative of at least one characteristic of the hydrocarbon material flowing through the pipe at that well site; and a control station separately located from the plurality of well sites and in selective electronic communication with the clamp-on flow meters, and which control station includes at least one processor adapted to receive the electronic signals from the clamp-on flow meters, and which processor is adapted to determine one or more characteristics of the hydrocarbon material flow at each well site using a flow compositional model, wherein the control station processor is adapted to periodically collectively request the electronic signals from selected ones of the one or more of the clamp-on flow meters over a period of time, and to receive the electronic signals from the selected ones of the clamp-on flow meters,
A method of diagnosing Alzheimer's Disease in a human subject comprising the steps of (a) culturing one or more cells that had been obtained from a human subject for a time period; (b) determining an average area of cell aggregates and dividing the average area by the number of aggregates to obtain an average area per number of aggregates; (c) determining an aggregation rate by evaluating the rate of change of the average area per number of aggregates determined in step (b) as a function of cell density, wherein the rate of change of the average per number of aggregates as a function of cell density is evaluated by determining the slope of a linear fit between the average area per number of aggregates and cell density; (d) comparing the determination of step (c) with an aggregation rate determined using non-Alzheimer's disease cells; and (e) diagnosing the presence or absence of Alzheimer's Disease based on the comparison in step (d), wherein the diagnosis is positive for Alzheimer's disease if the aggregation rate determined in step (c) is increased compared to the aggregation rate determined using the non-Alzheimer's disease cells. (a) culturing one or more cells that had been obtained from a human subject for a time period; (b) determining an average area of cell aggregates and dividing the average area by the number of aggregates to obtain an average area per number of aggregates; (c) determining an aggregation rate by evaluating the rate of change of the average area per number of aggregates determined in step (b) as a function of cell density, wherein the rate of change of the average per number of aggregates as a function of cell density is evaluated by determining the slope of a linear fit between the average area per number of aggregates and cell density; (d) comparing the determination of step (c) with an aggregation rate determined using non-Alzheimer's disease cells; and (e) diagnosing the presence or absence of Alzheimer's Disease based on the comparison in step (d), wherein the diagnosis is positive for Alzheimer's disease if the aggregation rate determined in step (c) is increased compared to the aggregation rate determined using the non-Alzheimer's disease cells.
A method for manufacturing a solid oxide fuel cell apparatus for generating electricity by supplying fuel and oxidant gas to fuel cells housed in a fuel cell module, comprising steps of: (a) an adhesive application step (S4, S7, S11, S14, S17) for applying ceramic adhesive to joint portions of constituent members, such as a generating chamber constituent member, an exhaust passage constituent member, and a supply passage constituent member of the fuel cell module which constitute an airtight flow path of fuel or oxidant gas; and (b) a workable hardening step (S6, S8, S 13, S15, S 18) for hardening the ceramic adhesive applied in the adhesive application step to a state capable of implementing a next manufacturing process by heating the applied ceramic adhesive at a predetermined temperature; (c) multiple iterations of the steps (a) and (b) for each joint portion; (d) a solvent elimination and hardening step in which the applied ceramic adhesive is heated at a temperature higher than the temperature of the workable hardening step (S6, S8, S13, S15, S18), thereby solvent remaining within the ceramic adhesive is further eliminated from the ceramic adhesive which was hardened in the workable hardening steps, and ceramic adhesive is dried to a state capable of withstanding the temperature rise taken place in a startup procedure of the solid oxide fuel cell apparatus. (a) an adhesive application step (S4, S7, S11, S14, S17) for applying ceramic adhesive to joint portions of constituent members, such as a generating chamber constituent member, an exhaust passage constituent member, and a supply passage constituent member of the fuel cell module which constitute an airtight flow path of fuel or oxidant gas; and (b) a workable hardening step (S6, S8, S 13, S15, S 18) for hardening the ceramic adhesive applied in the adhesive application step to a state capable of implementing a next manufacturing process by heating the applied ceramic adhesive at a predetermined temperature; (c) multiple iterations of the steps (a) and (b) for each joint portion; (d) a solvent elimination and hardening step in which the applied ceramic adhesive is heated at a temperature higher than the temperature of the workable hardening step (S6, S8, S13, S15, S18), thereby solvent remaining within the ceramic adhesive is further eliminated from the ceramic adhesive which was hardened in the workable hardening steps, and ceramic adhesive is dried to a state capable of withstanding the temperature rise taken place in a startup procedure of the solid oxide fuel cell apparatus.
A tubular string feature locator for detecting when a selected characteristic on a tubular string suspended in a well has a preselected vertical relationship to a rig elevator, the locator comprising: sensor means to detect at least one characteristic of the tubular that has a known vertical relationship to a location on the tubular selected for gripping with elevator mounted tubular gripping means and to produce an output signal when the characteristic is sensed; and a sensor mounting arrangement that places the sensor means the same distance and direction from the elevator tubular gripping means as the known distance and direction between the characteristic to be sensed and the location on the tubular selected for gripping, characterized in that the sensor means comprises at least two vertically adjacent sensors (10, 4e) on different vertical locations, and wherein the at least two vertically adjacent sensors are movable in a lateral direction when moved by said tubular string moving in the lateral direction, and the feature change being sensed when one sensor of said at least two vertically adjacent sensors detects tubular string features and another sensor of said at least two vertically adjacent sensors detects other tubular string features. sensor means to detect at least one characteristic of the tubular that has a known vertical relationship to a location on the tubular selected for gripping with elevator mounted tubular gripping means and to produce an output signal when the characteristic is sensed; and a sensor mounting arrangement that places the sensor means the same distance and direction from the elevator tubular gripping means as the known distance and direction between the characteristic to be sensed and the location on the tubular selected for gripping, characterized in that the sensor means comprises at least two vertically adjacent sensors (10, 4e) on different vertical locations, and wherein the at least two vertically adjacent sensors are movable in a lateral direction when moved by said tubular string moving in the lateral direction, and the feature change being sensed when one sensor of said at least two vertically adjacent sensors detects tubular string features and another sensor of said at least two vertically adjacent sensors detects other tubular string features.
A chemical injection management system for regulating a fluid flow into a wellhead, the chemical injection management system comprising: a flow path (122, 124, 126) having an inlet and an outlet connectable to the wellhead; a flow-meter disposed in the flow path (122, 124, 126) between the inlet and the outlet; and characterised by a motorised valve disposed in the flow path (122, 124, 126) between the inlet and the outlet, the motorised valve having a valve drive; a controller, wherein the controller is communicatively coupled to both the flow meter and the valve drive of the motorized valve; and wherein the controller is configured to exercise feedback control of a parameter of fluid flow through the flow path (122, 124, 126) based on a feedback signal from the flow-meter; wherein the controller is further configured to exercise feedback control of the position of the motorised valve using a drive feedback signal received from the valve drive based on a difference between the drive feedback signal and a desired position of the motorised valve. a flow path (122, 124, 126) having an inlet and an outlet connectable to the wellhead; a flow-meter disposed in the flow path (122, 124, 126) between the inlet and the outlet; and characterised by a motorised valve disposed in the flow path (122, 124, 126) between the inlet and the outlet, the motorised valve having a valve drive; a controller, wherein the controller is communicatively coupled to both the flow meter and the valve drive of the motorized valve; and wherein the controller is configured to exercise feedback control of a parameter of fluid flow through the flow path (122, 124, 126) based on a feedback signal from the flow-meter; wherein the controller is further configured to exercise feedback control of the position of the motorised valve using a drive feedback signal received from the valve drive based on a difference between the drive feedback signal and a desired position of the motorised valve.
A crystal form A of a compound of formula I, wherein an X-ray powder diffraction pattern of the crystal form A comprises three or more 2θ values selected from the group consisting of: 12.21±0.2°, 13.381±0.2°, 15.181±0.2°, 16.171±0.2°, 17.101±0.2°, 19.801±0.2°, 21.511±0.2°, 24.391±0.2°, and 25.321±0.2°.
A composite pyrotechnic product containing energetic charges in a plasticized binder comprising a cured energetic polymer and at least one energetic plasticizer, the product being characterized in that: • said cured energetic polymer consists of a glycidyl azide polymer having a number average molecular weight (Mn) lying in the range 700 g/mol to 3000 g/mol and cured via its hydroxyl terminal functions with at least one curing agent of polyisocyanate type; and • said energetic charges present at a content in the range 50% to 70% by weight consisting, for at least 95% of their weight, of large crystals of ammonium dinitramide which present sizes in the range 50 to 250μm and of small crystals of hexogen which present sizes in the range 1 to 10pm: + said large crystals of ammonium dinitramide being present at a content in the range 8% to 65% by weight, advantageously in the range 10% to 60% by weight; and + said small crystals of hexogen being present at a content in the range 5% to 55% by weight, advantageously in the range 8% to 50% by weight. • said cured energetic polymer consists of a glycidyl azide polymer having a number average molecular weight (Mn) lying in the range 700 g/mol to 3000 g/mol and cured via its hydroxyl terminal functions with at least one curing agent of polyisocyanate type; and • said energetic charges present at a content in the range 50% to 70% by weight consisting, for at least 95% of their weight, of large crystals of ammonium dinitramide which present sizes in the range 50 to 250μm and of small crystals of hexogen which present sizes in the range 1 to 10pm: + said large crystals of ammonium dinitramide being present at a content in the range 8% to 65% by weight, advantageously in the range 10% to 60% by weight; and + said small crystals of hexogen being present at a content in the range 5% to 55% by weight, advantageously in the range 8% to 50% by weight. + said large crystals of ammonium dinitramide being present at a content in the range 8% to 65% by weight, advantageously in the range 10% to 60% by weight; and + said small crystals of hexogen being present at a content in the range 5% to 55% by weight, advantageously in the range 8% to 50% by weight.
A reciprocating cutting tool, wherein the reciprocating cutting tool is operable in two working modes which includes a reciprocating saw mode and a jig saw mode; the reciprocating cutting tool comprising a housing; a reciprocating mechanism; an actuating mechanism and a cutter-lifting mechanism disposed in the housing; the reciprocating mechanism comprises a reciprocating rod disposed in the housing, and the cutter-lifting mechanism comprises an actuating member and a pushing member disposed on the reciprocating rod; the actuating member comprises a first engaging portion and a second engaging portion for engaging with the pushing member respectively; when the reciprocating rod is driven to perform a reciprocating motion relative to the housing by the actuating mechanism, the reciprocating rod under a cutting force simultaneously drives the pushing member to deflect close to the first engaging portion or the second engaging portion; and when the first engaging portion or the second engaging portion is driven to move close to the pushing member by the actuating mechanism, the first engaging portion or the second engaging portion pushes the pushing member towards the side which the first engaging portion or the second engaging portion deflects to force the reciprocating rod to implement a cutter-lifting motion.
A piston ring comprising a thermal spray coating at least on an outer peripheral surface, the thermal spray coating comprising chromium carbide particles having an average particle size of 5 μm or less dispersed in a matrix metal composed of an Ni-Cr alloy or an Ni-Cr alloy and Ni, which has an average pore diameter of 10 μm or less and a porosity of 8% or less by volume, wherein said chromium carbide particles of said thermal spray coating consist of Cr 2 C, Cr 3 C 2, Cr 7 C 3 and Cr 23 C 6.
Process for the production of biscuits, comprising, in weight per total weight, a dietary fibre content comprised between 10 and 25%, a lipids content comprised between 10 and 20% and a simple sugars content comprised between 12 and 22% and having a value for specific volume of 2.0 - 3.5 dm 3 /kg, characterised in that it comprises the steps of: a) mixing the ingredients of a biscuit dough; b) forming said biscuit dough to form semi-finished products; c) baking the semi-finished products formed from said dough, thus obtaining biscuits; d) cooling the biscuits obtained; and e) packaging said biscuits; wherein the step c) of baking said semi-finished products comprises a step of exposure thereof to a hot gas consisting of hot air and superheated steam, blown directly on said semi-finished products by means of an impingement system. a) mixing the ingredients of a biscuit dough; b) forming said biscuit dough to form semi-finished products; c) baking the semi-finished products formed from said dough, thus obtaining biscuits; d) cooling the biscuits obtained; and e) packaging said biscuits;
A computer-implemented method for facilitating Call Detail Record, CDR, based billing in a converged cellular network and an Internet Protocol, IP, based wireless access network, the method comprising: receiving a registration request with a network controller from a mobile device via the IP-based wireless access network; receiving, at the network controller, an access point identifier, wherein the access point identifier is associated with a point of entry into the IP-based wireless access network for the mobile device; querying, by the network controller, a database with the access point identifier; receiving, at the network controller, a reply from the database in response to the query, wherein the reply includes a service zone identifier of a service zone associated with the point of entry into the IP-based wireless access network; storing the service zone identifier at the network controller; identifying, by the network controller, a communication request from the mobile device over the IP-based wireless access network through the point of entry into the IP-based wireless access network; and communicating, by the network controller, the service zone identifier to a switch for the identified communication request from the mobile device. receiving a registration request with a network controller from a mobile device via the IP-based wireless access network; receiving, at the network controller, an access point identifier, wherein the access point identifier is associated with a point of entry into the IP-based wireless access network for the mobile device; querying, by the network controller, a database with the access point identifier; receiving, at the network controller, a reply from the database in response to the query, wherein the reply includes a service zone identifier of a service zone associated with the point of entry into the IP-based wireless access network; storing the service zone identifier at the network controller; identifying, by the network controller, a communication request from the mobile device over the IP-based wireless access network through the point of entry into the IP-based wireless access network; and communicating, by the network controller, the service zone identifier to a switch for the identified communication request from the mobile device.
An apparatus for recognizing whether an earphone, having an earphone plug, is mounted to a portable terminal, having an earphone plug receptacle, the apparatus comprising: a common ground terminal and a switching terminal of said earphone plug receptacle adapted to contact each other, electrically connect to each other, and electrically connect to the same pole of said earphone plug, when the earphone plug is mounted in the earphone plug receptacle; and an external output managing unit for generating an earphone mounting/dismounting notification signal through a detector. a common ground terminal and a switching terminal of said earphone plug receptacle adapted to contact each other, electrically connect to each other, and electrically connect to the same pole of said earphone plug, when the earphone plug is mounted in the earphone plug receptacle; and an external output managing unit for generating an earphone mounting/dismounting notification signal through a detector.
A method for providing mobile services, comprising: receiving, by a management center server, a group subscription checking request comprising a service ID and a group ID from a service engine, wherein the group subscription checking request is sent by the service engine when the service engine receives a first service message including the group ID and the service ID from an application server; checking, by the management center server, whether a group related to the group ID has subscribed for a service indicated by the service ID according to a group service subscription index; returning, by the management center server, a checking response to the service engine, wherein the checking response is a checking successful response or a checking failed response, and the checking successful response is used to trigger the service engine to obtain a group user ID that pertains to the group ID and send (305a-305n) a second service message to a terminal. receiving, by a management center server, a group subscription checking request comprising a service ID and a group ID from a service engine, wherein the group subscription checking request is sent by the service engine when the service engine receives a first service message including the group ID and the service ID from an application server; checking, by the management center server, whether a group related to the group ID has subscribed for a service indicated by the service ID according to a group service subscription index; returning, by the management center server, a checking response to the service engine, wherein the checking response is a checking successful response or a checking failed response, and the checking successful response is used to trigger the service engine to obtain a group user ID that pertains to the group ID and send (305a-305n) a second service message to a terminal.
An earphone, comprising: a driver unit; a housing (110, 120) that receives an electronic component unit so as to install the driver unit therein; a groove defined along a first path of an inner side of the housing (110, 120); a pipeline damper that covers the inner side of the housing (110, 120) to define a pipeline along the groove; a first external base hole defined in the housing (110, 120) and positioned at a first point of the pipeline; an internal base hole defined in the pipeline damper and positioned at a second point of the pipeline; a second external base hole defined at a third point of the pipeline; a first delay path defined between the internal base hole and the first external base hole; a second delay path defined between the internal base hole and the second external base hole; and a cover member that is disposed at an outer side of the housing (110, 120) and selectively covering the first external base hole or the second external base hole, wherein a first length of a first delay path is different from a second length of the second delay path. a driver unit; a housing (110, 120) that receives an electronic component unit so as to install the driver unit therein; a groove defined along a first path of an inner side of the housing (110, 120); a pipeline damper that covers the inner side of the housing (110, 120) to define a pipeline along the groove; a first external base hole defined in the housing (110, 120) and positioned at a first point of the pipeline; an internal base hole defined in the pipeline damper and positioned at a second point of the pipeline; a second external base hole defined at a third point of the pipeline; a first delay path defined between the internal base hole and the first external base hole; a second delay path defined between the internal base hole and the second external base hole; and a cover member that is disposed at an outer side of the housing (110, 120) and selectively covering the first external base hole or the second external base hole, wherein a first length of a first delay path is different from a second length of the second delay path.