mhurhangee/ep-ind-claims huggingface dataset:
Method for optimizing the position database of a location system, in which position database position references of substantially stationary transmitters are stored, wherein said position references are used for position determination, in which in a first step • a first sequence of positions of a covered distance is determined from the radio signals of the substantially stationary transmitters with the assistance of the position database with the aid of a position determination device, and • a second sequence of positions of the covered distance is determined from other sensor data of an inertial navigation system, INS, of the position determination device by way of coupling, in which in a second step • the first sequence of positions and the second sequence of positions are compared with one another, in which, assuming that the distance determined by the INS from the second sequence of positions is more accurate than the first sequence of positions determined by the location system, errors in the location system are identified, and specifically errors E i for the positions of the first sequence, in which, for each position of the first sequence, the influence that a change in the position database has on the determination of said position is determined, and in which a correction to the position database is performed on the basis of said information and the identified errors E i. • a first sequence of positions of a covered distance is determined from the radio signals of the substantially stationary transmitters with the assistance of the position database with the aid of a position determination device, and • a second sequence of positions of the covered distance is determined from other sensor data of an inertial navigation system, INS, of the position determination device by way of coupling, • the first sequence of positions and the second sequence of positions are compared with one another,
A multilayered elastic laminate comprising: a first thermoplastic elastomeric film layer having a permanent set of less than 40% after 150% elongation, the thermoplastic elastomeric film comprising a polyolefin-based thermoplastic elastomer, a styrenic block copolymer and from 2% by weight to 10% by weight of a strength-enhancing agent, wherein the strength-enhancing agent comprises an inorganic clay; a first plastic layer affixed to a first surface of the thermoplastic elastomeric film layer, the plastic layer having a permanent set at least 50% greater than the permanent set of the elastomeric film layer, and a facing material affixed to a second surface of the thermoplastic elastomeric film layer. a first thermoplastic elastomeric film layer having a permanent set of less than 40% after 150% elongation, the thermoplastic elastomeric film comprising a polyolefin-based thermoplastic elastomer, a styrenic block copolymer and from 2% by weight to 10% by weight of a strength-enhancing agent, wherein the strength-enhancing agent comprises an inorganic clay; a first plastic layer affixed to a first surface of the thermoplastic elastomeric film layer, the plastic layer having a permanent set at least 50% greater than the permanent set of the elastomeric film layer, and a facing material affixed to a second surface of the thermoplastic elastomeric film layer.
Device for dosing and dry nebulization of nebulizable material chosen from the group comprising anti-infective agents and immunomodulators, comprising: - a nebulization channel, which has a first attachment piece and a second attachment piece, - a respirator attachment piece or an attachment piece to a device adapted for administration to spontaneously ventilating patient, connected to the second attachment piece, - a source of compressed carrier gas connected to the first attachment piece via a valve for sending a carrier gas pressure pulse into the nebulization channel, - a reservoir containing the nebulizable material which is located between the first attachment piece and second attachment piece, and above the nebulization channel, and - a capillary in the nebulization channel, through which capillary the carrier gas flows into the nebulization channel when the valve is opened, wherein an outlet of the capillary is arranged in the nebulization channel in an area under a connection between the reservoir and the nebulization channel, characterized in that the reservoir is open only towards the nebulization channel, wherein the reservoir is connected to the nebulization channel such that it is gas-tight with respect to the environment, and that, when the valve is closed, the device is adapted for a pressure compensation by gas flowing back via the second attachment piece through the nebulization channel into the reservoir. - a nebulization channel, which has a first attachment piece and a second attachment piece, - a respirator attachment piece or an attachment piece to a device adapted for administration to spontaneously ventilating patient, connected to the second attachment piece, - a source of compressed carrier gas connected to the first attachment piece via a valve for sending a carrier gas pressure pulse into the nebulization channel, - a reservoir containing the nebulizable material which is located between the first attachment piece and second attachment piece, and above the nebulization channel, and - a capillary in the nebulization channel, through which capillary the carrier gas flows into the nebulization channel when the valve is opened, wherein an outlet of the capillary is arranged in the nebulization channel in an area under a connection between the reservoir and the nebulization channel,
An implantable device for use in a transcutaneous energy transfer system, the device comprising: a plurality of implantable secondary coils (200, 300), each of the plurality of implantable coils comprising: a coil winding adapted to produce an electric current in the presence of a time-varying magnetic field operating at a first frequency; circuitry in electrical communication with the coil winding adapted to receive and condition the electric current produced in the coil winding; a radio frequency antenna (210, 306) configured to operate at a second frequency different from the first frequency; and a controller; wherein: the controller is configured to: scan among the plurality of implantable coils to determine which RF antenna of the plurality of implantable coils has a best RF signal quality; select the RF antenna of the plurality of implantable coils having the best RF signal quality for a communication exchange with an external device. a plurality of implantable secondary coils (200, 300), each of the plurality of implantable coils comprising: a coil winding adapted to produce an electric current in the presence of a time-varying magnetic field operating at a first frequency; circuitry in electrical communication with the coil winding adapted to receive and condition the electric current produced in the coil winding; a radio frequency antenna (210, 306) configured to operate at a second frequency different from the first frequency; and a coil winding adapted to produce an electric current in the presence of a time-varying magnetic field operating at a first frequency; circuitry in electrical communication with the coil winding adapted to receive and condition the electric current produced in the coil winding; a radio frequency antenna (210, 306) configured to operate at a second frequency different from the first frequency; and a controller; the controller is configured to: scan among the plurality of implantable coils to determine which RF antenna of the plurality of implantable coils has a best RF signal quality; select the RF antenna of the plurality of implantable coils having the best RF signal quality for a communication exchange with an external device. scan among the plurality of implantable coils to determine which RF antenna of the plurality of implantable coils has a best RF signal quality; select the RF antenna of the plurality of implantable coils having the best RF signal quality for a communication exchange with an external device.
A connecting structure for a secondary battery for electrically connecting a core pack where two or more unit cells are electrically connected and a protection circuit module made of a PCB substrate having a connection hole therethrough, the connecting structure comprising: a metal plate having an electrode connecting unit connected to an electrode of each unit cell of the core pack and a circuit connecting unit (241a, 241b) connected to the protection circuit module; and a circuit terminal unit (401a, 401b) electrically connected to the circuit connecting unit (241a, 241b) by being located in the connection hole of the PCB substrate so that the upper and lower portions of the PCB substrate communicate with each other, characterized in that: the circuit terminal unit (401a, 401b) is surface-mounted to the upper portion of the connection hole of the PCB substrate and is electrically connected to the protection circuit module, and the circuit terminal unit (401a, 401b) has an insert groove (411a, 411b) into which the circuit connecting unit (241a, 241b) passing through the connection hole of the PCB substrate is inserted, wherein the circuit connecting unit (241a, 241b) is inserted into the insert groove (411a, 411b) or separated from the insert groove (411a, 411b) through the connection hole. a metal plate having an electrode connecting unit connected to an electrode of each unit cell of the core pack and a circuit connecting unit (241a, 241b) connected to the protection circuit module; and a circuit terminal unit (401a, 401b) electrically connected to the circuit connecting unit (241a, 241b) by being located in the connection hole of the PCB substrate so that the upper and lower portions of the PCB substrate communicate with each other, characterized in that: the circuit terminal unit (401a, 401b) is surface-mounted to the upper portion of the connection hole of the PCB substrate and is electrically connected to the protection circuit module, and the circuit terminal unit (401a, 401b) has an insert groove (411a, 411b) into which the circuit connecting unit (241a, 241b) passing through the connection hole of the PCB substrate is inserted, wherein the circuit connecting unit (241a, 241b) is inserted into the insert groove (411a, 411b) or separated from the insert groove (411a, 411b) through the connection hole. the circuit terminal unit (401a, 401b) is surface-mounted to the upper portion of the connection hole of the PCB substrate and is electrically connected to the protection circuit module, and the circuit terminal unit (401a, 401b) has an insert groove (411a, 411b) into which the circuit connecting unit (241a, 241b) passing through the connection hole of the PCB substrate is inserted, wherein the circuit connecting unit (241a, 241b) is inserted into the insert groove (411a, 411b) or separated from the insert groove (411a, 411b) through the connection hole.
An actuator (100, 1500, 2100) for deploying an implant, comprising: a housing (101, 1501, 2101) having proximal and distal portions, the proximal portion being rotatable relative to the distal portion about a longitudinal axis of the housing extending through the proximal and distal portions; a guide tube (106, 2106) coupled to the distal portion and having a distal end configured to engage an implant; and a guide wire (120, 2120) extending through the guide tube (106, 2106), the distal portion, and the proximal portion, the guide wire being fixedly coupled to the proximal portion such that rotation of the proximal portion causes the guide wire to rotate; wherein the proximal portion of the housing is configured to slide axially away from the distal portion after the proximal portion is rotated through a rotation stroke; characterised in that the actuator further comprising a biasing mechanism (142, 2142) configured to cause the proximal portion to slide axially away from the distal portion at the end of the rotation stroke. a housing (101, 1501, 2101) having proximal and distal portions, the proximal portion being rotatable relative to the distal portion about a longitudinal axis of the housing extending through the proximal and distal portions; a guide tube (106, 2106) coupled to the distal portion and having a distal end configured to engage an implant; and a guide wire (120, 2120) extending through the guide tube (106, 2106), the distal portion, and the proximal portion, the guide wire being fixedly coupled to the proximal portion such that rotation of the proximal portion causes the guide wire to rotate; wherein the proximal portion of the housing is configured to slide axially away from the distal portion after the proximal portion is rotated through a rotation stroke; characterised in that the actuator further comprising a biasing mechanism (142, 2142) configured to cause the proximal portion to slide axially away from the distal portion at the end of the rotation stroke.
A method of manufacturing an article of a fiber reinforced composite material, the method comprising the steps of: - Providing a mold (61, 62); - Providing a first and a second product part (1, 2), each comprising a structure of fibers; - Arranging the first and second parts (1, 2) relative to one another and against a support (15, 61); - Providing a connecting element (11, 21, 31, 41, 51, 71) comprising a thermoplastic material; - Pressing the connecting element against the product parts to compress the product parts between the connecting element and the support and impinging the connecting element with energy, thereby causing thermoplastic material of the connecting element to become flowable, and causing the connecting element to be pressed into the product parts; and - Causing the thermoplastic material to re-solidify, thereby connecting the first and second product parts with each other to yield a semi-finished product; - Adding a matrix material to the mold while the semi-finished product is placed in the mold; and - hardening the matrix material while the mold is in a closed state. - Providing a mold (61, 62); - Providing a first and a second product part (1, 2), each comprising a structure of fibers; - Arranging the first and second parts (1, 2) relative to one another and against a support (15, 61); - Providing a connecting element (11, 21, 31, 41, 51, 71) comprising a thermoplastic material; - Pressing the connecting element against the product parts to compress the product parts between the connecting element and the support and impinging the connecting element with energy, thereby causing thermoplastic material of the connecting element to become flowable, and causing the connecting element to be pressed into the product parts; and - Causing the thermoplastic material to re-solidify, thereby connecting the first and second product parts with each other to yield a semi-finished product; - Adding a matrix material to the mold while the semi-finished product is placed in the mold; and - hardening the matrix material while the mold is in a closed state.
A method for processing circuit switched, CS, services in an evolved packet system, EPS, network, comprising: receiving, by a mobility management entity, MME, a mobile terminated, MT, service indication from a mobile switching center, MSC; notifying, by the MME, a user equipment, UE, of the MT service; receiving, by the MME, an MT service response returned by the UE, wherein the MT service response carries a choice result; and if the choice result is to accept the MT service, triggering, by the MME, the UE to access a 2 nd generation or 3 rd generation, 2G/3G, network. receiving, by a mobility management entity, MME, a mobile terminated, MT, service indication from a mobile switching center, MSC; notifying, by the MME, a user equipment, UE, of the MT service; receiving, by the MME, an MT service response returned by the UE, wherein the MT service response carries a choice result; and if the choice result is to accept the MT service, triggering, by the MME, the UE to access a 2 nd generation or 3 rd generation, 2G/3G, network.
Method for preparing a handoff in a radio communication system, wherein a signal transmission within a connection on a radio interface between a user station and an access device occurs exclusively in packet-switched manner in the radio communication system, in which the user station signals to the access device a requirement for carrying out measurements of signals, the access device responds to the signaling of the user station, by transmitting measurement signaling (s*) to the user station indicating that transmissions of data packets (d) from the access device to the user station take place in the first frequency range over a limited period of time at one or more intervals from one another, which means that the user station can carry out measurements for resources of the second frequency range between the transmissions of the data packets (d), the measurement signaling (s*) containing a statement about the beginning and/or the end and/or the duration of a time interval (t*), and the user station carries out, on the basis of the received measurement signaling (s*), during a reception of data packets (d) within the connection in a first frequency range, measurements of signals of at least one further access device (NB*) in a second frequency range disjoint from the first frequency range.
A method for producing melamine including conversion of urea into melamine at increased temperature and pressure with the formation of a gas-liquid reaction mixture containing melamine, ammonia, carbon dioxide and impurities, cooling of the gas-liquid reaction mixture while lowering pressure and contact with an aqueous medium resulting in the formation of an aqueous solution of crude melamine and the partial removal of dissolved gases, allowing the produced melamine solution to stand in order to decompose a part of impurities, subsequently lowering the temperature and the pressure and the removal of dissolved gases from the aqueous solution of crude melamine by means of stripping with water vapour, the addition of an alkali metal hydroxide solution to the obtained melamine solution, the separation of melamine from the solution by crystallization, characterized in that ammonia is introduced additionally in the process of stripping with water vapour, wherein the ammonia is introduced in amount of 0.01-1.0 kg per 1 kg of melamine, and wherein the stripping with water vapour is carried out at 100-150°C and under a pressure of 0.1-0.6 MPa.
A device for use in the humane slaughter of animals has a barrel in which a captive bolt is received for reciprocal axial movement, the bolt being driven out of the barrel by a driving force in an operating stroke, and in the opposite direction by a return mechanism in a return stroke, characterised in that the barrel is provided with at least two axially spaced sensors operative to sense passage of the bolt, and a control unit having microprocessor means for receiving signals from the sensors and adapted to calculate the velocity of the bolt in operation, the velocity being calculated on the operating stroke and the return stroke.
Block copolymer, having the following general chemical structures, wherein is a poly(2-oxazine) and wherein is a poly(2-oxazoline), wherein n is in the range of 20 to 300, wherein m is in the range of 20 to 300, wherein n and m have the same or approximately the same value, wherein is chosen of a group containing 2-n-propyl-2-oxazine, 2-cyclopropyl-2-oxazine and 2-butyl-2-oxazine and wherein is chosen of a group containing 2-methyl-2-oxazoline and 2-ethyl-2-oxazoline.
Connecting arrangement for a vehicle, having a structural component which comprises a connecting region, a joint which comprises a bearing element and a joint inner part which is mounted movably in the latter and extends out of it in an axial direction, the bearing element of which joint forms an insert together with the connecting region, and a cast part which is produced by being cast around the insert and enclosing the latter, out of which cast part the structural component and the oint inner part extend, characterized in that the insert has a closure component which engages in a positively locking manner into the structural component and, together with the structural component, forms a joint seat which secures the bearing element in a positively locking manner in the axial direction.
A process for reducing the amount of unstable end-groups in a fluorinated polymer, wherein unstable end-groups are chain end-groups of the following types -CH 2 OH, -COF, -COOH, -CONH 2, -CONR 2, -COOR wherein R indicates a C 1 -C 20 alkyl or fluoroalkyl group, the process comprising reacting a fluorinated polymer comprising unstable end-groups with fluorine in the presence of at least one (per)haloolefin comprising at least one carbon-carbon double bond and having at least one fluorine or chlorine atom on either one of the carbon atoms of said double bond.
A leakage detection cable which detects a leakage of a liquid, the leakage detection cable comprising: an electric wire core which includes one or more conductive wires, and a sheath layer that covers the one or more conductive wires; a detection unit which is coupled in a longitudinal direction of an outer surface of the electric wire core, wherein the detection unit surrounds, in the form of a screw in a state of being spaced at a predetermined interval, the outer surface of the electric wire core; and a first braided layer which is braided with non-conductive fibers and covers the detection unit; wherein the detection unit has a predetermined resistance value that is proportional to a length, and reacts with the liquid such that an output electric current value is changed; wherein the detection unit includes one or more detection lines made of a leakage detection composition, which reacts with the detection target liquid, in a band shape having a predetermined width; wherein when the detection target liquid is a liquid hydrocarbon compound, the composition includes carbon, an oil coagulant, a binder, and a diluent; and wherein one or more of the conductive wires of the electric wire core are connected to the detection line and adapted to transmit a signal. an electric wire core which includes one or more conductive wires, and a sheath layer that covers the one or more conductive wires; a detection unit which is coupled in a longitudinal direction of an outer surface of the electric wire core, wherein the detection unit surrounds, in the form of a screw in a state of being spaced at a predetermined interval, the outer surface of the electric wire core; and a first braided layer which is braided with non-conductive fibers and covers the detection unit; wherein the detection unit has a predetermined resistance value that is proportional to a length, and reacts with the liquid such that an output electric current value is changed; wherein the detection unit includes one or more detection lines made of a leakage detection composition, which reacts with the detection target liquid, in a band shape having a predetermined width; wherein when the detection target liquid is a liquid hydrocarbon compound, the composition includes carbon, an oil coagulant, a binder, and a diluent; and wherein one or more of the conductive wires of the electric wire core are connected to the detection line and adapted to transmit a signal.