mhurhangee/ep-ind-claims huggingface dataset:
Pressure-measuring glow plug device having a housing, in which a glow plug for igniting a combustion mixture in a combustion chamber of an internal combustion engine and a pressure-measuring device with a pressure sensor for detecting a combustion chamber pressure of the internal combustion engine are arranged, the glow plug which acts as a pressure pickup being connected to the housing by means of a resiliently flexible diaphragm, the force which acts on the glow plug in the combustion chamber being transmitted to the pressure sensor, the pressure sensor being arranged by means of a prestressing force between a pressure transmission piece and a supporting element, and the supporting element being fixed firmly in housing terms to the glow module housing via a sensor housing, wherein a clamping sleeve which is connected with one end to the pressure transmission piece and with the other end to the supporting element is provided for applying the prestressing force for the pressure sensor, characterized in that the clamping sleeve, the pressure transmission piece, the supporting element and the pressure sensor which is surrounded by it form a pre-assembled sensor unit, and in that the pre-assembled sensor unit can be inserted into the sensor housing onto an end section which faces away from the combustion chamber, the sensor housing is connected to the supporting element with an end section which faces away from the combustion chamber, and the connection of the clamping sleeve and the connection of the sensor housing are configured on different diameters on the supporting element.
An apparatus for removing deposit in an aftertreatment system used in internal combustion engine applications for the aftertreatment of engine exhaust gas the apparatus comprising: a deposit determination circuit structured to determine an amount of deposits accumulated in the aftertreatment system; a speed/fuel injection rate control circuit structured to: determine whether a speed of the engine exceeds a speed threshold in response to determining the amount of deposits exceeds a deposit threshold; and increase the speed of the engine, via a first actuator, in response to determining that the speed of the engine does not exceed the speed threshold; a combustion targets determination circuit structured to determine combustion targets for the engine in response to determining the amount of deposits exceeds the deposit threshold; and a modulation circuit structured to modulate an air mass flow for the engine, via a second actuator, based on the determined combustion targets. a deposit determination circuit structured to determine an amount of deposits accumulated in the aftertreatment system; a speed/fuel injection rate control circuit structured to: determine whether a speed of the engine exceeds a speed threshold in response to determining the amount of deposits exceeds a deposit threshold; and increase the speed of the engine, via a first actuator, in response to determining that the speed of the engine does not exceed the speed threshold; determine whether a speed of the engine exceeds a speed threshold in response to determining the amount of deposits exceeds a deposit threshold; and increase the speed of the engine, via a first actuator, in response to determining that the speed of the engine does not exceed the speed threshold; a combustion targets determination circuit structured to determine combustion targets for the engine in response to determining the amount of deposits exceeds the deposit threshold; and a modulation circuit structured to modulate an air mass flow for the engine, via a second actuator, based on the determined combustion targets.
A network node apparatus for facilitating a circuit switched connected wireless mobile device to communicate pursuant to an IMS service, said network node apparatus comprising: a detector configured to detect a first initiation message from the circuit switched connected wireless mobile device, the first initiation message having network-decodable information that, when decoded by a decoder, provides configuration and network services management related information pertaining to a requested IMS service to be provided by an associated service node; said decoder configured to decode the network-decodable information of the first initiation message and populate, with the decoded information, a second initiation message for forwarding to the associated service node for configuring and managing of the requested IMS service, contents of said information being representative of the request for the IMS service to be provided by said associated service node, the second initiation message being an XML Configuration Access Protocol, XCAP, initiation message; and a response message generator configured to generate an encoded second response message having information decodable by the wireless mobile device, the encoded second response message being generated in response to receipt of a first response message generated at said associated service node in response to receipt, at said associated service node, of said forwarded second initiation message, the first response message is a XCAP response message, and the second response message being for facilitating the providing of said IMS service to the wireless mobile device by the associated service node. a detector configured to detect a first initiation message from the circuit switched connected wireless mobile device, the first initiation message having network-decodable information that, when decoded by a decoder, provides configuration and network services management related information pertaining to a requested IMS service to be provided by an associated service node; said decoder configured to decode the network-decodable information of the first initiation message and populate, with the decoded information, a second initiation message for forwarding to the associated service node for configuring and managing of the requested IMS service, contents of said information being representative of the request for the IMS service to be provided by said associated service node, the second initiation message being an XML Configuration Access Protocol, XCAP, initiation message; and a response message generator configured to generate an encoded second response message having information decodable by the wireless mobile device, the encoded second response message being generated in response to receipt of a first response message generated at said associated service node in response to receipt, at said associated service node, of said forwarded second initiation message, the first response message is a XCAP response message, and the second response message being for facilitating the providing of said IMS service to the wireless mobile device by the associated service node.
A chemical injection valve for use in a subterranean well, the chemical injection valve comprising: a valve stem reciprocably disposed relative to a primary seal, the valve stem being displaceable relative to the primary seal between closed and open positions, and flow between first and second sections (38a, 38b) of a flow passage being selectively prevented and permitted in the respective closed and open positions, in which the valve stem displaces from the closed position to the open position in response to a pressure differential across the valve stem being at or above a predetermined level, and in which the valve stem returns to the closed position in response to a reduction in the pressure differential below the predetermined level; and a variable flow restrictor upstream of the primary seal relative to a direction of flow through the chemical injection valve, in which the variable flow restrictor restricts the flow when the valve stem is disengaged from the primary seal. a valve stem reciprocably disposed relative to a primary seal, the valve stem being displaceable relative to the primary seal between closed and open positions, and flow between first and second sections (38a, 38b) of a flow passage being selectively prevented and permitted in the respective closed and open positions, in which the valve stem displaces from the closed position to the open position in response to a pressure differential across the valve stem being at or above a predetermined level, and in which the valve stem returns to the closed position in response to a reduction in the pressure differential below the predetermined level; and a variable flow restrictor upstream of the primary seal relative to a direction of flow through the chemical injection valve, in which the variable flow restrictor restricts the flow when the valve stem is disengaged from the primary seal.
An amusement park system, comprising: a tower having a central passage disposed therethrough wherein the tower comprises a plurality of levels, and wherein a level of the plurality of levels comprises a plurality of compartments disposed circumferentially about the central passage; a ride vehicle disposed within the central passage; and a drive system coupled to the ride vehicle and configured to displace the ride vehicle vertically within the central passage of the tower, wherein the tower is configured to rotate about the drive system. a tower having a central passage disposed therethrough wherein the tower comprises a plurality of levels, and wherein a level of the plurality of levels comprises a plurality of compartments disposed circumferentially about the central passage; a ride vehicle disposed within the central passage; and a drive system coupled to the ride vehicle and configured to displace the ride vehicle vertically within the central passage of the tower, wherein the tower is configured to rotate about the drive system.
A set of essentially identical moisture proof floorboards each comprising a front face and a rear face extending in the horizontal plane, a core, a connecting means (8', 9, 10, 11) arranged at least at two opposite edges for connecting a floorboard with a another floorboard in a vertical and horizontal direction and a resilient surface layer wherein a moisture proof floorboard is provided, at an edge and in the resilient layer, with a sealing means (51, 52) configured to cooperate with another sealing means in the resilient layer at an edge of another adjacent floorboard, to obtain a sealing and that the sealing means comprising overlapping edges, characterised in that one of the sealing means is a vertically extending protrusion and the other sealing means is a vertically open groove, said sealing means being preferably provided with a hook shaped connection.
A cochlear stimulation system configured for electrically stimulating the sensation of hearing, the cochlear stimulation system comprising: a signal input to receive an audio input signal which is a multiple channel surround sound-formatted signal; and a multiple channel cochlear converter coupled to the signal input to produce multiple channel surround sound cochlear stimulation signals based on the audio input signal; a multiple channel microphone input for receiving multiple channel ambient noise signals;. a sound canceling processor coupled between the microphone input and the multiple channel cochlear converter to produce multiple channel sound canceling signals based on the multiple channel ambient noise signals; and wherein the cochlear converter produces the multiple channel surround sound cochlear stimulation signals further based on the multiple channel sound canceling signals, and wherein the cochlear stimulation system further includes multiple channel cochlear stimulation electrodes, each of the electrodes configured for attachment to a user and coupled to the converter to receive one of the multiple channel surround sound cochlear stimulation signals. a signal input to receive an audio input signal which is a multiple channel surround sound-formatted signal; and a multiple channel cochlear converter coupled to the signal input to produce multiple channel surround sound cochlear stimulation signals based on the audio input signal; a multiple channel microphone input for receiving multiple channel ambient noise signals;. a sound canceling processor coupled between the microphone input and the multiple channel cochlear converter to produce multiple channel sound canceling signals based on the multiple channel ambient noise signals; and wherein the cochlear converter produces the multiple channel surround sound cochlear stimulation signals further based on the multiple channel sound canceling signals, and wherein the cochlear stimulation system further includes multiple channel cochlear stimulation electrodes, each of the electrodes configured for attachment to a user and coupled to the converter to receive one of the multiple channel surround sound cochlear stimulation signals.
A method for producing a stent, comprising the steps: - providing a stent preform formed from a biodegradable material, - introducing recesses into stent preform by laser beam ablation, characterised in that the stent preform is acted on by laser radiation in the form of pulse bundles in order to introduce the recesses, wherein each pulse bundle comprises at least two pulses, wherein the time interval between each two adjacent pulses of a pulse bundle lies in a range of 10 ns to 50 ns, wherein the pulse duration of each pulse of a pulse bundle lies in the range of from 0.200 ps to 20 ps, and wherein the pulse sequence frequency lies in the range of from 0.1 MHz to 20 MHz. - providing a stent preform formed from a biodegradable material, - introducing recesses into stent preform by laser beam ablation,
A polynucleotide selected from: (a) a polynucleotide comprising the nucleic acid sequence of SEQ ID NO:704; (b) a polynucleotide that hybridizes to the nucleic acid sequence of SEQ ID NO:704 under wash conditions of 5X SSC, 50% formamide and 42°C for 10 minutes; (c) a polynucleotide having at least 70% sequence identity to the nucleic acid sequence of SEQ ID NO:704; (d) a fragment of at least 21 contiguous nucleotides of the nucleic acid sequence of SEQ ID NO:704; and (e) a complement of the sequence of (a), (b), (c) or (d), wherein said polynucleotide is operably linked to a heterologous promoter; and wherein ingestion by a coleopteran plant pest of a double stranded ribonucleotide sequence comprising at least one strand that is complementary to said polynucleotide or said fragment inhibits the growth of said pest. (a) a polynucleotide comprising the nucleic acid sequence of SEQ ID NO:704; (b) a polynucleotide that hybridizes to the nucleic acid sequence of SEQ ID NO:704 under wash conditions of 5X SSC, 50% formamide and 42°C for 10 minutes; (c) a polynucleotide having at least 70% sequence identity to the nucleic acid sequence of SEQ ID NO:704; (d) a fragment of at least 21 contiguous nucleotides of the nucleic acid sequence of SEQ ID NO:704; and (e) a complement of the sequence of (a), (b), (c) or (d), wherein said polynucleotide is operably linked to a heterologous promoter; and
A method, comprising: providing a component including one of titanium and a titanium alloy; characterized by the following steps: providing a metal powder laser deposition device; shielding the component with a flow of inert gas while heating the metal powder to a melting temperature by using a shielding device that ensures an oxygen content remains below a first threshold and that a water vapor content remains below a second threshold in a target area of the component to ensure an oxygen content remains below a first threshold and that a water vapor content remains below a second threshold in a target area of the component; and depositing the metal powder on the component, wherein the depositing comprises operating the deposition device along a tool path including a plurality of tool passes, wherein the tool path further comprises a deposition device velocity specification, and a laser power specification. providing a component including one of titanium and a titanium alloy; providing a metal powder laser deposition device; shielding the component with a flow of inert gas while heating the metal powder to a melting temperature by using a shielding device that ensures an oxygen content remains below a first threshold and that a water vapor content remains below a second threshold in a target area of the component to ensure an oxygen content remains below a first threshold and that a water vapor content remains below a second threshold in a target area of the component; and depositing the metal powder on the component, wherein the depositing comprises operating the deposition device along a tool path including a plurality of tool passes, wherein the tool path further comprises a deposition device velocity specification, and a laser power specification.
A read head for a scale reading apparatus, the read head comprising a light source and an array of photodetector elements, wherein said light source and array of photodetector elements are fabricated in a lattice matched semiconductor compound, and wherein the read head includes at least one grating (5, 6) located on the lattice matched semiconductor compound, wherein said lattice matched semiconductor compound forming the light source and an array of photodetectors is provided on a substrate, and wherein said substrate is lattice matched to the semiconductor compound from which the photodetector elements and light source are fabricated.
An in vitro method for assessing, evaluating and/or monitoring the purity of a heterogenous cell preparation comprising mesenchymal stem cells with respect to fibroblastic contamination, wherein said method comprises measuring the expression level of at least one growth factor expressed by said cell preparation, wherein said cell preparation is cultured in a medium comprising from 2 to 10 g/l of glucose, wherein said at least one growth factor is VEGF and wherein said mesenchymal stem cells are adipose stem cells.
Method for building stages of centrifugal radial turbines, comprising: preparing a first support ring and a second support ring; preparing a plurality of blades; connecting a first end of each blade to the first support ring and a second end of each blade to the second support ring in such a way that the blade develops prevalently parallel to a rotation axis of the stage; wherein connecting the first or second end to the respective first or second support ring (2, 3) comprises: welding at least a first half-portion, resiliently yieldable along a radial direction and belonging to the respective end of the blade, to a second half-portion, resiliently yieldable along said radial direction and belonging to the respective support ring (10, 15), to make a connecting portion resiliently yieldable (10, 15) along said radial direction; placing at least a stop portion of said end of the blade facing, along said radial direction, at least a stop element of the respective support ring (2, 3); wherein the resiliently yieldable connecting portion (10, 15) allows the stop portion to come into contact with the stop element when the stage is subjected to the working loads of the turbine. preparing a first support ring and a second support ring; preparing a plurality of blades; connecting a first end of each blade to the first support ring and a second end of each blade to the second support ring in such a way that the blade develops prevalently parallel to a rotation axis of the stage; wherein connecting the first or second end to the respective first or second support ring (2, 3) comprises: welding at least a first half-portion, resiliently yieldable along a radial direction and belonging to the respective end of the blade, to a second half-portion, resiliently yieldable along said radial direction and belonging to the respective support ring (10, 15), to make a connecting portion resiliently yieldable (10, 15) along said radial direction; placing at least a stop portion of said end of the blade facing, along said radial direction, at least a stop element of the respective support ring (2, 3); wherein the resiliently yieldable connecting portion (10, 15) allows the stop portion to come into contact with the stop element when the stage is subjected to the working loads of the turbine. welding at least a first half-portion, resiliently yieldable along a radial direction and belonging to the respective end of the blade, to a second half-portion, resiliently yieldable along said radial direction and belonging to the respective support ring (10, 15), to make a connecting portion resiliently yieldable (10, 15) along said radial direction; placing at least a stop portion of said end of the blade facing, along said radial direction, at least a stop element of the respective support ring (2, 3); wherein the resiliently yieldable connecting portion (10, 15) allows the stop portion to come into contact with the stop element when the stage is subjected to the working loads of the turbine.
A receiver unit having a receiver coil for the contactless transfer of electric energy, wherein the receiver coil has a multiplicity of flow conducting elements (15a, 15b, 16a, 16b) destined for concentrating field lines (14a, 14b) associated with it, which consist of a highly permeable material in comparison to air, characterised in that the receiver coil comprises a basic body with recesses (20, 23) for receiving the flow conducting elements (15a, 15b, 16a, 16b), that the flow conducting elements (15a, 15b, 16a, 16b) consist of a coherent moulded part arranged in the recesses (20, 23), which moulded part is combined with the basic body to form a complete prefabricated structural unit, and in that the basic body is provided with stop and positioning means (19, 22b) for the receiver coil.
A steam turbine bearing support structure, arranged to support a casing that accommodates a turbine rotor having turbine blades, provided with stator blades that constitute a turbine stage together with the turbine blades, arranged to support both ends of said turbine rotor in a freely rotatable fashion by means of bearings arranged on foundations, wherein said foundations are arranged on both sides of said casing; rectangular notches having prescribed width and depth in a horizontal direction are formed in each of said foundations over a prescribed vertical depth from a flat face of a top of opposite wall surfaces; each of the rectangular notches has a bottom section; bearing support members formed with an extension facing said casing are laid with respect to said notches formed on each of said foundations; each of the bearing support members has a bottom plate, the bottom plate being supported by the bottom section of each of the rectangular notches, and wherein each of said bearing support members further comprises a top plate and a reinforcing member connecting said top plate and bottom plate, and wherein said top plate of said bearing support member on an opposite side from that of said extension is fixed to the top face of said foundation; and said bearings are arranged on said extensions of said bearing support member. wherein said foundations are arranged on both sides of said casing; rectangular notches having prescribed width and depth in a horizontal direction are formed in each of said foundations over a prescribed vertical depth from a flat face of a top of opposite wall surfaces; each of the rectangular notches has a bottom section; bearing support members formed with an extension facing said casing are laid with respect to said notches formed on each of said foundations; each of the bearing support members has a bottom plate, the bottom plate being supported by the bottom section of each of the rectangular notches, and wherein each of said bearing support members further comprises a top plate and a reinforcing member connecting said top plate and bottom plate, and wherein said top plate of said bearing support member on an opposite side from that of said extension is fixed to the top face of said foundation; and said bearings are arranged on said extensions of said bearing support member.