mhurhangee/ep-ind-claims huggingface dataset:
Light-emitting diode apparatus, which has the following features: a light-emitting diode element having a front side and a rear side, wherein the front side has an emission region for the purpose of emitting electromagnetic waves and a diode connection contact associated with the emission region and the rear side of the light-emitting diode element has a second diode connection contact; and a printed circuit board having a through-opening and a board connection contact, wherein the front side of the light-emitting diode element is connected to the printed circuit board, and wherein the emission region is arranged opposite the through-opening and the diode connection contact is arranged opposite the board connection contact and is electrically conductively connected to the board connection contact, and having a covering unit having a recess for the purpose of receiving the light-emitting diode element, wherein the covering unit is connected to the printed circuit board and the light-emitting diode element is arranged in the recess and the covering unit has a covering unit contact and the covering unit contact is arranged opposite the second diode connection contact and is electrically conductively connected to the second diode connection contact, and in which the covering unit is composed of a further printed circuit board and a frame element that abuts the further printed circuit board, wherein the recess is formed by a passage opening in the frame element. a light-emitting diode element having a front side and a rear side, wherein the front side has an emission region for the purpose of emitting electromagnetic waves and a diode connection contact associated with the emission region and the rear side of the light-emitting diode element has a second diode connection contact; and a printed circuit board having a through-opening and a board connection contact, wherein the front side of the light-emitting diode element is connected to the printed circuit board, and wherein the emission region is arranged opposite the through-opening and the diode connection contact is arranged opposite the board connection contact and is electrically conductively connected to the board connection contact, and having a covering unit having a recess for the purpose of receiving the light-emitting diode element, wherein the covering unit is connected to the printed circuit board and the light-emitting diode element is arranged in the recess and the covering unit has a covering unit contact and the covering unit contact is arranged opposite the second diode connection contact and is electrically conductively connected to the second diode connection contact, and in which the covering unit is composed of a further printed circuit board and a frame element that abuts the further printed circuit board, wherein the recess is formed by a passage opening in the frame element.
An electrochemical sensor suitable for measuring biochemical parameters in the sap of a plant, comprising: - a plant comprising a channel in which the sap of the plant flows; - a first electrically conductive filament which crosses the channel; and - a control electrode which crosses the channel; wherein the channel comprises a conductor vessel of a trunk of the plant, and wherein the first filament comprises a textile fiber coated with a layer of conductive polymer. - a plant comprising a channel in which the sap of the plant flows; - a first electrically conductive filament which crosses the channel; and - a control electrode which crosses the channel;
A portable stud welder apparatus for welding a stud onto a work piece, said portable stud welder apparatus including; a housing; an energy storage device disposed in said housing; a weld stud gun configured to hold a stud and electrically connected to said energy storage device for receiving energy from said energy storage device to pass a current through the stud and the work piece to form a weldment; and at least one battery being removeably coupled to said housing to establish an electrical connection with said energy storage device to provide energy to said energy storage device, characterized in that the at least one battery is of the lithium ion type, and wherein said housing defines a gun welding terminal, a work piece ground terminal, and a chassis ground terminal; said gun welding terminal and said work piece ground terminal are electrically connected to said energy storage device; a weld cable extends from said weld stud gun and said gun welding terminal of said housing; a safety ground cable acting as a welding ground cable, which extends from said work piece ground terminal of said housing; a connector is connected to said safety ground cable for being fixed and electrically connected to said work piece; and a safety ground cable acting as a chassis ground cable, which extends between said connector and said chassis ground terminal for providing a safety ground for said housing. a housing; an energy storage device disposed in said housing; a weld stud gun configured to hold a stud and electrically connected to said energy storage device for receiving energy from said energy storage device to pass a current through the stud and the work piece to form a weldment; and at least one battery being removeably coupled to said housing to establish an electrical connection with said energy storage device to provide energy to said energy storage device, characterized in that the at least one battery is of the lithium ion type, and wherein said housing defines a gun welding terminal, a work piece ground terminal, and a chassis ground terminal; said gun welding terminal and said work piece ground terminal are electrically connected to said energy storage device; a weld cable extends from said weld stud gun and said gun welding terminal of said housing; a safety ground cable acting as a welding ground cable, which extends from said work piece ground terminal of said housing; a connector is connected to said safety ground cable for being fixed and electrically connected to said work piece; and a safety ground cable acting as a chassis ground cable, which extends between said connector and said chassis ground terminal for providing a safety ground for said housing.
A method for reprocessing wet waste materials containing organic components in a cement clinker production plant, in particular sludges in a cement clinker production plant, in which raw meal is preheated in a preheater in countercurrent flow to the hot exhaust gases of a clinker furnace, and calcined in a calciner fired with alternative fuels, wherein the wet waste materials are dried in a drying unit using a hot gas produced from the preheater waste heat, the dried waste materials and the drier exhaust gases are discharged from the drying unit and the drier exhaust gases are fed into the calciner, characterised in that the preheater waste heat is drawn off from the preheater in at least two different points of the preheater at two different temperature levels, so that at least two waste heat streams are created and the temperature of the hot gas which is fed to the drying unit is adjusted by selecting the mixing ratio of the waste heat streams.
A method of predicting a likelihood of survival following treatment with abiraterone acetate in a human patient having castration-resistant prostate cancer (CRPC), the method comprising: (a) contacting cDNA from a tumor sample of the patient obtained prior to treatment with abiraterone acetate with a gene chip, wherein said gene chip comprises probes for at least one mRNA biomarker, and wherein the at least one mRNA biomarker comprises ANLN, HSD17B10, NUSAP1, SF1, SRD5A1, UBE2C, CYP17A1 and cofactors group, multivariate panel group, or any combination thereof, wherein the CYP17A1 and cofactors group comprises CYB5A, CYP17A1, CYP3A5, DUSP5, HNF1A, NR0B1, and POR, and wherein the multivariate panel group comprises AR, CYP21A2/CYP21A1P, HLA-A, IGJ, KRT17, LCN2, and PCNA; (b) measuring an expression level of the at least one mRNA biomarker; and (c) comparing the expression level of the at least one mRNA biomarker to an expression level of a reference gene, wherein an increase in the expression level of ANLN, HSD17B10, NUSAP1, SF1, SRD5A1, UBE2C, CYP17A1 and cofactors group, or any combination thereof in the patient sample relative to the expression level of the reference gene indicates an increased likelihood of progression free survival, overall survival, or both for said patient following treatment with abiraterone acetate, or wherein a decrease in the expression level of the multivariate panel group in the patient sample relative to the expression level of the reference gene indicates an increased likelihood of progression free survival for said patient following treatment with abiraterone acetate. (a) contacting cDNA from a tumor sample of the patient obtained prior to treatment with abiraterone acetate with a gene chip, wherein said gene chip comprises probes for at least one mRNA biomarker, and wherein the at least one mRNA biomarker comprises ANLN, HSD17B10, NUSAP1, SF1, SRD5A1, UBE2C, CYP17A1 and cofactors group, multivariate panel group, or any combination thereof, wherein the CYP17A1 and cofactors group comprises CYB5A, CYP17A1, CYP3A5, DUSP5, HNF1A, NR0B1, and POR, and wherein the multivariate panel group comprises AR, CYP21A2/CYP21A1P, HLA-A, IGJ, KRT17, LCN2, and PCNA; (b) measuring an expression level of the at least one mRNA biomarker; and (c) comparing the expression level of the at least one mRNA biomarker to an expression level of a reference gene, wherein an increase in the expression level of ANLN, HSD17B10, NUSAP1, SF1, SRD5A1, UBE2C, CYP17A1 and cofactors group, or any combination thereof in the patient sample relative to the expression level of the reference gene indicates an increased likelihood of progression free survival, overall survival, or both for said patient following treatment with abiraterone acetate, or wherein a decrease in the expression level of the multivariate panel group in the patient sample relative to the expression level of the reference gene indicates an increased likelihood of progression free survival for said patient following treatment with abiraterone acetate.
A short circuit protected composite switch comprising: a III-N field-effect transistor including a drain, a source, and a gate; a high current group IV FET coupled in series with said III-N FET; said high current group IV FET limiting a current through said III-N FET; another group IV FET coupled between said gate of said III-N FET and said source of said III-N FET; another transistor coupled between said gate of said III-N FET and a source of said high current group IV FET. a III-N field-effect transistor including a drain, a source, and a gate; a high current group IV FET coupled in series with said III-N FET; said high current group IV FET limiting a current through said III-N FET; another group IV FET coupled between said gate of said III-N FET and said source of said III-N FET; another transistor coupled between said gate of said III-N FET and a source of said high current group IV FET.
Flow rate sensor having a measuring chamber, into which a medium, the volume and/or flow rate of which is to be measured, can be fed and then discharged, having measuring mechanism elements (30, 40) disposed in the measuring chamber and mounted in a freely rotatable manner, having at least two sensors (51, 52) for measuring magnetic fields and/or variations of magnetic fields, which on the periphery of the same measuring mechanism element are offset relative to one another, having a circuit device, to which the output signals of the sensors (51, 52) are supplied, wherein the sensors (51, 52) each produce and supply to the circuit device an output signal, which periodically upon each pass of an individual tooth and an associated tooth space of one of the measuring mechanism elements fluctuates between a minimum value and a maximum value and in dependence upon the position of the tooth relative to the sensors (51, 52) assumes a reproducible intermediate value, and wherein the circuit device is so designed that it forms from the output signals of the sensors (51, 52) its own output signals (71, 72, 73), which convert the intermediate values to countable values that are representative of partial volumes of the volumes delivered between two teeth.
Method for recalibration of a spectrometric measuring head, in which an illumination source, a spectrometer arrangement and at least two internal standards for recalibration purposes are arranged in a housing provided with a window, with measurement values being detected and processed by a processor and being transmitted via an interface to a bus system, with these internal standards for recalibration selectively being pivoted into the beam path of the measuring head in such a way that the measurement light emanating from the illumination source is used for the recalibration, measurement data from the internal standards are detected by the spectrometer arrangement and the recalibration is performed using the measurement data from the internal standards and stored measurement values for at least two additional external standards.
A method performed by a network node in a multicast communication network, the multicast communication network including a multicast tree and a set of secondary paths that provide redundancy to the multicast tree such that multicast data traffic is to be re-routed to one or more of the secondary paths in case of a failure in the multicast tree, the secondary paths being pre-computed prior to a failure in the multicast tree, the method comprising the steps of: receiving by the network node a downstream fast notification packet, DFNP, indicating loss of connection to a primary path of the multicast tree from an upstream node on the primary path; determining that the network node has a failure-free secondary path to the common source node, wherein the multicast data traffic does not flow on the failure-free secondary path when there is no failure in the multicast communication network to reduce bandwidth usage; and sending, in response to the downstream fast notification packet, an activation packet upstream toward the common source node via the failure-free secondary path to cause one or more upstream nodes to unblock their respective outgoing interfaces to thereby activate transmission of the multicast data traffic on the failure-free secondary path. receiving by the network node a downstream fast notification packet, DFNP, indicating loss of connection to a primary path of the multicast tree from an upstream node on the primary path; determining that the network node has a failure-free secondary path to the common source node, wherein the multicast data traffic does not flow on the failure-free secondary path when there is no failure in the multicast communication network to reduce bandwidth usage; and sending, in response to the downstream fast notification packet, an activation packet upstream toward the common source node via the failure-free secondary path to cause one or more upstream nodes to unblock their respective outgoing interfaces to thereby activate transmission of the multicast data traffic on the failure-free secondary path.
A restraint system for a ride vehicle, comprising: a rigid restraint configured to extend across a passenger to secure the passenger within a seat of the ride vehicle; a soft restraint coupled to the rigid restraint, wherein the soft restraint comprises a pliable material configured to conform to a substantial portion of a torso of the passenger; and a haptic feedback system integrated with the soft restraint, wherein the haptic feedback system is configured to generate vibrational forces and impart the vibrational forces to the torso of the passenger, wherein the haptic feedback system comprises a sensor configured to collect feedback associated with the passenger and a controller configured to adjust operation of the haptic feedback system based on the collected feedback. a rigid restraint configured to extend across a passenger to secure the passenger within a seat of the ride vehicle; a soft restraint coupled to the rigid restraint, wherein the soft restraint comprises a pliable material configured to conform to a substantial portion of a torso of the passenger; and a haptic feedback system integrated with the soft restraint, wherein the haptic feedback system is configured to generate vibrational forces and impart the vibrational forces to the torso of the passenger, wherein the haptic feedback system comprises a sensor configured to collect feedback associated with the passenger and a controller configured to adjust operation of the haptic feedback system based on the collected feedback.
A machine for treating a concrete surface comprising: - a tool for treating a concrete surface mechanically coupled to one end of a telescopic mechanical arm, so that the tool is movable over the concrete surface along a direction of extension (d) of the arm; - a hollow compartment for the arm; - wheels (41, 42) coupled to the compartment and arranged to move the machine; characterized in that: - the compartment is formed in a chassis of the machine extending mainly along the direction of extension (d); - the chassis comprises two end segments (51, 52) at the level of each of which is attached at least one axle (61, 62) extending transversely to the direction of extension (d) and supporting at least one of the wheels (41, 42); - the wheels (41, 42) are orientable and adapted to support the machine for any position of the tool along the extension direction (d). - a tool for treating a concrete surface mechanically coupled to one end of a telescopic mechanical arm, so that the tool is movable over the concrete surface along a direction of extension (d) of the arm; - a hollow compartment for the arm; - wheels (41, 42) coupled to the compartment and arranged to move the machine; - the compartment is formed in a chassis of the machine extending mainly along the direction of extension (d); - the chassis comprises two end segments (51, 52) at the level of each of which is attached at least one axle (61, 62) extending transversely to the direction of extension (d) and supporting at least one of the wheels (41, 42); - the wheels (41, 42) are orientable and adapted to support the machine for any position of the tool along the extension direction (d).
A method, comprising: receiving location information indicating respective locations of multiple wireless communication terminals; processing the location information so as to predict a future meeting among respective users of the wireless communication terminals; and taking action with respect to the predicted future meeting, characterized by predicting the future meeting at a location by predicting future location coordinates where the respective wireless communication terminals are expected to converge to a given region based on estimated directions of movement of the respective wireless communication terminals by using current movement data of the respective wireless communication terminals. receiving location information indicating respective locations of multiple wireless communication terminals; processing the location information so as to predict a future meeting among respective users of the wireless communication terminals; and taking action with respect to the predicted future meeting, characterized by predicting the future meeting at a location by predicting future location coordinates where the respective wireless communication terminals are expected to converge to a given region based on estimated directions of movement of the respective wireless communication terminals by using current movement data of the respective wireless communication terminals.
A liquid developer, comprising at least - a binder resin, - a colorant, - a polymeric dispersant and a carrier liquid, wherein the polymeric dispersant is obtained by copolymerizing at least - an ethylenically unsaturated monomer having an amino group, - an ethylenically unsaturated monomer having an alkyl group with a carbon number of 9 to 24, and - an ethylenically unsaturated monomer represented by general formula shown below: general formula CH 2 =C(R 1 COO n R 2 wherein R 1 represents H or CH 3, R 2 represents a hydrogen atom or a hydrocarbon group having a carbon number of 1 to 22, n represents an integer of 1 to 200, and A represents an alkylene group having a carbon number of 2 to 4, wherein the binder resin comprises at least a polyester resin, and has a softening temperature of 80 to 140° C, wherein the softening temperature is measured according to the description. - a binder resin, - a colorant, - a polymeric dispersant and a carrier liquid, - an ethylenically unsaturated monomer having an amino group, - an ethylenically unsaturated monomer having an alkyl group with a carbon number of 9 to 24, and - an ethylenically unsaturated monomer represented by general formula shown below: general formula CH 2 =C(R 1 COO n R 2 wherein R 1 represents H or CH 3, R 2 represents a hydrogen atom or a hydrocarbon group having a carbon number of 1 to 22, n represents an integer of 1 to 200, and A represents an alkylene group having a carbon number of 2 to 4, wherein the binder resin comprises at least a polyester resin, and has a softening temperature of 80 to 140° C, wherein the softening temperature is measured according to the description. R 1 represents H or CH 3, R 2 represents a hydrogen atom or a hydrocarbon group having a carbon number of 1 to 22, n represents an integer of 1 to 200, and A represents an alkylene group having a carbon number of 2 to 4,
A micro-electromechanical device, including: - a substrate; - a first layer (C 1) of a piezoelectric material, deposited on a surface of said substrate; - a second layer (C 2) of a semiconductor material, deposited on said first layer; - at least one suspended element, formed by extensions of said layers extending beyond an edge of said substrate; - a field effect transistor integrated into said second layer and its extension, having at least one channel extending at least partially inside said suspended element, including electrodes (D, S, G) connected to conducting tracks (PC D, PC S, PC G) extending above said second layer and at least one of which passes above said edge of the substrate; characterized in that: - at least two conducting tracks connected to two overlapping respective electrodes of the field effect transistor, without electrical contact with one another, so as to form a three-dimensional interconnection structure. - a substrate; - a first layer (C 1) of a piezoelectric material, deposited on a surface of said substrate; - a second layer (C 2) of a semiconductor material, deposited on said first layer; - at least one suspended element, formed by extensions of said layers extending beyond an edge of said substrate; - a field effect transistor integrated into said second layer and its extension, having at least one channel extending at least partially inside said suspended element, including electrodes (D, S, G) connected to conducting tracks (PC D, PC S, PC G) extending above said second layer and at least one of which passes above said edge of the substrate; - at least two conducting tracks connected to two overlapping respective electrodes of the field effect transistor, without electrical contact with one another, so as to form a three-dimensional interconnection structure.