mhurhangee/ep-ind-claims huggingface dataset:
Valve device having - an inlet port of an inlet side for supplying a hydraulic consumer connectable to the inlet port with pressurised fluid, - an outlet port of an outlet side for discharging pressurised fluid from the connectable consumer, wherein the inlet side changes into the outlet side and the outlet side changes into the inlet side depending on the control direction of this consumer, - a pressure supply port, and - a return port, wherein - a pressure control device acts on the respective inlet side and - a volumetric flow control device acts on the respective outlet side, characterised in that the pressure control device and the volumetric flow control device each have a proportional valve and a pressure regulating valve together with a pressure compensator in terms of their function, which are connected to each other and controlled in such a manner that, when the inlet port is supplied from the pressure supply port side in a throughflow direction, one pressure regulating valve operates as a pressure regulator and that, on the outlet port side, when a predefinable set pressure is exceeded at the other pressure regulating valve, the throughflow direction is reversed and the pressurised fluid flows off in the direction of the return port via the other proportional valve and the associated pressure compensator, which both operate as flow-control valves in terms of their function. - an inlet port of an inlet side for supplying a hydraulic consumer connectable to the inlet port with pressurised fluid, - an outlet port of an outlet side for discharging pressurised fluid from the connectable consumer, wherein the inlet side changes into the outlet side and the outlet side changes into the inlet side depending on the control direction of this consumer, - a pressure supply port, and - a return port, - a pressure control device acts on the respective inlet side and - a volumetric flow control device acts on the respective outlet side, characterised in that the pressure control device and the volumetric flow control device each have a proportional valve and a pressure regulating valve together with a pressure compensator in terms of their function, which are connected to each other and controlled in such a manner that, when the inlet port is supplied from the pressure supply port side in a throughflow direction, one pressure regulating valve operates as a pressure regulator and that, on the outlet port side, when a predefinable set pressure is exceeded at the other pressure regulating valve, the throughflow direction is reversed and the pressurised fluid flows off in the direction of the return port via the other proportional valve and the associated pressure compensator, which both operate as flow-control valves in terms of their function.
A method for the preparation of an N-monofluoroalkyl tropane of formula wherein n is 2, 3 or 4, comprising the steps: a) provision of a compound of formula b) reduction of the carbonyl group to a hydroxyl group to give the compound of formula c) dehydration reaction to give the compound of formula d) addition of a 4-bromophenyl moiety to give the compound of formula e) N-demethylation to give the compound of formula f) alkylation with an alkylation agent of formula F-(CH 2) n -Br in the presence of a base to give the N-monofluoroalkyl tropane of formula, wherein n is 2, 3 or 4, wherein the enantiomers are separated once after step f). wherein n is 2, 3 or 4, comprising the steps: a) provision of a compound of formula b) reduction of the carbonyl group to a hydroxyl group to give the compound of formula c) dehydration reaction to give the compound of formula d) addition of a 4-bromophenyl moiety to give the compound of formula e) N-demethylation to give the compound of formula f) alkylation with an alkylation agent of formula F-(CH 2) n -Br in the presence of a base to give the N-monofluoroalkyl tropane of formula, wherein n is 2, 3 or 4, wherein the enantiomers are separated once after step f). a) provision of a compound of formula b) reduction of the carbonyl group to a hydroxyl group to give the compound of formula c) dehydration reaction to give the compound of formula d) addition of a 4-bromophenyl moiety to give the compound of formula e) N-demethylation to give the compound of formula f) alkylation with an alkylation agent of formula F-(CH 2) n -Br in the presence of a base to give the N-monofluoroalkyl tropane of formula, wherein n is 2, 3 or 4, wherein the enantiomers are separated once after step f). wherein n is 2, 3 or 4, wherein the enantiomers are separated once after step f).
A pneumatic tire comprising a tread portion between an inboard tread edge (Tei) and an outboard tread edge (Teo), the tread portion provided with main grooves extending continuously in the tire circumferential direction to axially divide the tread portion into land portions, the main grooves including an inboard shoulder main groove closest to the inboard tread edge (Tei), an outboard shoulder main groove closest to the outboard tread edge (Teo), an inboard crown main groove between the inboard shoulder main groove and the tire equator, and an outboard crown main groove between the outboard shoulder main groove and the tire equator, the outboard shoulder main groove having a width smallest in the main grooves, the tread portion provided with axial grooves including outboard shoulder axial grooves extending toward the axially inside from the outboard tread edge (Teo), and first outboard middle axial grooves extending toward the axially inside from the outboard shoulder main groove to terminate without being connected to the outboard crown main groove, and the outboard shoulder axial grooves including first outboard shoulder axial grooves whose axially inner ends are connected to the outboard shoulder main groove, and second outboard shoulder axial grooves whose axially inner ends terminate without being connected to the outboard shoulder main groove, wherein the first outboard shoulder axial grooves are aligned with the first outboard middle axial grooves, respectively, through the outboard shoulder main groove, characterized in that the edges of all of the axial grooves are chamfered, and/or the edges of all of the main grooves are chamfered.
A vibration level switch with a diaphragm that can be excited to vibrate via a drive unit, and a mechanical vibrator arranged at the diaphragm, wherein the mechanical vibrator comprises a shell with at least one closed interior space, wherein a filler is disposed in the interior space, characterized in that the filling is configured as a support structure with a plurality of hollow chambers and webs disposed between them.
A method for identifying prostate cancer in a patient, comprising: detecting a presence or an absence in a patient sample of a SLC45A3 gene fusion having a 5' portion from a transcriptional regulatory region of an androgen regulated gene defined as SLC45A3 and having a 3' portion from an ETS family member gene; wherein the presence in the sample of the gene fusion is indicative of prostate cancer in the patient. detecting a presence or an absence in a patient sample of a SLC45A3 gene fusion having a 5' portion from a transcriptional regulatory region of an androgen regulated gene defined as SLC45A3 and having a 3' portion from an ETS family member gene; wherein the presence in the sample of the gene fusion is indicative of prostate cancer in the patient.
A hinged shield assembly configured to receive and shield a needle in a secured position to prevent needlesticks, the assembly comprising: a hub having a needle attached thereto and including a hinge, a first shield and a second shield both configured to pivot about the hinge in an open position when the needle is exposed, the first shield including a sidewall and a channel extending along the sidewall in a direction parallel to a longitudinal axis of the first shield, the second shield including a sidewall and a channel extending along the sidewall in a direction parallel to a longitudinal axis of the second shield, wherein the first shield extends from the hub and has an open distal end and at least partially surrounds the second shield, characterized in that the first and second shields are translatable with respect to one another. a hub having a needle attached thereto and including a hinge, a first shield and a second shield both configured to pivot about the hinge in an open position when the needle is exposed, the first shield including a sidewall and a channel extending along the sidewall in a direction parallel to a longitudinal axis of the first shield, the second shield including a sidewall and a channel extending along the sidewall in a direction parallel to a longitudinal axis of the second shield, wherein the first shield extends from the hub and has an open distal end and at least partially surrounds the second shield, characterized in that the first and second shields are translatable with respect to one another.
A tunable dielectric metamaterial lens device for radar sensing, comprising - at least one metamaterial layer including a plurality of dielectric resonators arranged in parallel, each dielectric resonator comprising tunable material, wherein at least one electromagnetic property of the tunable material varies with an externally controllable electric field applied to it, - a plurality of electrically conductive electrodes (52, 58), wherein two distinct electrically conductive electrodes (52, 58) of the plurality of electrically conductive electrodes (52, 58) each are arranged at any dielectric resonator of the plurality of dielectric resonators in a spaced manner in a direction perpendicular to the metamaterial layer in at least two different layers to at least partially cover the dielectric resonator in this direction, - a plurality of electrically conductive control lines that is configured for controlling the electric field to be applied to the tunable material, wherein each electrically conductive line is electrically connected to an electrically conductive electrode (52, 58) of the plurality of electrically conductive electrodes (52, 58) for controlling the externally controllable electric field, wherein for at least two dielectric resonators of the plurality of dielectric resonators the electrically conductive electrodes (52, 58) that are arranged in the same layer to cover the at least two dielectric resonators are distinct from each other. - at least one metamaterial layer including a plurality of dielectric resonators arranged in parallel, each dielectric resonator comprising tunable material, wherein at least one electromagnetic property of the tunable material varies with an externally controllable electric field applied to it, - a plurality of electrically conductive electrodes (52, 58), wherein two distinct electrically conductive electrodes (52, 58) of the plurality of electrically conductive electrodes (52, 58) each are arranged at any dielectric resonator of the plurality of dielectric resonators in a spaced manner in a direction perpendicular to the metamaterial layer in at least two different layers to at least partially cover the dielectric resonator in this direction, - a plurality of electrically conductive control lines that is configured for controlling the electric field to be applied to the tunable material, wherein each electrically conductive line is electrically connected to an electrically conductive electrode (52, 58) of the plurality of electrically conductive electrodes (52, 58) for controlling the externally controllable electric field,
An electronic device comprising: a first housing; a speaker module disposed on a surface of the first housing, and configured to output sounds in a first direction; a second housing and a sound hole formed in the second housing; a sound reflection plate engaged with one end of the second housing, wherein the sound reflection plate is located apart from the surface of the first housing, and having a first surface facing the speaker module; a heat emission device disposed on a second surface of the sound reflection plate; a microphone module fixed inside the second housing and exposed outside of the electronic device through the sound hole, wherein the sound reflection plate is configured to absorb heat generated from the heat emission device, and discharge the absorbed heat to the outside of the electronic device through a space between the surface of the first housing and the first surface of the sound reflection plate. a first housing; a speaker module disposed on a surface of the first housing, and configured to output sounds in a first direction; a second housing and a sound hole formed in the second housing; a sound reflection plate engaged with one end of the second housing, wherein the sound reflection plate is located apart from the surface of the first housing, and having a first surface facing the speaker module; a heat emission device disposed on a second surface of the sound reflection plate; a microphone module fixed inside the second housing and exposed outside of the electronic device through the sound hole, wherein the sound reflection plate is configured to absorb heat generated from the heat emission device, and discharge the absorbed heat to the outside of the electronic device through a space between the surface of the first housing and the first surface of the sound reflection plate.
An assembly for sealing a junction (14, 100, 224) of a pipe (12, 102, 230) and a second structure (10, 104, 220) comprising: a pipe liner (20, 110, 200, 352) having a tubular portion (24, 204) and a brim portion (22, 112, 202); and a mechanical anchor (114, 212, 214, 308, 360), characterised in that at least a portion of the mechanical anchor (114, 212, 214, 308, 360) is adapted to be driven through the brim portion (22, 112, 202) in use to secure the brim portion (22, 112, 202) of the pipe liner (20, 110, 200, 352) to the second structure (10, 104, 220). a pipe liner (20, 110, 200, 352) having a tubular portion (24, 204) and a brim portion (22, 112, 202); and a mechanical anchor (114, 212, 214, 308, 360), characterised in that at least a portion of the mechanical anchor (114, 212, 214, 308, 360) is adapted to be driven through the brim portion (22, 112, 202) in use to secure the brim portion (22, 112, 202) of the pipe liner (20, 110, 200, 352) to the second structure (10, 104, 220).
Blade for a turbomachine, comprising an airfoil having at least one thicker portion on a pressure side of the airfoil, the thicker portion extending from a radially outer end region or end of the airfoil over a maximum of 20% and a minimum of 5% of a radial extent of the airfoil, characterized in that - the thicker portion has a region of constant thickness, - the region of constant thickness has a surface area which corresponds to at least 20% of a total surface area of the thicker portion, - the region of constant thickness is at least substantially rectangular, - the thicker portion comprises at least one edge region, the thickness of which decreases continuously from the region of constant thickness to a normal profile thickness of the airfoil without the thicker portion, and - the edge region surrounds the region of constant thickness in a U-shaped manner. - the thicker portion has a region of constant thickness, - the region of constant thickness has a surface area which corresponds to at least 20% of a total surface area of the thicker portion, - the region of constant thickness is at least substantially rectangular, - the thicker portion comprises at least one edge region, the thickness of which decreases continuously from the region of constant thickness to a normal profile thickness of the airfoil without the thicker portion, and - the edge region surrounds the region of constant thickness in a U-shaped manner.
A method of implementing multicast on a routed Ethernet mesh network, the method comprising the steps of: receiving, by a node on the routed Ethernet mesh network, a plurality of link state advertisements each specifying an end-point of a multicast tree to be implemented on the routed Ethernet mesh network, at least one of the link state advertisements further specifying an algorithm to be used to calculate the multicast tree; using the algorithm, by the node on the routed Ethernet mesh network, to calculate the multicast tree; and selectively installing forwarding state for the multicast tree if the node on the routed Ethernet mesh network is on the path of the multicast tree between two nodes each advertising an end-point of the multicast tree. receiving, by a node on the routed Ethernet mesh network, a plurality of link state advertisements each specifying an end-point of a multicast tree to be implemented on the routed Ethernet mesh network, at least one of the link state advertisements further specifying an algorithm to be used to calculate the multicast tree; using the algorithm, by the node on the routed Ethernet mesh network, to calculate the multicast tree; and selectively installing forwarding state for the multicast tree if the node on the routed Ethernet mesh network is on the path of the multicast tree between two nodes each advertising an end-point of the multicast tree.
An Al-plated hot stamped steel material comprising a steel base material, an Al-plating layer formed on at least one surface of the steel base material, and a chemical conversion coating formed on the Al-plating layer and containing zinc phosphate-based crystals and Ce-based compounds deposited on surfaces of the zinc phosphate-based crystals, wherein an amount of deposition of the zinc phosphate-based crystals in the chemical conversion coating is, converted to metal Zn, 0.3 to 4.0 g/m 2 and an area ratio of the Ce-based compounds in the chemical conversion coating is 0.5 to 25%, wherein the amount of deposition of the zinc phosphate-based crystals and the area ratio of the Ce-based compounds are determined in accordance with the description. a steel base material, an Al-plating layer formed on at least one surface of the steel base material, and a chemical conversion coating formed on the Al-plating layer and containing zinc phosphate-based crystals and Ce-based compounds deposited on surfaces of the zinc phosphate-based crystals, wherein an amount of deposition of the zinc phosphate-based crystals in the chemical conversion coating is, converted to metal Zn, 0.3 to 4.0 g/m 2 and an area ratio of the Ce-based compounds in the chemical conversion coating is 0.5 to 25%,
An axial air gap rotating electromagnetic motor-generator apparatus comprising: a pair of axially spaced apart stators each including a disk shaped permanent magnet set producing a magnetic field within a space between the stators; a ferromagnetic toroidal rotor frame rotationally mounted within the magnetic field; a plurality of windings wound on the rotor, the windings each comprising a plurality of coils toroidally wound around the rotor frame and the coils each comprising at least one wrap, characterised in that the coils are interconnected through a switching network mounted on the rotor, the switching network being configured for placing each of the coils within each winding alternatively in one of: A) electrical series connection; B) electrical parallel connection; and C) electrically isolated, wherein, within each of the windings, at least two of the coils are in electrical series connection, and, at the same time, at least two of the coils are in electrical parallel connection, whereby a selectable output voltage, output current and output torque are produced by rotor rotation. A) electrical series connection; B) electrical parallel connection; and C) electrically isolated,
Part for coaxially connecting two pipes (3, 4), the part comprising two connection portions (6, 7), each provided with a zone for receiving a connection element (31, 41) of each pipe (3, 4), the part comprising at least one flexible radial return element in the form of an arc of a circle intended to pre-position the part on an end region of the pipes (3, 4), characterized in that the two connection portions (6, 7) are able to slide one inside the other between a widened position of the two portions (6, 7) and a tightened position of the two portions (6, 7) in which the two receiving zones are able to hold the connection elements (31, 41) together and to form a closed contour.
Cryptoprocessor, comprising - a processor core for receiving and executing instructions of a program code which is based on a program flow chart; - a program storage unit, which stores the program code with instructions in individually encrypted form, wherein - the instructions contain in each case at least one instruction data word and one instruction data key assigned to the respective instruction, - a respective instruction is encrypted using a program data key which is identical for all instructions and the instruction data key of the respective preceding instruction, which is to be executed immediately beforehand according to the program flow chart, and wherein - only in the case that a relevant instruction in the program flow chart has a plurality of possible preceding instructions, the same instruction data key is assigned to the relevant possible preceding instructions, the respective instruction data keys being otherwise unique to the instruction, however; and - a decrypting unit which is configured to receive from the program storage unit the encrypted instructions and to decrypt a respective received encrypted instruction by using the program data key and the instruction data key of the relevant preceding instruction, to supply the at least one currently thus decrypted instruction data word to the processor core for executing the instruction, as well as to retain the currently thus decrypted instruction data key for use in the decryption of the immediately next received encrypted instruction. - a processor core for receiving and executing instructions of a program code which is based on a program flow chart; - a program storage unit, which stores the program code with instructions in individually encrypted form, wherein - the instructions contain in each case at least one instruction data word and one instruction data key assigned to the respective instruction, - a respective instruction is encrypted using a program data key which is identical for all instructions and the instruction data key of the respective preceding instruction, which is to be executed immediately beforehand according to the program flow chart, and wherein - only in the case that a relevant instruction in the program flow chart has a plurality of possible preceding instructions, the same instruction data key is assigned to the relevant possible preceding instructions, the respective instruction data keys being otherwise unique to the instruction, however; and - a decrypting unit which is configured to receive from the program storage unit the encrypted instructions and to decrypt a respective received encrypted instruction by using the program data key and the instruction data key of the relevant preceding instruction, to supply the at least one currently thus decrypted instruction data word to the processor core for executing the instruction, as well as to retain the currently thus decrypted instruction data key for use in the decryption of the immediately next received encrypted instruction.