mhurhangee/ep-ind-claims huggingface dataset:
A vacuum pump, in particular a turbomolecular pump, comprising: a housing (301, 119, 121) which surrounds at least one inner space in which a vacuum can be generated and which separates the inner space from an outer space, in particular from the atmosphere; and at least one circuit board which is arranged in or at the housing (301, 119, 121), wherein at least one valve (311, 313) or one measurement device which can be flowed through by fluid is arranged at or on the circuit board and a fluid connection in communication with the inner space and/or with the outer space is led through the valve (311, 313) or through the measurement device. a housing (301, 119, 121) which surrounds at least one inner space in which a vacuum can be generated and which separates the inner space from an outer space, in particular from the atmosphere; and at least one circuit board which is arranged in or at the housing (301, 119, 121), wherein at least one valve (311, 313) or one measurement device which can be flowed through by fluid is arranged at or on the circuit board and a fluid connection in communication with the inner space and/or with the outer space is led through the valve (311, 313) or through the measurement device.
Method for obstacle recognition in railway traffic, in particular in rail traffic, characterized in that a) from a railway vehicle, in particular a rail vehicle, in particular from the perspective of a tractive unit driver (FZF, TFS, TRW) and/or from a stationary, track-observing position in or on the vehicle (BFZ, SFZ), a multiplicity of images (BI FSB) of a route region ahead of the railway vehicle (BFZ, SFZ), and in particular oriented to the speed of the railway vehicle (BFZ, SFZ), said images representing the route region, are captured, b) an image region is marked in each of the images (BI FSB), which image region shows a track used by the railway vehicle (BFZ, SFZ), in particular a rail track, wherein the track (FS, GL) of the railway vehicle (BFZ, SFZ), which track is visually positioned by the marking, is recognized by means of an image analysis and is compared either with stored known image meta information or with stored known image meta information and additional information, such as e.g. route schedules or map material, c) for an image region segment (BIB AS) of the marked image region representing the used track (FS, GL) and a region which is critical for railway traffic (BVK, SVK), an object recognition method recognizes whether an object, such as e.g. a person, an animal, a fallen tree, is situated on the track (FS, GL), wherein an obstacle is marked in the image region, preferably in the image region segment (BIB AS) and/or as a potential obstacle, when the object is recognized by the object recognition method. a) from a railway vehicle, in particular a rail vehicle, in particular from the perspective of a tractive unit driver (FZF, TFS, TRW) and/or from a stationary, track-observing position in or on the vehicle (BFZ, SFZ), a multiplicity of images (BI FSB) of a route region ahead of the railway vehicle (BFZ, SFZ), and in particular oriented to the speed of the railway vehicle (BFZ, SFZ), said images representing the route region, are captured, b) an image region is marked in each of the images (BI FSB), which image region shows a track used by the railway vehicle (BFZ, SFZ), in particular a rail track, wherein the track (FS, GL) of the railway vehicle (BFZ, SFZ), which track is visually positioned by the marking, is recognized by means of an image analysis and is compared either with stored known image meta information or with stored known image meta information and additional information, such as e.g. route schedules or map material, c) for an image region segment (BIB AS) of the marked image region representing the used track (FS, GL) and a region which is critical for railway traffic (BVK, SVK), an object recognition method recognizes whether an object, such as e.g. a person, an animal, a fallen tree, is situated on the track (FS, GL), wherein an obstacle is marked in the image region, preferably in the image region segment (BIB AS) and/or as a potential obstacle, when the object is recognized by the object recognition method.
Method for fabricating a hose blank, comprising the steps of: extruding at least one inner layer (103-1, 103-2) of the hose blank on a circumferentially stable support mandrel; and knitting a textile print carrier of the hose blank on the inner layer, which is supported by the circumferentially stable support mandrel; applying an intermediate layer of the hose blank on the textile print carrier; and knitting a further textile print carrier on the intermediate layer, which is supported by the circumferentially stable support mandrel, wherein a thread of the first textile print carrier and a thread of the further textile print carrier comprise different materials. extruding at least one inner layer (103-1, 103-2) of the hose blank on a circumferentially stable support mandrel; and knitting a textile print carrier of the hose blank on the inner layer, which is supported by the circumferentially stable support mandrel; applying an intermediate layer of the hose blank on the textile print carrier; and knitting a further textile print carrier on the intermediate layer, which is supported by the circumferentially stable support mandrel, wherein a thread of the first textile print carrier and a thread of the further textile print carrier comprise different materials.
A method for identifying a phylum, family and/or genus of bacteria, which is a prognostic marker of diabetes, which method comprises the steps consisting of: a) quantifying bacteria in a biological sample from a subject healthy at the time of sampling and who developed diabetes, within a ten year period after sampling; b) comparing said quantified bacteria of step a) with the bacteria from a control; and c) identifying phyla, families and/or genera of bacteria which are present in different proportions within the sample assayed in step a) and the control; wherein said identified phyla, families and/or genera of bacteria which are present in different proportions are prognostic markers of diabetes, wherein the control refers to a subject healthy at the time of sampling who did not develop diabetes within a ten year period of sampling and, wherein said biological sample of step a) and the control sample is blood. a) quantifying bacteria in a biological sample from a subject healthy at the time of sampling and who developed diabetes, within a ten year period after sampling; b) comparing said quantified bacteria of step a) with the bacteria from a control; and c) identifying phyla, families and/or genera of bacteria which are present in different proportions within the sample assayed in step a) and the control;
HF generator (100, 1100) having a first solid-state switch (300, 310) and a second solid-state switch (300, 320), wherein each of the solid-state switches (300, 310, 320) has a first output connector and a second output connector and is designed to switch a high-frequency electrical current between the first output connector and the second output connector, and having a coaxial cable (200, 1200) with a first conductor (210, 1210) and a second conductor (220, 1220), wherein the coaxial line (200, 1200) defines a longitudinal direction, which corresponds to an extension direction of the coaxial line (200, 1200), and a radial direction, which is oriented perpendicular to the longitudinal direction, characterized in that the first conductor (210, 1210) successively has a first section (211, 1211) and a second section (212, 1212) in the longitudinal direction of the coaxial cable (200, 1200) which are separated from one another by a first break point (215, 1215), wherein the first output connector of the first solid-state switch (300, 310) is conductively connected to the second conductor (220, 1220), and the second output connector of the first solid-state switch (300, 310) is conductively connected to the first section (211, 1211), wherein the first output connector of the second solid-state switch (300, 320) is conductively connected to the first section (211, 1211), and the second output connector of the second solid-state switch (300, 320) is conductively connected to the second section (212, 1212).
A method of manufacturing a magnesium alloy cast material wherein intermetallic compounds contained in the magnesium alloy cast material have a size of 20 μm or less, the method comprising: a melting step of melting a magnesium alloy in a melting furnace to obtain a molten metal; a transfer step of transferring the molten metal from the melting furnace to a molten metal reservoir; and a casting step of supplying a movable mold with the molten metal from the molten metal reservoir through a pouring gate and solidifying the molten metal at a cooling rate of 50 to 10,000 K/sec to continuously produce a cast material of a thickness of from 0.1 to 10 mm, in which a part contacted by the molten metal is formed with a low-oxygen material having an oxygen content of 20 mass% or less, characterised in that: the molten metal, when supplied from the pouring gate to the movable mold, has a pressure of from 101.8 kPa to 118.3 kPa. a melting step of melting a magnesium alloy in a melting furnace to obtain a molten metal; a transfer step of transferring the molten metal from the melting furnace to a molten metal reservoir; and a casting step of supplying a movable mold with the molten metal from the molten metal reservoir through a pouring gate and solidifying the molten metal at a cooling rate of 50 to 10,000 K/sec to continuously produce a cast material of a thickness of from 0.1 to 10 mm, in which a part contacted by the molten metal is formed with a low-oxygen material having an oxygen content of 20 mass% or less, the molten metal, when supplied from the pouring gate to the movable mold, has a pressure of from 101.8 kPa to 118.3 kPa.
A system for automated security testing, comprising: a processor that is adapted to execute stored instructions; and a memory device that stores instructions, the memory device comprising processor-executable code, that when executed by the processor, is adapted to: record a macro (102, 326) by recording a user's interactions with a web browser; play the recorded macro (104, 328) while intercepting traffic from the web browser; wherein said traffic includes a web request; attack the web request (108, 322); send the attacked web request (110, 322) to a web server; receive a response (112, 330) from the web server based on the attacked web request; and process the response (114, 330) of the web server to determine any vulnerabilities. a processor that is adapted to execute stored instructions; and a memory device that stores instructions, the memory device comprising processor-executable code, that when executed by the processor, is adapted to: record a macro (102, 326) by recording a user's interactions with a web browser; play the recorded macro (104, 328) while intercepting traffic from the web browser; wherein said traffic includes a web request; attack the web request (108, 322); send the attacked web request (110, 322) to a web server; receive a response (112, 330) from the web server based on the attacked web request; and process the response (114, 330) of the web server to determine any vulnerabilities. record a macro (102, 326) by recording a user's interactions with a web browser; play the recorded macro (104, 328) while intercepting traffic from the web browser; wherein said traffic includes a web request; attack the web request (108, 322); send the attacked web request (110, 322) to a web server; receive a response (112, 330) from the web server based on the attacked web request; and process the response (114, 330) of the web server to determine any vulnerabilities.
A device for detecting operating medium deposits, preferably reducing agent deposits, in an exhaust tract of an internal combustion engine, having: an exhaust line; an electrically conductive element which is arranged in the exhaust line, a measuring device which is connected to the electrically conductive element and which is designed to measure and output at least one electrical characteristic value, in particular a current, a voltage and/or a resistance, of the electrically conductive element; an evaluation unit which is designed to receive the electrical characteristic value and perform a check for a deposit situated on the electrically conductive element on the basis of the electrical characteristic value; and an operating medium injector, in particular a reducing agent injector, wherein the operating medium injector is arranged for the introduction of an operating medium, in particular of a reducing agent, into the exhaust line, wherein the electrically conductive element is in particular arranged downstream of the operating medium injector, characterized by: a control unit which has a communication connection to the operating medium injector and which is designed to control the operating medium injector on the basis of the check for a deposit situated on the electrically conductive element. an exhaust line; an electrically conductive element which is arranged in the exhaust line, a measuring device which is connected to the electrically conductive element and which is designed to measure and output at least one electrical characteristic value, in particular a current, a voltage and/or a resistance, of the electrically conductive element; an evaluation unit which is designed to receive the electrical characteristic value and perform a check for a deposit situated on the electrically conductive element on the basis of the electrical characteristic value; and an operating medium injector, in particular a reducing agent injector, wherein the operating medium injector is arranged for the introduction of an operating medium, in particular of a reducing agent, into the exhaust line, wherein the electrically conductive element is in particular arranged downstream of the operating medium injector, characterized by: a control unit which has a communication connection to the operating medium injector and which is designed to control the operating medium injector on the basis of the check for a deposit situated on the electrically conductive element.
A cationic electrodepositable coating comprising rosin, wherein the rosin forms part of the cationic resin backbone and the rosin is reacted with a dienophile comprising a carboxylic group, and further reacted with an epoxy resin or the rosin is reacted with a linking molecule, and further reacted with an epoxy resin.
A tidal wave powered device for producing potential energy from the movement of tidal waves in a water mass, the device comprising: a cylinder anchored to the bed of the water mass, the cylinder having water inlet and outlet ports (17, 19); a piston located in the cylinder to define a pumping chamber within the cylinder; a storage tank located at an elevated height for storage of water delivered from the cylinder pumping chamber; a delivery pipe connected between the cylinder and the storage tank to deliver water from the cylinder pumping chamber into the storage tank; a floater capable of floating at the surface of the water mass, the floater having an intake manifold and a chamber for receiving water therein through the intake manifold, the floater being configured such that during the upward movement of tidal waves the weight of the floater is progressively increased by opening the intake manifold to allow water to flood into the floater chamber as the floater rises up in the water mass; a connecting rod connecting the floater to the piston; a docking unit anchored to the bed of the water mass, the docking unit being provided with docking means for telescopically connecting the docking unit to the floater such that the docking means is propelled upwards by the floater to a position where the floater attains an optimal height, wherein the floater is provided with a drainage outlet, the drainage outlet being openable to drain off the floater chamber. a cylinder anchored to the bed of the water mass, the cylinder having water inlet and outlet ports (17, 19); a piston located in the cylinder to define a pumping chamber within the cylinder; a storage tank located at an elevated height for storage of water delivered from the cylinder pumping chamber; a delivery pipe connected between the cylinder and the storage tank to deliver water from the cylinder pumping chamber into the storage tank; a floater capable of floating at the surface of the water mass, the floater having an intake manifold and a chamber for receiving water therein through the intake manifold, the floater being configured such that during the upward movement of tidal waves the weight of the floater is progressively increased by opening the intake manifold to allow water to flood into the floater chamber as the floater rises up in the water mass; a connecting rod connecting the floater to the piston; a docking unit anchored to the bed of the water mass, the docking unit being provided with docking means for telescopically connecting the docking unit to the floater such that the docking means is propelled upwards by the floater to a position where the floater attains an optimal height, wherein the floater is provided with a drainage outlet, the drainage outlet being openable to drain off the floater chamber.
An explosives detonator system for detonating an explosive charge with which it is, in use, arranged in a detonating relationship, the detonator system comprising a detonator, which includes a detonator housing; a detonation circuit inside the detonator housing, the detonation circuit comprising a conductive pathway; a fuse head inside the detonator housing, the fuse head comprising at least two spaced apart conductive electrodes and a resistive bridge spanning a space between the electrodes, the fuse head being integrated with the detonation circuit such that the conductive pathway passes along both electrodes and the resistive bridge; an uncharged chargeable voltage source inside the detonator housing, the chargeable voltage source being integrated with the detonation circuit and being electrically sensitive to a charging property which is included in a charging signal that is, in use, communicated to the detonator, such that exposure to the charging property charges the voltage source, thereby rendering the voltage source capable of generating a potential difference between the electrodes at least to equal the breakdown voltage of the resistive bridge; and a shock tube that is provided, in use, in initiating proximity to the detonator and is capable of providing a shock signal as at least part of the charging signal, the shock tube comprising a hollow elongate body, inside of which is provided a shock tube explosive, detonation of which provides the shock signal, characterised in that the charging property is including at least a charging light pulse and, optionally, a charging temperature, a charging pressure and/or a charging radio frequency of the charging signal and the chargeable voltage source is therefore electrically sensitive to the charging light pulse and, optionally, to any one or more of the charging temperature, the charging pressure and the charging radio frequency; and inside the hollow elongate body is provided a photoluminescent chemical that provides the charging light pulse.
A gas turbine engine comprising a transition duct connecting a combustion section to a turbine section, and an impingement cooling sleeve surrounding said transition duct, said impingement cooling sleeve comprising: a sleeve body having an inner surface facing said transition duct and an outer surface facing opposite said inner surface; at least one cooling hole formed within said sleeve body to direct cooling air toward the transition duct; and at least one conduit member attached to said sleeve body and associated with said at least one cooling hole, and wherein said conduit member has a first opening (62;108) to define an air inlet and a second opening (64;110) to define an air outlet, characterized in that said first opening (62;108) is spaced apart from said outer surface of said sleeve body by a distance. a sleeve body having an inner surface facing said transition duct and an outer surface facing opposite said inner surface; at least one cooling hole formed within said sleeve body to direct cooling air toward the transition duct; and at least one conduit member attached to said sleeve body and associated with said at least one cooling hole, and wherein said conduit member has a first opening (62;108) to define an air inlet and a second opening (64;110) to define an air outlet, characterized in that said first opening (62;108) is spaced apart from said outer surface of said sleeve body by a distance.
An oil and aqueous phase separator device, comprising: - a basket comprising a frame having an upper edge defining an upper opening in the basket, the frame comprising a plurality of supporting arms and fitting means (5A, 5B, 5C, 5D) for linking to other phase separator devices; - a lid that closes the upper opening of the basket; - an hydrophobic mesh linked to the basket and supported by the plurality of supporting arms; - a plurality of floats (4A, 4B) connected to the frame of the basket; - a housing for an additional float formed on the upper edge of the frame of the basket; - a discharging means (7A, 7B) linked to the basket. - a basket comprising a frame having an upper edge defining an upper opening in the basket, the frame comprising a plurality of supporting arms and fitting means (5A, 5B, 5C, 5D) for linking to other phase separator devices; - a lid that closes the upper opening of the basket; - an hydrophobic mesh linked to the basket and supported by the plurality of supporting arms; - a plurality of floats (4A, 4B) connected to the frame of the basket; - a housing for an additional float formed on the upper edge of the frame of the basket; - a discharging means (7A, 7B) linked to the basket.
A heterocyclic compound represented by the following Formula 1: n1 to n4 are each an integer of 1 to 3, when n1 to n4 are each 2 or more, two or more structures in the parentheses are the same as or different from each other, X1 to X4 are S, Y1 to Y4 are N, R1 to R8 are hydrogen, and R10 to R13 are each independently a substituted or unsubstituted alkyl group; [Push] has a structure which acts as an electron donor, and the structure is one of the following structures, c and c' are each an integer of 1 to 3, when c is 2 or more, two or more R100's are the same as or different from each other, when c' is 2 or more, two or more R101's are the same as or different from each other, and X10 to X13 are each independently NRa, SiRaRb or S, Ra, Rb, and R100 to R103 are each independently hydrogen; a substituted or unsubstituted alkyl group; Ar1 and Ar2 are the following structure, R14 is a substituted or unsubstituted alkyl group. n1 to n4 are each an integer of 1 to 3, when n1 to n4 are each 2 or more, two or more structures in the parentheses are the same as or different from each other, X1 to X4 are S, Y1 to Y4 are N, R1 to R8 are hydrogen, and R10 to R13 are each independently a substituted or unsubstituted alkyl group; c and c' are each an integer of 1 to 3, when c is 2 or more, two or more R100's are the same as or different from each other, when c' is 2 or more, two or more R101's are the same as or different from each other, and X10 to X13 are each independently NRa, SiRaRb or S, Ra, Rb, and R100 to R103 are each independently hydrogen; a substituted or unsubstituted alkyl group; Ar1 and Ar2 are the following structure, R14 is a substituted or unsubstituted alkyl group.