mhurhangee/ep-ind-claims huggingface dataset:
A device for sterilizing one or more medical instruments, including: - a sterilizing chamber for holding the one or more medical instruments to be sterilized; - a plasma source for providing a sterilizing mixture; and - a duct for guiding the sterilizing mixture from the plasma source to the sterilizing chamber; characterized in that, the device further includes: - a pressure reducer for selectively reducing a pressure in the sterilizing chamber to below a pressure in the plasma source; wherein the duct includes a choke arranged for causing a choked flow of the sterilizing mixture from the plasma source to the chamber when the chamber is at the reduced pressure; and wherein the plasma source is an atmospheric or superatmospheric plasma source. - a sterilizing chamber for holding the one or more medical instruments to be sterilized; - a plasma source for providing a sterilizing mixture; and - a duct for guiding the sterilizing mixture from the plasma source to the sterilizing chamber; characterized in that, the device further includes: - a pressure reducer for selectively reducing a pressure in the sterilizing chamber to below a pressure in the plasma source; wherein the duct includes a choke arranged for causing a choked flow of the sterilizing mixture from the plasma source to the chamber when the chamber is at the reduced pressure; - a pressure reducer for selectively reducing a pressure in the sterilizing chamber to below a pressure in the plasma source; wherein the duct includes a choke arranged for causing a choked flow of the sterilizing mixture from the plasma source to the chamber when the chamber is at the reduced pressure; and wherein the plasma source is an atmospheric or superatmospheric plasma source.
A method for producing a graphite anode active material for use in a lithium secondary battery, the method comprising: coking a residue resulting from distillation of crude oil under reduced pressure and the residue having API gravity of 1 to 5, an asphaltene content of 10 to 50%, a resin content of 5 to 30%, and a sulfur content of 1 to 12% to obtain coke, pulverizing the coke to obtain a carbon powder, heating the carbon powder at 2500 to 3500 deg C to obtain a graphite I, wherein said graphite I, according to X-ray powder diffraction, is not smaller than 0.3354 nm and not greater than 0.337 nm in d 002, not smaller than 80 nm in Lc and not smaller than 100 nm in La, and mixing a graphite II and the graphite I, the graphite II is any one of artificial graphite or spherically shaped natural graphite, wherein said graphite II, according to X-ray powder diffraction, is not smaller than 0.3354 nm and not greater than 0.337 nm in d 002, not smaller than 100 nm in Lc and not smaller than 100 nm in La. coking a residue resulting from distillation of crude oil under reduced pressure and the residue having API gravity of 1 to 5, an asphaltene content of 10 to 50%, a resin content of 5 to 30%, and a sulfur content of 1 to 12% to obtain coke, pulverizing the coke to obtain a carbon powder, heating the carbon powder at 2500 to 3500 deg C to obtain a graphite I, wherein said graphite I, according to X-ray powder diffraction, is not smaller than 0.3354 nm and not greater than 0.337 nm in d 002, not smaller than 80 nm in Lc and not smaller than 100 nm in La, and mixing a graphite II and the graphite I, the graphite II is any one of artificial graphite or spherically shaped natural graphite, wherein said graphite II, according to X-ray powder diffraction, is not smaller than 0.3354 nm and not greater than 0.337 nm in d 002, not smaller than 100 nm in Lc and not smaller than 100 nm in La.
A multi-reflecting time-of-flight mass spectrometer (MR-TOF MS), comprising: an ion source (22, 82) for generating an ion beam; an orthogonal accelerator to convert the ion beam (23, 77) into ion packets (19, 79, 80); an interface for ion transfer between said ion source (22, 82) and said orthogonal accelerator; and a planar multi-reflecting analyzer providing multiple reflections of the ion packets (19, 79, 80) within a jig-saw trajectory plane (X-Z), characterized in that said interface orients the ion beam substantially orthogonal to said trajectory plane (X-Z), elongating the ion packets in a direction substantially orthogonal to said trajectory plane (X-Z). an ion source (22, 82) for generating an ion beam; an orthogonal accelerator to convert the ion beam (23, 77) into ion packets (19, 79, 80); an interface for ion transfer between said ion source (22, 82) and said orthogonal accelerator; and a planar multi-reflecting analyzer providing multiple reflections of the ion packets (19, 79, 80) within a jig-saw trajectory plane (X-Z), characterized in that said interface orients the ion beam substantially orthogonal to said trajectory plane (X-Z), elongating the ion packets in a direction substantially orthogonal to said trajectory plane (X-Z).
A rotation apparatus including a motor and a speed reducer, wherein the speed reducer includes a casing, an internal gear that is integrated with the casing, a planetary gear that is internally engaged with the internal gear, and a carrier body that is arranged in an axial side portion of the planetary gear, wherein the motor and the speed reducer are connected with each other via an adapter, wherein the adapter has a motor-fixed surface that is fixed to the motor, characterized in that the adapter further has a carrier-fixed surface that is fixed to the carrier body, and an externally fixed surface that is not parallel with the carrier-fixed surface and is fixed to an external member, wherein a driven member is connected to the casing, wherein the driven member, the speed reducer, and the externally fixed surface are overlapped with each other when viewed from a radial direction of the speed reducer, and wherein the driven member is rotated within a range of 180 degrees.
A device suitable for separating flat and body shaped solids, as well as light, medium and heavy solids, in a bulk material consisting of at least two separating surfaces (2, 2 ') which are designed as drums with openings (A, A', A") arranged in the lateral surfaces which are arranged at a predetermined horizontal and vertical distance (a, b) from one another so that the body components of the bulk material touch the surface areas successively in time, wherein the at least two rotatably mounted drum separating surfaces (2, 2 ') being closed on at least one end face (9, 9'), characterized in that - at least one exhaust air outlet and / or air supply opening (7, 8) is arranged on the at least one end face; and - the at least one partition wall (20, 20 ') divides the inner volume of each drum into the partial volumes D, E, and the partial volumes D and E of the drum being varied by the plates 27, 28; in which - the at least one partition wall has at least one elongated plate (27, 28) which is arranged displaceably transversely to the partition wall (20, 20'). - at least one exhaust air outlet and / or air supply opening (7, 8) is arranged on the at least one end face; and - the at least one partition wall (20, 20 ') divides the inner volume of each drum into the partial volumes D, E, and the partial volumes D and E of the drum being varied by the plates 27, 28; in which - the at least one partition wall has at least one elongated plate (27, 28) which is arranged displaceably transversely to the partition wall (20, 20').
A speed sensor module comprising an insert cover, said insert cover comprising: an elongated body having a length aligned along a longitudinal axis, the elongated body including a convex top surface and a uniform width along the length; a first portion emanating from the top surface at a first end of the elongated body; characterised in that the insert cover further comprises: a second portion emanating from the top surface at a diametrically opposed second end of the elongated body; and a third portion emanating from the top surface between the first portion and the second portion; wherein each of the first, second, and third portions are orthogonal to the longitudinal axis. an elongated body having a length aligned along a longitudinal axis, the elongated body including a convex top surface and a uniform width along the length; a first portion emanating from the top surface at a first end of the elongated body; characterised in that the insert cover further comprises: a second portion emanating from the top surface at a diametrically opposed second end of the elongated body; and a third portion emanating from the top surface between the first portion and the second portion; a second portion emanating from the top surface at a diametrically opposed second end of the elongated body; and a third portion emanating from the top surface between the first portion and the second portion; wherein each of the first, second, and third portions are orthogonal to the longitudinal axis.
A compound having the structure of Formula, or a pharmaceutically acceptable salt thereof, wherein, X and Y are each independently chosen from C-H, C-F, C-CH 3, or N; Z is chosen -G, -CH 2 -G, -CH 2 -CH 2 -G, -N(R 1)-G, -N(R 1)-CH 2 -G, -O-G, -O-CH 2 -G, or-C N(R 2)(R 3); G is carbocyclyl, heterocyclyl or heteroaryl; R 1 is hydrogen or alkyl; R 2 and R 3 are independently selected from hydrogen, alkyl, heterocyclyl, heterocyclylalkyl, or optionally, R 2 and R 3 join to form an N-linked heterocyclyl ring system; R is chosen from alkoxy, carbocyclylalkyloxy, carbocyclyl, carbocyclylalkyl, aryl, aralkyl, heteroaryl, or heterocyclyl; and R 4 is hydrogen, halogen, C 1 -C 3 alkyl, C 1 -C 3 alkoxy, or -N(R 2)(R 3). X and Y are each independently chosen from C-H, C-F, C-CH 3, or N; Z is chosen -G, -CH 2 -G, -CH 2 -CH 2 -G, -N(R 1)-G, -N(R 1)-CH 2 -G, -O-G, -O-CH 2 -G, or-C N(R 2)(R 3); G is carbocyclyl, heterocyclyl or heteroaryl; R 1 is hydrogen or alkyl; R 2 and R 3 are independently selected from hydrogen, alkyl, heterocyclyl, heterocyclylalkyl, or optionally, R 2 and R 3 join to form an N-linked heterocyclyl ring system; R is chosen from alkoxy, carbocyclylalkyloxy, carbocyclyl, carbocyclylalkyl, aryl, aralkyl, heteroaryl, or heterocyclyl; and R 4 is hydrogen, halogen, C 1 -C 3 alkyl, C 1 -C 3 alkoxy, or -N(R 2)(R 3).
Device for detecting an acoustic signal of interest with a predetermined frequency, making it possible to locate an underwater source of the acoustic signal, the device comprising: - a receiver configured to detect the acoustic signal of interest, - an actuator configured to allow at least one part of the detection device to move to a zone for signalling a result of detection of the signal of interest in response to detecting the acoustic signal of interest, and - an emitter configured in the at least one part of the detection device for signalling the result of detection of the signal of interest. - a receiver configured to detect the acoustic signal of interest, - an actuator configured to allow at least one part of the detection device to move to a zone for signalling a result of detection of the signal of interest in response to detecting the acoustic signal of interest, and - an emitter configured in the at least one part of the detection device for signalling the result of detection of the signal of interest.
Centrifugal compressor for compressing a fluid, said centrifugal compressor having: - a housing which has a part joint plane which extends parallel to or along a machine axis, - a shaft which extends along the machine axis having a first shaft end and a second shaft end, - at least one impeller which is mounted on the shaft, - a collector helix which is arranged downstream of the at least one impeller and collects the compressed fluid prior to an outflow into a following machine module, wherein the collector helix is arranged on the first shaft end, - a drive which is arranged on the first shaft end, - wherein an axial intake at an overhang stage of the centrifugal compressor is provided on the shaft on the second shaft end, characterized in that the collector helix is realized as a single piece in the circumferential direction and is flanged to the housing of the centrifugal compressor. - a housing which has a part joint plane which extends parallel to or along a machine axis, - a shaft which extends along the machine axis having a first shaft end and a second shaft end, - at least one impeller which is mounted on the shaft, - a collector helix which is arranged downstream of the at least one impeller and collects the compressed fluid prior to an outflow into a following machine module, wherein the collector helix is arranged on the first shaft end, - a drive which is arranged on the first shaft end, - wherein an axial intake at an overhang stage of the centrifugal compressor is provided on the shaft on the second shaft end,
Pencil holder for storing a pencil (58, 60), said pencil holder having a hollow sleeve-shaped basic body which comprises an interior which is elongated along a longitudinal axis and opens out in an insertion opening for partially receiving the pencil (58, 60), wherein in the region of the insertion opening the basic body merges into a least one retaining tongue which juts out from the basic body and which is set up for the purpose of holding the pencil (58, 60) on the basic body as a result of clamping, wherein in the outer surface of the basic body a depression is formed in which a sharpening blade is fastened such that a cutting edge of the sharpening blade is aligned substantially parallel to the longitudinal axis and is accessible from the outside of the basic body for sharpening the pencil (58, 60), wherein the depression is arranged in the region of the pointed end which is remote from the insertion opening, and characterized in that the depression communicates by means of a passage with a contact surface, which is molded into the basic body on the rear side of the depression, for positioning the pencil (58, 60) to be sharpened, and wherein the cutting edge of the sharpening blade is accessible at the contact surface for sharpening the pencil (58, 60).
An apparatus for analyzing a substance of an object, the apparatus comprising: a sensor part (110, 920, 1020) including an image sensor (112, 1022) and a plurality of light sources (111, 113, 1021), the plurality of light sources being disposed around the image sensor; and a processor configured to drive the plurality of light sources to cause light from each of the light sources to be received at each pixel of the image sensor, configured to obtain absorbance values for each pixel for each of the light sources based on the intensities of light received by the pixels, configured to correct the absorbance values based on the distances between respective light sources and pixels, and configured to analyze a substance of an object based on the corrected absorbance values. a sensor part (110, 920, 1020) including an image sensor (112, 1022) and a plurality of light sources (111, 113, 1021), the plurality of light sources being disposed around the image sensor; and a processor configured to drive the plurality of light sources to cause light from each of the light sources to be received at each pixel of the image sensor, configured to obtain absorbance values for each pixel for each of the light sources based on the intensities of light received by the pixels, configured to correct the absorbance values based on the distances between respective light sources and pixels, and configured to analyze a substance of an object based on the corrected absorbance values.
A connector including a plurality of electrically conducting contacts and to be fitted in a fitting direction to another connector, said connector to be fixed to a substrate and comprising: a fixing insulator having a frame shape; a plurality of metal fittings that are disposed at both ends of said fixing insulator in a contact array direction in which said contacts are arrayed, and that are provided inside said fixing insulator; and a movable insulator that is disposed inside said fixing insulator, that is connected to said fixing insulator through elastic deformation portions of said contacts, and that is movable at least in a direction perpendicular to the fitting direction by elastic deformation of said elastic deformation portions, wherein a lock portion is disposed at one end of the movable insulator in the contact array direction and another lock portion at the other end of the movable insulator in the contact array direction such that the lock portions (43, 44) face the respective metal fittings, wherein the metal fittings are locked with the fixing insulator in a state of being disposed inside the fixing insulator and are provided in a state of being not exposed on a surface at a fitting side of the fixing insulator, and wherein both ends of said movable insulator are formed to be wider than a central part of said movable insulator in a width direction orthogonal to said contact array direction, on a plane perpendicular to said fitting direction, characterized in that each lock portion (43,44) is adapted to be inserted between a respective insulator support portion of the metal fitting and a substrate surface of the substrate. a fixing insulator having a frame shape; a plurality of metal fittings that are disposed at both ends of said fixing insulator in a contact array direction in which said contacts are arrayed, and that are provided inside said fixing insulator; and a movable insulator that is disposed inside said fixing insulator, that is connected to said fixing insulator through elastic deformation portions of said contacts, and that is movable at least in a direction perpendicular to the fitting direction by elastic deformation of said elastic deformation portions, wherein a lock portion is disposed at one end of the movable insulator in the contact array direction and another lock portion at the other end of the movable insulator in the contact array direction such that the lock portions (43, 44) face the respective metal fittings, wherein the metal fittings are locked with the fixing insulator in a state of being disposed inside the fixing insulator and are provided in a state of being not exposed on a surface at a fitting side of the fixing insulator, and wherein both ends of said movable insulator are formed to be wider than a central part of said movable insulator in a width direction orthogonal to said contact array direction, on a plane perpendicular to said fitting direction, characterized in that each lock portion (43,44) is adapted to be inserted between a respective insulator support portion of the metal fitting and a substrate surface of the substrate.
A lighting assembly, comprising: - a leadframe; and - at least one light-emitting diode, LED, element arranged on the leadframe, wherein the at least one LED element is configured to emit light when supplied with electrical power by means of the leadframe, wherein at least a portion of the leadframe is covered with a polyurethane coating arranged to electrically insulate the portion of the leadframe, and wherein at least a portion of the polyurethane covered portion of the leadframe is further covered with a thermally conductive material. - a leadframe; and - at least one light-emitting diode, LED, element arranged on the leadframe, wherein the at least one LED element is configured to emit light when supplied with electrical power by means of the leadframe, wherein at least a portion of the leadframe is covered with a polyurethane coating arranged to electrically insulate the portion of the leadframe, and wherein at least a portion of the polyurethane covered portion of the leadframe is further covered with a thermally conductive material.
Screw or bolt made of two different materials, wherein the screw or bolt comprises an outer contour made of an outer material and a core made of an inner material, wherein the inner material consists of a nickel-based alloy, characterized in that the outer material consists of a 1 wt% Cr steel or a 10 wt% Cr steel.
A system for treating a patient, comprising: a stimulator for stimulating brain tissue; and a controller for setting stimulation parameters of the stimulator; wherein the stimulator is configured to operate in a first mode with a first set of stimulation parameters and a second mode with a second set of stimulation parameters different than the first set of stimulation parameters; wherein the stimulator is configured to transition between the first mode and the second mode based on a patient parameter; wherein the patient parameter comprises a patient awakeness parameter, and wherein the stimulator is configured to transition from the first mode to the second mode when the patient is asleep; and wherein the system is configured to treat at least one of a cognitive disease or a cognitive disorder. a stimulator for stimulating brain tissue; and a controller for setting stimulation parameters of the stimulator; wherein the stimulator is configured to operate in a first mode with a first set of stimulation parameters and a second mode with a second set of stimulation parameters different than the first set of stimulation parameters; wherein the stimulator is configured to transition between the first mode and the second mode based on a patient parameter; wherein the patient parameter comprises a patient awakeness parameter, and wherein the stimulator is configured to transition from the first mode to the second mode when the patient is asleep; and wherein the system is configured to treat at least one of a cognitive disease or a cognitive disorder.
A method for detecting shorted turns in the windings of salient rotor poles of an electric rotating machine, the method comprising: for each one of the salient rotor poles, measuring a radial magnetic flux between a stator of the electric rotating machine and the salient rotor pole, and measuring a thickness of an air-gap between the stator and the salient rotor pole; for each one of the salient rotor poles, determining an expected radial flux using the measured radial magnetic flux and the measured thickness of the air-gap; and identifying shorted turns by comparing, for each one of the salient rotor poles, the measured radial magnetic flux to the expected radial magnetic flux. for each one of the salient rotor poles, measuring a radial magnetic flux between a stator of the electric rotating machine and the salient rotor pole, and measuring a thickness of an air-gap between the stator and the salient rotor pole; for each one of the salient rotor poles, determining an expected radial flux using the measured radial magnetic flux and the measured thickness of the air-gap; and identifying shorted turns by comparing, for each one of the salient rotor poles, the measured radial magnetic flux to the expected radial magnetic flux.
Method for fastening a structural element (26; 70), in particular a strip arrangement, to a workpiece, in particular to a body portion, with the steps: - securing a stud to the workpiece; - premounting a fastening element on the structural element (26; 70), the fastening element having a stud receptacle (18; 56); - pushing the fastening element in a longitudinal direction (z) onto the stud; and - moving the structural element (26; 70) in a direction (x) transverse with respect to the longitudinal direction (z), a driver portion (28; 80) of the structural element (26; 70) engaging on the fastening element in such a way that the fastening element is rotated about the longitudinal axis (z). - securing a stud to the workpiece; - premounting a fastening element on the structural element (26; 70), the fastening element having a stud receptacle (18; 56); - pushing the fastening element in a longitudinal direction (z) onto the stud; and - moving the structural element (26; 70) in a direction (x) transverse with respect to the longitudinal direction (z), a driver portion (28; 80) of the structural element (26; 70) engaging on the fastening element in such a way that the fastening element is rotated about the longitudinal axis (z).