mhurhangee/ep-ind-claims huggingface dataset:
A rotation drive device including a housing having first and second chambers (7, 8) partitioned from each other by a diaphragm, a rotor rotatably provided in said first chamber along said diaphragm, and a drive unit provided in said second chamber for driving said rotor to rotate with said diaphragm interposed there between, said rotor comprising a plurality of first permanent magnets provided in said rotor, each of said first permanent magnets being magnetized in a direction orthogonal to said rotation direction of said rotor, every two adjacent ones of said first permanent magnets having magnetic polarities different from each other, said drive unit including a plurality of drive unit magnetic materials arranged to face said plurality of first permanent magnets, and a plurality of coils wound around said plurality of drive unit magnetic materials, respectively, for generating a rotating magnetic field, wherein said plurality of first permanent magnets is aligned with a gap therebetween in a rotation direction of said rotor, characterized in that, a plurality of second permanent magnets is provided in said rotor and magnetically coupled to said plurality of first permanent magnets, wherein each of said second permanent magnets is provided correspondingly to a gap between every two adjacent first permanent magnets, and is magnetized in said rotation direction of said rotor, wherein said second permanent magnets are overlapping said first permanent magnets in a circumferential direction of said rotor, and wherein a plurality of magnetic materials are provided in said rotor and inserted in said plurality of gaps between said plurality of second permanent magnets and adjacent to said first permanent magnets. a plurality of drive unit magnetic materials arranged to face said plurality of first permanent magnets, and a plurality of coils wound around said plurality of drive unit magnetic materials, respectively, for generating a rotating magnetic field,
A gassing device for bioreactors having a first gassing element with gas discharge openings of a first size and having at least one second gassing element with gas discharge openings of a second size, and wherein the gassing elements (3, 4) are formed with separate gassing channels (7, 8), characterized in that the gassing elements (3, 4) are formed by a common housing, the housing has the form of an annular disk in which the gassing elements (3, 4) are arranged concentrically to each other, the housing has a lower part in which are arranged the gassing channels (7, 8) with in each case a radially extending inflow (21, 23) the gassing channels (7, 8) are delimited relative to each other by a partition wall and downwardly delimited in the vertical direction by a bottom.
A system for shear wave based pulmonary elastography, comprising: an ultrasound probe configured to be inserted into a subject within an airway and to evaluate tissue of a target area within a pulmonary region of the subject by transmitting a signal and receiving a response, the evaluation comprising transmitting, by the probe, one or more push pulses to the tissue resulting in a shear wave and determining the propagation speed of the shear wave; a contact device coupled to the ultrasound probe, configured to provide and maintain contact between the ultrasound probe and the tissue, and the contact device including an expandable volume; and an image processing module configured to output one or more elastograms according to the response. an ultrasound probe configured to be inserted into a subject within an airway and to evaluate tissue of a target area within a pulmonary region of the subject by transmitting a signal and receiving a response, the evaluation comprising transmitting, by the probe, one or more push pulses to the tissue resulting in a shear wave and determining the propagation speed of the shear wave; a contact device coupled to the ultrasound probe, configured to provide and maintain contact between the ultrasound probe and the tissue, and the contact device including an expandable volume; and an image processing module configured to output one or more elastograms according to the response.
Method for manufacturing a wound rotor or stator having more than four poles, preferably a rotor, the rotor or stator comprising teeth provided with pole shoes, the method comprising the following steps, for each pole: a) producing a partial winding by winding at least one conductor over the portion of the tooth of this pole extending axially along this pole between the pole shoes of this pole and a plane (P min) at right angles to the axis of the pole and tangential to a pole shoe of an adjacent pole, b) pushing back the duly produced partial winding towards the base of the tooth, and freeing said portion of the tooth having been used for the winding, c) repeating the step a) to produce another partial winding on the duly released portion of tooth. a) producing a partial winding by winding at least one conductor over the portion of the tooth of this pole extending axially along this pole between the pole shoes of this pole and a plane (P min) at right angles to the axis of the pole and tangential to a pole shoe of an adjacent pole, b) pushing back the duly produced partial winding towards the base of the tooth, and freeing said portion of the tooth having been used for the winding, c) repeating the step a) to produce another partial winding on the duly released portion of tooth.
Proximity sensor for inductive detection of objects, comprising - a housing having a front cap which forms the detection side of the proximity sensor, - a processing and receiving unit which comprises a printed circuit board and which can be connected to an external control and/or evaluation unit, - wherein a single-part or multi-part coil carrier is provided, on which at least one primary coil and at least one first secondary coil are arranged circumferentially wound or pressed and spaced apart in the direction of the axis, wherein an end surface (6.1) of the coil carrier of the inner surface (3.1) of the front cap is directly opposite and/or abuts against it, and the first secondary coil in the axial direction is closer to the end surface (6.1) than the primary coil, wherein a second secondary coil is provided on the coil carrier, which is wound in the opposite direction to the first secondary coil, wherein the primary coil is arranged between the two secondary coils (8a, b), wherein a metallic shielding element is arranged in such a way that it encloses the second secondary coil, and wherein the shielding element does not extend into the axial area of the first secondary coil in order not to restrict its detection radius. - a housing having a front cap which forms the detection side of the proximity sensor, - a processing and receiving unit which comprises a printed circuit board and which can be connected to an external control and/or evaluation unit, - wherein a single-part or multi-part coil carrier is provided, on which at least one primary coil and at least one first secondary coil are arranged circumferentially wound or pressed and spaced apart in the direction of the axis, wherein an end surface (6.1) of the coil carrier of the inner surface (3.1) of the front cap is directly opposite and/or abuts against it, and the first secondary coil in the axial direction is closer to the end surface (6.1) than the primary coil, wherein a second secondary coil is provided on the coil carrier, which is wound in the opposite direction to the first secondary coil, wherein the primary coil is arranged between the two secondary coils (8a, b), wherein a metallic shielding element is arranged in such a way that it encloses the second secondary coil, and wherein the shielding element does not extend into the axial area of the first secondary coil in order not to restrict its detection radius.
An airless type dispenser comprising: a housing containing contents and including a piston moving upwards according to a use of contents; and a pumping member engaged to an upper part of the housing and discharging contents by pumping action, and a shock-absorbing lower structure which comprises: a support member, made of elastic material, and being located at the lower part of the piston and extending from a point of an upper surface of a housing support coupled on the lower part of the housing in an upward direction to a fixed height with an upper side thereof curved, so as to absorb a shock effect, wherein the support member is separated from a lower end of the piston when the piston ascends according to a use of contents, and the support member supports the lower end of the piston when the piston is lowered by an external shock, thereby configured to prevent the housing support from being separated from the container body. a housing containing contents and including a piston moving upwards according to a use of contents; and a pumping member engaged to an upper part of the housing and discharging contents by pumping action, and a shock-absorbing lower structure which comprises: a support member, made of elastic material, and being located at the lower part of the piston and extending from a point of an upper surface of a housing support coupled on the lower part of the housing in an upward direction to a fixed height with an upper side thereof curved, so as to absorb a shock effect, wherein the support member is separated from a lower end of the piston when the piston ascends according to a use of contents, and the support member supports the lower end of the piston when the piston is lowered by an external shock, thereby configured to prevent the housing support from being separated from the container body. a support member, made of elastic material, and being located at the lower part of the piston and extending from a point of an upper surface of a housing support coupled on the lower part of the housing in an upward direction to a fixed height with an upper side thereof curved, so as to absorb a shock effect, wherein the support member is separated from a lower end of the piston when the piston ascends according to a use of contents, and the support member supports the lower end of the piston when the piston is lowered by an external shock, thereby configured to prevent the housing support from being separated from the container body.
A method of operating a display of an ultrasound diagnostic device having at least one display, the method comprising: obtaining an image of an object; obtaining information about a portion of the object that will be captured with the ultrasound diagnostic device; determining the position of the portion of the object from the image of the object; changing the position of the display based on the determined position of the portion of the object; obtaining an image of an operator of the ultrasound diagnostic device performing ultrasound imaging of the object by using the ultrasound diagnostic device; determining at least a viewing direction and optionally a position of the operator from the obtained image of the operator; and changing at least one of an orientation from a first angle to a second angle, and a position from a first position to a second position of the display connected to the ultrasound diagnostic device according to at least the determined viewing direction and optionally the determined position of the operator. obtaining an image of an object; obtaining information about a portion of the object that will be captured with the ultrasound diagnostic device; determining the position of the portion of the object from the image of the object; changing the position of the display based on the determined position of the portion of the object; obtaining an image of an operator of the ultrasound diagnostic device performing ultrasound imaging of the object by using the ultrasound diagnostic device; determining at least a viewing direction and optionally a position of the operator from the obtained image of the operator; and changing at least one of an orientation from a first angle to a second angle, and a position from a first position to a second position of the display connected to the ultrasound diagnostic device according to at least the determined viewing direction and optionally the determined position of the operator. an orientation from a first angle to a second angle, and a position from a first position to a second position of the display connected to the ultrasound diagnostic device according to at least the determined viewing direction and optionally the determined position of the operator.
A processor-based system, comprising: at least one processor; a system management memory coupled to the at least one processor; a code block; a chipset including a manageability engine coupled to the at least one processor and the system management memory; and code which is executable by the processor-based system to cause t the manageability engine of the chipset to: generate integrity information for the code block upon a restart of the processor-based system; securely store the integrity information in a location accessible by the manageability engine, wherein the integrity information corresponds to one or more code blocks; scan the system management memory and validate the integrity of the scanned code blocks during runtime using the securely stored list of integrity information; and periodically re-validate the code blocks of the system management memory during the runtime of the processor-based system using the securely stored integrity information. at least one processor; a system management memory coupled to the at least one processor; a code block; a chipset including a manageability engine coupled to the at least one processor and the system management memory; and code which is executable by the processor-based system to cause t the manageability engine of the chipset to: generate integrity information for the code block upon a restart of the processor-based system; securely store the integrity information in a location accessible by the manageability engine, wherein the integrity information corresponds to one or more code blocks; scan the system management memory and validate the integrity of the scanned code blocks during runtime using the securely stored list of integrity information; and periodically re-validate the code blocks of the system management memory during the runtime of the processor-based system using the securely stored integrity information. generate integrity information for the code block upon a restart of the processor-based system; securely store the integrity information in a location accessible by the manageability engine, wherein the integrity information corresponds to one or more code blocks; scan the system management memory and validate the integrity of the scanned code blocks during runtime using the securely stored list of integrity information; and periodically re-validate the code blocks of the system management memory during the runtime of the processor-based system using the securely stored integrity information.
A method for the preparation of ethylene from methane comprising contacting a mixture comprising oxygen and methane at a temperature below 900 °C with a catalytic nanowire, wherein the catalytic nanowire is an inorganic nanowire comprising one or more metal elements from any of Groups 3 through 7, lanthanides, actinides or combinations thereof and a dopant comprising a metal element, a semi-metal element, a non-metal element or combinations thereof.
A sample collection device, comprising: a device main body that has a proximal end and a distal end and that has an opening as a sample suction port on a proximal side thereof, a flow channel for sample collection for sucking a sample by capillary action, wherein the flow channel is provided in the device main body and has two channels (10a, 10b) connected to each other on a distal side of the device main body and extending from the distal side toward the proximal side of the device main body, one of the channels communicating with the sample suction port and another channel terminating before reaching the proximal end; an air hole that communicates with a terminal of the another channel; and at least one extraction part that includes a portion of the one channel of the two channels and a portion of the another channel of the two channels (10a, 10b), the portions of the one channel and the another channel are located on a distal side of the device main body with respect to the air hole; the sample collection device being characterized in further comprising cutting grooves provided on the device main body to cut off the extraction part from a rest of the device main body. a device main body that has a proximal end and a distal end and that has an opening as a sample suction port on a proximal side thereof, a flow channel for sample collection for sucking a sample by capillary action, wherein the flow channel is provided in the device main body and has two channels (10a, 10b) connected to each other on a distal side of the device main body and extending from the distal side toward the proximal side of the device main body, one of the channels communicating with the sample suction port and another channel terminating before reaching the proximal end; an air hole that communicates with a terminal of the another channel; and at least one extraction part that includes a portion of the one channel of the two channels and a portion of the another channel of the two channels (10a, 10b), the portions of the one channel and the another channel are located on a distal side of the device main body with respect to the air hole; the sample collection device being characterized in further comprising cutting grooves provided on the device main body to cut off the extraction part from a rest of the device main body.
A blood collection tube holder comprising: a substantially cylindrical body comprising a barrel and a needle retraction cavity; a frontal attachment (24, 38); and a retractable single needle comprising a venipuncture end and a fluid discharge end that are oppositely directed; wherein the body and the frontal attachment (24, 38) are cooperatively configured to facilitate sliding lateral movement of the body relative to the retractable single needle prior to needle retraction, wherein the fluid discharge end is configured to penetrate an elastomeric stopper in a blood collection tube being inserted into a barrel cavity of the barrel for collecting blood of a patient in order to establish a fluid communication between the venipuncture end and an inside of the blood collection tube, wherein the body further comprises the barrel cavity which is substantially cylindrically and wherein the needle retraction cavity is integrally formed, wherein the barrel cavity and the needle retraction cavity are substantially parallel and separated by a partial wall, wherein the partial wall is configured to facilitate sliding lateral movement of the fluid discharge end of the retractable single needle from a first position where retractable single needle is substantially centered inside of and coaxially aligned with the barrel cavity to a second position where the retractable single needle is substantially aligned with the needle retraction cavity. a substantially cylindrical body comprising a barrel and a needle retraction cavity; a frontal attachment (24, 38); and a retractable single needle comprising a venipuncture end and a fluid discharge end that are oppositely directed; wherein the body and the frontal attachment (24, 38) are cooperatively configured to facilitate sliding lateral movement of the body relative to the retractable single needle prior to needle retraction, wherein the fluid discharge end is configured to penetrate an elastomeric stopper in a blood collection tube being inserted into a barrel cavity of the barrel for collecting blood of a patient in order to establish a fluid communication between the venipuncture end and an inside of the blood collection tube, wherein the body further comprises the barrel cavity which is substantially cylindrically and wherein the needle retraction cavity is integrally formed, wherein the barrel cavity and the needle retraction cavity are substantially parallel and separated by a partial wall, wherein the partial wall is configured to facilitate sliding lateral movement of the fluid discharge end of the retractable single needle from a first position where retractable single needle is substantially centered inside of and coaxially aligned with the barrel cavity to a second position where the retractable single needle is substantially aligned with the needle retraction cavity.
A receiver for an instrument landing system with real-time fault detection, the receiver comprising: a test signal generator; an antenna; a wideband front end, having an input coupled to the antenna and the test signal generator, wherein the test signal generator injects a test signal at an edge of a selected RF band that contains an expected guidance signal, the test signal used to identify faults in the instrument landing system; an analog to digital, A/D, converter coupled to an output of the wideband front end that generates digitized spectrum, the digitized spectrum including the injected test signal and the selected RF band, including the expected guidance signal; a bank of digital down-converters, coupled to the output of the A/D converter; a main processor selectively coupled to the bank of digital down-converters; a monitor processor selectively coupled to the bank of digital down-converters; wherein the bank of digital down-converters selectively provide the test signal and the expected guidance signal from the digitized spectrum to the main and monitor processors to provide lateral and vertical guidance to a flight control system, and wherein the monitor processor detects faults in the analog and digital circuitry of the receiver. a test signal generator; an antenna; a wideband front end, having an input coupled to the antenna and the test signal generator, wherein the test signal generator injects a test signal at an edge of a selected RF band that contains an expected guidance signal, the test signal used to identify faults in the instrument landing system; an analog to digital, A/D, converter coupled to an output of the wideband front end that generates digitized spectrum, the digitized spectrum including the injected test signal and the selected RF band, including the expected guidance signal; a bank of digital down-converters, coupled to the output of the A/D converter; a main processor selectively coupled to the bank of digital down-converters; a monitor processor selectively coupled to the bank of digital down-converters; wherein the bank of digital down-converters selectively provide the test signal and the expected guidance signal from the digitized spectrum to the main and monitor processors to provide lateral and vertical guidance to a flight control system, and wherein the monitor processor detects faults in the analog and digital circuitry of the receiver.