mhurhangee/ep-ind-claims huggingface dataset:
A pharmaceutical composition including: an amphiphilic pyridinium compound selected from the group consisting of and wherein X - is acetate, mesylate, oxylate, chloride, bromide or iodide, and a pharmaceutically acceptable carrier for use in treating epilepsy or related neurological disorders characterized by epileptic seizures in a mammal, wherein a therapeutically effective amount of the pharmaceutical composition is to be administered to the mammal. an amphiphilic pyridinium compound selected from the group consisting of and wherein X - is acetate, mesylate, oxylate, chloride, bromide or iodide, and a pharmaceutically acceptable carrier for use in treating epilepsy or related neurological disorders characterized by epileptic seizures in a mammal, wherein a therapeutically effective amount of the pharmaceutical composition is to be administered to the mammal.
A surgical instrument, comprising: a shaft; an end effector extending distally from said shaft; and a housing extending proximally from said shaft, said housing comprising: a motor configured to generate at least one motion to effectuate said end effector; a primary power source configured to supply a first power to operate said motor, wherein said primary power source is detachable from said housing; and a secondary power source configured to supply a second power to said motor; a power management circuit programmed to selectively transmit said second power from said secondary power source to said motor to restore said surgical instrument to a default status when said primary power source is detached from said housing. a shaft; an end effector extending distally from said shaft; and a housing extending proximally from said shaft, said housing comprising: a motor configured to generate at least one motion to effectuate said end effector; a primary power source configured to supply a first power to operate said motor, wherein said primary power source is detachable from said housing; and a secondary power source configured to supply a second power to said motor; a motor configured to generate at least one motion to effectuate said end effector; a primary power source configured to supply a first power to operate said motor, wherein said primary power source is detachable from said housing; and a secondary power source configured to supply a second power to said motor; a power management circuit programmed to selectively transmit said second power from said secondary power source to said motor to restore said surgical instrument to a default status when said primary power source is detached from said housing.
A network routing method comprising: for multiple selectable paths corresponding to current service, calculating an average utilization rate of links of a whole network U according to a bandwidth utilization rate of each link before bearing the current service (R ij, C ij) and the number of the links in the whole network (m), wherein each of the selectable paths includes at least one link; for each link in each of the selectable paths, calculating a bandwidth utilization rate of each link after bearing the current service (U ij); for each link in each of the selectable paths, setting a link balanced weight for each link (W ij) according to the bandwidth utilization rate of said link after bearing the current service (U ij) and the average utilization rate of the links of the whole network U; and accumulating the link balanced weight of each link (W ij) included in each of the selectable paths respectively to obtain accumulated loads, and selecting a path with the minimum accumulated load as a bearing path for bearing the current service. for multiple selectable paths corresponding to current service, calculating an average utilization rate of links of a whole network U according to a bandwidth utilization rate of each link before bearing the current service (R ij, C ij) and the number of the links in the whole network (m), wherein each of the selectable paths includes at least one link; for each link in each of the selectable paths, calculating a bandwidth utilization rate of each link after bearing the current service (U ij); for each link in each of the selectable paths, setting a link balanced weight for each link (W ij) according to the bandwidth utilization rate of said link after bearing the current service (U ij) and the average utilization rate of the links of the whole network U; and accumulating the link balanced weight of each link (W ij) included in each of the selectable paths respectively to obtain accumulated loads, and selecting a path with the minimum accumulated load as a bearing path for bearing the current service.
A method for setting a lock scheme in an electronic device, the method comprising: acquiring information about an Access Point, AP, wherein the acquired information includes a use restriction level set at the AP and a Radio Frequency, RF, signal of the AP; setting a security level of the electronic device according to the use restriction level; and setting the lock scheme of the electronic device suitable to the security level, characterized in that the setting of the security level comprises: if a use restriction is set on the AP, determining a Received Signal Strength Indication, RSSI, based on the RF signal, and setting (1605, 1607) the security level according to a comparison result between the RSSI and a threshold value. acquiring information about an Access Point, AP, wherein the acquired information includes a use restriction level set at the AP and a Radio Frequency, RF, signal of the AP; setting a security level of the electronic device according to the use restriction level; and setting the lock scheme of the electronic device suitable to the security level, characterized in that the setting of the security level comprises: if a use restriction is set on the AP, determining a Received Signal Strength Indication, RSSI, based on the RF signal, and setting (1605, 1607) the security level according to a comparison result between the RSSI and a threshold value.
A system for monitoring a patient's core body temperature, including: a curved temperature sensor; at least one releasably securing strip at an outer surface of the sensor; a band that is coupled to the sensor by the at least one releasably securing strip and that is adapted to secure the sensor to the patient; and characterized in that the system comprises an adhesive strip positioned along only one edge of an interior side of the sensor that is adapted to couple the interior side of the sensor to the skin of the patient. a curved temperature sensor; at least one releasably securing strip at an outer surface of the sensor; a band that is coupled to the sensor by the at least one releasably securing strip and that is adapted to secure the sensor to the patient; and characterized in that the system comprises an adhesive strip positioned along only one edge of an interior side of the sensor that is adapted to couple the interior side of the sensor to the skin of the patient.
Dimensionally flexible illumination system, comprising at least one light-emitting diode, which is arranged on a flexible carrier material, an optical unit being provided, said optical unit enabling a uniform, directed and/or de-glared light emission, the optical unit being embodied as a separate component, characterized in that the optical unit is interchangeable.
A non-invasive prenatal screening method for the identification of fetal characteristics including the steps of: - contacting a drawn maternal blood sample that includes a plurality of blood cells with a nucleic acid protective agent in an amount and time sufficient so that the blood cells are substantially prevented from (i) releasing genomic nucleic acids into the blood sample and from (ii) experiencing nuclease activity that degrades fetal nucleic acid; wherein said nucleic acid protective agent comprises imidazolidinyl urea, ethylenediamine tetraacetic acid, and glycine; - isolating fetal nucleic acids from the maternal blood sample; and - analyzing the isolated fetal nucleic acids to identify a fetal characteristic. - contacting a drawn maternal blood sample that includes a plurality of blood cells with a nucleic acid protective agent in an amount and time sufficient so that the blood cells are substantially prevented from (i) releasing genomic nucleic acids into the blood sample and from (ii) experiencing nuclease activity that degrades fetal nucleic acid; wherein said nucleic acid protective agent comprises imidazolidinyl urea, ethylenediamine tetraacetic acid, and glycine; - isolating fetal nucleic acids from the maternal blood sample; and - analyzing the isolated fetal nucleic acids to identify a fetal characteristic.
A fuel nozzle (28, 200) for use in a gas turbine engine, said fuel nozzle comprising: a plurality of interior surfaces; a thermal barrier coating applied across at least one of said plurality of fuel nozzle interior surfaces, said thermal barrier coating configured to shield said fuel nozzle interior surfaces from combustion gases; a burner tube comprising an inner surface; a fuel/air premixer coupled to said burner tube; and a nozzle center body comprising an outer surface, said nozzle center body coupled to said fuel/air premixer such that said nozzle center body extends through said burner tube; characterized in further comprising a cooling flow passage defined within said fuel/air premixer and said burner tube to enable a cooling flow to be channeled from said fuel/air premixer to said burner tube. a plurality of interior surfaces; a thermal barrier coating applied across at least one of said plurality of fuel nozzle interior surfaces, said thermal barrier coating configured to shield said fuel nozzle interior surfaces from combustion gases; a burner tube comprising an inner surface; a fuel/air premixer coupled to said burner tube; and a nozzle center body comprising an outer surface, said nozzle center body coupled to said fuel/air premixer such that said nozzle center body extends through said burner tube; characterized in further comprising a cooling flow passage defined within said fuel/air premixer and said burner tube to enable a cooling flow to be channeled from said fuel/air premixer to said burner tube.
Ozone generating machine for generating ozone in a ship, comprising: - an ozone generator with at least two electrodes separated by an ozonizing gap and a dielectric layer, the ozone generator comprising at least a gas inlet (O2IN) for receiving a feed gas containing dioxygen, and a gas outlet (O3OUT) for exhausting gas comprising ozone to an ozone circuit of the ship, - a frame, comprising a base for laying on the ground, a top subframe supporting the ozone generator, and at least one pair of pillars arranged between the base and the top subframe, characterized in that the frame comprises: - at least one pair of cross-brace beams, each beam of the cross-brace beams being attached to a top portion of a pillar of said at least one pair of pillars and to a bottom portion of another pillar of said at least one pair of pillars, - a plurality of dampers attached to a bottom of the base, for contacting the ground. - an ozone generator with at least two electrodes separated by an ozonizing gap and a dielectric layer, the ozone generator comprising at least a gas inlet (O2IN) for receiving a feed gas containing dioxygen, and a gas outlet (O3OUT) for exhausting gas comprising ozone to an ozone circuit of the ship, - a frame, comprising a base for laying on the ground, a top subframe supporting the ozone generator, and at least one pair of pillars arranged between the base and the top subframe, - at least one pair of cross-brace beams, each beam of the cross-brace beams being attached to a top portion of a pillar of said at least one pair of pillars and to a bottom portion of another pillar of said at least one pair of pillars, - a plurality of dampers attached to a bottom of the base, for contacting the ground.
An antenna assembly, wherein the antenna assembly comprises N elements, a feeding network, and a printed circuit board, PCB, and N is an integer greater than or equal to 3; and the N elements and the feeding network are located on the PCB, the N elements are all connected to the feeding network, each element has: a radial part; or a radial part and non-radial parts, wherein a length of the radial part of each element is greater than a sum of lengths of the non-radial parts; the radial part of each element pointing to a phase center of the antenna assembly, and wherein the feeding network is a double-sided parallel strip line power division network, characterised in that the N elements are N dipole elements; wherein each dipole element comprises two arms, one of the two arms is located on an upper surface of the PCB and is connected to one end of an arc-shaped strip line that is located on the upper surface of the PCB and that is in the double-sided parallel strip line power division network, the other arm is located on a lower surface of the PCB and is connected to one end of an arc-shaped strip line that is located on the lower surface of the PCB and that is in the double-sided parallel strip line power division network, the arc-shaped strip lines connected to the two arms are mirror-symmetrical with each other with respect to the PCB, and connection points between the two arms and the arc-shaped strip lines are mirror-symmetrical with each other with respect to the PCB. the N elements and the feeding network are located on the PCB, the N elements are all connected to the feeding network, each element has: a radial part; or a radial part and non-radial parts, wherein a length of the radial part of each element is greater than a sum of lengths of the non-radial parts; the radial part of each element pointing to a phase center of the antenna assembly, and wherein the feeding network is a double-sided parallel strip line power division network, characterised in that a radial part; or a radial part and non-radial parts, wherein a length of the radial part of each element is greater than a sum of lengths of the non-radial parts; the radial part of each element pointing to a phase center of the antenna assembly, and wherein the feeding network is a double-sided parallel strip line power division network, characterised in that the N elements are N dipole elements; wherein each dipole element comprises two arms, one of the two arms is located on an upper surface of the PCB and is connected to one end of an arc-shaped strip line that is located on the upper surface of the PCB and that is in the double-sided parallel strip line power division network, the other arm is located on a lower surface of the PCB and is connected to one end of an arc-shaped strip line that is located on the lower surface of the PCB and that is in the double-sided parallel strip line power division network, the arc-shaped strip lines connected to the two arms are mirror-symmetrical with each other with respect to the PCB, and connection points between the two arms and the arc-shaped strip lines are mirror-symmetrical with each other with respect to the PCB.
Fuel injection system, in particular for mixture-compressing, applied-ignition internal combustion engines, having at least one fuel-conducting component, which has at least one cup (2, 2A, 2B), having at least one fuel injection valve (6, 6A, 6B) and having at least one connecting element (1, 1A, 1B), wherein the fuel injection valve (6, 6A, 6B) is connected by means of the connecting element (1, 1A, 1B) to the cup (2, 2A, 2B) of the fuel-conducting component, wherein a first holding arm and a second holding arm of the connecting element (1, 1A, 1B) are provided, which serve for engaging behind at least one shoulder of the cup, which shoulder is provided on an outer side of the cup, wherein a support part with a first leg section and with a second leg section is provided, wherein the first leg section of the support part and the second leg section of the support part lie in a first plane which is oriented parallel to a second plane in which the first holding arm and the second holding arm lie, and wherein support points (29, 30) for the fuel injection valve are provided on the first leg section and on the second leg section, wherein the shoulder is formed on a collar of the cup, wherein, in the first plane, the first leg section and the second leg section run below the collar, characterized in that, in the installed state, the connecting element, in the second plane, runs with its first holding arm and its second holding arm above the collar.
A micro-device for detecting a disease in a biological subject, comprising a first sorting unit capable of detecting a property of the biological subject at the microscopic level and sorting the biological subject by the detected property into a suspect of diseased biological subject or a non-suspect of diseased biological subject; a first detection unit capable of detecting the same or a different property of the sorted biological subject at the microscopic level; a first layer of material having an exterior surface and an interior surface, wherein the interior surface defines a first channel in which the sorted biological subject flows from the first sorting unit to the first detection unit; wherein the first sorting unit and the first detection unit are integrated into the first layer of material and positioned to be at least partially exposed in the first channel, and characterized in that the interior surface defines an additional channel for transporting the sorted suspect of diseased biological subject from the first channel downstream the first detection unit back to the first sorting unit or the first detection unit for further sorting or detection. a first sorting unit capable of detecting a property of the biological subject at the microscopic level and sorting the biological subject by the detected property into a suspect of diseased biological subject or a non-suspect of diseased biological subject; a first detection unit capable of detecting the same or a different property of the sorted biological subject at the microscopic level; a first layer of material having an exterior surface and an interior surface, wherein the interior surface defines a first channel in which the sorted biological subject flows from the first sorting unit to the first detection unit; wherein the first sorting unit and the first detection unit are integrated into the first layer of material and positioned to be at least partially exposed in the first channel, and characterized in that the interior surface defines an additional channel for transporting the sorted suspect of diseased biological subject from the first channel downstream the first detection unit back to the first sorting unit or the first detection unit for further sorting or detection.
A vehicle having two operation modes, a first one for receiving power from the outside and a second one for supplying power to the outside, said vehicle communicating with a communication device, said communication device comprising: a signal generating unit for generating a signal, that is based on a reference potential, which is the ground potential; a first terminal for said communication device to communicate with said vehicle; and a first resistance circuit connected between an output of said signal generating unit and said first terminal and having a resistance value corresponding to a requested operation mode of the vehicle, the vehicle comprising: a second terminal connected to said first terminal; a second resistance circuit connected between a node fed with said reference potential and said second terminal; and a vehicle control unit configured to be capable of setting the operation mode of the vehicle, said vehicle control unit detecting the signal potential of said signal via a first signal extraction node provided on a path connecting said second terminal and said second resistance circuit to each other, so as to set the operation mode of the vehicle corresponding to the resistance value of said first resistance circuit, wherein said vehicle control unit sends back a signal to said communication device via said first and second terminals (TS1, TS2) after completing setting the operation mode of the vehicle at said requested operation mode. a signal generating unit for generating a signal, that is based on a reference potential, which is the ground potential; a first terminal for said communication device to communicate with said vehicle; and a first resistance circuit connected between an output of said signal generating unit and said first terminal and having a resistance value corresponding to a requested operation mode of the vehicle, the vehicle comprising: a second terminal connected to said first terminal; a second resistance circuit connected between a node fed with said reference potential and said second terminal; and a vehicle control unit configured to be capable of setting the operation mode of the vehicle, a second terminal connected to said first terminal; a second resistance circuit connected between a node fed with said reference potential and said second terminal; and a vehicle control unit configured to be capable of setting the operation mode of the vehicle, said vehicle control unit detecting the signal potential of said signal via a first signal extraction node provided on a path connecting said second terminal and said second resistance circuit to each other, so as to set the operation mode of the vehicle corresponding to the resistance value of said first resistance circuit, wherein said vehicle control unit sends back a signal to said communication device via said first and second terminals (TS1, TS2) after completing setting the operation mode of the vehicle at said requested operation mode.
An oscillation nozzle, comprising a main channel and two secondary channels (10, 11) surrounding the main channel, wherein the oscillation nozzle has an inlet and an outle for an air flow defining a flow axis running centrally through the main channel, characterized in that one of the two secondary channels (10, 11) comprises a drill hole for influencing the frequency of the system and the amplitude of the measured signal.
Cover for closing a vehicle surface opening, wherein the cover has a frame part which, on one side, is fixed to the cover bottom side at a frame part fixing portion by means of a plastic foamed-on structure which is attached to the cover and, on the other side, makes contact with the cover bottom side at a frame part free portion via at least one spacer, wherein the spacer is formed as punctiform or elongate or as a bead, characterized in that, on its frame part free portion, the frame part contains at least one filling opening for the introduction of a reactive plastic material which forms the spacer, wherein, after it has been fully reacted or cured, the plastic material, which has been introduced through the filling opening into a gap between the frame part free portion of the frame part fixed to the cover and the cover bottom side, holds the frame part free portion in a positioned and/or fixed manner on the cover bottom side as a spacer.