mhurhangee/ep-ind-claims huggingface dataset:
An elongated sensor assembly for detecting a change of state comprising: - at least one sensor switch, such as a magnetically activated Reed switch, configured to detect a given state and a change of state between the given state and at least one other state, - a microprocessor configured to detect the change of state of said at least one sensor switch, - an antenna system, - a wireless transmitter configured to receive a signal from the microprocessor identifying a change of the state of the at least one sensor switch and transmit said signal by means of the antenna system, and - a power source for providing electric power to the microprocessor, the at least one sensor switch, and the wireless transmitter, the sensor assembly further comprising a container for housing the components of the elongated sensor assembly, characterized in that said at least one sensor switch, said microprocessor, said antenna system, said wireless transmitter, and said power source are incorporated in said elongated sensor assembly to reach a maximum height of the sensor assembly of less than 5 mm, and in that the sensor assembly comprises a circuit structure for connecting the components, wherein the circuit structure forms a lid of the container. - at least one sensor switch, such as a magnetically activated Reed switch, configured to detect a given state and a change of state between the given state and at least one other state, - a microprocessor configured to detect the change of state of said at least one sensor switch, - an antenna system, - a wireless transmitter configured to receive a signal from the microprocessor identifying a change of the state of the at least one sensor switch and transmit said signal by means of the antenna system, and - a power source for providing electric power to the microprocessor, the at least one sensor switch, and the wireless transmitter, the sensor assembly sensor assembly, characterized in that said at least one sensor switch, said microprocessor, said antenna system, said wireless transmitter, and said power source are incorporated in said elongated sensor assembly to reach a maximum height of the sensor assembly of less than 5 mm, and in that the sensor assembly comprises a circuit structure for connecting the components, wherein the circuit structure forms a lid of the container.
A sidelink synchronization signal, SLSS, transmission method performed by a user equipment, UE, in a wireless communication system, the method comprising: receiving, at a specific time, a first SLSS on first resources having a first synchronization period and a second SLSS on second resources having a second synchronization period; measuring reception power of the first SLSS and reception power of the second SLSS; and transmitting the first SLSS or the second SLSS based on the measured reception powers, wherein in case of the reception power of the first SLSS being higher than 2. the reception power of the second SLSS, the first SLSS is transmitted on the second resources after the specific time, and in case of the reception power of the second SLSS being higher than the reception power of the first SLSS, the second SLSS is transmitted on the first resources after the specific time. receiving, at a specific time, a first SLSS on first resources having a first synchronization period and a second SLSS on second resources having a second synchronization period; measuring reception power of the first SLSS and reception power of the second SLSS; and transmitting the first SLSS or the second SLSS based on the measured reception powers, wherein in case of the reception power of the first SLSS being higher than 2. the reception power of the second SLSS, the first SLSS is transmitted on the second resources after the specific time, and in case of the reception power of the second SLSS being higher than the reception power of the first SLSS, the second SLSS is transmitted on the first resources after the specific time.
Equipment for the control of biomedical devices during extracorporeal circulation, comprising: - at least one basic structure; - control means (3, 5, 9, 10, 11) assembled on said basic structure and provided with at least one control unit operationally connectable to at least one biomedical device for extracorporeal circulation and configured to control it; wherein said control means (3, 5, 9, 10, 11) comprise at least one emergency control unit, operationally connectable to said biomedical device and configured to control the latter following a malfunction of said control unit; wherein said control means (3, 5, 9, 10, 11) comprise communication means between said control unit and said emergency control unit, said emergency control unit being configured to check the malfunction of said control unit and characterized in that said control unit is configured to check the malfunction of said emergency control unit during the correct operation of said control unit. - at least one basic structure; - control means (3, 5, 9, 10, 11) assembled on said basic structure and provided with at least one control unit operationally connectable to at least one biomedical device for extracorporeal circulation and configured to control it; wherein said control means (3, 5, 9, 10, 11) comprise at least one emergency control unit, operationally connectable to said biomedical device and configured to control the latter following a malfunction of said control unit; wherein said control means (3, 5, 9, 10, 11) comprise communication means between said control unit and said emergency control unit, said emergency control unit being configured to check the malfunction of said control unit and characterized in that said control unit is configured to check the malfunction of said emergency control unit during the correct operation of said control unit.
A draining device for an aircraft engine support strut for draining a fluid from said aircraft engine support strut, the draining device comprising: a suction arrangement comprising an inlet and extending along a longitudinal main axis (I-I) to form a plenum chamber; a drain tube for being fluidly connected to the aircraft engine support strut and extending along the longitudinal main axis (I-I), the drain tube ending by an outlet, the outlet of the drain tube terminating within the plenum chamber of the suction arrangement; and characterized in that the suction arrangement further comprises a converging-diverging part, the converging-diverging part forming a constricted section of tubing causing an air flow entering the inlet of the suction arrangement to be accelerated within the plenum chamber by a Venturi effect, said converging-diverging part being positioned relatively to the outlet such that said air flow entering the inlet of the suction arrangement causes a low-pressure region to be created within the plenum chamber, downstream of the outlet of the drain tube. a suction arrangement comprising an inlet and extending along a longitudinal main axis (I-I) to form a plenum chamber; a drain tube for being fluidly connected to the aircraft engine support strut and extending along the longitudinal main axis (I-I), the drain tube ending by an outlet, the outlet of the drain tube terminating within the plenum chamber of the suction arrangement; and characterized in that the suction arrangement further comprises a converging-diverging part, the converging-diverging part forming a constricted section of tubing causing an air flow entering the inlet of the suction arrangement to be accelerated within the plenum chamber by a Venturi effect, said converging-diverging part being positioned relatively to the outlet such that said air flow entering the inlet of the suction arrangement causes a low-pressure region to be created within the plenum chamber, downstream of the outlet of the drain tube.
A security cover for covering an article, in particular a container, the cover comprising a sleeve of heat shrink plastics material that is fitted on its outside face with a security strip, the sleeve presenting at least one line of cut passing under the security strip, being characterized in that the security strip is of delaminate multilayer material, so that the strip is torn and delaminated when cutting the sleeve along said line of cut.
A ligand of the sonic hedgehog signaling pathway for use in a method for reducing arrhythmias and QT interval in a subject who experienced a myocardial infarction wherein the ligand of the sonic hedgehog signaling pathway is a sonic hedgehog polypeptide.
A computer-implemented ex vivo method for determining the risk of induction of a torsadogenic effect after administration of a composition to a patient comprising the steps: I. Combining the ΔQTc, ΔTamp and ΔTpTe values corresponding to the difference, in percentage or absolute value, between the QTc, Tamp and TpTe values obtained before and after administration of said composition, by the formula a1 x ΔTAmp(%) + a2 x ΔQTcf(%) + a3 x ΔTpTe(%) + b, with -0.05 ≤ a1 ≤ -0.03; -0.2 ≤ a2 ≤ -0.1; -0.04 ≤ a3 ≤ - 0.02; 1.5 ≤ b ≤ 2 II. Obtaining a final result of this combination; III. Comparing the value of this final result with a reference value. I. Combining the ΔQTc, ΔTamp and ΔTpTe values corresponding to the difference, in percentage or absolute value, between the QTc, Tamp and TpTe values obtained before and after administration of said composition, by the formula a1 x ΔTAmp(%) + a2 x ΔQTcf(%) + a3 x ΔTpTe(%) + b, with -0.05 ≤ a1 ≤ -0.03; -0.2 ≤ a2 ≤ -0.1; -0.04 ≤ a3 ≤ - 0.02; 1.5 ≤ b ≤ 2 II. Obtaining a final result of this combination; III. Comparing the value of this final result with a reference value.
An electrode pad on a conductive semiconductor substrate comprising: a conductive substrate; an insulating material film formed on the conductive substrate; an electrode pad formed on the insulating material film; and a wiring electrode (31b, 31c) formed on said insulating material film, connected to said electrode pad, and having a width different from that of said electrode pad, wherein a first thickness (t 2) of a first region of said insulating material film on which at least said electrode pad is formed is greater than a second thickness (t 0) of a second region of said insulating material film on which at least part of said wiring electrode (31b, 31c) is formed and which is a region other than said first region, the width of said wiring electrode (31b, 31c) is smaller than the size of said electrode pad, and said conductive substrate has a trench portion in which said first region of said insulating material film is formed, characterized in that a metal ribbon or a metal wire is connected to said electrode pad, said electrode pad has a surface area necessary for providing a connection to the metal ribbon or the metal wire, respectively, and the first region of said insulating material film has said first thickness (t 2) and the second region has the second thickness (t 0) according to said surface area as to match a characteristic impedance 50 Ohms. a conductive substrate; an insulating material film formed on the conductive substrate; an electrode pad formed on the insulating material film; and a wiring electrode (31b, 31c) formed on said insulating material film, connected to said electrode pad, and having a width different from that of said electrode pad, wherein a first thickness (t 2) of a first region of said insulating material film on which at least said electrode pad is formed is greater than a second thickness (t 0) of a second region of said insulating material film on which at least part of said wiring electrode (31b, 31c) is formed and which is a region other than said first region, the width of said wiring electrode (31b, 31c) is smaller than the size of said electrode pad, and said conductive substrate has a trench portion in which said first region of said insulating material film is formed, characterized in that a metal ribbon or a metal wire is connected to said electrode pad, said electrode pad has a surface area necessary for providing a connection to the metal ribbon or the metal wire, respectively, and the first region of said insulating material film has said first thickness (t 2) and the second region has the second thickness (t 0) according to said surface area as to match a characteristic impedance 50 Ohms.
A compound for use in treating, forestalling or reducing the risk of autoimmune thyroid disease in a patient, wherein the compound is cepharanthine having the formula Ia: or a salt thereof.
A computer-implemented image fusion method, comprising: obtaining a visible light image generated by a visible light sensor and an invisible light image generated by an invisible light sensor, wherein there is a correspondence between the visible light image and the invisible light image; fusing the visible light image and the invisible light image to create a first synthetic image; denoising the visible light image and the first synthetic image; and fusing the denoised visible light image and the denoised first synthetic image to generate a second synthetic image. obtaining a visible light image generated by a visible light sensor and an invisible light image generated by an invisible light sensor, wherein there is a correspondence between the visible light image and the invisible light image; fusing the visible light image and the invisible light image to create a first synthetic image; denoising the visible light image and the first synthetic image; and fusing the denoised visible light image and the denoised first synthetic image to generate a second synthetic image.
A method, comprising: at an electronic device with an integrated fingerprint sensor and a secure element: while a first account is actively logged into the electronic device: detecting, using the fingerprint sensor, a respective fingerprint; in accordance with a determination that a first set of one or more criteria is met, transitioning the electronic device such that the first account is no longer actively logged into the electronic device and such that a second account is actively logged into the electronic device; wherein the first set of one or more criteria includes: a first-mode criterion that is met when the electronic device is in a first mode, and a different-account-fingerprint criterion that is met when the respective fingerprint corresponds to the second account of the electronic device; in accordance with a determination that a second set of one or more criteria is met, causing credentials to be released from the secure element for use in an operation; and wherein the second set of one or more criteria includes: a second-mode criterion that is met when the electronic device is in a second mode, and a current-account-fingerprint criterion that is met when the respective fingerprint corresponds to the first account of the electronic device. while a first account is actively logged into the electronic device: detecting, using the fingerprint sensor, a respective fingerprint; in accordance with a determination that a first set of one or more criteria is met, transitioning the electronic device such that the first account is no longer actively logged into the electronic device and such that a second account is actively logged into the electronic device; wherein the first set of one or more criteria includes: a first-mode criterion that is met when the electronic device is in a first mode, and a different-account-fingerprint criterion that is met when the respective fingerprint corresponds to the second account of the electronic device; a first-mode criterion that is met when the electronic device is in a first mode, and a different-account-fingerprint criterion that is met when the respective fingerprint corresponds to the second account of the electronic device; in accordance with a determination that a second set of one or more criteria is met, causing credentials to be released from the secure element for use in an operation; and wherein the second set of one or more criteria includes: a second-mode criterion that is met when the electronic device is in a second mode, and a current-account-fingerprint criterion that is met when the respective fingerprint corresponds to the first account of the electronic device. a second-mode criterion that is met when the electronic device is in a second mode, and a current-account-fingerprint criterion that is met when the respective fingerprint corresponds to the first account of the electronic device.
A capacitive level sensor for measuring the level of a medium in a container having a probe for immersion into the medium that has at least one measurement electrode for a capacitance measurement and having a measurement and evaluation unit configured to determine a capacitance at the measurement electrode and to calculate a level from that, wherein the probe has at least one reference electrode for a capacitance measurement independent of the level to thus compensate environmental influences on the capacitance measurement at the measurement electrode, characterized in that the probe is tubular and the reference electrode is arranged in the interior of the probe, and in that the probe has a plurality of consecutive segments (24 1 -24 n) in a longitudinal direction that each have at least one measurement electrode and at least one reference electrode.
A method of preparing a slurry for a secondary battery positive electrode, the method comprising: forming a first mixture in a paste state by adding a lithium iron phosphate-based positive electrode active material, a conductive agent, a binder, and a solvent; and preparing a slurry for a positive electrode by mixing while further adding a solvent to the first mixture in the paste state, characterised in that the first mixture has a solid content of 60 wt% to 70 wt%, wherein the first mixture has a shear viscosity at a shear rate of 10 -1 /s of 1,000 Pa·s to 5,000 Pa·s measured at a temperature of 23°C, and wherein the first mixture has a shear viscosity at a shear rate of 1/s of 100 Pa·s to 500 Pa·s measured at a temperature of 23°C. forming a first mixture in a paste state by adding a lithium iron phosphate-based positive electrode active material, a conductive agent, a binder, and a solvent; and preparing a slurry for a positive electrode by mixing while further adding a solvent to the first mixture in the paste state, characterised in that the first mixture has a solid content of 60 wt% to 70 wt%, wherein the first mixture has a shear viscosity at a shear rate of 10 -1 /s of 1,000 Pa·s to 5,000 Pa·s measured at a temperature of 23°C, and wherein the first mixture has a shear viscosity at a shear rate of 1/s of 100 Pa·s to 500 Pa·s measured at a temperature of 23°C.
A method of measuring a liquid volume of a sample solution in a vessel, wherein the vessel includes a bottom and known dimensions, the method comprising the steps of: a. adding to the vessel a diluent including a known concentration of a diluent chromophore which absorbs light at a second wavelength; b. measuring the absorbance of the diluent chromophore at the second wavelength and calculating the volume of the diluent added to the vessel based on the absorbance per pathlength of the diluent at the second wavelength, the pathlength of light through the diluent as determined using the measured absorbance of the diluent chromophore at the second wavelength prior to adding the sample solution to the vessel, and the dimensions of the vessel; c. adding a volume of the sample solution to the vessel, wherein the sample solution includes a known concentration of a sample solution chromophore which absorbs light at a first wavelength, and wherein the sample solution does not include the diluent chromophore; d. mixing the diluent and the sample solution in the vessel to produce a mixture of the sample solution and the diluent; e. measuring the absorbance of the mixture of the sample solution and the diluent at the first wavelength and at the second wavelength; and f. calculating the volume of the sample solution added to the vessel based on the measured absorbances at the first wavelength and the second wavelength. a. adding to the vessel a diluent including a known concentration of a diluent chromophore which absorbs light at a second wavelength; b. measuring the absorbance of the diluent chromophore at the second wavelength and calculating the volume of the diluent added to the vessel based on the absorbance per pathlength of the diluent at the second wavelength, the pathlength of light through the diluent as determined using the measured absorbance of the diluent chromophore at the second wavelength prior to adding the sample solution to the vessel, and the dimensions of the vessel; c. adding a volume of the sample solution to the vessel, wherein the sample solution includes a known concentration of a sample solution chromophore which absorbs light at a first wavelength, and wherein the sample solution does not include the diluent chromophore; d. mixing the diluent and the sample solution in the vessel to produce a mixture of the sample solution and the diluent; e. measuring the absorbance of the mixture of the sample solution and the diluent at the first wavelength and at the second wavelength; and f. calculating the volume of the sample solution added to the vessel based on the measured absorbances at the first wavelength and the second wavelength.
A system for data processing, comprising: a camera configured to record image data (D img) within a view field, which image data (D img) represents at least one specific body portion of an animal, a reader unit configured to register identity data (D ID) from a data carrier on the animal of which the camera is configured to record the image data (D img), and a data processor configured to associate the recorded image data (D img) with the registered identity data (D ID), characterized in that the system further comprises: a passageway configured to only allow a single animal at the time within the view field of the camera, the camera being arranged so that the view field covers an identification zone within the passageway, and the data processor is configured to: detect the presence of any animal within the view field of the camera based on the recorded image data (D img), generate a trigger signal if and only if an animal is detected within the identification zone, the trigger signal being configured to activate the reader unit, maintain the reader unit in an active state during a given interval after having generated the trigger signal, and to cause the given interval to end when: the identity data (D ID) has been registered, a particular time has elapsed since the trigger signal was generated, or the recorded image data (D img) reflects that the animal no longer is located within the identification zone. a camera configured to record image data (D img) within a view field, which image data (D img) represents at least one specific body portion of an animal, a reader unit configured to register identity data (D ID) from a data carrier on the animal of which the camera is configured to record the image data (D img), and a data processor configured to associate the recorded image data (D img) with the registered identity data (D ID), detect the presence of any animal within the view field of the camera based on the recorded image data (D img), generate a trigger signal if and only if an animal is detected within the identification zone, the trigger signal being configured to activate the reader unit, maintain the reader unit in an active state during a given interval after having generated the trigger signal, and to cause the given interval to end when: the identity data (D ID) has been registered, a particular time has elapsed since the trigger signal was generated, or the recorded image data (D img) reflects that the animal no longer is located within the identification zone. the identity data (D ID) has been registered, a particular time has elapsed since the trigger signal was generated, or the recorded image data (D img) reflects that the animal no longer is located within the identification zone.