mhurhangee/patent-ind-claim-en huggingface dataset:
Capacitive detection device comprising: - at least one capacitive measurement electrode ; - a current detector electrically referenced to a common ground and sensitive to an electric current flowing over a measurement input; - at least one alternating voltage excitation source electrically connected or coupled to the measurement input of the current detector and to the at least one capacitive measurement electrode ; - guard elements electrically connected or coupled to the measurement input of the current detector ; characterized in that it also comprises power supply generation means suitable for generating at least one secondary power supply source (Vf) referenced to the electrical potential of the guard elements , said power supply generation means also being arranged so as to have, within a frequency band extending from direct current, an impedance between the common ground and the guard elements with a reactive component of a capacitive or essentially capacitive type, or comparable to an open circuit. - at least one capacitive measurement electrode ; - a current detector electrically referenced to a common ground and sensitive to an electric current flowing over a measurement input; - at least one alternating voltage excitation source electrically connected or coupled to the measurement input of the current detector and to the at least one capacitive measurement electrode ; - guard elements electrically connected or coupled to the measurement input of the current detector ;
An apparatus for providing information related to a broadcast program, comprising: a display to display a plurality of scenes of the broadcast program; an object detector to, for each of the plurality of scenes, detect at least one object from said scene; a keyword generator to, for each detected object, generate a keyword including an object name which corresponds to the object and a category to which the object name belongs; a section setting unit to set a scene section containing a group of scenes from the plurality of scenes which each include a first object from the plurality of objects, using the generated keyword for the first object; a related information searching unit to request searching of related information associated with the first object using the keyword including the object name and the category to which the object name belongs, associated with the first object and receive the searched related information; and a related information provider to synchronize the received related information with the scene section and provide the related information synchronized with the scene section for display. a display to display a plurality of scenes of the broadcast program; an object detector to, for each of the plurality of scenes, detect at least one object from said scene; a keyword generator to, for each detected object, generate a keyword including an object name which corresponds to the object and a category to which the object name belongs; a section setting unit to set a scene section containing a group of scenes from the plurality of scenes which each include a first object from the plurality of objects, using the generated keyword for the first object; a related information searching unit to request searching of related information associated with the first object using the keyword including the object name and the category to which the object name belongs, associated with the first object and receive the searched related information; and a related information provider to synchronize the received related information with the scene section and provide the related information synchronized with the scene section for display.
A tin-based material, comprising: - from 50 to 100 wt. parts of graphene; - from 0 to 50 wt. parts of antimony-doped tin dioxide (ATO); - from 0 to 50 wt. parts of indium-doped tin dioxide (ITO); said material is a mixture comprising at least ATO and/or ITO, said material comprising bonds between its components. - from 50 to 100 wt. parts of graphene; - from 0 to 50 wt. parts of antimony-doped tin dioxide (ATO); - from 0 to 50 wt. parts of indium-doped tin dioxide (ITO); said material is a mixture comprising at least ATO and/or ITO, said material comprising bonds between its components.
An explosion-proof system for generating acoustic energy for testing the functionality of an ultrasonic gas leak detector, comprising: a main housing including an open housing space and an opening; characterised in that the explosion-proof system further comprises: a cover structure configured for removable attachment to the main housing structure to cover the opening and provide together with the main housing an explosion- proof housing structure, the cover structure including a front face formed by_an integral head mass , the explosion-proof housing structure being configured to contain explosive conditions within the explosion-proof housing structure and prevent such condition from igniting an environment surrounding the explosion-proof housing structure; an acoustic energy generating assembly including a tail mass , an excitation assembly, and said head mass , wherein said tail mass and said excitation assembly are disposed within said explosion-proof housing structure; a power source disposed within said explosion-proof housing structure; an electronic circuit disposed within said explosion-proof housing structure powered by the power source and electrically coupled to the excitation assembly, the electronic circuit configured to generate a drive signal for driving the excitation assembly to cause the acoustic energy emitting assembly to resonate and generate acoustic energy from the front face of the cover structure ; and wherein the system is man-portable, and configured so that the system is moveable with respect to the gas leak detector to test detector functionality at different system distances and angles from the detector. a cover structure configured for removable attachment to the main housing structure to cover the opening and provide together with the main housing an explosion- proof housing structure, the cover structure including a front face formed by_an integral head mass , the explosion-proof housing structure being configured to contain explosive conditions within the explosion-proof housing structure and prevent such condition from igniting an environment surrounding the explosion-proof housing structure; an acoustic energy generating assembly including a tail mass , an excitation assembly, and said head mass , wherein said tail mass and said excitation assembly are disposed within said explosion-proof housing structure; a power source disposed within said explosion-proof housing structure; an electronic circuit disposed within said explosion-proof housing structure powered by the power source and electrically coupled to the excitation assembly, the electronic circuit configured to generate a drive signal for driving the excitation assembly to cause the acoustic energy emitting assembly to resonate and generate acoustic energy from the front face of the cover structure ; and wherein the system is man-portable, and configured so that the system is moveable with respect to the gas leak detector to test detector functionality at different system distances and angles from the detector.
A device hinge , comprising: a hinge member configured to slidably engage with a control panel of an imaging device , the hinge member being further configured to rotatably engage the control panel with the imaging device about a pivot point ; a bias member configured to bias the control panel in a direction away from the pivot point; a cam element configured to engage with the control panel, comprising: a cam ramp ; and a cam face configured to engage with the control panel in a stowed position; and an ejector configured to move the control panel from the cam face in the stowed position to the cam ramp in an ejected position, the ejector comprising an actuation face configured to engage with an actuation ramp disposed on the control panel a hinge member configured to slidably engage with a control panel of an imaging device , the hinge member being further configured to rotatably engage the control panel with the imaging device about a pivot point ; a bias member configured to bias the control panel in a direction away from the pivot point; a cam element configured to engage with the control panel, comprising: a cam ramp ; and a cam face configured to engage with the control panel in a stowed position; and an ejector configured to move the control panel from the cam face in the stowed position to the cam ramp in an ejected position, the ejector comprising an actuation face configured to engage with an actuation ramp disposed on the control panel a cam ramp ; and a cam face configured to engage with the control panel in a stowed position; and an ejector configured to move the control panel from the cam face in the stowed position to the cam ramp in an ejected position, the ejector comprising an actuation face configured to engage with an actuation ramp disposed on the control panel
A magnetic composition comprising a magnetic metal or metal compound and a graphene-like carbon nanostructure, wherein the metal or metal compound is intercalated in the graphene-like nanostructure, and wherein said magnetic metal or magnetic compound comprises Mn.
Method for operating a dosing device with a control unit and a dosing unit , the latter having a cannula with a first volume and a tip , and also a sampling container fluidically connected to the cannula , said method comprising the following steps: a) moving the dosing unit linearly at a predetermined speed in a first direction along an axis (A), such that the cannula is moved into a vessel containing at least one liquid ; b) aspirating fluid constantly through the cannula , with a predetermined volumetric flow, by a pump device ; c) measuring at least one optical parameter of the aspirated fluid using at least one optical sensor , which is arranged between the cannula and the sampling container ; d) when a change of the at least one optical parameter is detected, using the control unit to store a first position of the dosing unit on the axis (A) and interrupting the movement of the dosing unit ; e) using the control unit to calculate a second position of the dosing unit on the axis (A), at which second position the tip of the cannula has penetrated a first phase boundary , on the basis of the first position, the predetermined speed, the first volume and the predetermined volumetric flow. a) moving the dosing unit linearly at a predetermined speed in a first direction along an axis (A), such that the cannula is moved into a vessel containing at least one liquid ; b) aspirating fluid constantly through the cannula , with a predetermined volumetric flow, by a pump device ; c) measuring at least one optical parameter of the aspirated fluid using at least one optical sensor , which is arranged between the cannula and the sampling container ; d) when a change of the at least one optical parameter is detected, using the control unit to store a first position of the dosing unit on the axis (A) and interrupting the movement of the dosing unit ; e) using the control unit to calculate a second position of the dosing unit on the axis (A), at which second position the tip of the cannula has penetrated a first phase boundary , on the basis of the first position, the predetermined speed, the first volume and the predetermined volumetric flow.
A method of producing a security device , comprising: providing a substrate having a relief structure in or on its surface, the relief structure being provided in a first region of the substrate, the relief structure in the first region having a first recess or a plurality of first recesses in or on the surface of the substrate, the first recess or recesses being recessed with respect to one or more corresponding first land areas of the first region in or on the surface of the substrate; and applying a coating of a colour-shifting structure (30,40,50 to the relief structure such that the coating of the colour-shifting structure is received in the first recess or recesses of the first region and on the one or more first land areas and characterised in that a thickness (t) of the coating of the colour-shifting structure in the first recess or recesses is greater than or less than a thickness of the coating of the colour-shifting structure on the one or more first land areas. providing a substrate having a relief structure in or on its surface, the relief structure being provided in a first region of the substrate, the relief structure in the first region having a first recess or a plurality of first recesses in or on the surface of the substrate, the first recess or recesses being recessed with respect to one or more corresponding first land areas of the first region in or on the surface of the substrate; and applying a coating of a colour-shifting structure (30,40,50 to the relief structure such that the coating of the colour-shifting structure is received in the first recess or recesses of the first region and on the one or more first land areas and characterised in that a thickness (t) of the coating of the colour-shifting structure in the first recess or recesses is greater than or less than a thickness of the coating of the colour-shifting structure on the one or more first land areas.
Device for treating an exhaust-gas stream with an exhaust-gas channel , to which at least one silencer and at least one heat exchanger are assigned, wherein, with the exhaust-gas channel, at least a hollow-beam-shaped flow chamber is formed; the silencer comprises at least one attenuation core formed on the inner shell surface of the hollow beam, and the heat exchanger comprises at least one cooling-water channel formed on the outer shell surface of the hollow beam, characterized in that at least one flow path running spirally between baffle plates is formed at least in the flow chamber of the exhaust-gas channel , and that the flow space of the exhaust-gas channel comprises a reduction of its flow cross-section formed across the length of its flow path.
A method for making a composite structure for connection to a support body, said method comprising the steps of: providing a fully formed and cured load-bearing element comprising continuous reinforcing fibers and a resin matrix, said load-bearing element having an attachment portion for connection to said support body, said attachment portion comprising a surface having a surface area; and forming a connection element comprising discontinuous fibers in a resin matrix wherein said connection element comprises a first portion that is molded over the surface of the attachment portion of said load-bearing element and a second portion for connection to said support body; and wherein the connection element is first shaped into a preform of a shape which approximates the connection element , the preform being fabricated in position over the attachment portion , or being formed prior to being located in position over the attachment portion , before being molded over the cured load-bearing element by high pressure moulding in a mold; wherein the method includes the additional step of molding or machining the second portion of said connection element so as to provide one or more mounting surfaces for connecting said composite structure to said support body without invading the load bearing element .
Angled connector comprising a connector housing having a first terminal passage and a second terminal passage extending at an angle to the first terminal passage , wherein the first terminal passage and the second terminal passage intersect one another in an intersection region , the angled connector further comprising a first terminal , the first terminal at least partially extending into the first terminal passage , characterized in that the angled connector further comprises a terminal support , the first terminal being held in the terminal support , wherein the terminal support is held by the connector housing slidably relative to the connector housing along the first terminal passage from a first position (P) to a second position (C), wherein, in the second position (C), the first terminal is closer to the second terminal passage than in the first position (P) and wherein, in the second position (C), the first terminal is at least partially arranged in the intersection region .
A patient monitoring device controller , comprising: an asystole advisor operable to classify a corrupted ECG waveform as one of a non-shockable rhythm or a potentially shockable rhythm, wherein the asystole advisor includes: a signal conditioner operable to condition a segment of the corrupted ECG waveform and a feature extractor operably connected to the signal conditioner to extract a set of signal features from a conditioned segment of the corrupted ECG waveform indicative of any presence of an asystole rhythm within the corrupted ECG waveform , wherein the asystole advisor classifies the corrupted ECG waveform as the non-shockable rhythm responsive to a detection by the asystole advisor of a presence of the asystole rhythm, as indicated by the set of signal features, within the corrupted ECG waveform , and wherein the asystole advisor classifies the corrupted ECG waveform as the potentially shockable rhythm responsive to at least one of a detection by the asystole advisor of an absence of the asystole rhythm within the corrupted ECG waveform , or an indetermination by the controller as to the presence of the asystole rhythm within the corrupted ECG waveform , characterized in that the set of signal features comprise a frequency domain feature, which includes an amplitude spectrum area, and a time domain feature, which includes a first difference power of the corrupted ECG waveform. an asystole advisor operable to classify a corrupted ECG waveform as one of a non-shockable rhythm or a potentially shockable rhythm, wherein the asystole advisor includes: a signal conditioner operable to condition a segment of the corrupted ECG waveform and a feature extractor operably connected to the signal conditioner to extract a set of signal features from a conditioned segment of the corrupted ECG waveform indicative of any presence of an asystole rhythm within the corrupted ECG waveform , wherein the asystole advisor classifies the corrupted ECG waveform as the non-shockable rhythm responsive to a detection by the asystole advisor of a presence of the asystole rhythm, as indicated by the set of signal features, within the corrupted ECG waveform , and wherein the asystole advisor classifies the corrupted ECG waveform as the potentially shockable rhythm responsive to at least one of a detection by the asystole advisor of an absence of the asystole rhythm within the corrupted ECG waveform , or an indetermination by the controller as to the presence of the asystole rhythm within the corrupted ECG waveform , characterized in that the set of signal features comprise a frequency domain feature, which includes an amplitude spectrum area, and a time domain feature, which includes a first difference power of the corrupted ECG waveform.
An auxiliary support system for a flap coupled to a wing of an aircraft, the auxiliary support system comprising: abase fixable relative to the wing; a first track engagement assembly fixed to the base; a second track engagement assembly fixed to the base; and a track arm attachable to the flap and comprising a first rail , movably engaged with the first track engagement assembly, and a second rail , movably engaged with the second track engagement assembly, wherein the first rail is spaced apart from and non-parallel to the second rail. abase fixable relative to the wing; a first track engagement assembly fixed to the base; a second track engagement assembly fixed to the base; and a track arm attachable to the flap and comprising a first rail , movably engaged with the first track engagement assembly, and a second rail , movably engaged with the second track engagement assembly, wherein the first rail is spaced apart from and non-parallel to the second rail.
Scenting device for a vehicle with a housing and a scent container arranged in the housing , wherein the housing comprises - a holding device for attaching the scenting device to a ventilation system in the interior of a vehicle, - an inlet side , on which an inlet opening for the inflow of air into the housing is arranged, - an outlet side , in particular opposite the inlet side , at which an outlet opening for the outflow of air from the housing is arranged, wherein the scenting device has a sliding device with a sliding container arranged in the housing , the scent container being arranged in the sliding container , wherein the outlet opening and/or the inlet opening can be at least partially closed by means of the sliding device by means of a sliding movement , characterised in that the sliding device is adapted in such a way that the scent container is displaced relative to the housing during the sliding movement . - a holding device for attaching the scenting device to a ventilation system in the interior of a vehicle, - an inlet side , on which an inlet opening for the inflow of air into the housing is arranged, - an outlet side , in particular opposite the inlet side , at which an outlet opening for the outflow of air from the housing is arranged, wherein the scenting device has a sliding device with a sliding container arranged in the housing , the scent container being arranged in the sliding container , wherein the outlet opening and/or the inlet opening can be at least partially closed by means of the sliding device by means of a sliding movement , characterised in that the sliding device is adapted in such a way that the scent container is displaced relative to the housing during the sliding movement .
An article, comprising a temperature regulating polyurethane gel composition with a phase change material (PCM) incorporated therein, which is able to absorb heat from a human body and release heat to a human body depending on its heat production or demand, characterized in that the polyurethane gel composition comprises a PCM not exuding from that gel and selected from the group consisting of fatty acid monoesters (FAE) and mixtures thereof, wherein the PCM is directly incorporated within the fluid phase of the polyurethane gel composition without encapsulation, wherein the PCM is solved in the polyol component of a polyol component and an isocyanate component for the production of the polyurethane gel, and in the gel at a temperature above the melting point of the PCM, wherein the target range lies between 22 °C and 40 °C, and wherein the article is a body support and adapted for temperature regulation of a human body resting in contact to the polyurethane gel of said article.