mhurhangee/ep-ind-claims huggingface dataset:
Electrical connector comprising - a housing that houses at least one first conductive component configured so as to be integrated in a first low-voltage electrical line and at least one second conductive component configured so as to be integrated in a second low-voltage electrical line, - at least one electrically insulating element and at least one electrically conductive element, inserted between the first conductive component and the second conductive component, the electrically insulating element consisting of a material having a melting temperature less than or equal to the melting temperature of at least one of the materials forming the housing, and characterized in that - the electrically conductive element exerts an elastic force on the electrically insulating element that is suitable for deforming the electrically insulating element, when the electrically insulating element has a temperature greater than or equal to its melting temperature and establishing an electrical connection between the first conductive component and the second conductive component. - a housing that houses at least one first conductive component configured so as to be integrated in a first low-voltage electrical line and at least one second conductive component configured so as to be integrated in a second low-voltage electrical line, - at least one electrically insulating element and at least one electrically conductive element, inserted between the first conductive component and the second conductive component, the electrically insulating element consisting of a material having a melting temperature less than or equal to the melting temperature of at least one of the materials forming the housing, and characterized in that the electrically insulating element consisting of a material having a melting temperature less than or equal to the melting temperature of at least one of the materials forming the housing, and characterized in that - the electrically conductive element exerts an elastic force on the electrically insulating element that is suitable for deforming the electrically insulating element, when the electrically insulating element has a temperature greater than or equal to its melting temperature and establishing an electrical connection between the first conductive component and the second conductive component.
A method of manufacturing a fiber-nanowire composite-based sheet, comprising the steps of: electrospinning an electrospinning solution including metal nanoparticles or metal oxide nanoparticles and a polymer and thus preparing a fiber-nanoparticle composite; adding the fiber-nanoparticle composite to a nanowire synthesis solution containing metal ions and then performing sonication; and growing metal nanowires or metal oxide nanowires from metal nanoparticles or metal oxide nanoparticles located inside and/or on the surface of the fiber-nanoparticle composite, wherein the sonication is performed at an intensity of 1 kHz to 100 kHz for 1 second to 600 seconds, and the growth of the metal nanowires or metal oxide nanowires is performed through hydrothermal synthesis at a temperature of 30 °C to 99 °C for 1 minute to 1,200 minutes. electrospinning an electrospinning solution including metal nanoparticles or metal oxide nanoparticles and a polymer and thus preparing a fiber-nanoparticle composite; adding the fiber-nanoparticle composite to a nanowire synthesis solution containing metal ions and then performing sonication; and growing metal nanowires or metal oxide nanowires from metal nanoparticles or metal oxide nanoparticles located inside and/or on the surface of the fiber-nanoparticle composite, wherein the sonication is performed at an intensity of 1 kHz to 100 kHz for 1 second to 600 seconds, and the growth of the metal nanowires or metal oxide nanowires is performed through hydrothermal synthesis at a temperature of 30 °C to 99 °C for 1 minute to 1,200 minutes.
Fluidized vortex device, comprising: • a housing, • a vortex chamber, into which a liquid inlet opens, and • an absorption chamber, from which a liquid outlet issues, the vortex chamber and the absorption chamber being interconnected via an aperture, the interior of the housing of the fluidized vortex device being divided by a partition having the aperture into the vortex chamber and the absorption chamber, characterised in that the housing comprises: a first housing unit which has a wall surrounding the absorption chamber, either the partition having the aperture or, in the event that the partition is releasably connected to the housing, a bearing ring which protrudes non-releasably from the inner surface of the housing wall and which in turn is releasably connected to the partition wall, and further has that wall portion of a wall surrounding the vortex chamber, into which the liquid inlet opens, and a second housing unit which can be connected to the first housing unit in a liquid-tight manner and which extends the first housing unit or its vortex chamber in order to provide a height of the vortex chamber required for a maximum accumulation height provided on the inlet side. • a housing, • a vortex chamber, into which a liquid inlet opens, and • an absorption chamber, from which a liquid outlet issues, a first housing unit which has a wall surrounding the absorption chamber, either the partition having the aperture or, in the event that the partition is releasably connected to the housing, a bearing ring which protrudes non-releasably from the inner surface of the housing wall and which in turn is releasably connected to the partition wall, and further has that wall portion of a wall surrounding the vortex chamber, into which the liquid inlet opens, and a second housing unit which can be connected to the first housing unit in a liquid-tight manner and which extends the first housing unit or its vortex chamber in order to provide a height of the vortex chamber required for a maximum accumulation height provided on the inlet side.
A fan, comprising: a plurality of blades including a first set of blades (422, 522, 820, 822, 824) having a magnetically active portion, wherein the plurality of blades are rotatable about a common axis; and inductor groups (530, 730, 830, 832, 834) radially disposed about the common axis and proximate the magnetically active portions, at least one of which includes a first coil and a second coil in a stacked arrangement, wherein the first coil and second coil are selectively and independently energizable to form collectively a variable magnetic field that drives a magnetically active portion of a blade about the common axis in a rotational direction about the common axis; characterized in that a middle blade has a magnetically active portion that is directly aligned with a first inductor group when leading and trailing blades (822, 824) having magnetically active portions nearest the middle blade are not directly aligned with any of the inductor groups (832, 834) so that offsets exist between the leading and trailing blades and the respective closest inductor groups. a plurality of blades including a first set of blades (422, 522, 820, 822, 824) having a magnetically active portion, wherein the plurality of blades are rotatable about a common axis; and inductor groups (530, 730, 830, 832, 834) radially disposed about the common axis and proximate the magnetically active portions, at least one of which includes a first coil and a second coil in a stacked arrangement, wherein the first coil and second coil are selectively and independently energizable to form collectively a variable magnetic field that drives a magnetically active portion of a blade about the common axis in a rotational direction about the common axis; characterized in that a middle blade has a magnetically active portion that is directly aligned with a first inductor group when leading and trailing blades (822, 824) having magnetically active portions nearest the middle blade are not directly aligned with any of the inductor groups (832, 834) so that offsets exist between the leading and trailing blades and the respective closest inductor groups.
A method for preparing a positive electrode active material comprising: (a) preparing a coating composition including a precursor of a metal-phosphorous-oxynitride; (b) forming a precursor layer on a positive electrode active material with the coating composition of (a) using a solution process; and (c) forming a metal-phosphorous-oxynitride protective layer on the positive electrode active material by heat treating the positive electrode active material having the precursor layer formed thereon, the heat treatment being carried out in a temperature range of 150°C or higher and lower than 500°C; wherein the precursor of a metal-phosphorous-oxynitride is prepared by a reaction of a compound comprising a phosphorous-nitrogen bond with a metal salt compound, the compound comprising a phosphorous-nitrogen bond comprising at least one selected from the compounds represented by the following Chemical Formulae 1 to 3: wherein each X 1 is the same or different from each other and each independently is OR 1, F, Cl, Br or I, wherein R 1 is an alkyl group having 1 to 5 carbon atoms; wherein R 2 and R 3 are the same or different from each other and each independently is an alkyl group having 1 to 10 carbon atoms or an aryl group having 6 to 20 carbon atoms; wherein each X 2 is the same or different from each other and each independently is R 4, OR 5, NR 6 R 7, F, Cl, Br or I, wherein R 4 to R 7 are the same or different from each other and each independently is an alkyl group having 1 to 10 carbon atoms or an aryl group having 6 to 20 carbon atoms; and n is an integer of 100 to 100,000. (a) preparing a coating composition including a precursor of a metal-phosphorous-oxynitride; (b) forming a precursor layer on a positive electrode active material with the coating composition of (a) using a solution process; and (c) forming a metal-phosphorous-oxynitride protective layer on the positive electrode active material by heat treating the positive electrode active material having the precursor layer formed thereon, the heat treatment being carried out in a temperature range of 150°C or higher and lower than 500°C;
A driving device configured for changing a direction of an object to be operated, comprising: a first rotational unit that has a cylindrical shape including a first opening surface and a second opening surface opposite to the first opening surface and rotating around a first axis of rotation, wherein the first and second opening surfaces (201, 202) orthogonally intersect the first axis of rotation, with the object to be operated to be disposed to face the first opening surface, the first rotational unit configured for rotationally moving around the first axis of rotation with the object to be operated; a second rotational unit that is supported by the first rotational unit, the second rotational unit rotationally moving around a second axis of rotation different from the first axis of rotation; and a holding unit disposed on the second opening surface of the first rotational unit, the holding unit rotationally moving with the first rotational unit and holding a cable, which supplies power to the object to be operated, at a position away from the second opening surface of the first rotational unit, while placing the cable at a position where the cable 8 is overlapped with the first axis of rotation. a first rotational unit that has a cylindrical shape including a first opening surface and a second opening surface opposite to the first opening surface and rotating around a first axis of rotation, wherein the first and second opening surfaces (201, 202) orthogonally intersect the first axis of rotation, with the object to be operated to be disposed to face the first opening surface, the first rotational unit configured for rotationally moving around the first axis of rotation with the object to be operated; a second rotational unit that is supported by the first rotational unit, the second rotational unit rotationally moving around a second axis of rotation different from the first axis of rotation; and a holding unit disposed on the second opening surface of the first rotational unit, the holding unit rotationally moving with the first rotational unit and holding a cable, which supplies power to the object to be operated, at a position away from the second opening surface of the first rotational unit, while placing the cable at a position where the cable 8 is overlapped with the first axis of rotation.
An apparatus for passive cooling via selective radiative emission, comprising a layered structure 430, the layered structure 430 comprising: a transparent substrate 436; and an exterior selectively emissive coating 442 positioned on the transparent substrate 436, wherein the coating 442 is configured to emit more thermal infrared radiation to the atmosphere than an amount of infrared radiation that can be received by the coating 442, and an interior selectively emissive coating 432 configured to absorb infrared radiation. a transparent substrate 436; and an exterior selectively emissive coating 442 positioned on the transparent substrate 436, wherein the coating 442 is configured to emit more thermal infrared radiation to the atmosphere than an amount of infrared radiation that can be received by the coating 442, and an interior selectively emissive coating 432 configured to absorb infrared radiation.
A method comprising: determining a resonant frequency of a vehicle system operably coupled with an external power source, the external power source configured to provide voltage and current to the vehicle system; forming a stabilizing voltage component from the voltage and a stabilizing current component from the current using plural filters, a first filter of the plural filters configured to extract one or more of a phase or a frequency component from the voltage provided by the external power source to generate the stabilizing voltage component, a second filter of the plural filters configured to extract one or more of a phase or a frequency component from the current provided by the external power source to generate the stabilizing current component, wherein the stabilizing voltage component is out of phase with the stabilizing current component; determining a control input of a converter device of the vehicle system based on the stabilizing voltage component, the stabilizing current component, and the resonant frequency; and communicating the stabilizing voltage component, the stabilizing current component, and the control input with the converter device, the stabilizing voltage component, the stabilizing current component, and the control input configured to change the resonant frequency of the vehicle system. determining a resonant frequency of a vehicle system operably coupled with an external power source, the external power source configured to provide voltage and current to the vehicle system; forming a stabilizing voltage component from the voltage and a stabilizing current component from the current using plural filters, a first filter of the plural filters configured to extract one or more of a phase or a frequency component from the voltage provided by the external power source to generate the stabilizing voltage component, a second filter of the plural filters configured to extract one or more of a phase or a frequency component from the current provided by the external power source to generate the stabilizing current component, wherein the stabilizing voltage component is out of phase with the stabilizing current component; determining a control input of a converter device of the vehicle system based on the stabilizing voltage component, the stabilizing current component, and the resonant frequency; and communicating the stabilizing voltage component, the stabilizing current component, and the control input with the converter device, the stabilizing voltage component, the stabilizing current component, and the control input configured to change the resonant frequency of the vehicle system.
Cleaning appliance comprising at least one authorization carrier (28, 29, 30) with an access authorization (42, 43, 44) which is provided thereon and is required for accessing the cleaning appliance, just one receptacle in which the at least one authorization carrier (28, 29, 30) is positionable, and a detection unit, situated at the receptacle, for contact-based detection of the access authorization (42, 43, 44) of an authorization carrier (28, 29, 30) positioned in the receptacle, the detection unit having at least one detection contact element (47, 48) which contacts the access authorization (42, 43, 44), characterized in that the cleaning appliance comprises two or more authorization carriers (28, 29, 30) with access authorizations (42, 43, 44) provided thereon which are linked to different authorization profiles, wherein a range of functions dependent on the authorization profile linked to an access authorization (42, 43, 44) can be provided to an operator by the cleaning appliance, that each authorization carrier (28, 29, 30) comprises an identification device (62, 63, 64) for providing an identifier (65, 66, 67) which is associated with the particular authorization profile of the authorization carrier (28, 29, 30) and which is perceivable by the operator using a sensory organ, wherein identifiers (65, 66, 67) associated with different authorization profiles are different from one another, that the identification devices (62, 63, 64) are optical identification devices (62, 63, 64) having a visually perceivable identifier (65, 66, 67), wherein the visually perceivable identifier (65, 66, 67) is a color, and that the cleaning appliance comprises a playback device with a controllable optical display unit for providing an authorization information that is visually perceivable by the operator, which authorization information is associated with the authorization profile of an authorization carrier (28, 29, 30) used by the operator for accessing the cleaning appliance, for a reliably perceivable control option for the operator to determine whether the authorization profile of an authorization carrier (28, 29, 30) being used is the authorization profile expected by the operator.
A compound comprising imatinib paradiaminomethylbenzene or a pharmaceutically acceptable salt thereof for use in a method of treating a subject having a brain Aβ disorder or predisposition to a brain Aβ disorder, comprising peripherally administering the compound.
Sorting installation, in particular for transporting and/or sorting items to be conveyed, having: - at least one transport path, having at least one local stator, - at least one transport unit, having: - at least one conveyor element, in particular for loading and/or unloading items to be conveyed, - at least one conveyor rotor with at least one permanent magnet, preferably a plurality of permanent magnets, for driving the conveyor element, - wherein the transport unit is embodied to move on the transport path in a movement direction, - wherein the conveyor rotor is embodied to rotate about an axis of rotation when the conveyor rotor interacts electromagnetically with the local stator, characterised in that the transport path has at least one latching apparatus, which is embodied such that a detent torque acts on the conveyor rotor when the conveyor rotor interacts electromagnetically with the latching apparatus. - at least one transport path, having at least one local stator, - at least one transport unit, having: - at least one conveyor element, in particular for loading and/or unloading items to be conveyed, - at least one conveyor rotor with at least one permanent magnet, preferably a plurality of permanent magnets, for driving the conveyor element, - at least one conveyor element, in particular for loading and/or unloading items to be conveyed, - at least one conveyor rotor with at least one permanent magnet, preferably a plurality of permanent magnets, for driving the conveyor element, - wherein the transport unit is embodied to move on the transport path in a movement direction, - wherein the conveyor rotor is embodied to rotate about an axis of rotation when the conveyor rotor interacts electromagnetically with the local stator,
Electrical actuating drive comprising at least one operator control element and one display unit which is designed for displaying operator control and status feedback, wherein the actuating drive has a motor with which an output shaft can be driven, wherein a valve can be connected to the output shaft, wherein an actuating position of the output shaft of the actuating drive and/or of the connected valve can be graphically represented on the display unit, characterized in that the display unit is in the form of a display with an active matrix having colour capability, in that a triggering unit is designed for representing at least one display mask (6, 7, 8) in at least two orientations on the display unit, and/or in that an orientation of a representation of a display mask (6, 7, 8) on the display unit can be changed using the at least one operator control element.
Assembly for assisting with the positioning of an intervertebral implant, said implant comprising a stabilization wedge suitable for stabilizing at least two adjacent vertebrae relative to each other by interposition between spinous processes of the vertebrae, and at least one flexible braid for fixing the stabilization wedge to the spinous processes of the vertebrae that are to be stabilized, said braid comprising a free end, said assembly comprising an implant holder having an elongate body extending along a longitudinal axis between first and second ends (31, 33), the first end being suitable for being fixed to the stabilization wedge, characterized in that said first end of said implant holder has a deflection device comprising an opening having a central axis substantially perpendicular to the longitudinal axis of the implant holder but not intersecting said longitudinal axis, said opening thus allowing said braid to pass through it in such a way that, when in use, said braid can have a first part extending substantially perpendicularly with respect to the longitudinal axis from said implant to said opening, and a second part extending from said opening to said free end in a plane substantially parallel to the longitudinal axis of the implant holder in order to permit the tensioning of said braid.