mhurhangee/ep-ind-claims huggingface dataset:
A battery, comprising: - a housing having an open top portion; - a cell element disposed within the housing; and - a top cover disposed on the top portion of the housing, the top cover comprising a first layer of plastic disposed on one side of a metallic foil and a second layer of plastic disposed on the other side of the metallic foil, wherein the top cover comprises a vent configured to open in response to pressure within the housing exceeding a threshold, and wherein either (a) the layer of plastic in the area of the vent is thinner than the layer of plastic in the remaining area of the top cover; or (b) the vent comprises a periphery defined by the first groove formed in the layer of plastic and a plurality of flaps defined by at least one second groove formed in the layer of plastic. - a housing having an open top portion; - a cell element disposed within the housing; and - a top cover disposed on the top portion of the housing, the top cover comprising a first layer of plastic disposed on one side of a metallic foil and a second layer of plastic disposed on the other side of the metallic foil, (a) the layer of plastic in the area of the vent is thinner than the layer of plastic in the remaining area of the top cover; or (b) the vent comprises a periphery defined by the first groove formed in the layer of plastic and a plurality of flaps defined by at least one second groove formed in the layer of plastic.
A multi-layer protective sheet comprising sequential layers as follows: optionally, a topcoat layer; a carrier layer, wherein the carrier layer comprises polycaprolactone-based polyurethane; a resilient layer, wherein the resilient layer is polycarbonate-based polyurethane; and an adhesive layer. optionally, a topcoat layer; a carrier layer, wherein the carrier layer comprises polycaprolactone-based polyurethane; a resilient layer, wherein the resilient layer is polycarbonate-based polyurethane; and an adhesive layer.
A positive electrode active material for use in a nonaqueous electrolyte secondary battery, the positive electrode active material, comprising: a core part including a lithium transition metal composite oxide; and a coating part including a titanium-containing compound on at least a partial surface of the core part, wherein the titanium-containing compound includes brookite type TiO 2 and a LiTi composite oxide including Li and Ti, and at least part of Ti of the titanium-containing compound is incorporated in a solid solution in a surface of the core part. a core part including a lithium transition metal composite oxide; and a coating part including a titanium-containing compound on at least a partial surface of the core part, wherein the titanium-containing compound includes brookite type TiO 2 and a LiTi composite oxide including Li and Ti, and at least part of Ti of the titanium-containing compound is incorporated in a solid solution in a surface of the core part.
A method for producing an acrylonitrile-based fiber, the method comprising: preparing a polymer solution comprising an acrylonitrile-based copolymer containing a carboxylic acid group; mixing 100 parts by weight of the polymer solution with 1 to 6 parts by weight of a hydrophilization solution comprising an organic solvent and ammonia water in a weight ratio of 95:5 to 60:40 to prepare a spinning stock solution; and spinning the spinning stock solution. preparing a polymer solution comprising an acrylonitrile-based copolymer containing a carboxylic acid group; mixing 100 parts by weight of the polymer solution with 1 to 6 parts by weight of a hydrophilization solution comprising an organic solvent and ammonia water in a weight ratio of 95:5 to 60:40 to prepare a spinning stock solution; and spinning the spinning stock solution.
A method for determining a cellular function of an active NFkB cellular signaling pathway in a cell sample containing cells with an active NFkB cellular signaling pathway, the method comprising: determining the expression level of two or more genes selected from the group 1 consisting of BCL2, BCL2L1, CCND2, SKP2, CSF1, NOX1 and SERPINE2; and determining the expression level of two genes selected from group 2 consisting of CYP27B1, IGHE/IGHG1; and determining the expression level of two or more genes selected from group 3 consisting of BIRC3, CCL2, GZMB, SOD2, CCL5 and MMP1, and determining the cellular function based on expression levels of the selected genes of groups 1, 2 and 3, wherein the cellular function is determined by differential expression analysis of the expression levels of the selected genes of groups 1, 2 and 3, wherein the cellular function is determined to be cell division if the genes selected from group 1 are differentially expressed, wherein the cellular function is determined to be apoptosis if the genes selected from group 2 are differentially expressed, and/or wherein the cellular function is determined to be protection against oxidative stress if the genes selected from group 3 are differentially expressed. determining the expression level of two or more genes selected from the group 1 consisting of BCL2, BCL2L1, CCND2, SKP2, CSF1, NOX1 and SERPINE2; and determining the expression level of two genes selected from group 2 consisting of CYP27B1, IGHE/IGHG1; and determining the expression level of two or more genes selected from group 3 consisting of BIRC3, CCL2, GZMB, SOD2, CCL5 and MMP1, and determining the cellular function based on expression levels of the selected genes of groups 1, 2 and 3, wherein the cellular function is determined by differential expression analysis of the expression levels of the selected genes of groups 1, 2 and 3, wherein the cellular function is determined to be cell division if the genes selected from group 1 are differentially expressed, wherein the cellular function is determined to be apoptosis if the genes selected from group 2 are differentially expressed, and/or wherein the cellular function is determined to be protection against oxidative stress if the genes selected from group 3 are differentially expressed.
Reverse current inhibitor, comprising at least one diode that is bridged by a first variable resistance element, further comprising means to switch the first variable resistance element from a first higher resistance to a second lower resistance in response to a forward current I F that has passed the diode in its forward direction, and means to switch the first variable resistance element to a higher resistance in response to a sensing circuit detecting a reverse current I R corresponding to the reverse direction of the diode, characterized in that the sensing circuit comprises a current-voltage converter that includes a sensing resistor and amplifies a voltage drop U sense over the sensing resistor for one sign of said voltage drop only, so that the sensing circuit amplifies the voltage drop U sense if the sign is positive, and outputs zero voltage and zero current if the sign of U sense is negative.
A method of producing alumina trihydrate crystals from an alumina trihydrate recovery process stream, the method comprising: adding an aqueous emulsion comprising at least one acyclic anhydride to the alumina trihydrate recovery process stream to allow crystallization of the alumina trihydrate crystals from the alumina trihydrate recovery process stream, wherein the aqueous emulsion contains less than 5 weight percent (wt%) of mineral oils and fuel oils based on the total weight of the aqueous emulsion, thereby providing a decrease in percentage of alumina trihydrate crystals having a volume average diameter of less than 45 micrometers compared to the percentage of alumina trihydrate crystals produced in the absence of the aqueous emulsion comprising at least one acyclic anhydride.
An electrical system comprising a primary device and secondary device, wherein the primary device comprises: a source of electrical power; a cavity configured to receive the secondary device; a plurality of electrical contacts within the cavity configured to contact corresponding contacts on the secondary device when the secondary device is in the cavity, the plurality of electrical contacts being electrically connected to the source of electrical power; and a lid moveable between a first position to retain the secondary device in contact with the at least one electrical contact and a second position in which the secondary device is free to move out of contact with the at least one electrical contact, wherein the lid comprises at least one aperture that allows organic material to escape from the cavity when the secondary device is in the cavity and when the lid is in the first position. a source of electrical power; a cavity configured to receive the secondary device; a plurality of electrical contacts within the cavity configured to contact corresponding contacts on the secondary device when the secondary device is in the cavity, the plurality of electrical contacts being electrically connected to the source of electrical power; and a lid moveable between a first position to retain the secondary device in contact with the at least one electrical contact and a second position in which the secondary device is free to move out of contact with the at least one electrical contact, wherein the lid comprises at least one aperture that allows organic material to escape from the cavity when the secondary device is in the cavity and when the lid is in the first position.
Liquid frothing set, comprising a liquid frothing device including a liquid suction conduit, and a liquid container, the liquid container comprising: - a container housing having an inlet, and - a closure arrangement comprising a seat and a closure body, wherein the seat has a through hole, wherein the closure body is arranged in the seat and has a through hole, and wherein the closure body is movable in the seat between at least two different positions, one position being an opened position in which the through hole of the closure body is aligned with the through hole of the seat, and at least one other position being a closed position in which the closure body blocks the through hole of the seat, characterized in that the inlet is for allowing insertion of the liquid suction conduit of the liquid frothing device in the container housing; the seat is arranged in the inlet; the through hole of the seat is for allowing the liquid suction conduit to pass through; and the through hole of the closure body is for allowing the liquid suction conduit to pass through. - a container housing having an inlet, and - a closure arrangement comprising a seat and a closure body, wherein the seat has a through hole, wherein the closure body is arranged in the seat and has a through hole, and wherein the closure body is movable in the seat between at least two different positions, one position being an opened position in which the through hole of the closure body is aligned with the through hole of the seat, and at least one other position being a closed position in which the closure body blocks the through hole of the seat, characterized in that
A method in a wireless device for determining if a channel is clear in an unlicensed band channel in a wireless network, comprising: detecting, with the wireless device, an energy along a first beamforming direction; determining, with the wireless device, an energy detection threshold; and determining, with the wireless device, whether the unlicensed band channel is clear in at least the first receiving direction according to the energy and the energy detection threshold wherein the method is characterized in that the detecting the energy comprises beam sweeping over one or more time slots to detect a plurality of energies corresponding to a plurality of receiving directions, wherein each of the one or more time slots corresponds to a different receiving direction. detecting, with the wireless device, an energy along a first beamforming direction; determining, with the wireless device, an energy detection threshold; and determining, with the wireless device, whether the unlicensed band channel is clear in at least the first receiving direction according to the energy and the energy detection threshold wherein the method is characterized in that the detecting the energy comprises beam sweeping over one or more time slots to detect a plurality of energies corresponding to a plurality of receiving directions, wherein each of the one or more time slots corresponds to a different receiving direction.
Circuit arrangement for a data processing system for processing data in multiple modules, whereas the circuit arrangement is configured to be provided with and to provide a clock as well as a time base and/or at least one further physical quantity for each of the multiple modules, whereas the circuit arrangement comprises a central routing unit, which is connected to several of the multiple modules, whereas via the central routing unit the several modules can periodically exchange data based on the time base and/or on the base of the at least one further physical quantity, and whereas the several modules are configured to process data independently and in parallel to other modules of the several modules, characterized in that the several modules comprise at least an input module, an output module (ATOM) and a processing module, whereas the processing module comprises a central processing unit and the processing module is arranged to process input data received from the input module, and whereas the processing module is arranged to calculate output sequences dependent on values of a time base unit which are processed in combination with the output module (ATOM).
A method of making a noninvasive positive molecular control for determining the presence or absence of a condition of interest, the method comprising: predetermining a positive control for the condition of interest; selecting a first cell line for the positive control that produces a first extracellular vesicle with a first control marker for the condition of interest; amplifying the production of the first extracellular vesicle from the selected first cell line; isolating the first control marker from the first extracellular vesicles of the selected first cell line; quantifying the isolated first control marker; determining a volume of the isolated first control marker for addition to an isolated control plasma; isolating the control plasma from a control sample; treating the isolated control plasma with a control stabilizer; determining a volume of the isolated control plasma to add to the volume of the isolated first control marker; combining the volume of the isolated control plasma with the volume of the isolated first control marker, thereby producing the noninvasive molecular control. predetermining a positive control for the condition of interest; selecting a first cell line for the positive control that produces a first extracellular vesicle with a first control marker for the condition of interest; amplifying the production of the first extracellular vesicle from the selected first cell line; isolating the first control marker from the first extracellular vesicles of the selected first cell line; quantifying the isolated first control marker; determining a volume of the isolated first control marker for addition to an isolated control plasma; isolating the control plasma from a control sample; treating the isolated control plasma with a control stabilizer; determining a volume of the isolated control plasma to add to the volume of the isolated first control marker; combining the volume of the isolated control plasma with the volume of the isolated first control marker, thereby producing the noninvasive molecular control.
Beverage serving trolley comprising a supporting structure, at least one wheel (11A, 11B), a presentation basket being configured to receive beverage bottles and ice cubes, and a horizontally arranged top plate including a flat surface and a rim and being of a rectangular shape, the top plate comprises a cutout that is configured to accommodate the presentation basket, wherein the top plate and the presentation basket are configured such that the presentation basket can be inserted into the cutout from the above and is removable from the cutout by lifting the presentation basket in an upward direction, wherein in the inserted state of the presentation basket, the presentation basket rests on a cutout edge that is sunken with respect to the flat surface of the top plate, characterized in that at the underside of the top plate, the top plate comprises a plurality of bolts along the rim protruding downwards and the top plate is fixed to the beverage serving trolley by the bolts, and wherein the top plate including the bolts are of metal and the bolts are welded to the underside of the top plate, wherein the top plate further includes at least one recessed portion that is configured to accommodate a serving tray and/or a chopping board in order to hold the serving tray and/or the chopping board in place when moving the beverage serving trolley. the top plate comprises a cutout that is configured to accommodate the presentation basket, wherein the top plate and the presentation basket are configured such that the presentation basket can be inserted into the cutout from the above and is removable from the cutout by lifting the presentation basket in an upward direction, wherein in the inserted state of the presentation basket, the presentation basket rests on a cutout edge that is sunken with respect to the flat surface of the top plate, characterized in that at the underside of the top plate, the top plate comprises a plurality of bolts along the rim protruding downwards and the top plate is fixed to the beverage serving trolley by the bolts, and wherein the top plate including the bolts are of metal and the bolts are welded to the underside of the top plate, wherein the top plate further includes at least one recessed portion that is configured to accommodate a serving tray and/or a chopping board in order to hold the serving tray and/or the chopping board in place when moving the beverage serving trolley.
An image pickup apparatus characterized in that the image pickup apparatus comprises an objective optical system for forming an image out of a bundle of light rays traveling from an object, an image sensor placed in a vicinity of an image-forming position of the objective optical system, a dividing element placed between the objective optical system and the image sensor and used for dividing the bundle of light rays traveling from the objective optical system into two bundles of light rays, which are a bundle of light rays reflected and a bundle of light rays transmitted, a first reflection member for reflecting back the bundle of light rays having been reflected by the dividing element, and a second reflection member for reflecting light having been transmitted through the dividing element, wherein the bundle of light rays having been reflected by the first reflection member via the dividing element is focused to form an image on a first area of the image sensor, and the bundle of light rays having been reflected by the second reflection member is focused to form an image on a second area of the image sensor that is different from the first area of the image sensor.
A current output stage having - an input; - an output for connecting to an input of a unit to be supplied with current; - a control stage (OP1, T1, T2, Z1, R1) that sets the output current (Lout); - an energy supply stage (Uv; Uv, -Uv) that is embodied to provide energy for the output current (Iout); characterized in that the control stage (OP1, T1, T2, Z1, R1) has a first transistor, a second transistor (T2; T3), an operation amplifier, and a Zener diode, wherein the second transistor (T2, T3) is connected via the Zener diode, during passive operation, when an active unit is connected to the output, the second transistor (T2, T3) is blocked, and the operation amplifier controls the output current via the first transistor, and, during active operation, the output voltage of the operation amplifier exceeds the breakthrough voltage of the Zener diode, and the second transistor (T2, T3) controls the output current (Iout) via the energy supply stage (Uv; Uv, -Uv) such that the latter provides energy for the output current (Iout). - an input; - an output for connecting to an input of a unit to be supplied with current; - a control stage (OP1, T1, T2, Z1, R1) that sets the output current (Lout); - an energy supply stage (Uv; Uv, -Uv) that is embodied to provide energy for the output current (Iout);
A compressed air motor comprising a piston and a housing, the piston being received in the housing and dividing the housing into two primary chambers (165, 170) of variable volume, the motor comprising a first direct supply valve for supplying a first primary chamber of the two primary chambers and a second direct supply valve for supplying the other primary chamber, these two valves each being movable relative to at least one respective seat (220, 240, 250, 270), the first valve and the second valve being mounted on a same stem movable relative to the housing in a direction (Z') parallel to the direction of movement of the piston, and the stem being configured to be moved between a first position and a second position by moving means (205, 210) activated by the piston, the motor comprising means (225, 242, 255, 272) for keeping the stem in at least one of its first and second positions, the motor being characterized in that the first and second valves (195, 200) are made at least partially from a ferromagnetic material, and in that the maintaining means (225, 242, 255, 272) comprise at least a first maintaining magnet able to exert a first retaining force on the first valve, a second maintaining magnet able to exert a second retaining force on the first valve, a third maintaining magnet able to exert a third retaining force on the second valve and a fourth maintaining magnet able to exert a fourth retaining force on the second valve.
An information processing apparatus comprising: a setting processor configured to set metadata for objects included in captured images captured in a time series by an imaging device on a basis of the captured image, wherein: the setting processor is configured to process the captured images in a reverse time series reverse to the time series from a predetermined event detected from the captured images and sets the metadata for objects involved in the predetermined event among the objects included in the captured images; the setting processor is configured to process the captured image corresponding to each time point of the reverse time series during a period from a time point at which the predetermined event is detected until a time point at which a predetermined condition in the reverse time series is satisfied, the predetermined condition including a condition related to an object detected from the captured image. the setting processor is configured to process the captured images in a reverse time series reverse to the time series from a predetermined event detected from the captured images and sets the metadata for objects involved in the predetermined event among the objects included in the captured images; the setting processor is configured to process the captured image corresponding to each time point of the reverse time series during a period from a time point at which the predetermined event is detected until a time point at which a predetermined condition in the reverse time series is satisfied, the predetermined condition including a condition related to an object detected from the captured image.
A first connecting component for a medical syringe with a needle system comprising a number of hollow needles (40, 42) disposed in a tubular connecting piece surrounded by a flanged sheath, and with an elastic needle cap secured inside the connecting piece which sealingly encloses the distal tip(s) (48, 50) of the or each needle (40, 42) of the needle system in the unloaded state, characterized in that the flanged sheath can be rotated about the needle system and about the needle cap enclosing it and is provided with a thread for connecting to a second connecting component.