mhurhangee/ep-ind-claims huggingface dataset:
A water level sensor device for a fuel filter, - with a printed circuit board and a water level sensor made of electrically conductive plastic, - wherein the water level sensor is connected to the printed circuit board via an electrically conductive metal element, in particular a brass element and characterized in that - the metal element, in particular the brass element is connected to the water level sensor via a press-fit assembly, und - the metal element has a sharp-edged, in particular pinetree-shaped or sawtooth-like fastening contour, tearing open the plastic on pressing in of the metal element. - with a printed circuit board and a water level sensor made of electrically conductive plastic, - wherein the water level sensor is connected to the printed circuit board via an electrically conductive metal element, in particular a brass element and - the metal element, in particular the brass element is connected to the water level sensor via a press-fit assembly, und - the metal element has a sharp-edged, in particular pinetree-shaped or sawtooth-like fastening contour, tearing open the plastic on pressing in of the metal element.
A method of monitoring the state of a cell, tissue, organ or organism, the method comprising establishing, for a sample of membrane vesicles from the cell, tissue, organ or organism, a ratio of: (a) a selected polypeptide in membrane vesicles which comprise GM1 gangliosides which bind to Cholera Toxin B ("GM1 ganglioside microparticle polypeptide"); to (b) the selected polypeptide in membrane vesicles which comprise exposed phosphatidylserine which bind to Annexin V ("Annexin V microparticle polypeptide"); in which the (a) to (b) ratio ("GM1 ganglioside microparticle polypeptide to Annexin V microparticle polypeptide ratio") so established is indicative of the state of the cell, tissue, organ or organism. (a) a selected polypeptide in membrane vesicles which comprise GM1 gangliosides which bind to Cholera Toxin B ("GM1 ganglioside microparticle polypeptide"); to (b) the selected polypeptide in membrane vesicles which comprise exposed phosphatidylserine which bind to Annexin V ("Annexin V microparticle polypeptide");
A needle assembly, comprising: a sheath comprising a proximal end, a distal end and a lumen extending therebetween; a needle disposed within the lumen of the sheath, the needle comprising a proximal end and a sharpened distal end; and an actuation mechanism disposed along a proximal portion of the needle assembly, the actuation mechanism comprising a housing, a channel formed within a distal portion of the housing, a spring disposed within a chamber of the housing and a push button engaged with a proximal portion of the housing, the push button configured to move from a first position to a second position within the housing; wherein a proximal portion of the sheath is immovably disposed within the channel of the housing; wherein a proximal portion of the needle extends through the spring; wherein the needle moves in a distal direction relative to the sheath when the push button moves distally within the chamber and the needle moves in a proximal direction relative to the sheath when the push button moves proximally within the chamber. a sheath comprising a proximal end, a distal end and a lumen extending therebetween; a needle disposed within the lumen of the sheath, the needle comprising a proximal end and a sharpened distal end; and an actuation mechanism disposed along a proximal portion of the needle assembly, the actuation mechanism comprising a housing, a channel formed within a distal portion of the housing, a spring disposed within a chamber of the housing and a push button engaged with a proximal portion of the housing, the push button configured to move from a first position to a second position within the housing; wherein a proximal portion of the sheath is immovably disposed within the channel of the housing; wherein a proximal portion of the needle extends through the spring; wherein the needle moves in a distal direction relative to the sheath when the push button moves distally within the chamber and the needle moves in a proximal direction relative to the sheath when the push button moves proximally within the chamber.
A pyrolysis device, comprising a reaction chamber, an injection device for process material, which is connected to the reaction chamber) and comprising a product discharge line which is connected to the reaction chamber, Whereby the reaction chamber is containing a molten metal bath under operating conditions, Whereby the injection device under operating conditions is injecting process material almost in the absence of air into the molten metal bath contained in the reaction chamber, whereby the injection device comprises at least one immersion tube, which is openly ending in the bottom region of the reaction chamber; the immersion tube does not have any moving parts in the area of the reaction chamber, wherein the injection of the process material under operating conditions is gravity driven through the immersion pipe, whereby the injection device comprises a dosing device for dosing the process material injection into the immersion tube, whereby the injection device has a gas tight cutoff device, whereby the dosing device comprises a screw conveyor and a discharge device, characterized in that the process material forms the cutoff device in the operating mode by forming a press cake, wherein the direction of conveyance of the screw conveyor is in the opposite direction from the acting direction of the discharge device, and wherein a sensor is arranged upstream from the screw conveyor in the direction of conveyance, the discharge device being embodied as a milling cutter.
An oxygen supplying apparatus, comprising: an oxygen-supplying passage; an automatic closing valve placed on the oxygen-supplying passage; an oxygen generating means; an oxygen supplying means for supplying the oxygen generated by the oxygen generating means to a user and to the automatic closing valve placed on the oxygen-supplying passage; a respiration sensor for detecting the respiration of the user and generating a respiration signal; a supply method setting means for selecting either a continuous flow supplying method in which oxygen is supplied to the user in a continuous flow or a synchronised supply method in which oxygen is supplied in synchronism with the respiration of the user; a flow rate setting means for setting a value of supply flow rate; and a controlling means for controlling, upon receiving a signal indicating selection of the continuous flow supplying method, an aperture of the automatic closing valve corresponding to the value set for the flow rate, and for opening, upon receiving a signal indicating selection of the synchronized supply method, the automatic closing valve on the inhalation starting point based on the respiration signal of the respiration sensor and at the same time controlling the open time of the automatic closing valve corresponding to the value set for the flow rate. an oxygen-supplying passage; an automatic closing valve placed on the oxygen-supplying passage; an oxygen generating means; an oxygen supplying means for supplying the oxygen generated by the oxygen generating means to a user and to the automatic closing valve placed on the oxygen-supplying passage; a respiration sensor for detecting the respiration of the user and generating a respiration signal; a supply method setting means for selecting either a continuous flow supplying method in which oxygen is supplied to the user in a continuous flow or a synchronised supply method in which oxygen is supplied in synchronism with the respiration of the user; a flow rate setting means for setting a value of supply flow rate; and a controlling means for controlling, upon receiving a signal indicating selection of the continuous flow supplying method, an aperture of the automatic closing valve corresponding to the value set for the flow rate, and for opening, upon receiving a signal indicating selection of the synchronized supply method, the automatic closing valve on the inhalation starting point based on the respiration signal of the respiration sensor and at the same time controlling the open time of the automatic closing valve corresponding to the value set for the flow rate.
A wireless transmit/receive unit, WTRU, comprising: means for receiving configuration information from two different cells, the configuration information comprising two different radio network temporary identifiers, RNTIs, used by the WTRU to identify signals from each of the two different cells, wherein each of the two different cells utilize different carrier frequencies; means for monitoring, for the two different cells, physical downlink control channels, PDCCHs, for control information; means for detecting control information on two different PDCCHs based on the two different RNTIs, wherein the control information detected on the two different PDCCHs each indicate a modulation and coding scheme, MCS; and means for receiving, based on the control information detected on the two different PDCCHs, data on physical downlink shared channels, PDSCHs, of the two different cells. means for receiving configuration information from two different cells, the configuration information comprising two different radio network temporary identifiers, RNTIs, used by the WTRU to identify signals from each of the two different cells, wherein each of the two different cells utilize different carrier frequencies; means for monitoring, for the two different cells, physical downlink control channels, PDCCHs, for control information; means for detecting control information on two different PDCCHs based on the two different RNTIs, wherein the control information detected on the two different PDCCHs each indicate a modulation and coding scheme, MCS; and means for receiving, based on the control information detected on the two different PDCCHs, data on physical downlink shared channels, PDSCHs, of the two different cells.
Method for discovering handover capabilities of a mobile communication network, wherein the mobile communication network comprises a core network and a radio access network, wherein a user equipment is able to be connected to the mobile communication network using a first radio access technology, wherein the user equipment is able to be connected to the mobile communication network using a second radio access technology, wherein the first radio access technology is a Long Term Evolution, LTE, access technology of the radio access network of the mobile communication network and wherein the second radio access technology is a wireless local area network, WLAN, access technology of a wireless access point, wherein the method comprises the following steps: -- the user equipment receiving handover capability information from the mobile communication network and the user equipment using the second radio access technology for communication with the core network, wherein the user equipment receives handover capability information from the mobile communication network upon initiation of a dynamic discovery procedure, wherein the dynamic discovery procedure is initiated during attachment, of the user equipment to the wireless access point, for the communication of the user equipment with the core network of the mobile communication network, wherein the wireless local area network, WLAN, access technology of the wireless access point is used during the attachment, wherein an Internet Key Exchange protocol is used to transmit the handover capability information from an Evolved Packet Data Gateway, ePDG, of the core network to the user equipment, -- the user equipment, in case it is using the second radio access technology, initiates handover, from the second radio access technology to the first radio access technology, only in case that the handover capability information, received from the mobile communication network, indicates a capability of the mobile communication network to support a handover from the second radio access technology to the first radio access technology. -- the user equipment receiving handover capability information from the mobile communication network and the user equipment using the second radio access technology for communication with the core network, wherein the user equipment receives handover capability information from the mobile communication network upon initiation of a dynamic discovery procedure, -- the user equipment, in case it is using the second radio access technology, initiates handover, from the second radio access technology to the first radio access technology, only in case that the handover capability information, received from the mobile communication network, indicates a capability of the mobile communication network to support a handover from the second radio access technology to the first radio access technology.
A method of a User Equipment of limiting Channel Quality Indicator, CQI, reporting from said User Equipment to a network node, wherein at least one CQI report is transmitted to said network node by said User Equipment when said User Equipment is operating in low transmission and/or low reception activity mode, said CQI reporting being triggered according to one or more predefined CQI reporting trigger rules, at least one of said trigger rules being dependent on CQI specific information provided from said network node, characterised in that at least one of said CQI reporting trigger rules is based on a CQI reporting probability provided to said User Equipment from said network node.
A parasiticidal veterinary granule comprising (a) 0.5 to 3 % (w/w) ivermectin; (b) 25 to 75 % (w/w) cyromazine; (c) 1 to 20 % (w/w) cetrimide; and (d) at least one diluent excipient which comprises a water soluble sugar selected from lactose, mannitol, and mixtures thereof; wherein said granule remains stable and pharmaceutically active for at least 6 months, and said granule, when mixed in water, forms a parasiticidally effective liquid composition. (a) 0.5 to 3 % (w/w) ivermectin; (b) 25 to 75 % (w/w) cyromazine; (c) 1 to 20 % (w/w) cetrimide; and (d) at least one diluent excipient which comprises a water soluble sugar selected from lactose, mannitol, and mixtures thereof;
A method of selecting a personalized biomarker for a patient having a tumor, the method comprising: (a) preparing a library of DNA fragments from nucleic acid samples comprising DNA obtained from the patient from each of the following sources: peripheral blood mononuclear cells (PBMCs), the tumor, and pre-therapy cell-free nucleic acids, which nucleic acids are obtained prior to a therapy; (b) sequencing the DNA fragments in the libraries to identify DNA fragments that comprise a repetitive element insertion region; and (c) comparing repetitive element insertion regions identified in the PBMC sample to the repetitive element insertion regions identified in the tumor sample and/or the cell free nucleic acids sample to identify repetitive element insertion regions that are present in the tumor, but not PBMCs, thereby identifying a personalized biomarker for the patient. (a) preparing a library of DNA fragments from nucleic acid samples comprising DNA obtained from the patient from each of the following sources: peripheral blood mononuclear cells (PBMCs), the tumor, and pre-therapy cell-free nucleic acids, which nucleic acids are obtained prior to a therapy; (b) sequencing the DNA fragments in the libraries to identify DNA fragments that comprise a repetitive element insertion region; and (c) comparing repetitive element insertion regions identified in the PBMC sample to the repetitive element insertion regions identified in the tumor sample and/or the cell free nucleic acids sample to identify repetitive element insertion regions that are present in the tumor, but not PBMCs, thereby identifying a personalized biomarker for the patient.
Operating device for an electrical appliance with a capacitive touch switch, in particular for a cooktop, comprising: - an operator control panel, - a component carrier which is disposed underneath the operator control panel, - components (26a-c) disposed on the component carrier, which components include at least electrical circuit components and luminous displays or illuminants, - a flexible carrier or a film carrier as a flex carrier extending underneath the operator control panel and above the components (26a-c) across the component carrier, - the flex carrier being translucent at least in sections (18a-e), - illuminants on the component carrier underneath the translucent sections (18a-e), - electrically conductive elastic sensor material for providing the capacitive touch switch on the upper side of the flex carrier, - conductive paths on the flex carrier which are electrically connected to the sensor material, on the one hand side, and are guided to a contacting device (16, 22) of the flex carrier, on the other hand side, characterized in that - the sensor material has a height between 0.1 mm and 2 mm over the surface of the flex carrier, - the sensor material has an acrylate-based copolymer matrix which has been expanded or foamed, wherein the acrylate-based copolymer matrix in an initial condition includes solvent filled microspheres which have expanded upon temperature increase following application of the sensor material onto the flex carrier and, thus, have increased the volume of the sensor material, - the sensor material has conductive additives included which form a conducting network. - an operator control panel, - a component carrier which is disposed underneath the operator control panel, - components (26a-c) disposed on the component carrier, which components include at least electrical circuit components and luminous displays or illuminants, - a flexible carrier or a film carrier as a flex carrier extending underneath the operator control panel and above the components (26a-c) across the component carrier, - the flex carrier being translucent at least in sections (18a-e), - illuminants on the component carrier underneath the translucent sections (18a-e), - electrically conductive elastic sensor material for providing the capacitive touch switch on the upper side of the flex carrier, - conductive paths on the flex carrier which are electrically connected to the sensor material, on the one hand side, and are guided to a contacting device (16, 22) of the flex carrier, on the other hand side, characterized in that - the sensor material has a height between 0.1 mm and 2 mm over the surface of the flex carrier, - the sensor material has an acrylate-based copolymer matrix which has been expanded or foamed, wherein the acrylate-based copolymer matrix in an initial condition includes solvent filled microspheres which have expanded upon temperature increase following application of the sensor material onto the flex carrier and, thus, have increased the volume of the sensor material, - the sensor material has conductive additives included which form a conducting network.
A content display control method comprising: displaying a content image on a screen; detecting reflection light of a beam of light reflected off the screen, the beam of light being emitted from a portable device onto the screen; selecting one mode from among a plurality of modes based on a size of a light spot and a central luminance of the detected reflection light on the screen, whereby at least two of said plurality of modes are associated with the same size of a light spot but with two different central luminances, whereby the size of a light spot is the distance on the screen at which luminance of the detected reflection light on the screen reaches a predetermined threshold, and the central luminance of the light spot is the luminance at the center of the light spot; detecting a user's operation in a period from selecting the mode to turning off the beam of light, based on the state of the reflection light in association with the selected mode; and controlling display of the content image on the screen based on the detected user's operation. displaying a content image on a screen; detecting reflection light of a beam of light reflected off the screen, the beam of light being emitted from a portable device onto the screen; selecting one mode from among a plurality of modes based on a size of a light spot and a central luminance of the detected reflection light on the screen, whereby at least two of said plurality of modes are associated with the same size of a light spot but with two different central luminances, whereby the size of a light spot is the distance on the screen at which luminance of the detected reflection light on the screen reaches a predetermined threshold, and the central luminance of the light spot is the luminance at the center of the light spot; detecting a user's operation in a period from selecting the mode to turning off the beam of light, based on the state of the reflection light in association with the selected mode; and controlling display of the content image on the screen based on the detected user's operation.
A system for printing onto discontinuous media comprising a printer, a vacuum pump and a tray; the printer comprising a print head and a feed roller for roll to roll printing by forwarding media passed the print head; the tray comprising an upper plate joined to a parallel lower plate by a perimeter edge, the upper plate and lower plate being separated by a separation to form a hollow box, the upper plate being provided with an array of through holes, hollow box being coupleable to a vacuum pump for evacuation of air from within, such that the discontinuous media placed over at least a portion of the array of holes is held in place by suction created by the vacuum pump and may be advanced past the print head by the feed roll for printing thereonto.
A rocket propulsion chamber comprising a combustion chamber, comprises in succession a dome for admitting a second propellant, a set of injectors, a substantially cylindrical portion extended by a converging portion and by a diverging portion, an inlet of the dome for admitting the second propellant constituting a top end of the combustion chamber and being connected to a feed duct for the second propellant, a wall of the combustion chamber having a cooling circuit in which a first propellant flows, with a single-piece thermostructural composite material shell placed against the outside of said combustion chamber and including a diverging nozzle extending beyond the bottom end of the combustion chamber, at least a fraction of said thermostructural composite material shell is covered in a radially strong outer reinforcing shell for containing deformation of the combustion chamber and of said thermostructural composite material shell, the thermostructural composite material shell and the outer reinforcing shell forming a unitary assembly, said combustion chamber being characterized in that it bears against an abutment fastened to the inside of a top part of the diverging nozzle, the propulsion chamber being characterized in that the thermostructural composite material shell also comprises a dome surmounting the dome of the combustion chamber.