mhurhangee/ep-ind-claims huggingface dataset:
A media device meter to monitor media presented by a media device, the media device meter comprising: a watermark detector to detect watermarks in a media signal; and a watermark controller to: activate the watermark detector to begin a first search interval; place the watermark detector in a sleep mode upon expiration of the first search interval in response to no valid watermarks being detected during the first search interval; place the watermark detector in the sleep mode prior to expiration of the first search interval in response to detection of a first valid watermark during the first search interval; and upon expiration of a first sleep interval after the watermark detector is placed in the sleep mode, activate the watermark detector to begin a second search interval. a watermark detector to detect watermarks in a media signal; and a watermark controller to: activate the watermark detector to begin a first search interval; place the watermark detector in a sleep mode upon expiration of the first search interval in response to no valid watermarks being detected during the first search interval; place the watermark detector in the sleep mode prior to expiration of the first search interval in response to detection of a first valid watermark during the first search interval; and upon expiration of a first sleep interval after the watermark detector is placed in the sleep mode, activate the watermark detector to begin a second search interval. activate the watermark detector to begin a first search interval; place the watermark detector in a sleep mode upon expiration of the first search interval in response to no valid watermarks being detected during the first search interval; place the watermark detector in the sleep mode prior to expiration of the first search interval in response to detection of a first valid watermark during the first search interval; and upon expiration of a first sleep interval after the watermark detector is placed in the sleep mode, activate the watermark detector to begin a second search interval.
A fluid dispenser device for associating with a fluid reservoir so as to form a fluid dispenser, the device comprising: • a fluid dispenser orifice; • an air duct (32, 51, 52) for air under pressure, said air duct including an upstream end and a downstream end that opens out in the proximity of the orifice; • an air expeller, such as a flexible bulb, that is suitable for being subjected to elastic squeezing and relaxation stages, the air expeller being connected to the upstream end of the air duct (32, 51, 52) so that, during elastic squeezing stages, it delivers a flow of air under pressure through the air duct until it reaches the orifice; and • a fluid channel (25, 33) that is connected to the air duct (32, 51, 52) in the proximity of its downstream end, the fluid in the channel (25, 33) being sucked up by the flow of air under pressure by the Venturi effect, in such a manner as to dispense a mixture of air and fluid through the dispenser orifice; wherein the air expeller has only a single opening that is provided with a connection sleeve that defines at least one portion (51, 52) of the air duct, the sleeve further including an incoming-air passage that is provided with an air-inlet valve (56; 56b; 56c; 56d) that is suitable for allowing outside air to enter into the air expeller during elastic relaxation stages, and for preventing air from leaving the air expeller through the passage during elastic squeezing stages, the air-inlet valve (56; 56b; 56c; 56d) co-operating with a valve seat (54b; 591; 561; 541) in such a manner as to bear against its seat during elastic squeezing stages, the device being characterized in that the air-inlet valve (56; 56b; 56c; 56d) is disposed in such a manner as to be urged against its seat by the flow of air under pressure generated during elastic squeezing stages. • a fluid dispenser orifice; • an air duct (32, 51, 52) for air under pressure, said air duct including an upstream end and a downstream end that opens out in the proximity of the orifice; • an air expeller, such as a flexible bulb, that is suitable for being subjected to elastic squeezing and relaxation stages, the air expeller being connected to the upstream end of the air duct (32, 51, 52) so that, during elastic squeezing stages, it delivers a flow of air under pressure through the air duct until it reaches the orifice; and • a fluid channel (25, 33) that is connected to the air duct (32, 51, 52) in the proximity of its downstream end, the fluid in the channel (25, 33) being sucked up by the flow of air under pressure by the Venturi effect, in such a manner as to dispense a mixture of air and fluid through the dispenser orifice;
Power contactor having - a first electrical contact and a second electrical contact, - a switching element, which can adopt an open position and a closed position, wherein the switching element contact-connects the first electrical contact and the second electrical contact to each other in the closed position, and wherein the first electrical contact and the second electrical contact are isolated from one another when the switching element is in the open position, - at least one temperature sensor, which is integrated into the power contactor and is designed to detect a temperature of the power contactor at a predefined distance from the first electrical contact and/or the second electrical contact, and - a contact chamber device having a housing body and a contact chamber in which the switching element is at least partially arranged, wherein the housing body at least partially surrounds the contact chamber, wherein the temperature sensor is arranged in a wall of the housing body, characterized in that the housing body has a recess, which is open to the outside, in the wall in the vicinity of the electrical contacts (3, 4) and the temperature sensor is arranged in the recess. - a first electrical contact and a second electrical contact, - a switching element, which can adopt an open position and a closed position, wherein the switching element contact-connects the first electrical contact and the second electrical contact to each other in the closed position, and wherein the first electrical contact and the second electrical contact are isolated from one another when the switching element is in the open position, - at least one temperature sensor, which is integrated into the power contactor and is designed to detect a temperature of the power contactor at a predefined distance from the first electrical contact and/or the second electrical contact, and - a contact chamber device having a housing body and a contact chamber in which the switching element is at least partially arranged, wherein the housing body at least partially surrounds the contact chamber, wherein the temperature sensor is arranged in a wall of the housing body, characterized in that the housing body has a recess, which is open to the outside, in the wall in the vicinity of the electrical contacts (3, 4) and the temperature sensor is arranged in the recess.
Cylinder head for a naturally aspirated engine, which - has three cylinders arranged in line along the longitudinal axis of the cylinder head, of which two cylinders form outer cylinders and one cylinder is an inner cylinder, each cylinder having at least two outlet openings to carry the exhaust gases away from the cylinder via an exhaust system, for which purpose an exhaust line is connected to each outlet opening, and in which - the exhaust lines of the cylinders, of which there are at least three, come together within the cylinder head to give a combined exhaust line, forming an integrated exhaust manifold in the process, wherein the integrated exhaust manifold is of asymmetrical design such that the combined exhaust line emerges from the cylinder head eccentrically in relation to the manifold, and the exhaust lines of the outlet openings, of which there are at least two, of each cylinder come together to give a component exhaust line associated with the cylinder before the component exhaust lines of the three cylinders come together to give a combined exhaust line, characterized in that - the component exhaust line of the second outer cylinder and the component exhaust line of the inner cylinder come together before they come together with the component exhaust line of the first outer cylinder to give the combined exhaust line. - has three cylinders arranged in line along the longitudinal axis of the cylinder head, of which two cylinders form outer cylinders and one cylinder is an inner cylinder, each cylinder having at least two outlet openings to carry the exhaust gases away from the cylinder via an exhaust system, for which purpose an exhaust line is connected to each outlet opening, and in which - the exhaust lines of the cylinders, of which there are at least three, come together within the cylinder head to give a combined exhaust line, forming an integrated exhaust manifold in the process, wherein the integrated exhaust manifold is of asymmetrical design such that the combined exhaust line emerges from the cylinder head eccentrically in relation to the manifold, and the exhaust lines of the outlet openings, of which there are at least two, of each cylinder come together to give a component exhaust line associated with the cylinder before the component exhaust lines of the three cylinders come together to give a combined exhaust line, characterized in that - the component exhaust line of the second outer cylinder and the component exhaust line of the inner cylinder come together before they come together with the component exhaust line of the first outer cylinder to give the combined exhaust line.
An array substrate for a TFT-LCD comprising a peripheral wiring area which comprises an electrostatic discharge prevention area, the electrostatic discharge prevention area comprises a substrate, and a gate line, a gate insulating layer, a data line, a protection layer and a transparent electrode formed on the substrate, wherein, a first through hole is formed in the gate insulating layer, a second through hole is formed in the protection layer at a position corresponding to the first through hole, and the gate line, the data line and the transparent electrode are connected together through the first through hole and the second through hole, characterized in that, the transparent electrode comprises a first transparent electrode and a second transparent electrode, a passivation layer is formed between the first transparent electrode and the second transparent electrode, and a third through hole is formed in the passivation layer at a position corresponding to the first through hole.
A method for producing a native bone substitution material, the method comprising: (a) crushing and sanitizing a native bone composite material, which has a hydroxyapatite structure and contains collagen; and (b) applying a proteolytic enzyme on the bone composite material from step a), the collagen being atelopeptidized; and (c) sterilizing the bone composite material from step b), the sterilization occurring at a temperature ranging from 250 °C to 500 °C; and (d) obtaining the bone substitution material. (a) crushing and sanitizing a native bone composite material, which has a hydroxyapatite structure and contains collagen; and (b) applying a proteolytic enzyme on the bone composite material from step a), the collagen being atelopeptidized; and (c) sterilizing the bone composite material from step b), the sterilization occurring at a temperature ranging from 250 °C to 500 °C; and (d) obtaining the bone substitution material.
An isolated T-lymphocyte comprising a stably integrated exogenous sequence encoding a T-cell receptor, wherein at least one endogenous TCR gene within the cell is partially or completely inactivated by a nuclease that binds to a target site in the endogenous TCR gene as shown in any of SEQ ID NO:144-154, the nuclease comprising a TALEN, the TALEN comprising a TAL-effector DNA-binding domain and a cleavage domain, and further wherein the TAL-effector DNA-binding domain comprises a C-terminal truncation as compared to a wild-type TAL-effector DNA-domain, and wherein the cell comprises the nuclease.
A method for wireless communication, comprising: connecting, from a user equipment, UE, to a 3GPP wireless network associated with a first access point name, APN; and connecting, from the UE, to a non-3GPP wireless network associated with a second APN,wherein the connections to the 3GPP wireless network and the non-3GPP wireless network are maintained concurrently and information for the first APN and the second APN is stored at a home subscriber server, HSS, for the UE; performing handover of the first APN from the 3GPP wireless network to the non-3GPP wireless network by the UE, wherein the handover further comprises performing a disconnection between the UE and the 3GPP wireless network or a bearer deactivation procedure initiated by a packet data network, PDN, gateway; and performing detach for the first APN from the non-3GPP wireless network subsequent to the handover, retaining the information for the second APN at the HSS for the UE after the detach. connecting, from a user equipment, UE, to a 3GPP wireless network associated with a first access point name, APN; and connecting, from the UE, to a non-3GPP wireless network associated with a second APN,wherein the connections to the 3GPP wireless network and the non-3GPP wireless network are maintained concurrently and information for the first APN and the second APN is stored at a home subscriber server, HSS, for the UE; performing handover of the first APN from the 3GPP wireless network to the non-3GPP wireless network by the UE, wherein the handover further comprises performing a disconnection between the UE and the 3GPP wireless network or a bearer deactivation procedure initiated by a packet data network, PDN, gateway; and performing detach for the first APN from the non-3GPP wireless network subsequent to the handover, retaining the information for the second APN at the HSS for the UE after the detach.
A filter medium for an air filter collecting dust in an air flow, comprising a principal collection layer including a porous polytetrafluoroethylene film, wherein a surface of the filter medium for an air filter is provided with a plurality of embossed projections (20A-20E), the filter medium further comprises a pre-collection layer, which is located at an upstream side of an air flow of the principal collection layer, for collecting a part of dust in the air flow, wherein the principal collection layer collects dust which has passed through the pre-collection layer, wherein the filter medium for an air filter is maintained in a zigzag shape obtained by folding so as to create mountain folds and valley folds, and wherein the filter medium further comprises an air-permeable cover layer, which is located at a position of an outermost layer at the upstream side of the air flow, for allowing dust in the air flow to pass and suppressing deformation of a surface of the filter medium for an air filter by pressing force from outside, characterized in that: a ratio of a depth dimension of the zigzag shape to an interval between summits of the mountain folds or valley floors of the valley folds of the filter medium for an air filter maintained in the zigzag shape with the embossed projections (20A-20E), not including a thickness of the filter medium for an air filter, is 21 to 65, inclusive. a ratio of a depth dimension of the zigzag shape to an interval between summits of the mountain folds or valley floors of the valley folds of the filter medium for an air filter maintained in the zigzag shape with the embossed projections (20A-20E), not including a thickness of the filter medium for an air filter, is 21 to 65, inclusive.
Method for producing a chassis control arm, comprising the following steps: - providing a chassis control arm which comprises, in an end bearing portion (1 a), at least two connecting portions which are spaced apart from one another to form a clearance; - making a bearing opening in each of the corresponding connecting portions, wherein the bearing openings are aligned coaxially with respect to one another; - inserting a bearing sleeve into the bearing openings; - shaping one or more peripheral expansions of the bearing sleeve, which project radially into the clearance at least in portions, wherein at least one of the peripheral expansions directly axially adjoins at least one of the connecting portions, - beading at least one of the ends of the bearing sleeve which axially project beyond the connecting portions, wherein each connecting portion forms an interlocking fit with the bearing sleeve as a result of the steps of peripheral expansion and beading of the ends. - providing a chassis control arm which comprises, in an end bearing portion (1 a), at least two connecting portions which are spaced apart from one another to form a clearance; - making a bearing opening in each of the corresponding connecting portions, wherein the bearing openings are aligned coaxially with respect to one another; - inserting a bearing sleeve into the bearing openings; - shaping one or more peripheral expansions of the bearing sleeve, which project radially into the clearance at least in portions, wherein at least one of the peripheral expansions directly axially adjoins at least one of the connecting portions, - beading at least one of the ends of the bearing sleeve which axially project beyond the connecting portions, wherein each connecting portion forms an interlocking fit with the bearing sleeve as a result of the steps of peripheral expansion and beading of the ends.
A vessel, comprising a hull with: - a propeller that is rotatably mounted with respect to the hull; - a nozzle surrounding the propeller, and - a tunnel member, characterized in that said tunnel member is mounted moveable relative to the hull between: - a retracted state, wherein the tunnel member is removed from the nozzle, and - an extended state, wherein the tunnel member defines at least a part of an adjustable flow tunnel for conveying a flow of water towards the propeller, and wherein the tunnel member comprises means for forming a sealing engagement with the nozzle when in the extended state, for maintaining an underpressure inside the flow tunnel. - a propeller that is rotatably mounted with respect to the hull; - a nozzle surrounding the propeller, and - a tunnel member, - a retracted state, wherein the tunnel member is removed from the nozzle, and - an extended state, wherein the tunnel member defines at least a part of an adjustable flow tunnel for conveying a flow of water towards the propeller,
A method for transmitting a secondary advanced, SA, preamble in an orthogonal frequency division multiplexing, OFDM, wireless communication system, the method comprising: identifying an SA preamble generated in a unit of sub-blocks based on a frequency band to be used for transmitting information; identifying a block cover sequence for reducing a peak to average power ratio, PAPR, of the SA preamble, the block cover sequence being based on a segment identifier, ID, a fast Fourier transform, FFT, size, and a number of antennas; applying each bit of the identified block cover sequence to each sub-block constituting the SA preamble; and transmitting the SA preamble, wherein, if tone dropping, TD, is supported, the SA preamble is constructed by mapping sub-blocks only to a part of an FFT used for information transmission centering around a direct current, DC, subcarrier on both sides, so that a subcarrier interval for all frequency bands is the same. identifying an SA preamble generated in a unit of sub-blocks based on a frequency band to be used for transmitting information; identifying a block cover sequence for reducing a peak to average power ratio, PAPR, of the SA preamble, the block cover sequence being based on a segment identifier, ID, a fast Fourier transform, FFT, size, and a number of antennas; applying each bit of the identified block cover sequence to each sub-block constituting the SA preamble; and transmitting the SA preamble, wherein, if tone dropping, TD, is supported, the SA preamble is constructed by mapping sub-blocks only to a part of an FFT used for information transmission centering around a direct current, DC, subcarrier on both sides, so that a subcarrier interval for all frequency bands is the same.
An anti-insect device for use in a building opening, comprising a tenter frame, the horizontal and vertical frame struts thereof which are connected together via connectors in each case comprising at least one external profile strip and one internal profile strip which is inserted into the external profile strip (s) in a telescopable manner to an insertion depth, and a net secured to the tenter frame by means of clamping strips, wherein the at least one external profile strip of a frame strut forms a main projection extending along its longitudinal extent, forming a guide channel on the inside and having a cross-sectional shape on the outside, and in that the associated internal profile strip forms an auxiliary projection which extends along its longitudinal extent and which engages in the guide channel of the main projection of the external profile strip, characterised in that for mounting the anti-insect device, an adapter profile strip with a cross-sectional contour at least partially corresponding to the outer cross-sectional shape of the main projection is positioned on a portion of the auxiliary projection protruding from the guide channel of the main projection, wherein the insertion depth of the internal profile strip into the external profile strip is limited by a length of the adapter profile strip and as a result the overall length of this frame strut is secured in the mounted state, and wherein the clamping strip securing the net to this frame strut extends in one piece over the entire length of this frame strut and for securing the net said clamping strip encompasses in a partial region the main projection of the external profile strip and encompasses in a further partial region the adapter profile strip positioned onto the auxiliary projection of the internal profile strip.