mhurhangee/ep-ind-claims huggingface dataset:
A video signal switching circuit, characterized in that, the video signal switching circuit comprises: a regulating circuit connected to a first cable which is a cable for transmitting a composite video broadcast signal, and configured to regulate the first cable to be in a pull-up state in which the first cable is pulled up to a high voltage level via a resistor or a released state in which the first cable is released from being clamped to the high level; a detection circuit connected to the first cable, and configured to detect a voltage value on the first cable when the first cable is in the pull-up state or detect a voltage value on the first cable when the first cable is in the released state; a controller configured to control a second cable to transmit a high-definition transport video interface output signal when determining that the voltage value on the first cable in the released state increases, or control the first cable to transmit a composite video broadcast signal when determining that the voltage value on the first cable in the pull-up state decreases, wherein in the pull-up state, when the first cable is connected to a load, the voltage value on the first cable decreases; in the released state, when the first cable is disconnected from the load, the voltage value on the first cable increases; and a filtering circuit, connected to both the regulating circuit and the detection circuit, and configured to filter the voltage value on the first cable when the first cable is controlled to transmit the composite video broadcast signal, wherein the detection circuit samples the filtered voltage value. a regulating circuit connected to a first cable which is a cable for transmitting a composite video broadcast signal, and configured to regulate the first cable to be in a pull-up state in which the first cable is pulled up to a high voltage level via a resistor or a released state in which the first cable is released from being clamped to the high level; a detection circuit connected to the first cable, and configured to detect a voltage value on the first cable when the first cable is in the pull-up state or detect a voltage value on the first cable when the first cable is in the released state; a controller configured to control a second cable to transmit a high-definition transport video interface output signal when determining that the voltage value on the first cable in the released state increases, or control the first cable to transmit a composite video broadcast signal when determining that the voltage value on the first cable in the pull-up state decreases, wherein in the pull-up state, when the first cable is connected to a load, the voltage value on the first cable decreases; in the released state, when the first cable is disconnected from the load, the voltage value on the first cable increases; and a filtering circuit, connected to both the regulating circuit and the detection circuit, and configured to filter the voltage value on the first cable when the first cable is controlled to transmit the composite video broadcast signal, wherein the detection circuit samples the filtered voltage value.
A driving module for driving in particular magazined fixing means, in particular magazined nails, into workpieces, having an assembly support for a driving assembly, wherein the driving assembly has a driver drive which acts with a driving force via a driver punch, which is displaceable in the driving direction, on the fixing means to be driven in each case, wherein the driving assembly as such can be pressed onto the respective workpiece by means of a pressing drive and for this purpose is guided displaceably in the driving direction via an assembly guide on the assembly support, wherein the pressing drive has a drive wedge, which extends in a wedge plane and acts on the driving assembly in order to press the driving assembly onto the respective workpiece, Wherein the driving assembly is assigned a driver plane which is oriented parallel to the wedge plane and in which the line of force action of the driving force extends, and in that the pressing drive is configured and arranged such that the wedge plane is located in a manner offset from the driver plane by an offset distance, characterized in that the driver drive of the driving assembly is configured as an in particular pneumatic piston drive having a driver cylinder and a driver piston, and in that the inner surface of the driver cylinder is configured with a cross section that is elongate along a main axis, in particular elliptical.
A method of configuring a local brain stimulation tool, the method comprising: obtaining (202, 203) a reference brain network activity pattern, and a brain network activity pattern describing a neurophysiological state of the subject, each of said brain network activity patterns having a plurality of nodes and each node representing a brain location and at least one brain wave frequency; comparing said brain network activity patterns; and characterized in that the method comprises: configuring the local brain stimulation tool to apply local brain stimulation at a frequency and a location, both selected based on said comparison; wherein said comparison is node-wise, and wherein said selected location corresponds to a node that exists in said reference and missing in said brain network activity pattern describing said neurophysiological state of the subject. obtaining (202, 203) a reference brain network activity pattern, and a brain network activity pattern describing a neurophysiological state of the subject, each of said brain network activity patterns having a plurality of nodes and each node representing a brain location and at least one brain wave frequency; comparing said brain network activity patterns; and characterized in that the method comprises: configuring the local brain stimulation tool to apply local brain stimulation at a frequency and a location, both selected based on said comparison; wherein said comparison is node-wise, and wherein said selected location corresponds to a node that exists in said reference and missing in said brain network activity pattern describing said neurophysiological state of the subject. configuring the local brain stimulation tool to apply local brain stimulation at a frequency and a location, both selected based on said comparison; wherein said comparison is node-wise, and wherein said selected location corresponds to a node that exists in said reference and missing in said brain network activity pattern describing said neurophysiological state of the subject.
An apparatus for acquiring 3-dimensional, 3D, information, comprising: a projector having a light source configured to project light; a photographing unit configured to capture an image of an object onto which the light has been projected; wherein the apparatus is a mobile display apparatus; characterised by a controller configured to cause a driving signal having a first peak current to be applied to the light source of the projector in a display mode and to cause a driving signal having a second peak current higher than the first peak current to be applied to the light source of the projector in a 3D mode; wherein the 3D mode is a mode in which a plurality of patterned lights having different patterns is generated and sequentially radiated onto the object to acquire the 3D information; wherein in the display mode, the projector radiates light according to the driving signal having the first peak current and applied to the light source of the projector; wherein the projector projects the light using a light-emitting diode, LED, or a laser diode, LD, as the light source; and wherein the controller causes a duty rate of the driving signal applied to the light source of the projector in the 3D mode to be lower than a duty rate of the driving signal applied to the light source of the projector in the display mode so that the driving signal has the second peak current higher than the first peak current and so that an amount of light projected by the projector is lower in the 3D mode than in the display mode. a projector having a light source configured to project light; a photographing unit configured to capture an image of an object onto which the light has been projected; wherein the apparatus is a mobile display apparatus; characterised by a controller configured to cause a driving signal having a first peak current to be applied to the light source of the projector in a display mode and to cause a driving signal having a second peak current higher than the first peak current to be applied to the light source of the projector in a 3D mode; wherein the 3D mode is a mode in which a plurality of patterned lights having different patterns is generated and sequentially radiated onto the object to acquire the 3D information; wherein in the display mode, the projector radiates light according to the driving signal having the first peak current and applied to the light source of the projector; wherein the projector projects the light using a light-emitting diode, LED, or a laser diode, LD, as the light source; and wherein the controller causes a duty rate of the driving signal applied to the light source of the projector in the 3D mode to be lower than a duty rate of the driving signal applied to the light source of the projector in the display mode so that the driving signal has the second peak current higher than the first peak current and so that an amount of light projected by the projector is lower in the 3D mode than in the display mode.
A fuel cell comprising a solid electrolyte containing Zr; an intermediate layer (4, 4a, 4b) and an oxygen-side electrode that are disposed in this order on one surface of the solid electrolyte; and a fuel-side electrode disposed on another surface opposed to the one surface of the solid electrolyte, wherein the intermediate layer (4, 4a, 4b) includes a surface layer region that contains Zr and faces the solid electrolyte, and another region that does not contain Zr and faces the oxygen side electrode, characterized in that the surface layer region and the another region are produced using a raw material powder having a composition represented by the following formula: (CeO 2) 1-x (REO 1.5) x where RE represents at least one of Sm, Y, Yb and Gd, and x is a number that satisfies 0<x≤0.3, and the oxygen-side electrode contains Sr. where RE represents at least one of Sm, Y, Yb and Gd, and x is a number that satisfies 0<x≤0.3, and the oxygen-side electrode contains Sr.
A shelf-stable cooking aid for coating and frying a food product, the cooking aid comprising: 25-40 wt% oil, 35-65 wt% water, 10-25 wt% flour and/or starch, an emulsifier; wherein the oil and water are in the form of an emulsion; and wherein the oil is liquid at a room temperature of 25°C.
A cellular system comprising at least a base station and a mobile station, in said base station, comprising means for sending a first signal or a plurality of first signals including information to said mobile station using a shared channel; means for setting a dedicated channel between itself and said mobile station to send a downlink signal (DPCH1DL) including downlink control information and receive an uplink signal (DPCH1UL) including uplink control information, and said mobile station comprising means for receiving said first signal (HS-PDSCH); and means for setting a dedicated channel between itself and said base station to receive said downlink signal (DPCH1DL) and send said uplink signal (DPCH1UL), and characterized in that wherein said base station further comprises means for determining the reception SIR of said uplink signal (DPCH1UL) sent from said mobile station, means for determining transmission power control information based on said reception SIR and a desired SIR, means for decreasing said desired SIR value after the end of sending said first signal (HS-PDSCH) or said first signals, and means for increasing said desired SIR value at the beginning of sending said first signal or said first signals.
Laminate flooring element with a support from the group of chipboards or medium-density wood-fibre boards or high-density wood-fibre boards or thermoplastic supportive boards on which a decorative layer has been bonded, characterized in that the decorative layer comprises at least one microporous thermoplastic film.
An implantable medical device configured for implantation in and delivery of a therapy signal to a patient, the implantable medical device comprising: sensing circuitry configured to receive, via a plurality of electrodes, one or more test therapy signals generated by another device implanted in the patient; and processing circuitry, wherein at least one of the sensing circuitry or the processing circuitry is configured to detect the one or more test therapy signals, the processing circuitry further configured to: determine whether the one or more test therapy signals are detected; and characterised in that said processor is further configured to in response to detection of the one or more test therapy signals, control the implantable medical device to provide an indication that the implantable medical device has detected the one or more test therapy signals. sensing circuitry configured to receive, via a plurality of electrodes, one or more test therapy signals generated by another device implanted in the patient; and processing circuitry, wherein at least one of the sensing circuitry or the processing circuitry is configured to detect the one or more test therapy signals, the processing circuitry further configured to: determine whether the one or more test therapy signals are detected; and characterised in that said processor is further configured to in response to detection of the one or more test therapy signals, control the implantable medical device to provide an indication that the implantable medical device has detected the one or more test therapy signals. determine whether the one or more test therapy signals are detected; and characterised in that said processor is further configured to in response to detection of the one or more test therapy signals, control the implantable medical device to provide an indication that the implantable medical device has detected the one or more test therapy signals.
Anti-friction bearing having at least one inner ring and at least one outer ring, a number of rolling bodies being arranged between the bearing rings (2, 3), the rolling bodies being held by way of a cage, the cage consisting of a number of cage segments, in each case one cage segment being arranged in the circumferential direction of the anti-friction bearing between two rolling bodies, each cage segment making contact with two rolling bodies on at least two contact faces (6, 7, 8) which are adapted to the shape of the rolling body, without surrounding the rolling body in a frame-like manner, the individual cage segments not being connected to one another, each cage segment having, at its axial ends (9, 10), in each case one end element with an end face for axial contact of the rolling body, and the two end elements which are arranged axially on the end side (9, 10) being connected to one another by way of a carrier element, at least one guide element (16, 17) which has a contact face (6, 7, 8) which is adapted to the shape of the rolling body being arranged on the carrier element, characterized in that the at least one guide element (16, 17) protrudes radially beyond the carrier element, and a radially outer end of the at least one guide element being at a greater spacing (X 4) from the raceway of the outer ring than the spacing (X 2) between the radially outer end of the end element and the raceway of the outer ring.
A method for encoding temporally scalable video data, the video data comprising a plurality of access units (100, 102), AUs, each AU having a Temporalld variable derived from a syntax element associated with the respective AU, at least one of the AUs having a Temporalld equal to 0 and at least one other of the AUs having a Temporalld greater than 0, the method comprising: encoding a buffering period supplemental enhancement information, SEI, message, associated with a first AU of the plurality of AUs, wherein the first AU has a Temporalld equal to 0, wherein buffering period SEI messages are subject to a restriction that no buffering period SEI message can be associated with an AU with a Temporalld greater than 0, wherein the buffering period SEI message includes syntax elements indicating an initial coded picture buffer, CPB, removal delay value and initial CPB removal delay offset value; determining coded picture buffer, CPB, removal times for first and second decoding units, DUs, in the first AU, wherein the second DU is subsequent to the first DU in decoding order; encoding a sub-picture timing SEI message associated with the first AU of the plurality of AUs, including encoding a duration between the CPB removal times for the first and second DUs in the sub-picture timing SEI message; and encoding video data of the first DU. encoding a buffering period supplemental enhancement information, SEI, message, associated with a first AU of the plurality of AUs, wherein the first AU has a Temporalld equal to 0, wherein buffering period SEI messages are subject to a restriction that no buffering period SEI message can be associated with an AU with a Temporalld greater than 0, wherein the buffering period SEI message includes syntax elements indicating an initial coded picture buffer, CPB, removal delay value and initial CPB removal delay offset value; determining coded picture buffer, CPB, removal times for first and second decoding units, DUs, in the first AU, wherein the second DU is subsequent to the first DU in decoding order; encoding a sub-picture timing SEI message associated with the first AU of the plurality of AUs, including encoding a duration between the CPB removal times for the first and second DUs in the sub-picture timing SEI message; and encoding video data of the first DU.
A method performed by a radio network node for transmitting discovery signals to a user equipment, wherein the radio network node and the user equipment communicate over a carrier with a carrier bandwidth in a 3rd Generation Partnership Project, 3GPP, radio communications system, and wherein the method is characterised by: - transmitting two or more discovery signals over two or more directions, wherein each discovery signal is configured to span over a fraction of the carrier bandwidth, wherein the carrier bandwidth is separated into sub-bands, and each of the two or more discovery signals is configured to span over one sub-band. - transmitting two or more discovery signals over two or more directions,
A container (1, 101) configured to be received in a vehicle cup holder, the container (1, 101) comprising; a body portion defining an internal compartment, the body portion comprising a closed bottom end and an open top end; and a cover portion configured to cover the open top end of the body portion; wherein the cover portion comprises an aperture for accessing the internal compartment of the body portion, and support means for supporting one or more consumer articles on an outer surface of the cover portion, and wherein the support means comprise at least one recessed portion for receiving one or more consumer articles, the recessed portion being defined by two parallel upwardly projecting plates positioned on the cover portion. a body portion defining an internal compartment, the body portion comprising a closed bottom end and an open top end; and a cover portion configured to cover the open top end of the body portion;
Holding apparatus for a levelling apparatus, having a first and a second holding element (310, 320) for arranging a first and second lenses (330, 340), characterized in that the first and second holding elements (310, 320) in each case have a disc-shaped main body (312, 322), wherein the first lens is arranged on the first holding element and the second lens is arranged on the second holding element, and wherein the holding apparatus is designed to orient the first and second lenses (330, 340) at least substantially perpendicularly to one another by way of the first holding element and the second holding element being capable of being rotated relative to one another and the holding elements (310, 320) being fixed with respect to one another in their oriented positions via an adhesive bond, wherein at least one holding element has at least one recess (327, 328) for arranging an adhesive agent.
A pumping chamber for a micro-pump, the pumping chamber having a volume of 100 microlitres or less bounded by an interior wall and having an inlet and an outlet, wherein a portion of the interior wall is movable so as to vary the pumping chamber volume and wherein the interior wall has at least one inwardly projecting rib having a first end adjacent the inlet and a second end adjacent the outlet, the rib being configured for guiding fluid from adjacent the outlet towards the inlet during priming of the pumping chamber.
A magnetic shield material comprising: a magnetic layer (2, 12) containing a magnetic material; and an electrically conductive layer (3, 13) containing an electrically conductive material, wherein the electrically conductive layer (3, 13) has a thickness corresponding to a frequency band of electromagnetic wave to be shielded, wherein the thickness of the electrically conductive layer (3, 13) is changed depending on the frequency band of electromagnetic wave to be shielded, the thickness of the electrically conductive layer (3, 13) is a thickness to maximize magnetic field shield effect of the magnetic shield material in the frequency band of electromagnetic wave to be shielded, and wherein the magnetic shield material is placed on a generation source of the electromagnetic wave to be shielded. a magnetic layer (2, 12) containing a magnetic material; and an electrically conductive layer (3, 13) containing an electrically conductive material, wherein the electrically conductive layer (3, 13) has a thickness corresponding to a frequency band of electromagnetic wave to be shielded, wherein the thickness of the electrically conductive layer (3, 13) is changed depending on the frequency band of electromagnetic wave to be shielded, the thickness of the electrically conductive layer (3, 13) is a thickness to maximize magnetic field shield effect of the magnetic shield material in the frequency band of electromagnetic wave to be shielded, and wherein the magnetic shield material is placed on a generation source of the electromagnetic wave to be shielded.
A determination method of cholesterol in a specific lipoprotein, which comprises determining the amount of Cholesterol in coexistence of the polymer containing the following monomer unit as constituents: (iv) a polyethylene glycol segment represented by the general formula: -(CH 2 CH 2 O)k- (wherein, k represents an integer of 10 to 250); (v) a monomer unit represented by the general formula: (wherein, R 1 represents a hydrogen atom or C 1 -C 3 alkyl group); and (vi) a monomer unit represented by the general formula: [wherein, R 2 represents a hydrogen atom or C 1 -C 3 alkyl group, and R 3 represents the group of the general formula: -COOR 4 (wherein, R 4 represents an alkyl group, a haloalkyl group or a bornanyl group), an alkyl group, an alkoxy group, an aralkyl group or an alkylcarbamoyl group]. (iv) a polyethylene glycol segment represented by the general formula: -(CH 2 CH 2 O)k- (wherein, k represents an integer of 10 to 250); (v) a monomer unit represented by the general formula: (wherein, R 1 represents a hydrogen atom or C 1 -C 3 alkyl group); and (vi) a monomer unit represented by the general formula: [wherein, R 2 represents a hydrogen atom or C 1 -C 3 alkyl group, and R 3 represents the group of the general formula: -COOR 4 (wherein, R 4 represents an alkyl group, a haloalkyl group or a bornanyl group), an alkyl group, an alkoxy group, an aralkyl group or an alkylcarbamoyl group].