mhurhangee/ep-ind-claims huggingface dataset:
A method of transmitting user input data from a wireless sink device to a wireless source device,, the method comprising: receiving, by the wireless sink device from the wireless source device, video data comprising a plurality of frames of video data, wherein each frame of video data has a timestamp added to the frame of video data by the wireless source device prior to being transmitted to the wireless sink device; obtaining user input data at the wireless sink device, the user input data comprising coordinate data corresponding to a location of a mouse click event or a location of a touch event within a display window for content received from the wireless source device; generating a data packet header, wherein the data packet header comprises a timestamp flag to indicate if a timestamp field is present in the data packet header, the data packet header including a timestamp in the timestamp field, wherein the timestamp in the time stamp field identifies a timestamp associated with a frame of video data being displayed at the wireless sink device at the time the user input data was obtained; generating a data packet comprising the data packet header and payload data, wherein the payload data comprises the coordinate data that has been normalized as normalized coordinate data; transmitting the data packet to the wireless source device over a user input back channel, UIBC. receiving, by the wireless sink device from the wireless source device, video data comprising a plurality of frames of video data, wherein each frame of video data has a timestamp added to the frame of video data by the wireless source device prior to being transmitted to the wireless sink device; obtaining user input data at the wireless sink device, the user input data comprising coordinate data corresponding to a location of a mouse click event or a location of a touch event within a display window for content received from the wireless source device; generating a data packet header, wherein the data packet header comprises a timestamp flag to indicate if a timestamp field is present in the data packet header, the data packet header including a timestamp in the timestamp field, wherein the timestamp in the time stamp field identifies a timestamp associated with a frame of video data being displayed at the wireless sink device at the time the user input data was obtained; generating a data packet comprising the data packet header and payload data, wherein the payload data comprises the coordinate data that has been normalized as normalized coordinate data; transmitting the data packet to the wireless source device over a user input back channel, UIBC.
Device for separating stalks of fruits grouped in bunches, comprising: - a fruit reception compartment, configured to contain fruits and a liquid, connected to a fruit suction area and connected to a liquid suction area, in which the liquid suction area comprises a first orifice for connection to means for suction of liquid, - a narrowing which comprises an outlet from the narrowing which flows into a channel, characterized in that the device comprises a passage of water between the outlet of the narrowing and the channel, where the channel forms part of a pipe which comprises a tube or conduit to introduce liquid into the channel through the passage of water; wherein this liquid is re-injected into the channel passing through the passage of water between the walls of the narrowing outlet and the walls of the channel, producing a depression which drags the liquid and fruit mixture in the fruit suction area, generating turbulence in the channel which causes the dragged fruits, joined by their stalks, to separate from each other. - a fruit reception compartment, configured to contain fruits and a liquid, connected to a fruit suction area and connected to a liquid suction area, in which the liquid suction area comprises a first orifice for connection to means for suction of liquid, - a narrowing which comprises an outlet from the narrowing which flows into a channel,
A gastro-duodenal implant comprising: a first retention structure configured for occupying a portion of the stomach; a second retention structure configured for positioning on the duodenal side of the pyloric opening essentially adjacent to the pyloric sphincter; and a set of resilient coupling members configured for resiliently coupling the first retention structure and the second retention structure, wherein the set of resilient coupling members facilitates resilient biasing of the first retention structure away from the second retention structure; and wherein the first retention structure is movable within the stomach and contacts with stomach lining following ingestion of food into the stomach and/or during churning motions provided by smooth musculature of the stomach, characterized in that: the first retention structure comprises a plurality of frame members resiliently coupled together by way of a plurality of springs to form a closed shape, wherein the plurality of springs facilitates displacement of the plurality of frame members relative to each other towards a deformed spatial configuration of the first retention structure in response to forces exerted upon the first retention structure and biases the plurality of frame members towards a default spatial configuration of the first retention structure when the forces exerted upon the first retention structure are absent, wherein the closed shape formed by the plurality of frame members and the plurality of springs of the first retention structure has a spatial extent that significantly exceeds cross sectional area of the pyloric opening, in order to minimize likelihood that the first retention structure is accommodated by pyloric sphincter. a first retention structure configured for occupying a portion of the stomach; a second retention structure configured for positioning on the duodenal side of the pyloric opening essentially adjacent to the pyloric sphincter; and a set of resilient coupling members configured for resiliently coupling the first retention structure and the second retention structure, the first retention structure comprises a plurality of frame members resiliently coupled together by way of a plurality of springs to form a closed shape, wherein the plurality of springs facilitates displacement of the plurality of frame members relative to each other towards a deformed spatial configuration of the first retention structure in response to forces exerted upon the first retention structure and biases the plurality of frame members towards a default spatial configuration of the first retention structure when the forces exerted upon the first retention structure are absent, wherein the closed shape formed by the plurality of frame members and the plurality of springs of the first retention structure has a spatial extent that significantly exceeds cross sectional area of the pyloric opening, in order to minimize likelihood that the first retention structure is accommodated by pyloric sphincter.
A medical packaging film comprising a laminate of from three to five thermoplastic resin formation layers, wherein the laminate comprises: a first layer that is an innermost layer in contact with a medicine and formed of a no-antistatic agent-containing thermoplastic resin formation layer; a second layer formed of a polymer antistatic agent-containing thermoplastic resin formation layer comprising a polymer antistatic agent that is a potassium ionomer in an amount of C wt% (10<C<30) in a single layer; and a third layer that is an outermost layer formed of the thermoplastic resin formation layer or layers from the third layer to an outermost layer, only the second layer contains the potassium ionomer, and the laminate provides an amount of a water-elutable alkali component being at most 0.01 mmol equivalent per 5 g in total of 1 cm 2 pieces as determined by test method 1 of the description, wherein the first layer has a thickness of L 1 μm, the second layer has a potassium ionomer concentration of C' 2 vol% and the second layer has a thickness of L 2 μm, satisfying the following formula: 2 ≤ L 1 ≤ 5 × L 2 × C ′ 2 / 100 + 5; and where in a graph showing the correlation of the outer layer ratio plotted as the y axis, which outer layer ratio is the ratio of the total thickness of the third layer to the fifth layer to the thickness of all layers, and the potassium ionomer vol% of the second layer plotted as the x axis, the medical packaging film is plotted in the area above the boundary line of: y = 2.00 x / 100 + 0.25. wherein the laminate comprises: a first layer that is an innermost layer in contact with a medicine and formed of a no-antistatic agent-containing thermoplastic resin formation layer; a second layer formed of a polymer antistatic agent-containing thermoplastic resin formation layer comprising a polymer antistatic agent that is a potassium ionomer in an amount of C wt% (10<C<30) in a single layer; and a third layer that is an outermost layer formed of the thermoplastic resin formation layer or layers from the third layer to an outermost layer, only the second layer contains the potassium ionomer, and the laminate provides an amount of a water-elutable alkali component being at most 0.01 mmol equivalent per 5 g in total of 1 cm 2 pieces as determined by test method 1 of the description, wherein the first layer has a thickness of L 1 μm, the second layer has a potassium ionomer concentration of C' 2 vol% and the second layer has a thickness of L 2 μm, satisfying the following formula: 2 ≤ L 1 ≤ 5 × L 2 × C ′ 2 / 100 + 5; and where in a graph showing the correlation of the outer layer ratio plotted as the y axis, which outer layer ratio is the ratio of the total thickness of the third layer to the fifth layer to the thickness of all layers, and the potassium ionomer vol% of the second layer plotted as the x axis, the medical packaging film is plotted in the area above the boundary line of: y = 2.00 x / 100 + 0.25.
A motor-driven compressor, comprising: an electric motor; a compression mechanism driven by the electric motor to compress refrigerant; a housing accommodating the electric motor and the compression mechanism; and a support (28, 29, 42, 51, 73, 103) having a mounting to be fastened to an object by a fastener, wherein one of the housing and the support (28, 29, 42, 51, 73.103) has a projection (30B, 31B, 43C, 44C, 56C, 57C, 59C, 60C, 71, 72, 103A) and the other of the housing and the support (28, 29, 42, 51, 73, 103) has a recess (26, 27, 41A. 54A, 55A, 76, 77, 78, 79, 105) that is engaged with the projection (30B, 31B, 43C, 44C, 56C, 57C, 59C, 60C, 71, 72, 103A) through a vibration damper (33, 34, 45, 62, 63, 81, 104) so that the support (28, 29, 42, 51, 73, 103) supports the housing, characterized in that the support (28, 29, 42, 51, 73, 103) is disposed covering an outer peripheral surface of the housing at least at a position where the vibration damper (33, 34, 45, 62, 63, 81, 104) is disposed. an electric motor; a compression mechanism driven by the electric motor to compress refrigerant; a housing accommodating the electric motor and the compression mechanism; and a support (28, 29, 42, 51, 73, 103) having a mounting to be fastened to an object by a fastener, wherein one of the housing and the support (28, 29, 42, 51, 73.103) has a projection (30B, 31B, 43C, 44C, 56C, 57C, 59C, 60C, 71, 72, 103A) and the other of the housing and the support (28, 29, 42, 51, 73, 103) has a recess (26, 27, 41A. 54A, 55A, 76, 77, 78, 79, 105) that is engaged with the projection (30B, 31B, 43C, 44C, 56C, 57C, 59C, 60C, 71, 72, 103A) through a vibration damper (33, 34, 45, 62, 63, 81, 104) so that the support (28, 29, 42, 51, 73, 103) supports the housing, characterized in that the support (28, 29, 42, 51, 73, 103) is disposed covering an outer peripheral surface of the housing at least at a position where the vibration damper (33, 34, 45, 62, 63, 81, 104) is disposed.
A dithering mechanism for a gyroscope having a sensing element for monitoring rotation about an input axis, the dithering mechanism comprising: a first part mounted in a fixed position centered about a dither axis, a second part disposed coaxially of the first part and affixed to the sensing element, a plurality of piezoelectrically driven flexure beams extending radially between the first and second parts for dithering the second part about the dither axis, the dithering mechanism characterised by further comprising an arm extending from the second part and a pair of stops (64, 64) on opposite sides of the arm for limiting rotation of the second part between first and second fixed positions, and electrodes (66, 67) on the arm and the stops to which electrostatic holding potentials are applied to hold the second part in the first and second fixed positions during successive data acquisition periods. a first part mounted in a fixed position centered about a dither axis, a second part disposed coaxially of the first part and affixed to the sensing element, a plurality of piezoelectrically driven flexure beams extending radially between the first and second parts for dithering the second part about the dither axis, the dithering mechanism characterised by further comprising an arm extending from the second part and a pair of stops (64, 64) on opposite sides of the arm for limiting rotation of the second part between first and second fixed positions, and electrodes (66, 67) on the arm and the stops to which electrostatic holding potentials are applied to hold the second part in the first and second fixed positions during successive data acquisition periods.
An anti-PAD4 (peptidylarginine deiminase 4) monoclonal antibody, wherein the antibody specifically binds to a peptide, the amino acid sequence of which is set forth in SEQ ID NO: 1, and does not bind to a peptide, the amino acid sequence of which is set forth in SEQ ID NO: 32, 34, or 35; and wherein the antibody inhibits citrullination activity of PAD4.
A method of determining pixel displacement between frames comprising: determining a respective weighting-value for each of a first plurality of pixels of a frame, wherein each weighting-value is based at least in part on the relationship of an attribute of a particular one of the pixels with the corresponding attributes of other pixels near the particular pixel, the relationship measuring the information content in the neighborhood of the particular pixel, the attribute and the corresponding attributes each including a classification based on a quantization of a value of the associated pixel, wherein the weighting value is used to discriminate between orderly and diffused local patterns of pixels; and determining an optical flow indicator of pixel displacement between the frame and another frame based upon a total variation between said first frame and said another frame and based at least in part upon applying the weighting-value of at least one pixel of the first plurality of pixels to a fidelity term of the total variation equation. determining a respective weighting-value for each of a first plurality of pixels of a frame, wherein each weighting-value is based at least in part on the relationship of an attribute of a particular one of the pixels with the corresponding attributes of other pixels near the particular pixel, the relationship measuring the information content in the neighborhood of the particular pixel, the attribute and the corresponding attributes each including a classification based on a quantization of a value of the associated pixel, wherein the weighting value is used to discriminate between orderly and diffused local patterns of pixels; and determining an optical flow indicator of pixel displacement between the frame and another frame based upon a total variation between said first frame and said another frame and based at least in part upon applying the weighting-value of at least one pixel of the first plurality of pixels to a fidelity term of the total variation equation.
A photoreceptor cartridge comprising: a first assembly comprising a first frame and a photoreceptor that is installed at the first frame; a second assembly comprising a second frame that is detachably combined with the first frame and a cleaning unit that is installed at the second frame and is arranged to clean a surface of the photoreceptor; at least one first biasing member configured to bias the cleaning unit to the photoreceptor; and at least one second biasing member configured to bias the cleaning unit in an opposite direction to a direction in which the first biasing member biases the cleaning unit; wherein each first biasing member is a coil spring that is installed at the first frame, and each second biasing member is a torsion spring that is installed at the second frame. a first assembly comprising a first frame and a photoreceptor that is installed at the first frame; a second assembly comprising a second frame that is detachably combined with the first frame and a cleaning unit that is installed at the second frame and is arranged to clean a surface of the photoreceptor; at least one first biasing member configured to bias the cleaning unit to the photoreceptor; and at least one second biasing member configured to bias the cleaning unit in an opposite direction to a direction in which the first biasing member biases the cleaning unit; wherein each first biasing member is a coil spring that is installed at the first frame, and each second biasing member is a torsion spring that is installed at the second frame.
Method for displaying images (15, 18) on a display device of a driver assistance system in a motor vehicle, comprising the steps: - capturing image data about surroundings (10 to 13) of the motor vehicle by means of at least one optical image-capturing device (5a to 5d) of the driver assistance system, - processing the image data to form an image (15, 18) which shows a plan view of at least one area of the motor vehicle and a surrounding area (16, 19) next to the motor vehicle from above the motor vehicle, and - displaying the image (15, 18) on the display device, characterized in that in a first operating mode of the driver assistance system in which a parking space is measured by the driver assistance system, the displayed surrounding area (16, 19) extends further away from the motor vehicle than in a second operating mode which is different from the first operating mode. - capturing image data about surroundings (10 to 13) of the motor vehicle by means of at least one optical image-capturing device (5a to 5d) of the driver assistance system, - processing the image data to form an image (15, 18) which shows a plan view of at least one area of the motor vehicle and a surrounding area (16, 19) next to the motor vehicle from above the motor vehicle, and - displaying the image (15, 18) on the display device,
A sintered phosphor-composite comprising a nitride phosphor and a fluoride inorganic binder, wherein the nitride phosphor is dispersed in the fluoride inorganic binder.
A method for range finding, the method comprising: determining a first optical signature of a spool of optical fibre wound in a winding pattern which comprises repeated changes in a winding parameter to provide a different optical response such that the signature comprises a plurality of markers representing each change in the winding parameter; despooling fibre from the spool; determining a second optical signature of the spool of optical fibre after despooling the fibre from the spool; and calculating the length of despooled fibre based on a comparison of the first and the second optical signatures. determining a first optical signature of a spool of optical fibre wound in a winding pattern which comprises repeated changes in a winding parameter to provide a different optical response such that the signature comprises a plurality of markers representing each change in the winding parameter; despooling fibre from the spool; determining a second optical signature of the spool of optical fibre after despooling the fibre from the spool; and calculating the length of despooled fibre based on a comparison of the first and the second optical signatures.
Aqueous cold seal adhesive in the form of an aqueous polymer dispersion comprising a mixture of at least one first polymer and at least one second polymer wherein the first polymer is an emulsion polymer composed to an extent of at least 60% by weight of principal monomers selected from the group consisting of C1 to C20 alkyl (meth)acrylates, the first polymer being preparable by emulsion polymerization of free-radically polymerizable monomers in the presence of at least one protective colloid and the first polymer having a glass transition temperature of less than 0°C; wherein the second polymer is an emulsion polymer composed to an extent of at least 60% by weight of principal monomers selected from the group consisting of vinylaromatics having up to 20 C atom, the second polymer being preparable by emulsion polymerization of free-radically polymerizable monomers in the presence of at least one protective colloid and the second polymer having a glass transition temperature of at least 50°C, the glass transition temperatures is determined by differential scanning calorimetry according to ASTM D 3418-08 with a heating rate off 20°C/min.
A kit of components comprising a first component, a second component and a third component: the first component being a direct buffer comprising 0.2 - 0.9% polysorbate, 3 - 8% glycerol and 1200 - 3000 μg/ml BSA; the second component being a primer pair, wherein the primer pair flanks a genomic locus containing a short tandem repeat; and the third component being a DNA polymerase. the first component being a direct buffer comprising 0.2 - 0.9% polysorbate, 3 - 8% glycerol and 1200 - 3000 μg/ml BSA; the second component being a primer pair, wherein the primer pair flanks a genomic locus containing a short tandem repeat; and the third component being a DNA polymerase.
A probing apparatus arranged for detection of an electric signal generated by a device-under-test by tapping the electric signal from a connector on the device-under-test when the probing apparatus is applied on the device-under-test, the probing apparatus comprising: - a rigid support structure, - a probing instrument fixed to the support structure and being adapted to contact the connector for tapping the electric signal, and - at least two magnets fixed to the support structure, each magnet being adapted to apply attracting force on a mating metal element on the device-under-test such that the probing instrument can be aligned to contact the connector, characterized in that the rigid support structure has a contact surface adapted for sliding contact with the device-under-test, the magnets are configured such that a gap is formed between each magnet and mating metal element when said contact surface touches the device-under-test, wherein the contact surface on the support structure is adapted to allow a lateral movement by touching and sliding against a contact surface on the device-under-test so as to align the probing instrument to the connector, and wherein each magnet's position relative the support structure when in use is adjustable for regulating said gap so as to control the attracting force on the mating metal element. - a rigid support structure, - a probing instrument fixed to the support structure and being adapted to contact the connector for tapping the electric signal, and - at least two magnets fixed to the support structure, each magnet being adapted to apply attracting force on a mating metal element on the device-under-test such that the probing instrument can be aligned to contact the connector,