mhurhangee/ep-ind-claims huggingface dataset:
A method of decoding video data, the method comprising: determining a palette for a palette coded block including one or more palette entries that indicate one or more respective color values; decoding a first syntax element from a received bitstream, the first syntax element being a block-level flag indicating either: i) that at least one pixel within the palette coded block is to be decoded as an escape pixel having a color value that is not included in the palette, or ii) that none of the pixels within the palette coded block are to be decoded as escape pixels; and based on the first syntax element indicating that at least one pixel within the palette coded block is to be decoded as an escape pixel: decoding a second syntax element from the received bitstream indicating a palette delta quantization parameter, QP, value for the palette coded block, adjusting a predicted QP value based on the palette delta QP value in order to determine the palette QP value for the palette coded block, decoding from the received bitstream a quantized color value for an escape pixel, and inverse quantizing the color value for the escape pixel according to the palette QP value. determining a palette for a palette coded block including one or more palette entries that indicate one or more respective color values; decoding a first syntax element from a received bitstream, the first syntax element being a block-level flag indicating either: i) that at least one pixel within the palette coded block is to be decoded as an escape pixel having a color value that is not included in the palette, or ii) that none of the pixels within the palette coded block are to be decoded as escape pixels; and based on the first syntax element indicating that at least one pixel within the palette coded block is to be decoded as an escape pixel: decoding a second syntax element from the received bitstream indicating a palette delta quantization parameter, QP, value for the palette coded block, adjusting a predicted QP value based on the palette delta QP value in order to determine the palette QP value for the palette coded block, decoding from the received bitstream a quantized color value for an escape pixel, and inverse quantizing the color value for the escape pixel according to the palette QP value. decoding a second syntax element from the received bitstream indicating a palette delta quantization parameter, QP, value for the palette coded block, adjusting a predicted QP value based on the palette delta QP value in order to determine the palette QP value for the palette coded block, decoding from the received bitstream a quantized color value for an escape pixel, and inverse quantizing the color value for the escape pixel according to the palette QP value.
A method, executed in an Internet Protocol Multimedia Subsystem, IMS, network using Session Initiation Protocol, SIP, signalling, of providing location information to an emergency centre in a circuit-switched network for a subscriber connected to a packet-switched mobile access network, comprising the following steps: - receiving, via a SIP INVITE message, a packet-switched emergency request from the subscriber containing a calling number, - sending a location query for said calling number to a mobile positioning centre in the mobile access network when more detailed location information is needed, - receiving a location indication for the subscriber in response to the location query, - translating the packet-switched emergency request into a circuit-switched control message for said emergency request; and characterised by - sending the translated circuit-switched control message including the location indication for the subscriber to the emergency centre for initiating a circuit-switched emergency call. - receiving, via a SIP INVITE message, a packet-switched emergency request from the subscriber containing a calling number, - sending a location query for said calling number to a mobile positioning centre in the mobile access network when more detailed location information is needed, - receiving a location indication for the subscriber in response to the location query, - translating the packet-switched emergency request into a circuit-switched control message for said emergency request; and characterised by - sending the translated circuit-switched control message including the location indication for the subscriber to the emergency centre for initiating a circuit-switched emergency call. - sending the translated circuit-switched control message including the location indication for the subscriber to the emergency centre for initiating a circuit-switched emergency call.
A holder for heart valve prostheses, the holder including: - a hub portion having a longitudinal axis, - an engagement portion coupled to the hub portion and including a plurality of finger members variably positionable relative to the hub portion between a collapsed condition wherein the finger members are closed onto the hub portion and an expanded condition wherein the finger members radially protrude with respect to the hub portion for engaging a heart valve prosthesis, wherein the finger members are L-shaped. - a hub portion having a longitudinal axis, - an engagement portion coupled to the hub portion and including a plurality of finger members variably positionable relative to the hub portion between a collapsed condition wherein the finger members are closed onto the hub portion and an expanded condition wherein the finger members radially protrude with respect to the hub portion for engaging a heart valve prosthesis, wherein the finger members are L-shaped.
A method for managing data objects in a non-volatile rewritable memory that is subdivided into segments, wherein by each delete operation in each case at least one segment is deleted in its entirety, and which has a basic state, wherein by a write access memory cells of the non-volatile rewritable memory can only be transferred from the basic state to a written state, wherein each data object has a valid object header (42, 50) and a valid object body (44, 46, 48) managed separately therefrom, and for each data object a linked object header list with at least one object header (42, 42', 50) and a linked object body list with at least one object body (44, 44', 46, 46', 48) is maintained, wherein the last object header (42, 50) in the object header list represents the valid object header (42, 50) for the data object and the last object body (44, 46, 48) in the object body list represents the valid object body (44, 46, 48) for the data object wherein each object header (42, 42', 50) in the object header list has a pointer field (C-HDR-PTR), said pointer field being blank, but writable in the last object header (42, 50) in the object header list and containing in each preceding object header a pointer to the respective next object header in the object header list, and wherein each object body (44, 44', 46, 46', 48) in the object body list has a pointer field (C-BODY-PTR), said pointer field being blank, but writable, in the last object body (44, 46, 48) in the object body list and containing in each preceding object body (44', 46') a pointer to the respective next object body (44, 46, 48) in the object body list.
Pressure-sensitive adhesive comprising an acrylate-based polymer component, characterized in that at least 50 wt% of the monomers used for preparing the polymer component are in each case fully biobased, in other words fully attributable to renewable raw materials.
A disposable chip for testing a biological fluid, said chip comprising: (a) a substrate comprising a surface; (b) a non-fouling polymer layer on said surface, wherein said non-fouling polymer layer comprises a plurality of brush molecules; (c) at least one stable capture spot on said polymer layer, wherein said capture spot comprises at least one capture agent, wherein said at least one capture agent remains bound to said polymer layer when exposed to said biological fluid; and (d) at least one labile spot on said polymer layer, wherein said at least one labile spot comprises at least one detection agent and an excipient, wherein said at least one detection agent solubilizes upon contact with said biological fluid, wherein said at least one capture spot and said at least one labile spot are spatially separated from each other. (a) a substrate comprising a surface; (b) a non-fouling polymer layer on said surface, wherein said non-fouling polymer layer comprises a plurality of brush molecules; (c) at least one stable capture spot on said polymer layer, wherein said capture spot comprises at least one capture agent, wherein said at least one capture agent remains bound to said polymer layer when exposed to said biological fluid; and (d) at least one labile spot on said polymer layer, wherein said at least one labile spot comprises at least one detection agent and an excipient, wherein said at least one detection agent solubilizes upon contact with said biological fluid,
A wheel assembly comprising: a wheel including an axle bore, and a pin sleeve including a conduit, the conduit having a first end and a second end, whereby the first end is in fluid communication with the axle bore; a retaining member in the conduit and configured to operatively engage a groove in an axle arranged in the axle bore; a biasing element in the conduit and configured to bias the retaining element towards the axle bore; and a hand maneuverable release mechanism configured to displace the retaining element away from the axle bore, characterised in that the hand maneuverable release mechanism includes: a tab configured to be manipulated by a hand of a user; and a lifter configured to interact with the retaining member, the lifter connected to the tab, wherein radially inward movement of the tab is configured to cause movement of the lifter. a wheel including an axle bore, and a pin sleeve including a conduit, the conduit having a first end and a second end, whereby the first end is in fluid communication with the axle bore; an axle bore, and a pin sleeve including a conduit, the conduit having a first end and a second end, whereby the first end is in fluid communication with the axle bore; a retaining member in the conduit and configured to operatively engage a groove in an axle arranged in the axle bore; a biasing element in the conduit and configured to bias the retaining element towards the axle bore; and a hand maneuverable release mechanism configured to displace the retaining element away from the axle bore, characterised in that the hand maneuverable release mechanism includes: a tab configured to be manipulated by a hand of a user; and a lifter configured to interact with the retaining member, the lifter connected to the tab, wherein radially inward movement of the tab is configured to cause movement of the lifter. a tab configured to be manipulated by a hand of a user; and a lifter configured to interact with the retaining member, the lifter connected to the tab, wherein radially inward movement of the tab is configured to cause movement of the lifter.
A symbol clock recovery circuit for a data communication system using coherent demodulation, the symbol clock recovery circuit comprising an analog-to-digital converter comprising a first input for receiving a coherent-detected baseband analog signal derived from a received carrier HF signal, a second input for receiving an adapted symbol clock signal, and an output for outputting a digital signal comprising a frame having a preamble with at least two symbols, a phase shifting unit comprising a first input for receiving a symbol clock signal derived from the received carrier HF signal, and a timing detector, comprising a first input for receiving the digital signal from the analog-to-digital converter and an output for providing a signal comprising information about an optimum sample phase to the phase shifting unit, wherein the timing detector is adapted for detecting at least one zero crossing between the at least two symbols of the preamble of the frame of the digital signal, for determining a phase being associated with the at least one zero crossing, and for calculating an optimum phase for sampling the coherent-detected baseband analog signal based on the calculated phase being associated with the at least one zero crossing, wherein the phase shifting unit comprises a second input for receiving from the timing detector the optimum phase for sampling the coherent-detected baseband analog signal, and wherein the phase shifting unit is adapted for shifting the phase of the symbol clock signal according to the received optimum phase to generate an adapted symbol clock signal and for providing the adapted symbol clock signal to the analog-to-digital converter, wherein the symbol clock recovery circuit further comprises an activity detector, wherein the activity detector comprises an input for receiving the digital signal from the analog-to-digital converter and an output for providing a trigger signal to a second input of the timing detector, wherein the activity detector is adapted for monitoring the digital signal, for detecting a first symbol of a frame within the digital signal and for providing the trigger signal in response to the detection of said first symbol, wherein the timing detector is adapted for starting its operation based on the trigger signal, wherein the symbol clock recovery circuit further comprises a mean value estimator, wherein the mean value estimator comprises an input for receiving the digital signal from the analog-to-digital converter and an output for providing a reference zero level to a third input of the timing detector, wherein the mean value estimator is adapted for estimating the reference zero level based on the digital signal.
An apparatus comprising an electrode (706, 809, 810, 909, 910, 1302, 1306, 1419), at least one processor and at least one memory including computer program code, the at least one memory and the computer program code configured to, with the at least one processor, cause the apparatus at least to provide a first state or a second state for the electrode (706, 809, 810, 909, 910, 1302, 1306, 1419), wherein in the first state, the electrode is configured for use in the detection of touch input, and in the second state, the electrode is configured for use in the provision of haptic feedback, characterized in that the apparatus comprises electrically insulating material on top of the electrode (1302, 1306), and the electrode comprises an upper surface area chosen on the basis of thickness of the electrically insulating material such that capacitance of the electrode (706, 809, 810, 909, 910, 1302, 1306, 1419) is kept within the range of a touch input sensor measurement circuit.
Infusion method for producing a fibre-reinforced composite component with a flow aid for distributing a matrix material over the composite component to be infiltrated, wherein the flow rate of the matrix material is changed within the flow aid, at least in some sections, wherein the flow aid comprises a body section and the flow rate is changed by means of the body section; and characterized in that the body section is dissolved after a certain time.
Fixing device, especially for wall-mounted items of sanitaryware, having - a main body, which has a contact face for resting against a wall and to which an object, especially an item of sanitaryware, can be attached, - a carriage which is guided on the main body obliquely with respect to the contact face and has an internal thread element, and - a screw for passing through a receiving opening of the object, which screw can be screwed into the internal thread element, characterised in that the ratio of the length to the nominal diameter of the internal thread element is at least 1, especially at least 1.5. - a main body, which has a contact face for resting against a wall and to which an object, especially an item of sanitaryware, can be attached, - a carriage which is guided on the main body obliquely with respect to the contact face and has an internal thread element, and - a screw for passing through a receiving opening of the object, which screw can be screwed into the internal thread element,
A grazing incidence X-ray fluorescence spectrometer (1, 30) comprising: an X-ray source configured to emit X-rays; a bent spectroscopic device configured to monochromate the X-rays emitted from the X-ray source and form an X-ray beam that is focused on a fixed position on a surface of a sample; a slit member (6, 36) disposed between the bent spectroscopic device and the sample, the slit member (6, 36) having a linear opening by which a width of the passing X-ray beam is limited in a focusing angle direction: and a detector configured to measure an intensity of fluorescent X-rays generated from the sample that is irradiated with the X-ray beam. characterised in that the spectrometer further comprises: a slit member moving unit configured to move the slit member (6, 36) in a direction that intersects the X-ray beam passing through the linear opening; a glancing angle setting unit configured to move the slit member (6, 36) by using the slit member moving unit, and set a glancing angle (α) of the X-ray beam to a desired angle. an X-ray source configured to emit X-rays; a bent spectroscopic device configured to monochromate the X-rays emitted from the X-ray source and form an X-ray beam that is focused on a fixed position on a surface of a sample; a slit member (6, 36) disposed between the bent spectroscopic device and the sample, the slit member (6, 36) having a linear opening by which a width of the passing X-ray beam is limited in a focusing angle direction: and a slit member moving unit configured to move the slit member (6, 36) in a direction that intersects the X-ray beam passing through the linear opening; a glancing angle setting unit configured to move the slit member (6, 36) by using the slit member moving unit, and set a glancing angle (α) of the X-ray beam to a desired angle.
Beverage container having: - a cup comprising a wall which defines a receiving space for liquid that is open on an upper side of the cup, and - a cover, which is removably arranged on the upper side of the cup in such a manner that it closes a receiving space opening of the receiving space in a fluid-tight manner, - a sensor unit being arranged in the cover for detecting an amount of liquid removed from the cup by a user, - the cover having a light element which is configured to light up in different colours depending on the amount of liquid removed by the user and - the cover further having a wireless communication unit which is configured to form a data connection with a mobile terminal device of the user and to transmit the detected amount of liquid to the mobile terminal device of the user for evaluation; characterised in that the sensor unit is further configured to detect organic pollutants in the saliva of the user, in particular bacteria and/or viruses in the saliva of the user, and/or at least one vital value that can be derived from the saliva of the user. - a cup comprising a wall which defines a receiving space for liquid that is open on an upper side of the cup, and - a cover, which is removably arranged on the upper side of the cup in such a manner that it closes a receiving space opening of the receiving space in a fluid-tight manner, - a sensor unit being arranged in the cover for detecting an amount of liquid removed from the cup by a user, - the cover having a light element which is configured to light up in different colours depending on the amount of liquid removed by the user and - the cover further having a wireless communication unit which is configured to form a data connection with a mobile terminal device of the user and to transmit the detected amount of liquid to the mobile terminal device of the user for evaluation; the sensor unit is further configured to detect organic pollutants in the saliva of the user, in particular bacteria and/or viruses in the saliva of the user, and/or at least one vital value that can be derived from the saliva of the user.
A supplemental device configured for removable attachment to a medicament injection device, the supplemental device comprising a display, a processor arrangement, at least one memory and an image capturing component, wherein the processor arrangement is configured to cause the supplemental device to: use the image capturing component to capture successive images of a medicament dosage indicated by a medicament dispensing device; successively display the captured images on the display; perform optical character recognition on captured images thereby to identify medicament dosage indicated by the medicament dispensing device when the images were captured; and make a non-transient record of delivered dosage information in the at least one memory based at least in part on the identified medicament dosage. use the image capturing component to capture successive images of a medicament dosage indicated by a medicament dispensing device; successively display the captured images on the display; perform optical character recognition on captured images thereby to identify medicament dosage indicated by the medicament dispensing device when the images were captured; and make a non-transient record of delivered dosage information in the at least one memory based at least in part on the identified medicament dosage.
A method of fracturing a multi-zone subterranean formation penetrated by a well which comprises: (a) injecting into a first zone of the subterranean formation in a single-step an acidizing solution, wherein the acidizing solution is injected at a pressure sufficient to create or enlarge at least one fracture in the first zone; (b) injecting a pad fluid, a fracturing fluid or both a pad fluid and a fracturing fluid and displacing the acidizing solution farther into the created or enlarged fracture wherein: (i) a pre-flush is not injected into the first zone before step (a); and (ii) a post-flush is not injected into the first zone after step (a); (c) sealing the first zone from other zones in the formation; (d) repeating steps (a), (b) and (c) in at least one other zone of the multi-zone subterranean formation. (a) injecting into a first zone of the subterranean formation in a single-step an acidizing solution, wherein the acidizing solution is injected at a pressure sufficient to create or enlarge at least one fracture in the first zone; (b) injecting a pad fluid, a fracturing fluid or both a pad fluid and a fracturing fluid and displacing the acidizing solution farther into the created or enlarged fracture wherein: (i) a pre-flush is not injected into the first zone before step (a); and (ii) a post-flush is not injected into the first zone after step (a); (i) a pre-flush is not injected into the first zone before step (a); and (ii) a post-flush is not injected into the first zone after step (a); (c) sealing the first zone from other zones in the formation; (d) repeating steps (a), (b) and (c) in at least one other zone of the multi-zone subterranean formation.
A resin laminate which comprises a layer comprising a polyamide-based resin and a layer comprising a fluorine-containing ethylenic polymer laminated to said layer, said polyamide-based resin having an amine value of 30 to 60 equivalents/10 6 g, and said fluorine-containing ethylenic polymer being a fluorine-containing ethylenic polymer having a carbonyl group, said carbonyl group does not include amide, imide, urethane or urea group.