mhurhangee/ep-ind-claims huggingface dataset:
An apparatus configured to decode video data, comprising: means for storing video data associated with a first layer having a first spatial resolution and a second layer having a second spatial resolution greater than the first spatial resolution, the video data associated with the first layer including at least a first layer block and first layer prediction mode information associated with the first layer block, the first layer block including a plurality of sub-blocks where each sub-block is associated with respective prediction mode data of the first layer prediction mode information, wherein the prediction mode data comprises a motion vector; means for deriving the motion vector associated with one sub-block of the plurality of sub-blocks, the one sub-block being a center-sub-block of the first layer block, neighbored on each side by one of the plurality of sub-blocks of the first layer block; means for upsampling the derived motion vector and the first layer block, the upsampled first layer block including a plurality of upsampled sub-blocks; means for assigning the upsampled motion vector as the motion vector associated with each upsampled sub-block of the plurality of upsampled sub-blocks; means for storing, in an inter-layer picture, the plurality of upsampled sub-blocks and the upsampled motion vector assigned as the motion vector associated with each upsampled sub-block of the plurality of upsampled sub-blocks; and means for adding the inter-layer picture to a reference picture list usable for inter-prediction of the second layer. means for storing video data associated with a first layer having a first spatial resolution and a second layer having a second spatial resolution greater than the first spatial resolution, the video data associated with the first layer including at least a first layer block and first layer prediction mode information associated with the first layer block, the first layer block including a plurality of sub-blocks where each sub-block is associated with respective prediction mode data of the first layer prediction mode information, wherein the prediction mode data comprises a motion vector; means for deriving the motion vector associated with one sub-block of the plurality of sub-blocks, the one sub-block being a center-sub-block of the first layer block, neighbored on each side by one of the plurality of sub-blocks of the first layer block; means for upsampling the derived motion vector and the first layer block, the upsampled first layer block including a plurality of upsampled sub-blocks; means for assigning the upsampled motion vector as the motion vector associated with each upsampled sub-block of the plurality of upsampled sub-blocks; means for storing, in an inter-layer picture, the plurality of upsampled sub-blocks and the upsampled motion vector assigned as the motion vector associated with each upsampled sub-block of the plurality of upsampled sub-blocks; and means for adding the inter-layer picture to a reference picture list usable for inter-prediction of the second layer.
Method for generating electricity by burning of carbonaceous fuels using an air gas production unit, a carbonaceous fuel combustion unit, with a first operating mode using air, wherein it is supplied with air and no oxygen-enriched fluid originating from the production unit, and a second operating mode using oxygen wherein it is only supplied with an oxidant with a lower nitrogen content and higher oxygen content than air, this oxidant at least partially originating from the air/gas separation unit, and a CO 2 compression and/or purification unit (16, 20) for the CO 2 derived from the combustion flue gases, wherein during operation of the air gas production unit, air is sent to the air gas production unit, during operation of the combustion unit and the compression and/or purification unit, at least part of the combustion flue gases sent to the compression and/or purification unit originates from the combustion unit, and if the selling price of the electricity generated exceeds a first threshold and/or if the purchasing price of the electricity consumed by at least one of the units exceeds a second threshold, the quantity of the flue gases vented is increased, characterised in that, if the selling price of the electricity generated exceeds a first threshold and/or if the purchasing price of the electricity consumed by at least one of the units exceeds a second threshold, the quantity of the flue gases sent to the compression and/or purification unit is reduced, potentially to zero, the quantity of air sent to the air gas production unit is reduced and/or the quantity of oxidant sent from the air gas production unit to the combustion unit is reduced, and the quantity of air sent to the combustion unit is increased.
An article comprising: a polyolefin substrate; disposed on one or more surfaces of the polyolefin substrate is a discrete layer having a dry thickness of 1 μm to 20 μm formed from one or more epoxy resins having an average epoxy functionality of greater than one; and disposed on the discrete layer of one or more epoxy resins is a discrete layer having a dry thickness of 10 μm to 25 μm formed from one or more compounds, oligomers or prepolymers having reactive isocyanate groups. a polyolefin substrate; disposed on one or more surfaces of the polyolefin substrate is a discrete layer having a dry thickness of 1 μm to 20 μm formed from one or more epoxy resins having an average epoxy functionality of greater than one; and disposed on the discrete layer of one or more epoxy resins is a discrete layer having a dry thickness of 10 μm to 25 μm formed from one or more compounds, oligomers or prepolymers having reactive isocyanate groups.
A data processing device comprising: a communication section that is configured to be connectable to and communicable with one or more servers through a network; a first storage section that stores a management table having a list of communication histories with respect to communications with each of the one or more servers, each communication history indicating a data file transmitted to a server; a second storage section that stores data files transmitted to the one or more servers; said data processing device being characterised by a control section that is configured to judge, when the communication section is in communication with a server, whether or not a data file which has already been transmitted to the server needs to be retransmitted when the control section judges that the data file which has already been transmitted to the server is deleted therefrom and retransmit the data file to the server upon retrieving the data file from the second storage section when judgment is made so that retransmission of the data file is needed (S325, S330). a communication section that is configured to be connectable to and communicable with one or more servers through a network; a first storage section that stores a management table having a list of communication histories with respect to communications with each of the one or more servers, each communication history indicating a data file transmitted to a server; a second storage section that stores data files transmitted to the one or more servers; said data processing device being characterised by a control section that is configured to judge, when the communication section is in communication with a server, whether or not a data file which has already been transmitted to the server needs to be retransmitted when the control section judges that the data file which has already been transmitted to the server is deleted therefrom and retransmit the data file to the server upon retrieving the data file from the second storage section when judgment is made so that retransmission of the data file is needed (S325, S330).
A method for the preparation of a compound of general formula wherein R 2 and R 3 each independently stand for an alkyl with 1 to 12 carbon atoms, an alkenyl with 1 to 12 carbon atoms, a cycloalkyl with 3 to 7 carbon atoms, a cycloalkenyl with 3 to 7 carbon atoms, an aryl with 6 to 10 carbon atoms or an aralkyl with 7 to 12 carbon atoms, wherein each of R 2 and R 3 may be substituted and wherein R 2 and R 3 may form a ring together with the carbon atom to which they are bound and wherein R 4 is an alkyl or alkenyl group with 1 to 6 carbon atoms and wherein R 5 is an aryl group, comprising the steps of: (a) mixing a compound of general formula R 5 -SH with a base; (b) adding to the mixture obtained in step (a) water and a compound of general formula wherein X is halogen; (c) adding during and/or following step (b) an alcohol of general formula R 4 -OH; (d) adding an acetal or an alkoxy-alkene or a ketone and removing water prior to, during or after said adding (e) adding an acid to the mixture obtained in step (c) and/or step (d) (a) mixing a compound of general formula R 5 -SH with a base; (b) adding to the mixture obtained in step (a) water and a compound of general formula wherein X is halogen; (c) adding during and/or following step (b) an alcohol of general formula R 4 -OH; (d) adding an acetal or an alkoxy-alkene or a ketone and removing water prior to, during or after said adding (e) adding an acid to the mixture obtained in step (c) and/or step (d)
Dishwasher, in particular a domestic dishwasher, having a control device, in the case of which at least one dishwashing program for controlling a washing cycle for washing items to be washed in a washing chamber and at least one preheating program for controlling a preheating cycle for preheating washing fluid for a washing cycle can be called up separately from each other, with the preheating cycle comprising a heating phase during which washing fluid is circulated and the circulated washing fluid heated, characterised in that the preheating cycle includes downstream of the heating phase a pumping phase during which previously circulated and heated washing fluid is pumped into a reservoir for storing washing fluid.
An articulated arm coordinate measurement machine comprising: - a plurality of transfer members; - a plurality of articulation members connecting the plurality of transfer members to each other to measure an angle between the transfer members; and - at least one coordinate acquisition member, positioned at an end of the articulated arm; characterized by comprising a harness connected to at least one of the plurality of the transfer members and/or at least one of the plurality of the articulation members, the harness configured to support at least a portion of the weight of the transfer members and the articulation members, the harness being configured to mount the articulated arm coordinate measurement machine to a human while one or more objects are measured with the articulated arm coordinate measurement machine. - a plurality of transfer members; - a plurality of articulation members connecting the plurality of transfer members to each other to measure an angle between the transfer members; and - at least one coordinate acquisition member, positioned at an end of the articulated arm;
A method of adjusting a reference frequency of a frequency component of a first communications device, wherein the first communications device is configured to communicate with one or more further communications devices via a wireless interface and in accordance with a communication protocol, wherein the method comprises: receiving, at the first communications device, a global or regional synchronisation signal; setting, at the first communications device, a timing parameter of the frequency component based on the received global or regional synchronisation signal; receiving, at the first communications device on the wireless interface and in accordance with the communication protocol, a first synchronisation signal for timing and frequency tuning; receiving, at the first communications device on the wireless interface and in accordance with the communication protocol, a reference signal for channel estimation; adjusting, at the first communications device, the reference frequency of the frequency component based on the received first synchronisation signal; detecting that the first communications device is likely to be affected by a Doppler frequency shift; upon detection that the first communications device is affected by the Doppler frequency shift, estimating, at the first communications device, a frequency offset based on the received reference signal; and adjusting, at the first communications device, the reference frequency of the frequency component according to the estimated frequency offset, wherein the first synchronisation signal is a SideLink Synchronization Signal, SLSS, received from one of the further communications devices. receiving, at the first communications device, a global or regional synchronisation signal; setting, at the first communications device, a timing parameter of the frequency component based on the received global or regional synchronisation signal; receiving, at the first communications device on the wireless interface and in accordance with the communication protocol, a first synchronisation signal for timing and frequency tuning; receiving, at the first communications device on the wireless interface and in accordance with the communication protocol, a reference signal for channel estimation; adjusting, at the first communications device, the reference frequency of the frequency component based on the received first synchronisation signal; detecting that the first communications device is likely to be affected by a Doppler frequency shift; upon detection that the first communications device is affected by the Doppler frequency shift, estimating, at the first communications device, a frequency offset based on the received reference signal; and adjusting, at the first communications device, the reference frequency of the frequency component according to the estimated frequency offset, wherein the first synchronisation signal is a SideLink Synchronization Signal, SLSS, received from one of the further communications devices.
DC/DC voltage converter, for a motor vehicle, comprising: - a housing, - a voltage conversion device, - an electrical input, configured to be electrically connected to the main battery of the motor vehicle, and making it possible to supply current to the voltage conversion device when the engine of the motor vehicle is running, - an electrical input, configured to be electrically connected to the mains when the engine of the motor vehicle is not running, optionally via an AC/DC converter, - a first electrical output, configured to be electrically connected to the auxiliary battery of the motor vehicle, and - a second electrical output, distinct from the first electrical output, and configured to be electrically connected to an ancillary electrical apparatus of the motor vehicle, characterized in that: - the housing is equipped with a set of at least one DIP switch. - a housing, - a voltage conversion device, - an electrical input, configured to be electrically connected to the main battery of the motor vehicle, and making it possible to supply current to the voltage conversion device when the engine of the motor vehicle is running, - an electrical input, configured to be electrically connected to the mains when the engine of the motor vehicle is not running, optionally via an AC/DC converter, - a first electrical output, configured to be electrically connected to the auxiliary battery of the motor vehicle, and - a second electrical output, distinct from the first electrical output, and configured to be electrically connected to an ancillary electrical apparatus of the motor vehicle, - the housing is equipped with a set of at least one DIP switch.
Method for manufacturing a cable set having an electric cable bundle, enclosed in certain areas by a coating made of a casting compound, said bundle being inserted into a tool mould, fed through an opening and finally enclosed by the casting compound inside the tool mould, characterised in that an insert is sealed in the opening in the longitudinal direction of the cable by a pressure element being pressed against the insert in a radial direction and a support element for receiving the radial pressing force being inserted between the cable bundle and the insert, wherein the insert is spaced apart from the cable bundle so that an unobstructed, radial space is formed.
An electrical apparatus comprising: a main body; a pivotal part pivotally connected to the main body; a first coil mounted on the main body; and a second coil mounted on the pivotal part; wherein the pivotal part is mounted on the main body by a hinge device; wherein the first coil at least partly passes through the second coil to form electromagnetic coupling between the first coil and the second coil, so that power is wirelessly supplied between the main body and the pivotal part, and wherein a relative position of the first coil and the second coil in a pivot axis of the hinge device remains unchanged during a pivoting movement of the pivotal part, wherein the electrical apparatus comprises a refrigerator, and the pivotal part comprises a refrigerator door. a main body; a pivotal part pivotally connected to the main body; a first coil mounted on the main body; and a second coil mounted on the pivotal part; wherein the pivotal part is mounted on the main body by a hinge device; wherein the first coil at least partly passes through the second coil to form electromagnetic coupling between the first coil and the second coil, so that power is wirelessly supplied between the main body and the pivotal part, and wherein a relative position of the first coil and the second coil in a pivot axis of the hinge device remains unchanged during a pivoting movement of the pivotal part, wherein the electrical apparatus comprises a refrigerator, and the pivotal part comprises a refrigerator door.
A contrast composition for use in photoacoustic imaging diagnosis method in a subject, the composition including a photoacoustic contrast agent and a gelling agent, wherein the photoacoustic contrast agent is melanin, or charcoal and wherein the gelling agent is pectin or amylo pectin.
A method for small data transmission between a user equipment, UE, and a network node, comprising: transmitting, by the UE, uplink data in a preconfigured uplink resource, PUR, to the network node, the UE indicating an expectation of downlink data on a physical downlink shared channel during configuration of the PUR; and receiving, by the UE, first downlink control information, DCI, wherein the first DCI includes an acknowledgement or negative acknowledgement of the uplink data transmission and a DCI identifier, ID; receiving, by the UE, a second DCI wherein the second DCI includes a downlink grant and the DCI ID; and receiving, by the UE, downlink data. transmitting, by the UE, uplink data in a preconfigured uplink resource, PUR, to the network node, the UE indicating an expectation of downlink data on a physical downlink shared channel during configuration of the PUR; and receiving, by the UE, first downlink control information, DCI, wherein the first DCI includes an acknowledgement or negative acknowledgement of the uplink data transmission and a DCI identifier, ID; receiving, by the UE, a second DCI wherein the second DCI includes a downlink grant and the DCI ID; and receiving, by the UE, downlink data.
A key object selection method, wherein the method comprises: obtaining lane line detection information, motion posture information of a first vehicle, and detection information of a plurality of objects; determining a lane area based on the lane line detection information, and determining a track area of the first vehicle based on the motion posture information of the first vehicle; determining a passing area of the first vehicle based on the lane area, the track area of the first vehicle, and a traveling status of the first vehicle; determining status parameter values of the plurality of objects based on the passing area of the first vehicle and the detection information of the plurality of objects, wherein the status parameter value of each object is used to indicate a degree of overlapping between the object and the passing area of the first vehicle; and selecting at least one key object from the plurality of objects based on at least the status parameter values of the plurality of objects. obtaining lane line detection information, motion posture information of a first vehicle, and detection information of a plurality of objects; determining a lane area based on the lane line detection information, and determining a track area of the first vehicle based on the motion posture information of the first vehicle; determining a passing area of the first vehicle based on the lane area, the track area of the first vehicle, and a traveling status of the first vehicle; determining status parameter values of the plurality of objects based on the passing area of the first vehicle and the detection information of the plurality of objects, wherein the status parameter value of each object is used to indicate a degree of overlapping between the object and the passing area of the first vehicle; and selecting at least one key object from the plurality of objects based on at least the status parameter values of the plurality of objects.
A device that can be carried and operated by a person, into which a system (10, 100, 200, 300, 400, 500, 600) for semi-automatic and/or automatic weed removal is integrated, wherein the system (10, 100, 200, 300, 400, 500, 600) comprises the following features: at least one system for automatic weed detection, which comprises at least one optical sensor and a central server unit, at least one communication network, at least one control and/or regulating apparatus and at least one weed removal apparatus, wherein the optical sensor, the server unit and the control and/or regulating apparatus are connected for data transfer by means of the communication network, wherein image data of at least one weed can be generated by means of the optical sensor, the optical sensor being a CCD camera, and can be transmitted via the communication network to the server unit, which evaluates the transmitted image data to the effect that the weed can be determined by the server unit, and wherein, in the event of clear determination of the weed, weed confirmation data can be transmitted by means of the server unit via the communication network to the control and/or regulating apparatus, which in response to the weed confirmation data controls and/or regulates the weed removal apparatus such that the weed detected by the optical sensor can be removed by mechanical or thermal means.
An oil-impregnated sintered bearing, comprising a copper-iron-based sintered compact containing 40 mass% or more of copper, wherein the sintered compact has: a copper structure derived from copper powder of partially diffusion-alloyed powder in which copper powder having a particle diameter of 20 μm or less is diffused on and joined to a surface of iron powder in advance; and a copper structure derived from elemental copper powder having a particle diameter of less than 45 μm, wherein the sintered compact contains 35 mass% or more of the copper structure derived from the elemental copper powder. wherein the sintered compact has: a copper structure derived from copper powder of partially diffusion-alloyed powder in which copper powder having a particle diameter of 20 μm or less is diffused on and joined to a surface of iron powder in advance; and a copper structure derived from elemental copper powder having a particle diameter of less than 45 μm, wherein the sintered compact contains 35 mass% or more of the copper structure derived from the elemental copper powder.