mhurhangee/ep-ind-claims huggingface dataset:
A method for execution in user equipment, comprising: communicating with a network node over a high-speed downlink shared channel, HS-DSCH, via a radio link at a current serving HS-DSCH cell; receiving, from the network node, an active set update message comprising: an order directing the user equipment to make one or more of the following modifications to an active set of a connection: radio link addition and radio link removal; an indicator for determining a new serving HS-DSCH radio link; and a new HS-DSCH Radio Network Temporary Identifier, New H-RNTI; adding or removing, or both, a radio link to or from, or both, the active set according to the order of the active set update message; configuring the user equipment to operate with a new serving HS-DSCH radio link determined according to the indicator of the new serving HS-DSCH cell; and then using the New H-RNTI as the UE identity for HS-SCCH reception. communicating with a network node over a high-speed downlink shared channel, HS-DSCH, via a radio link at a current serving HS-DSCH cell; receiving, from the network node, an active set update message comprising: an order directing the user equipment to make one or more of the following modifications to an active set of a connection: radio link addition and radio link removal; an indicator for determining a new serving HS-DSCH radio link; and a new HS-DSCH Radio Network Temporary Identifier, New H-RNTI; an order directing the user equipment to make one or more of the following modifications to an active set of a connection: radio link addition and radio link removal; an indicator for determining a new serving HS-DSCH radio link; and a new HS-DSCH Radio Network Temporary Identifier, New H-RNTI; adding or removing, or both, a radio link to or from, or both, the active set according to the order of the active set update message; configuring the user equipment to operate with a new serving HS-DSCH radio link determined according to the indicator of the new serving HS-DSCH cell; and then using the New H-RNTI as the UE identity for HS-SCCH reception.
A method for gripping at least one component comprising at least one magnetic body part, characterised in that it comprises successively a step of vertically lowering a lower positioning form of a gripping head, that fits on the magnetic body part of the component, then changing the state of an actuator which lowers a stud having a magnetic base coming onto the positioning form by adhering to the magnetic body part of the component, then raising and moving the gripping head.
Oil supply device for the hydraulic circuit of a transmission, in particular a branch transmission, having at least a first pump and a second pump, wherein the first pump has a first pressure line connectable to a lubrication and cooling line and a first suction line connected to an oil tank, and the second pump has a second pressure line connected or connectable to a supply line for actuating the transmission and a second suction line connected to the oil tank, wherein a control valve is arranged in the first pressure line, which control valve has a first control line connected to the second pressure line and is designed to block the first pressure line when the pressure (p 2) in the second pressure line is below a defined switching pressure value, and wherein the first pressure line and the second pressure line are connected to a check valve opening in the direction of the second pressure line, wherein a bypass line is arranged between a control valve inlet and a control valve outlet of the control valve in order to bypass the control valve, characterised in that the first pump and the second pump can be driven via a common drive shaft and are part of a pump unit.
A computer-implemented method comprising: maintaining a reference database comprising a plurality of partitions, each partition storing a set of reference fingerprints generated from known media samples, wherein maintaining the reference database comprises: indexing the reference fingerprints in the database by a characteristic of the reference fingerprints, and grouping reference fingerprints having the same indexed characteristic in the same partition of the reference database; monitoring access rates of the partitions of the reference database by a media identification system, wherein an access rate of a partition is determined as the average number of reference fingerprints on that partition that are included in a candidate set of fingerprints, wherein the candidate set of fingerprints comprises a subset of reference fingerprints in the partition that may match a test fingerprint associated with an unknown digital media sample, wherein the candidate set of fingerprints is identified using the indexing; receiving a request to store one or more new reference fingerprints in the reference database; selecting a partition of the reference database based at least in part on the access rates of the partitions; and storing the new reference fingerprints in the selected partition of the reference database. maintaining a reference database comprising a plurality of partitions, each partition storing a set of reference fingerprints generated from known media samples, wherein maintaining the reference database comprises: indexing the reference fingerprints in the database by a characteristic of the reference fingerprints, and grouping reference fingerprints having the same indexed characteristic in the same partition of the reference database; monitoring access rates of the partitions of the reference database by a media identification system, wherein an access rate of a partition is determined as the average number of reference fingerprints on that partition that are included in a candidate set of fingerprints, wherein the candidate set of fingerprints comprises a subset of reference fingerprints in the partition that may match a test fingerprint associated with an unknown digital media sample, wherein the candidate set of fingerprints is identified using the indexing; receiving a request to store one or more new reference fingerprints in the reference database; selecting a partition of the reference database based at least in part on the access rates of the partitions; and storing the new reference fingerprints in the selected partition of the reference database.
An organic light emitting unit, comprising: a base substrate; a first electrode disposed on the base substrate; a plurality of strip-like partitions disposed on the first electrode; an organic light emitting layer disposed between two adjacent strip-like partitions; and a second electrode covering a surface of the base substrate, wherein the second electrode comprises a first portion located on a surface of each of the strip-like partitions and a second portion located between two adjacent strip-like partitions, wherein each of the strip-like partitions comprises a first material layer located at an lower layer and a second material layer located at an upper layer, the first material layer and the second material layer are made of different materials; a bottom surface of the upper layer completely covers a top surface of the lower layer, and a width of the bottom surface of the upper layer is larger than a width of the top surface of the lower layer in a plane perpendicular to an extending direction of the strip-like partitions, characterized in that one of the second material layer and the first material layer is made of a resin material, and other one is made of an inorganic insulating material; a thickness of the layer made of the resin material is 1.5μm to 2μm and a thickness of the layer made of the inorganic insulating material is 0.2 μm to 1 μm, and the organic light emitting layer is separately physically contacted with the first material layers located at two sides of the organic light emitting layer. a base substrate; a first electrode disposed on the base substrate; a plurality of strip-like partitions disposed on the first electrode; an organic light emitting layer disposed between two adjacent strip-like partitions; and a second electrode covering a surface of the base substrate, wherein the second electrode comprises a first portion located on a surface of each of the strip-like partitions and a second portion located between two adjacent strip-like partitions, wherein each of the strip-like partitions comprises a first material layer located at an lower layer and a second material layer located at an upper layer, the first material layer and the second material layer are made of different materials; a bottom surface of the upper layer completely covers a top surface of the lower layer, and a width of the bottom surface of the upper layer is larger than a width of the top surface of the lower layer in a plane perpendicular to an extending direction of the strip-like partitions, characterized in that one of the second material layer and the first material layer is made of a resin material, and other one is made of an inorganic insulating material; a thickness of the layer made of the resin material is 1.5μm to 2μm and a thickness of the layer made of the inorganic insulating material is 0.2 μm to 1 μm, and the organic light emitting layer is separately physically contacted with the first material layers located at two sides of the organic light emitting layer.
A packaged RF transistor device, comprising: an RF transistor die including a plurality of RF transistor cells (15A-N), each of the plurality of RF transistor cells including a control terminal and an output terminal; an RF input lead coupled to the plurality of RF transistor cells; an RF output lead; and an output matching network coupled between the plurality of RF transistor cells and the RF output lead, the output matching network including a plurality of capacitors (46A-N) having respective upper capacitor plates (47A-N), wherein each of the upper capacitor plates of the capacitors is coupled to a respective output terminal of a respective one of the plurality of RF transistor cells, and wherein adjacent ones of the upper capacitor plates are coupled together by electrically resistive connectors (52A-C). an RF transistor die including a plurality of RF transistor cells (15A-N), each of the plurality of RF transistor cells including a control terminal and an output terminal; an RF input lead coupled to the plurality of RF transistor cells; an RF output lead; and an output matching network coupled between the plurality of RF transistor cells and the RF output lead, the output matching network including a plurality of capacitors (46A-N) having respective upper capacitor plates (47A-N), wherein each of the upper capacitor plates of the capacitors is coupled to a respective output terminal of a respective one of the plurality of RF transistor cells, and wherein adjacent ones of the upper capacitor plates are coupled together by electrically resistive connectors (52A-C).
A rotary mill comprising a body portion having a milling surface for milling a first bone, a guide portion having a guide body, and inter-engageable guide formations (20, 24) formed on the body portion and guide portion, the inter-engageable guide formations comprise a central bore extending along the rotary axis of the body portion and a guide peg extending from the guide body, the guide peg being operable to be received in the central bore of the body portion, characterized in that the guide body has a projection which is adapted to hold a second bone away from the rotary mill during the milling operation.
Method for coating components by means of thermal spraying, wherein not the entire surface of the component is to be coated and those parts of the surface which are not to be coated are covered by means of masking prior to coating, and the covering is effected at least in the regions of critical mask boundaries by means of a paste method, i.e. by means of a paste discharged from at least one nozzle, wherein the paste is a curable paste and the curing is effected photonductively and preferably by means of UV radiation, characterised in that in the paste process, a first sealing bead is applied to the component in the region of at least one critical mask boundary and a second sealing bead is applied at least partially to this first sealing bead so that a double sealing bead is formed, the double sealing bead having a contact angle (α), measured on the side of the double sealing bead oriented in the direction of the critical mask boundary and enclosed between the surface of the component and a tangent to the surfaces of the double sealing beads of at least 90° is applied to the component and the second sealing bead forms a reinforced overhang.
A building machine comprising a material bunker for accommodating therein pavement material to be laid, the building machine being a road finisher or a charger, characterized in that the material bunker comprises at least one lifting device, which is adapted to enter into releasable engagement with a movable tailgate of a truck supplying the material bunker with the pavement material and which is configured for displacing the movable tailgate of the truck between a first position and a second position.
Method for controlling of a biofilm, for removing of a formed biofilm and/or for controlling a growth of microorganisms, preferably bacteria, in an aqueous environment of an industrial manufacturing process comprising cellulosic fibre material, by administering to the aqueous environment of the process a composition comprising a compound selected from a group consisting of 3-[(4-methylphenyl)sulphonyl]-2-propenenitrile and 4-amino-N-2-thiazolyl-benzenesulphonamide.
A method of producing a computed tomography image from a CT scanner imaging in a low-dose CT mode, the method comprising: obtaining, at a processor and from the CT scanner imaging in the low-dose CT mode, an initial low-dose CT image resulting from a first radiation dose of 0.1 millisievert (mSv), wherein the low-dose CT image exhibits a low-dose CT noise level; applying, in the processor to the low-dose CT image, an image conversion engine trained with a machine learning model using a low-dose CT training image resulting from the first radiation dose and a corresponding high-dose CT training image, the high-dose CT training image resulting from a higher radiation dose than the first radiation dose used for the low-dose CT image; and converting, using the image conversion engine, the low-dose CT image to an enhanced low-dose CT image exhibiting a high-dose CT image noise level lower than the low-dose CT image noise level. obtaining, at a processor and from the CT scanner imaging in the low-dose CT mode, an initial low-dose CT image resulting from a first radiation dose of 0.1 millisievert (mSv), wherein the low-dose CT image exhibits a low-dose CT noise level; applying, in the processor to the low-dose CT image, an image conversion engine trained with a machine learning model using a low-dose CT training image resulting from the first radiation dose and a corresponding high-dose CT training image, the high-dose CT training image resulting from a higher radiation dose than the first radiation dose used for the low-dose CT image; and converting, using the image conversion engine, the low-dose CT image to an enhanced low-dose CT image exhibiting a high-dose CT image noise level lower than the low-dose CT image noise level.
A substrate for ligand support in which a copolymer represented by the following formula is bonded to at least a surface of a water-insoluble carrier: wherein in the formula, n and m represent a positive integer, a value of m/(n + m) is greater than or equal to 0.1 and less than or equal to 0.45, R 1 represents H or CH 3, R 2 represents an organic group including an electrophilic functional group, and R 3 represents
A method for wireless communications by a network entity, comprising: transmitting at least one first set of synchronization signal blocks in a first frequency band for one or more user equipments (UEs) to use for initial access; and transmitting at least one second set of SS blocks in a second frequency band for measurement purposes, wherein a physical broadcast channel (PBCH) payload of SS blocks of the first set is different than a PBCH payload of SS blocks of the second set, wherein the PBCH payload of the SS blocks of the second set is designed to: assist the UEs in locating and receiving the first set of SS blocks. transmitting at least one first set of synchronization signal blocks in a first frequency band for one or more user equipments (UEs) to use for initial access; and transmitting at least one second set of SS blocks in a second frequency band for measurement purposes, wherein a physical broadcast channel (PBCH) payload of SS blocks of the first set is different than a PBCH payload of SS blocks of the second set, wherein the PBCH payload of the SS blocks of the second set is designed to: assist the UEs in locating and receiving the first set of SS blocks.
A power feeding device of a non-contact charging device for feeding power to a power receiving device in a non-contact fashion, the power feeding device comprising: a power factor improvement circuit adapted for converting an AC power supply to DC, and for improving a power factor, a smoothing capacitor connected to an output end of the power factor improvement circuit, an inverter circuit which includes a plurality of switching elements (21, 23, 26, 28), and is adapted for generating an AC signal by switching each of the switching elements using a voltage of the smoothing capacitor as a power supply, a power feeding section which includes a resonant capacitor and a first inductor connected to an output end of the inverter circuit, and is adapted for feeding power generated between the first inductor and a second inductor provided in the power receiving device to the power receiving device based on the AC signal, characterized by a control circuit adapted for modulating, in synchronization with the AC power supply, at least one of a duty factor of each of the switching elements (21, 23, 26, 28) of the inverter circuit and an operation frequency of each of the switching elements (21, 23, 26, 28) of the inverter circuit, when the power feeding section feeds the power to the power receiving device. a power factor improvement circuit adapted for converting an AC power supply to DC, and for improving a power factor, a smoothing capacitor connected to an output end of the power factor improvement circuit, an inverter circuit which includes a plurality of switching elements (21, 23, 26, 28), and is adapted for generating an AC signal by switching each of the switching elements using a voltage of the smoothing capacitor as a power supply, a power feeding section which includes a resonant capacitor and a first inductor connected to an output end of the inverter circuit, and is adapted for feeding power generated between the first inductor and a second inductor provided in the power receiving device to the power receiving device based on the AC signal, characterized by a control circuit adapted for modulating, in synchronization with the AC power supply, at least one of a duty factor of each of the switching elements (21, 23, 26, 28) of the inverter circuit and an operation frequency of each of the switching elements (21, 23, 26, 28) of the inverter circuit, when the power feeding section feeds the power to the power receiving device.
A device suitable for ensuring the discharge from a room of air to be extracted, which comprises a dual-flow ventilation box, characterized in that the box includes a blower fan designed to suction fresh air, an extraction fan designed to suction air to be extracted, a heat exchanger provided with an inlet for air to be extracted and an outlet for air to be extracted and an orientation valve suitable for pivoting between an orientation position allowing the passage of the suctioned air to be extracted toward the heat exchanger and a closed position of the passage toward the inlet for air to be extracted of the heat exchanger and the outlet for air to the outside, in that the extraction fan is arranged between the extraction opening of said box and the heat exchanger, such that the outlet to the outside is a direct outlet to the outside, separate from the heat exchanger, and is arranged between the extraction fan and the heat exchanger, the orientation valve is arranged between the extraction fan and the heat exchanger, and in that, in case of fire, the orientation valve is in its closed position of the passage toward the inlet for air to be extracted from the exchanger, to ensure the discharge of the hot fumes through the outlet directly to the outside, without them coming into contact with the heat exchanger.
A method comprising: sending, by a user equipment, an indication to an access point of a network, wherein the indication represents that there is a preference for power savings at the user equipment; and characterized by: performing, at the user equipment after the indication is sent, one or more power savings actions autonomously without the network signaling the user equipment to initiate said one or more power saving actions, wherein the one or more power savings actions includes at least one of the following: deactivating a secondary cell associated with a carrier aggregation configuration; releasing, by the user equipment, a secondary cell associated with the carrier aggregation configuration; releasing a physical uplink control channel configuration; terminating a timing advance timer before expiration of the timing advance timer; releasing a connection; configuring a longer discontinuous receive cycle; configuring a longer measurement cycle; or releasing a radio resource control connection.
A damascene wiring structure comprising: a base including a main surface provided with a groove; an insulating layer including a first portion provided on an inner surface of the groove and a second portion formed integrally with the first portion and provided on the main surface; a metal layer provided on the first portion of the insulating layer; a wiring portion embedded in the groove and joined to the metal layer; and a cap layer provided to cover the second portion of the insulating layer, an end portion of the metal layer, and the wiring portion, wherein a surface of a boundary part between the first portion and the second portion in the insulating layer on a side opposite to the base includes an inclined surface inclined with respect to a direction perpendicular to the main surface when viewed from an extending direction of the wiring portion, and the end portion of the metal layer enters between the cap layer and the inclined surface, and in the end portion, a first surface along the cap layer and a second surface along the inclined surface form an acute angle (θ). a base including a main surface provided with a groove; an insulating layer including a first portion provided on an inner surface of the groove and a second portion formed integrally with the first portion and provided on the main surface; a metal layer provided on the first portion of the insulating layer; a wiring portion embedded in the groove and joined to the metal layer; and a cap layer provided to cover the second portion of the insulating layer, an end portion of the metal layer, and the wiring portion, wherein a surface of a boundary part between the first portion and the second portion in the insulating layer on a side opposite to the base includes an inclined surface inclined with respect to a direction perpendicular to the main surface when viewed from an extending direction of the wiring portion, and the end portion of the metal layer enters between the cap layer and the inclined surface, and in the end portion, a first surface along the cap layer and a second surface along the inclined surface form an acute angle (θ).