mhurhangee/ep-ind-claims huggingface dataset:
A transmitter comprising an encoder for encoding a sequence of pictures of a video stream of multiple pictures, the encoder comprises a determining unit configured to decide whether all the pictures in said sequence are divided in the same way by tiles using a tile structure, and an output unit configured to send information of the tile structure which the current pictures is divided in, and to send information that the same tile structure is used for all pictures throughout the sequence of the video stream when the same tile structure is used for all pictures throughout the sequence of the video stream.
A method implemented in a wireless device, comprising: acquiring network support information associated with a neighbor cell provided by a neighbor new radio network node, gNB, of a serving network node, wherein the network support information indicates that the neighbor cell supports a Stand-Alone, SA, mode of operation and/or a Non-Stand-Alone, NSA, mode of operation; wherein SA mode of operation refers to a gNB having a control plane connection to a core network, CN, and wherein NSA mode of operation refers to a gNB not having a control plane connection to the CN and instead relying on the serving network node as master node; and transmitting to the serving network node a report comprising identification information associated with the neighbour cell and the network support information indicating that the neighbor cell supports a SA mode of operation and/or a NSA mode of operation. acquiring network support information associated with a neighbor cell provided by a neighbor new radio network node, gNB, of a serving network node, wherein the network support information indicates that the neighbor cell supports a Stand-Alone, SA, mode of operation and/or a Non-Stand-Alone, NSA, mode of operation; wherein SA mode of operation refers to a gNB having a control plane connection to a core network, CN, and wherein NSA mode of operation refers to a gNB not having a control plane connection to the CN and instead relying on the serving network node as master node; and transmitting to the serving network node a report comprising identification information associated with the neighbour cell and the network support information indicating that the neighbor cell supports a SA mode of operation and/or a NSA mode of operation.
A vacuum device, in particular a vacuum pump, comprising a first component, a second component, and a device for connecting the first and the second component (12, 14), wherein one of the components (12, 14) is an electrical component, in particular a fan, wherein the other of the components (12, 14) is a housing part or a removable cover, wherein the device comprises at least one plug-in element formed at the first component and at least one receiver which is formed at the second component and which has a reception opening for the plug-in element, wherein the plug-in element and the receiver are configured such that a clamping connection between the two components (12, 14) can be established by inserting the plug-in element into the receiver, wherein the plug-in element is conical, and wherein the reception opening is cylindrical or annular or conical, or wherein the plug-in element is cylindrical and wherein the reception opening is conical, and wherein the receiver has an edged transition, in particular a sharpedged transition, into the reception opening that, when the clamping connection is being established, brings about an interlocking, in particular a micro-interlocking, of the receiver and the surface structure of the plug-in element, characterized in that the plug-in element is formed from fiber-reinforced plastic. the plug-in element and the receiver are configured such that a clamping connection between the two components (12, 14) can be established by inserting the plug-in element into the receiver, wherein the plug-in element is conical, and wherein the reception opening is cylindrical or annular or conical, or wherein the plug-in element is cylindrical and wherein the reception opening is conical, and wherein the receiver has an edged transition, in particular a sharpedged transition, into the reception opening that, when the clamping connection is being established, brings about an interlocking, in particular a micro-interlocking, of the receiver and the surface structure of the plug-in element, characterized in that the plug-in element is formed from fiber-reinforced plastic.
A discharge electrode array for thin-film solar cell deposition, comprising: electrode plate components including at least one group of cathode plates and an anode plate; and a pair of signal feed-in components, each signal feed-in component having two ends; wherein: the electrode plate components have shielding covers, and the covered electrode plate components and the signal feed-in components form the electrode array; a respective feed-in port is located at each cathode; characterised in that one end of each signal feed-in component connects with a feed-in port of a corresponding electrode plate component by surface contact to feed radio frequency or very high frequency power supply signals to the feed-in port located in a hollowed area at the center of the backside of a cathode plate of the electrode plate component. electrode plate components including at least one group of cathode plates and an anode plate; and a pair of signal feed-in components, each signal feed-in component having two ends; wherein: the electrode plate components have shielding covers, and the covered electrode plate components and the signal feed-in components form the electrode array; a respective feed-in port is located at each cathode; the electrode plate components have shielding covers, and the covered electrode plate components and the signal feed-in components form the electrode array; a respective feed-in port is located at each cathode; characterised in that one end of each signal feed-in component connects with a feed-in port of a corresponding electrode plate component by surface contact to feed radio frequency or very high frequency power supply signals to the feed-in port located in a hollowed area at the center of the backside of a cathode plate of the electrode plate component.
A tool searching device, which is used when gripping a leaded component and mounting the leaded component on a board by using a tool formed from multiple configuration members (52, 54, 56), for searching for the configuration member (52, 54, 56) or a combination of the configuration members (52, 54, 56) appropriate for gripping or mounting the leaded component on the board, the tool searching device comprising: a memory section configured to memorize multiple configuration member information related to each of the multiple configuration members (52, 54, 56), linked to size-related information that relates to a size of a component main body of the leaded component or lead-related information that relates to a lead of the leaded component; an acquiring section configured to acquire the size-related information or the lead-related information; a search section configured to search the configuration member (52, 54, 56) or the combination of the configuration members (52, 54, 56) from the memory section using the acquired size-related information or the acquired lead-related information as a search term; and an output section configured to output a search result. a memory section configured to memorize multiple configuration member information related to each of the multiple configuration members (52, 54, 56), linked to size-related information that relates to a size of a component main body of the leaded component or lead-related information that relates to a lead of the leaded component; an acquiring section configured to acquire the size-related information or the lead-related information; a search section configured to search the configuration member (52, 54, 56) or the combination of the configuration members (52, 54, 56) from the memory section using the acquired size-related information or the acquired lead-related information as a search term; and an output section configured to output a search result.
A light emitting element configured to operate as a vertical cavity surface emitting laser, VCSEL, the light emitting element comprising: a compound semiconductor substrate that has a first surface and a second surface opposite to the first surface; a stacked structure including a GaN-based compound semiconductor; a first light reflection layer; and a second light reflection layer, wherein the stacked structure includes, in a stacked state a first compound semiconductor layer that is formed on the second surface of the compound semiconductor substrate and that has a first surface and a second surface opposite to the first surface, an active layer facing the second surface of the first compound semiconductor layer, and a second compound semiconductor layer that has a first surface facing the active layer and a second surface opposite to the first surface, the first light reflection layer is disposed on the first surface of the compound semiconductor substrate and has a concave mirror section, the second light reflection layer is disposed on the second surface side of the second compound semiconductor layer and has a flat shape, and the compound semiconductor substrate includes a low impurity concentration compound semiconductor substrate, wherein the low impurity concentration compound semiconductor substrate has an impurity concentration of equal to or less than 5×10 17 /cm 3. a compound semiconductor substrate that has a first surface and a second surface opposite to the first surface; a stacked structure including a GaN-based compound semiconductor; a first light reflection layer; and a second light reflection layer, wherein the stacked structure includes, in a stacked state a first compound semiconductor layer that is formed on the second surface of the compound semiconductor substrate and that has a first surface and a second surface opposite to the first surface, an active layer facing the second surface of the first compound semiconductor layer, and a second compound semiconductor layer that has a first surface facing the active layer and a second surface opposite to the first surface, a first compound semiconductor layer that is formed on the second surface of the compound semiconductor substrate and that has a first surface and a second surface opposite to the first surface, an active layer facing the second surface of the first compound semiconductor layer, and a second compound semiconductor layer that has a first surface facing the active layer and a second surface opposite to the first surface, the first light reflection layer is disposed on the first surface of the compound semiconductor substrate and has a concave mirror section, the second light reflection layer is disposed on the second surface side of the second compound semiconductor layer and has a flat shape, and the compound semiconductor substrate includes a low impurity concentration compound semiconductor substrate, wherein the low impurity concentration compound semiconductor substrate has an impurity concentration of equal to or less than 5×10 17 /cm 3.
A copolymer composition comprising: a copolymer having a backbone composition comprising a first segment of Formula I: wherein X is a silicone; and a second segment of a Formula of II: wherein Y is a polyether; wherein W comprises at least one of an oxamide linkage and a urea linkage; wherein b is an integer of at least 0; wherein c is an integer of at least 1; wherein b + c is at least 1; wherein the first segment and the second segment are connected randomly via Z, wherein Z comprises at least one of an oxamide linkage and a urea linkage; and wherein the copolymer includes at least one of the first segment and at least one of the second segment. a copolymer having a backbone composition comprising a first segment of Formula I: wherein X is a silicone; and a second segment of a Formula of II: wherein Y is a polyether; wherein W comprises at least one of an oxamide linkage and a urea linkage; wherein b is an integer of at least 0; wherein c is an integer of at least 1; wherein b + c is at least 1; a first segment of Formula I: wherein X is a silicone; and a second segment of a Formula of II: wherein Y is a polyether; wherein W comprises at least one of an oxamide linkage and a urea linkage; wherein b is an integer of at least 0; wherein c is an integer of at least 1; wherein b + c is at least 1; wherein Y is a polyether; wherein W comprises at least one of an oxamide linkage and a urea linkage; wherein b is an integer of at least 0; wherein c is an integer of at least 1; wherein b + c is at least 1; wherein the first segment and the second segment are connected randomly via Z, wherein Z comprises at least one of an oxamide linkage and a urea linkage; and wherein the copolymer includes at least one of the first segment and at least one of the second segment.
A vibration stimulus delivery device for delivering a vibration stimulus to an animal, said vibration stimulus delivery device comprising: a pet collar adapted to be secured to an animal; a stimulus trigger detection device secured to said pet collar so as to extend from an outside face of said pet collar outwardly from the animal, said stimulus trigger detection device responsive to a stimulus trigger; and a vibration probe including a probe housing and a vibrator, characterized in that said probe housing extending from an inside face of said pet collar inwardly toward the animal to physically contact the animal when said pet collar is secured to the animal, said vibrator disposed within said probe housing, said vibrator in electrical communication with said stimulus trigger detection device and producing a vibration stimulus when said stimulus trigger detection device responds to the stimulus trigger, said vibration stimulus being delivered to said animal by said vibration probe. a pet collar adapted to be secured to an animal; a stimulus trigger detection device secured to said pet collar so as to extend from an outside face of said pet collar outwardly from the animal, said stimulus trigger detection device responsive to a stimulus trigger; and a vibration probe including a probe housing and a vibrator, characterized in that said probe housing extending from an inside face of said pet collar inwardly toward the animal to physically contact the animal when said pet collar is secured to the animal, said vibrator disposed within said probe housing, said vibrator in electrical communication with said stimulus trigger detection device and producing a vibration stimulus when said stimulus trigger detection device responds to the stimulus trigger, said vibration stimulus being delivered to said animal by said vibration probe.
Control valve assembly of a fuel injector, said valve assembly comprising a first valve arrangement wherein a first valve spool is guided in a first hydraulic bore provided in a body of the assembly, said spool being adapted to move between a closed position wherein a shoulder face of a head member of said first spool is in sealing contact against a first seating face and, a fully open position wherein a distant end face of said head member is in flush continuity with an under face of the body of the valve assembly, the shoulder face of the first spool being lifted away from said first seating face, characterised in that the control valve assembly further comprises a first tubular sleeve having a seating portion which end face defines said first seating face, the first sleeve being fixed in the first hydraulic bore and the first spool extending through said sleeve.
A generator for an ultrasonic surgical instrument, the ultrasonic surgical instrument comprising an ultrasonic blade, the generator comprising: a control circuit configured to: determine a tissue type in contact with the ultrasonic blade, characterized by the control circuit being further configured to: set a current delivered to an ultrasonic transducer to achieve a desired temperature of the ultrasonic blade; and set a desired period during which the desired temperature is applied to the tissue. set a current delivered to an ultrasonic transducer to achieve a desired temperature of the ultrasonic blade; and set a desired period during which the desired temperature is applied to the tissue.
Cosmetic formulation for the reduction of the outer appearances of cellulite or orange peel syndrome, characterized in that the composition contains - from 0.1 to 10% by weight of caffeine, - from 0.1 to 10% by weight of L-carnitine, - from 0.1 to 10% by weight of a Centella asiatica extract containing madecassosides and/or asiaticosides, - from 0.01 to 5% by weight of a forskolin-containing extract of a plant from the plant genus Coleus or Plectranthus and - a cosmetically compatible carrier comprising membrane-forming lipids in vesicular form, wherein the cosmetically compatible carrier is a vesicular, penetrating carrier system in which all the active ingredients are enclosed, wherein the active ingredients are caffeine, L-carnitine, the madecassosides and/or asiaticosides in a Centella asiatica extract, and forskolin in the extracts from plants of the plant genus Coleus or Plectranthus and wherein the membrane-forming lipids are selected from phospholipids, ceramides, diacyl glycosides and mixtures thereof. - from 0.1 to 10% by weight of caffeine, - from 0.1 to 10% by weight of L-carnitine, - from 0.1 to 10% by weight of a Centella asiatica extract containing madecassosides and/or asiaticosides, - from 0.01 to 5% by weight of a forskolin-containing extract of a plant from the plant genus Coleus or Plectranthus and - a cosmetically compatible carrier comprising membrane-forming lipids in vesicular form,
A skin patch laminate body (1, 1A), comprising: a skin patch body (20, 20A) including a base layer (21, 21A) and a skin adhesive layer (22, 22A) being formed on one surface of the base layer (21, 21A) and being directly applied to the skin; and a heat imparting body (10, 10A) including an exothermic agent (11, 11A) and an exothermic agent-accommodating layer (12, 12A) that accommodates the exothermic agent (11, 11A) therein, wherein the exothermic agent-accommodating layer (12, 12A) on one surface of the heat imparting body (10, 10A) and the other surface of the base layer (21, 21A) of the skin patch body (20, 20A) are attached to each other via a peelable adhesive layer (30, 30A, 30B, 30C), characterized in that a pattern (30A, 30B, 30C) of the peelable adhesive layer (30, 30A, 30B, 30C) is used to control the adhesive strength thereof. a skin patch body (20, 20A) including a base layer (21, 21A) and a skin adhesive layer (22, 22A) being formed on one surface of the base layer (21, 21A) and being directly applied to the skin; and a heat imparting body (10, 10A) including an exothermic agent (11, 11A) and an exothermic agent-accommodating layer (12, 12A) that accommodates the exothermic agent (11, 11A) therein, wherein the exothermic agent-accommodating layer (12, 12A) on one surface of the heat imparting body (10, 10A) and the other surface of the base layer (21, 21A) of the skin patch body (20, 20A) are attached to each other via a peelable adhesive layer (30, 30A, 30B, 30C), characterized in that a pattern (30A, 30B, 30C) of the peelable adhesive layer (30, 30A, 30B, 30C) is used to control the adhesive strength thereof.
A method for multiplexing data frames, in a packet-switched type network, at least a part of said network comprising one or several switches having: - a first plurality of receiving ports, receiving said data frames, and - a second plurality of transmitting ports, for transmitting at least blocks of said data frames, each frame including a data field comprising information related to an index of priority for transmitting the frame, a clock being provided to said switches so as to apply a timestamp of reception of each frame in each receiving port, and a memory medium being further provided so as to store transitorily each received frame along with its timestamp, wherein the method comprises the steps of: a) providing a plurality of memory buffers (Buff [k]), associated to respective indexes of priority, each buffer comprising one queue of frames having a same index of priority, b) sorting the received frames in a chosen buffer according to their index of priority, the method being characterized by comprising the additional steps of: c) in each buffer (k), sorting the frames according to their respective timestamps (TSj), for ordering the queue of frames in each buffer from the earliest received frame on top of the queue to the latest received frame at the bottom of the queue, and d) feeding the transmitting ports with each frame or block of frame to transmit, in an order determined according to the index of priority of the frame, as well as an order of the frame or of the block of frame in the queue associated to the index of priority of the frame. - a first plurality of receiving ports, receiving said data frames, and - a second plurality of transmitting ports, for transmitting at least blocks of said data frames, a) providing a plurality of memory buffers (Buff [k]), associated to respective indexes of priority, each buffer comprising one queue of frames having a same index of priority, b) sorting the received frames in a chosen buffer according to their index of priority, the method being characterized by comprising the additional steps of: c) in each buffer (k), sorting the frames according to their respective timestamps (TSj), for ordering the queue of frames in each buffer from the earliest received frame on top of the queue to the latest received frame at the bottom of the queue, and d) feeding the transmitting ports with each frame or block of frame to transmit, in an order determined according to the index of priority of the frame, as well as an order of the frame or of the block of frame in the queue associated to the index of priority of the frame.
A fluid bed apparatus for processing particulate material, comprising a chamber including a plenum, a perforated base plate located above the plenum, an inlet for process gas, an outlet for spent process gas, and a discharge opening having a lower edge and an upper edge and defining a height and an opening area, characterized in that said base plate is positioned above the lower edge of the discharge opening such that the opening area of the discharge opening is divided into an opening area (Aa) below the base plate and an opening area (Ap) above the base plate.