mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting an assignment message, comprising: generating assignment information for at least one terminal, the assignment information includes at least an assignment of reverse link transmission resources and a packet format; generating a power control instruction of the at least one terminal for the assigned reverse link transmission resource; and transmitting an assignment message to the at least one terminal, characterised in that: generating the power control instruction comprises generating the power control instruction based at least in part upon the packet format included in the assignment information; and further comprising generating the assignment message, wherein the assignment message includes both the assignment information and the power control instruction. generating assignment information for at least one terminal, the assignment information includes at least an assignment of reverse link transmission resources and a packet format; generating a power control instruction of the at least one terminal for the assigned reverse link transmission resource; and transmitting an assignment message to the at least one terminal, characterised in that: generating the power control instruction comprises generating the power control instruction based at least in part upon the packet format included in the assignment information; and further comprising generating the assignment message, wherein the assignment message includes both the assignment information and the power control instruction. generating the power control instruction comprises generating the power control instruction based at least in part upon the packet format included in the assignment information; and further comprising generating the assignment message, wherein the assignment message includes both the assignment information and the power control instruction.
Outdoor control cabinet having a housing on a base protruding into the ground and having a device for air-conditioning the housing using an air flow, the flow path of which, attached to at least one fan, includes a heat-exchanger between the ground and the air, characterised in that an enclosure enclosing the housing and the base, thus forming the flow path for an air flow, is provided as the heat-exchanger which comprises intake air channels disposed on the outside of the casing of the enclosure and in flow-connection with the flow path in the floor-end region of the casing.
A fluid transfer assembly for a disposable bioreactor comprising: a fluid transfer housing having a housing body defining an input port, at least one outlet port and an elongate housing passageway extending in fluid communication therebetween; said housing body further defining an open shaft passageway extending therethrough; and a rolling element bearing, such as a roller bearing or a ball bearing, affixed within said shaft passageway, said rolling element bearing comprising concentric inner and outer bearing races (32,34) and a plurality of rolling elements, such as rollers or balls, positioned between the inner and outer bearing races, the outer bearing race being affixed to the housing body and the inner bearing race including an inner surface defining a shaft aperture such that the inner race is affixable to an impeller shaft so that the shaft may rotate independently of said housing body. a fluid transfer housing having a housing body defining an input port, at least one outlet port and an elongate housing passageway extending in fluid communication therebetween; said housing body further defining an open shaft passageway extending therethrough; and a rolling element bearing, such as a roller bearing or a ball bearing, affixed within said shaft passageway, said rolling element bearing comprising concentric inner and outer bearing races (32,34) and a plurality of rolling elements, such as rollers or balls, positioned between the inner and outer bearing races, the outer bearing race being affixed to the housing body and the inner bearing race including an inner surface defining a shaft aperture such that the inner race is affixable to an impeller shaft so that the shaft may rotate independently of said housing body.
A method for wireless communication, comprising: receiving at least one transmit power control, TPC, command for a plurality of antennas at a user equipment, UE; adjusting transmit power for each of the plurality of antennas at the UE based on the at least one TPC command, wherein the receiving at least one TPC command comprises receiving a plurality of TPC commands for a plurality of antenna groups at the UE, one TPC command for each antenna group, each antenna group comprising a different subset of the plurality of antennas, and sending an uplink transmission from the plurality of antennas at the transmit power determined for each of the plurality of antennas, characterised in that at least one antenna group among the plurality of groups includes multiple antennas. receiving at least one transmit power control, TPC, command for a plurality of antennas at a user equipment, UE; adjusting transmit power for each of the plurality of antennas at the UE based on the at least one TPC command, wherein the receiving at least one TPC command comprises receiving a plurality of TPC commands for a plurality of antenna groups at the UE, one TPC command for each antenna group, each antenna group comprising a different subset of the plurality of antennas, and sending an uplink transmission from the plurality of antennas at the transmit power determined for each of the plurality of antennas, characterised in that at least one antenna group among the plurality of groups includes multiple antennas.
A fluorescent material comprising: a nitride fluorescent material comprising La, Ce, Si, and N; and a first phosphorus compound disposed on a surface of the nitride fluorescent material, wherein the first phosphorus compound comprises at least one selected from the group consisting of lanthanum phosphate, lanthanum hydrogen phosphate, and hydrates thereof, and wherein a content of phosphorus atoms in the fluorescent material is 0.07% by mass or higher and 0.8% by mass or lower. a nitride fluorescent material comprising La, Ce, Si, and N; and a first phosphorus compound disposed on a surface of the nitride fluorescent material, wherein the first phosphorus compound comprises at least one selected from the group consisting of lanthanum phosphate, lanthanum hydrogen phosphate, and hydrates thereof, and wherein a content of phosphorus atoms in the fluorescent material is 0.07% by mass or higher and 0.8% by mass or lower.
A coffee-maker assembly comprising: - a coffee-maker comprising a boiler for an infuser liquid, a beverage container defining a collection chamber for a beverage infused by means of said heated liquid, and an infusion funnel defining part of an infusion chamber suitable to house at least one pod permeable to the infuser liquid and containing an aromatic substance for the infused beverage; wherein the beverage container and the infusion funnel comprise perforated walls (12, 42) for the passage of said liquid and said beverage; - an adapter body for said pod, made of elastomeric material, that identifies one or more internal passages and a pair of contact perimeters (20, 26) that surround the perforations (22, 44) of said walls (12, 42) and that are spaced through the thickness of said body; wherein a contact perimeter (20, 26) rests sealingly on a perforated wall (12, 42) so as to convey the infuser liquid or the infused beverage through the internal passage or the plurality thereof; wherein the infusion funnel comprises a substantially tubular wall, connected and developing from the perforated wall to laterally delimit the infusion chamber, said assembly being characterized in that, in front of said tubular wall, the adapter body delimits spacer elements to provide a free interspace between body and wall. - a coffee-maker comprising a boiler for an infuser liquid, a beverage container defining a collection chamber for a beverage infused by means of said heated liquid, and an infusion funnel defining part of an infusion chamber suitable to house at least one pod permeable to the infuser liquid and containing an aromatic substance for the infused beverage; - an adapter body for said pod, made of elastomeric material, that identifies one or more internal passages and a pair of contact perimeters (20, 26) that surround the perforations (22, 44) of said walls (12, 42) and that are spaced through the thickness of said body;
A device for recovering heat having a system for the thermal treatment of a material web, wherein the material web is guided from an inlet to an outlet by the system, wherein the device comprises an air-air heat exchanger, in which hot exhaust air is circulated to preheat cold fresh air from the surroundings and the preheated fresh air is supplied to the system, wherein the heat exchanger comprises at least two channels (9a-9n) and the channels (9a-9n) extend continuously from the area of the outlet up into the area of the inlet of the system, characterized in that the clearance width between the side walls (13a, 13b) of the channels (9a-9n) is between 50 and 200 mm, preferably between 60 and 120 mm, and that the side walls (13a, 13b) of the channels (9a-9n) are each adjacent to the neighboring channel and form cassettes with the latter, which cassettes can be lifted out vertically from the heat exchanger for cleaning.
An air conditioning device for a compartment, in particular of a railway vehicle, of the type comprising a first heat pump circuit in which a refrigerant circulates, the first circuit comprising a first heat exchanger for exchanging heat with the outside air, a compressor and an expansion device, the air conditioning device comprising: - a second circuit, in which a heat transfer fluid circulates, comprising a second heat exchanger with air from the compartment, - a common heat exchanger, through which the first circuit and the second circuit pass, suitable to exchange heat between the refrigerant and the heat transfer fluid, characterised in that it comprises a thermal storage tank, connected to the first circuit in parallel to the common heat exchanger, and connected to the second circuit in parallel to the common heat exchanger. - a second circuit, in which a heat transfer fluid circulates, comprising a second heat exchanger with air from the compartment, - a common heat exchanger, through which the first circuit and the second circuit pass, suitable to exchange heat between the refrigerant and the heat transfer fluid,
A slide-guide door for a transit vehicle comprising at least one door panel for being planar with the door opening, a door post in the vicinity of the edge of the door opening, at least one operating arm rotating with the post, a pivotal connection between the operating arm and a pin pendent the door panel, a guide track near the top edge of the door panel, a follower extending from near the leading edge of the door panel and engaging the guide track, a prime mover for rotating the door post and operating arm, such that as the operating arm swings inward of the vehicle to a position generally perpendicular to the door opening, the door panel rotates outwardly to a position generally perpendicular to the door opening, the slide-guide door further comprising: a solid skirt seal mounted to the bottom edge of the door panel hinged to rotate about an axis generally parallel to the bottom edge of the door panel, said hinge axis being above the operating arm adjacent the lower edge of the door panel and having a portion spaced inwardly of the door panel when in the closed position; a bracket fixed to the door panel for supporting the hinged connection between the door panel and the skirt seal; and a flexible cover extending between the lower edge of the skirt seal and the lower edge of the door panel; the operating arm and the skirt seal being arranged such that when the operating arm pulls the door panel to an open position, it pushes the skirt seal away from the vehicle floor and outward from the interior of the vehicle simultaneously collapsing the flexible cover, wherein the flexible cover collapses as the skirt is raised and straightens out as the skirt is lowered, characterized in that the space between the skirt and the flexible cover encloses a space protected from the exterior of the vehicle. a solid skirt seal mounted to the bottom edge of the door panel hinged to rotate about an axis generally parallel to the bottom edge of the door panel, said hinge axis being above the operating arm adjacent the lower edge of the door panel and having a portion spaced inwardly of the door panel when in the closed position; a bracket fixed to the door panel for supporting the hinged connection between the door panel and the skirt seal; and a flexible cover extending between the lower edge of the skirt seal and the lower edge of the door panel; the operating arm and the skirt seal being arranged such that when the operating arm pulls the door panel to an open position, it pushes the skirt seal away from the vehicle floor and outward from the interior of the vehicle simultaneously collapsing the flexible cover, wherein the flexible cover collapses as the skirt is raised and straightens out as the skirt is lowered, characterized in that the space between the skirt and the flexible cover encloses a space protected from the exterior of the vehicle.
A composite body comprising: a substrate; and a forming portion which is composed of a composite phase and is formed on the substrate, wherein: the composite phase is an oxide ceramic containing a perovskite oxide and a metal oxide different from the perovskite oxide, the metal oxide contained in the composite phase being a single metal oxide containing the same type of metal element as that of the metal element at the B site of the perovskite oxide, and wherein: (i) the composite phase contains La 2 CuO 4 as the perovskite oxide and CuO as the metal oxide; or (ii) the composite phase contains SrFeO 3 as the perovskite oxide and Fe 2 O 3 as the metal oxide. a substrate; and a forming portion which is composed of a composite phase and is formed on the substrate, wherein: the composite phase is an oxide ceramic containing a perovskite oxide and a metal oxide different from the perovskite oxide, the metal oxide contained in the composite phase being a single metal oxide containing the same type of metal element as that of the metal element at the B site of the perovskite oxide, and wherein: (i) the composite phase contains La 2 CuO 4 as the perovskite oxide and CuO as the metal oxide; or (ii) the composite phase contains SrFeO 3 as the perovskite oxide and Fe 2 O 3 as the metal oxide. (i) the composite phase contains La 2 CuO 4 as the perovskite oxide and CuO as the metal oxide; or (ii) the composite phase contains SrFeO 3 as the perovskite oxide and Fe 2 O 3 as the metal oxide.
A device for reading and decoding paper or non-paper documents including micro-perforated patterns, in the form of micro-perforated characters or symbols, and graphic patterns (6, 7), said device comprising - at least one image sensor having a light flashing component arranged to flash a visible light on a first side of a document, and image detectors arranged to read said visible light reflected or scattered by said graphic patterns (6, 7); - at least one further light flashing component located in front of said image sensor and arranged to flash an infrared light on a second side of the document; said image detectors being arranged to read the infrared light passing through the micro-perforated patterns; - a control circuit arranged to manage said image detectors (31, 41) to read said visible light reflected by said graphic patterns (6, 7) and said infrared light passing through the micro-perforated patterns, and to obtain bit-maps of the graphic and micro-perforated patterns (5, 6, 7) read; characterized in that said control circuit is further arranged to decode the bit-maps of the micro-perforated patterns into symbols or characters and to send to an external computer only said decoded micro-perforated patterns, wherein said control circuit comprises - one A/D converter; - one FPGA component; and - one CPU arranged to control operation - of the A/D converter to convert analog signals coming from said at least one image sensor into digital signals; and - of the FPGA component to at least construct bit-maps of the micro-perforated patterns and of the graphic patterns (6, 7). - at least one image sensor having a light flashing component arranged to flash a visible light on a first side of a document, and image detectors arranged to read said visible light reflected or scattered by said graphic patterns (6, 7); - at least one further light flashing component located in front of said image sensor and arranged to flash an infrared light on a second side of the document; said image detectors being arranged to read the infrared light passing through the micro-perforated patterns; - a control circuit arranged to manage said image detectors (31, 41) to read said visible light reflected by said graphic patterns (6, 7) and said infrared light passing through the micro-perforated patterns, and to obtain bit-maps of the graphic and micro-perforated patterns (5, 6, 7) read; - one A/D converter; - one FPGA component; and - one CPU arranged to control operation - of the A/D converter to convert analog signals coming from said at least one image sensor into digital signals; and - of the FPGA component to at least construct bit-maps of the micro-perforated patterns and of the graphic patterns (6, 7). - of the A/D converter to convert analog signals coming from said at least one image sensor into digital signals; and - of the FPGA component to at least construct bit-maps of the micro-perforated patterns and of the graphic patterns (6, 7).
A handover method, the method comprising: transmitting, by a mobile device, a request for data to a wireless local area network (step 301); receiving data from the wireless local area network (step 302); checking integrity of the received data (step 304); determining, if the received data lacks integrity, whether the received data is received within a preset threshold time from a preset reference time (step 305), the preset reference time corresponding to a point in time at which the mobile device makes the request for data; retrieving, if the received data was received within the preset threshold time, an integrity failure count and a retransmission count for the received data from a storage unit; and performing, if the integrity failure count exceeds a preset maximum allowed number of failures and if the retransmission count exceeds a preset maximum allowed number of retransmissions (step 310), handover from the wireless local area network to a wireless wide area network (step 311). transmitting, by a mobile device, a request for data to a wireless local area network (step 301); receiving data from the wireless local area network (step 302); checking integrity of the received data (step 304); determining, if the received data lacks integrity, whether the received data is received within a preset threshold time from a preset reference time (step 305), the preset reference time corresponding to a point in time at which the mobile device makes the request for data; retrieving, if the received data was received within the preset threshold time, an integrity failure count and a retransmission count for the received data from a storage unit; and performing, if the integrity failure count exceeds a preset maximum allowed number of failures and if the retransmission count exceeds a preset maximum allowed number of retransmissions (step 310), handover from the wireless local area network to a wireless wide area network (step 311).
An intravenous catheter introducing device having needle stick safety mechanism comprising a needle, a catheter tube, a catheter hub, a needle cover assembly, ▪the needle having a first part, a second part and a third part having a diameter larger than the first part and the second part of the needle; the needle hub having a through hole in which the needle is press fitted, the needle hub being connected to the flashback chamber through an extended portion, ▪the catheter tube slidably encasing the third part and partially encasing the first part and the second part of the needle; the catheter hub which is in a fluid communication with the catheter tube; a flashback chamber; and the needle cover assembly partially encasing the first part of the needle, and connected to the catheter hub, ▪the needle cover assembly characterized in that a needle cover having a safety element with a blocking hole preventing the passing through of the third part of the needle, the needle cover being connected to the catheter hub by a lock and jaws and by engaging a needle cover hole with a projection on the catheter hub, and a casing enclosing both the needle cover and the needle hub, the casing being connected to the needle cover via projections and to the needle hub by engaging flanges and hooks in slots provided on the needle hub. ▪the needle having a first part, a second part and a third part having a diameter larger than the first part and the second part of the needle; the needle hub having a through hole in which the needle is press fitted, the needle hub being connected to the flashback chamber through an extended portion, ▪the catheter tube slidably encasing the third part and partially encasing the first part and the second part of the needle; the catheter hub which is in a fluid communication with the catheter tube; a flashback chamber; and the needle cover assembly partially encasing the first part of the needle, and connected to the catheter hub, ▪the needle cover assembly characterized in that a needle cover having a safety element with a blocking hole preventing the passing through of the third part of the needle, the needle cover being connected to the catheter hub by a lock and jaws and by engaging a needle cover hole with a projection on the catheter hub, and a casing enclosing both the needle cover and the needle hub, the casing being connected to the needle cover via projections and to the needle hub by engaging flanges and hooks in slots provided on the needle hub. ▪the needle cover assembly characterized in that a needle cover having a safety element with a blocking hole preventing the passing through of the third part of the needle, the needle cover being connected to the catheter hub by a lock and jaws and by engaging a needle cover hole with a projection on the catheter hub, and a casing enclosing both the needle cover and the needle hub, the casing being connected to the needle cover via projections and to the needle hub by engaging flanges and hooks in slots provided on the needle hub.
A skin care composition comprising the peptide S - T - P - NH 2 Ser-Thr-Pro-NH 2 and a synergistic combination of resveratrol and the peptide (SEQ ID No. 8) G - L - Y - D - N - L - E Gly-Leu-Tyr-Asp-Asn-Leu-Glu. S - T - P - NH 2 Ser-Thr-Pro-NH 2 (SEQ ID No. 8) G - L - Y - D - N - L - E Gly-Leu-Tyr-Asp-Asn-Leu-Glu.
An insert sheet, in particular for a book-like document, which comprises a data page having a data area which consists of at least one layer constituting a core layer and at least one further layer made of a thermoplastic material, and having a seam area for receiving a seam to incorporate the insert sheet in a book-like document, characterised in that said seam area is formed by at least two threads disposed separately from each other and laminated only between two layers (26, 27, 28) of the data page, in such a manner that the threads freely protrude from a longitudinal edge of the data page that adjoins the seam area.