mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving, at a user equipment, a downlink control information comprising an indication for adaptive retransmission of a hybrid automatic repeat request HARQ, process (120, 122,124), the downlink control information being for a Temporary cell radio network temporary identifier, C-RNTI, for the user equipment; determining that a transport block size in the downlink control information has changed compared with a transport block size associated with the HARQ process; handling the indication for retransmission of the HARQ process by ignoring the transport block size in the downlink control information and utilizing the transport block size associated with the HARQ process for the retransmission; and performing retransmission. receiving, at a user equipment, a downlink control information comprising an indication for adaptive retransmission of a hybrid automatic repeat request HARQ, process (120, 122,124), the downlink control information being for a Temporary cell radio network temporary identifier, C-RNTI, for the user equipment; determining that a transport block size in the downlink control information has changed compared with a transport block size associated with the HARQ process; handling the indication for retransmission of the HARQ process by ignoring the transport block size in the downlink control information and utilizing the transport block size associated with the HARQ process for the retransmission; and performing retransmission.
A computer-implemented icon moving method comprising: displaying a first page of a home screen in a main display area of a terminal, under an icon management mode; receiving a first operation on an icon in the first page and displaying the icon in a subsidiary display area of the terminal in response to the first operation; characterized by further comprising: receiving a selection operation on the icon in the subsidiary display area and determining an associated icon corresponding to the icon, the type of the application indicated by the associated icon being the same as that indicated by the icon; determining a second page of the home screen where the associated icon is located; switching the first page to the second page of the home screen and displaying the second page; and receiving a second operation and displaying the icon in the second page in response to the second operation. displaying a first page of a home screen in a main display area of a terminal, under an icon management mode; receiving a first operation on an icon in the first page and displaying the icon in a subsidiary display area of the terminal in response to the first operation; characterized by further comprising: receiving a selection operation on the icon in the subsidiary display area and determining an associated icon corresponding to the icon, the type of the application indicated by the associated icon being the same as that indicated by the icon; determining a second page of the home screen where the associated icon is located; switching the first page to the second page of the home screen and displaying the second page; and receiving a second operation and displaying the icon in the second page in response to the second operation. receiving a selection operation on the icon in the subsidiary display area and determining an associated icon corresponding to the icon, the type of the application indicated by the associated icon being the same as that indicated by the icon; determining a second page of the home screen where the associated icon is located; switching the first page to the second page of the home screen and displaying the second page; and receiving a second operation and displaying the icon in the second page in response to the second operation.
A pressure bulkhead structure of a perforating gun select fire sub assembly, the pressure bulkhead structure comprising: a pressure-isolating enclosure comprising a pressure-isolating enclosure body having a sealed first end, a sealed second end, and an elongated body portion, wherein the elongated body portion extends between the sealed first end and the sealed second end along a longitudinal direction of the enclosure body; a selective electronic switch circuitry positioned between the sealed first end and the sealed second end of the pressure-isolating enclosure body; an electrical connector extending from the selective electronic switch circuitry through the sealed first end; and, a wiring arrangement extending from the selective electronic switch circuitry through the sealed second end wherein the selective electronic switch circuitry is immovable and sealed within the pressure-isolating enclosure body; characterized in that the pressure bulkhead structure further comprises: a common ground contact extending from the selective electronic switch circuitry through the sealed second end. a pressure-isolating enclosure comprising a pressure-isolating enclosure body having a sealed first end, a sealed second end, and an elongated body portion, wherein the elongated body portion extends between the sealed first end and the sealed second end along a longitudinal direction of the enclosure body; a selective electronic switch circuitry positioned between the sealed first end and the sealed second end of the pressure-isolating enclosure body; an electrical connector extending from the selective electronic switch circuitry through the sealed first end; and, a wiring arrangement extending from the selective electronic switch circuitry through the sealed second end wherein the selective electronic switch circuitry is immovable and sealed within the pressure-isolating enclosure body; characterized in that the pressure bulkhead structure further comprises: a common ground contact extending from the selective electronic switch circuitry through the sealed second end.
Polymer, polymerized from a monomer mixture comprising (a) 70 to 95% by weight of 2-Ethylhexyl methacrylate (EHMA) and Ethyl methacrylate or 2-Ethylhexyl methacrylate (EHMA) and methyl methacrylate (b) 2.5 to 25% by weight of one or more C 2 to C 6 hydroxy-alkylesters of acrylic acid or methacrylic acid, (c) 2.5 to 15% by weight of one or more C 2 to C 8 alkyl esters of acrylic acid or of methacrylic acid with a quaternary cationic group in the alkyl group. (a) 70 to 95% by weight of 2-Ethylhexyl methacrylate (EHMA) and Ethyl methacrylate or 2-Ethylhexyl methacrylate (EHMA) and methyl methacrylate (b) 2.5 to 25% by weight of one or more C 2 to C 6 hydroxy-alkylesters of acrylic acid or methacrylic acid, (c) 2.5 to 15% by weight of one or more C 2 to C 8 alkyl esters of acrylic acid or of methacrylic acid with a quaternary cationic group in the alkyl group.
Carrier provided with an optical security feature, wherein the carrier comprises a planar body having a first view side and a second view side opposite to the first view side, wherein the optical security feature comprises a body with a light entrance with an entrance area provided at the first view side of the planar body, and a light exit with an exit area provided at the second view side of the body, wherein the exit area is smaller than the entrance area, characterised in that the body is configured to redirect light captured at the entrance area towards the exit area for providing an increased radiance exitance at the light exit.
Lighting optics comprising: a plurality of optical elements arranged in a row, wherein two adjacent optical elements are respectively connected to one another via a bendable articulation element, wherein the bendable articulation element comprises an articulation region, wherein the articulation region allows defined bending of the bendable articulation element, wherein the articulation region is provided between the respective optical elements, characterized in that the articulation region is provided by a material reinforcement, and the material reinforcement is formed as a rod-shaped element. a plurality of optical elements arranged in a row, wherein two adjacent optical elements are respectively connected to one another via a bendable articulation element, wherein the bendable articulation element comprises an articulation region, wherein the articulation region allows defined bending of the bendable articulation element, wherein the articulation region is provided between the respective optical elements, characterized in that the articulation region is provided by a material reinforcement, and the material reinforcement is formed as a rod-shaped element.
A carbonaceous material for a sodium ion secondary battery negative electrode, characterized in that the carbonaceous material is derived from a plant as a carbon source, has a BET specific surface area of 100 m 2 /g or less, and has a true density determined by the butanol method that is less than 1.53 g/cm 3, the plant is at least one plant selected from the group consisting of coconut shells, coffee beans, tea leaves, sugar cane, straw, broad leaf trees, conifers, bamboo, and rice husks, and the ratio H/C of hydrogen atoms to carbon atoms determined by elemental analysis is 0.03 or less.
A heat-pump heat source apparatus comprising: a heat-pump refrigerating cycle including a compressor, a water heat exchanger, a pressure reducing unit, and at least one air heat exchanger; a first outdoor fan configured to make outdoor air flow through the air heat exchanger; an outdoor-air-temperature sensor configured to detect a temperature (To) of the outdoor air drawn in by the first outdoor fan; a circulating pump configured to send the water flowing out of the water heat exchanger to a load side apparatus, and to make the water flowing out of the load side apparatus flow into the water heat exchanger; a water-temperature sensor configured to detect a temperature (Tw) of the water flowing into the water heat exchanger; and a controller; characterized in that it comprises an auxiliary heat source configured to heat the water flowing out of the water heat exchanger; and in that the heat-pump heat source apparatus is configured to heat water flowing through the water heat exchanger with a refrigerant discharged from the compressor and in that the controller is configured to selectively execute operation of the heat-pump refrigerating cycle and operation of the auxiliary heat source according to the detection temperature (To) detected by the outdoor-air-temperature sensor and the detection temperature (Tw) detected by the water-temperature sensor, and cause the first outdoor fan and the circulating pump to operate in advance before the heat-pump refrigerating cycle or the auxiliary heat source begins to operate. a heat-pump refrigerating cycle including a compressor, a water heat exchanger, a pressure reducing unit, and at least one air heat exchanger; a first outdoor fan configured to make outdoor air flow through the air heat exchanger; an outdoor-air-temperature sensor configured to detect a temperature (To) of the outdoor air drawn in by the first outdoor fan; a circulating pump configured to send the water flowing out of the water heat exchanger to a load side apparatus, and to make the water flowing out of the load side apparatus flow into the water heat exchanger; a water-temperature sensor configured to detect a temperature (Tw) of the water flowing into the water heat exchanger; and a controller; characterized in that it comprises an auxiliary heat source configured to heat the water flowing out of the water heat exchanger; and in that the heat-pump heat source apparatus is configured to heat water flowing through the water heat exchanger with a refrigerant discharged from the compressor and in that the controller is configured to selectively execute operation of the heat-pump refrigerating cycle and operation of the auxiliary heat source according to the detection temperature (To) detected by the outdoor-air-temperature sensor and the detection temperature (Tw) detected by the water-temperature sensor, and cause the first outdoor fan and the circulating pump to operate in advance before the heat-pump refrigerating cycle or the auxiliary heat source begins to operate.
A method of killing an insect or mite which infest plants, said method comprising the step of administering to said insect or mite which infest plants in an effective dose a composition comprising a hollow glucan particle or cell wall particle encapsulating a terpene component, and wherein the terpene component comprises thymol.
A transport and delivery system (10; 20) for liquid or viscous substances comprising: - a bag-type and compressible storing device for said liquid or viscous substances, said storing device comprising at least one opening for the delivery of said liquid or viscous substances; - a carrier body provided with at least two opposite stiff walls (212, 213), said carrier body defining a storing chamber for said storing device between said opposite stiff walls (212, 213); wherein said storing device is able to be arranged within said storing chamber in the transport phase and in the delivery phase of said liquid or viscous substances; said transport and delivery system (10; 20) for liquid or viscous substances is characterized in that said carrier body is provided with a stiff framework, wherein said opposite stiff walls (212, 213) are operatively connected to said stiff framework, and wherein said storing device for said liquid or viscous substances comprises a spacing device arranged within said storing device at said opening and being able to avoid the clogging of said opening during compression of said bag, and wherein said carrier body is demountable to minimize the volume of said transport system (10; 20) when said storing device is completely compressed after said delivery phase. - a bag-type and compressible storing device for said liquid or viscous substances, said storing device comprising at least one opening for the delivery of said liquid or viscous substances; - a carrier body provided with at least two opposite stiff walls (212, 213), said carrier body defining a storing chamber for said storing device between said opposite stiff walls (212, 213);
A computer-implemented method for detecting malicious programs on a computing system, the method comprising: loading a malicious-program pattern configured to match activity associated with a malicious program, wherein the malicious-program pattern is configured in a silent usage mode, wherein the silent usage mode comprises detecting threats and not performing threat removal; detecting a threat on a computing system using the malicious-program pattern during a first period of time, wherein using the malicious-program pattern in the silent usage mode comprises detecting the threat based on detection of one or more events that correspond to the malicious-program pattern, but not performing an action to remove the detected threat; responsive to determining that the events have occurred as a result of user actions, and that the events have a recurring nature, adding one or more parameters to the malicious-program pattern configured to exclude from subsequent detection the detected events, wherein determining that the events have occurred as the result of user actions comprises detecting activity of the user on the computing system comprising at least one of an interaction of the user with elements of a graphic user interface of the computing system, and an interaction of the user with an input device of the computing system; and in response to expiration of the first period of time, converting the malicious-program pattern to an active usage mode. loading a malicious-program pattern configured to match activity associated with a malicious program, wherein the malicious-program pattern is configured in a silent usage mode, wherein the silent usage mode comprises detecting threats and not performing threat removal; detecting a threat on a computing system using the malicious-program pattern during a first period of time, wherein using the malicious-program pattern in the silent usage mode comprises detecting the threat based on detection of one or more events that correspond to the malicious-program pattern, but not performing an action to remove the detected threat; responsive to determining that the events have occurred as a result of user actions, and that the events have a recurring nature, adding one or more parameters to the malicious-program pattern configured to exclude from subsequent detection the detected events, wherein determining that the events have occurred as the result of user actions comprises detecting activity of the user on the computing system comprising at least one of an interaction of the user with elements of a graphic user interface of the computing system, and an interaction of the user with an input device of the computing system; and in response to expiration of the first period of time, converting the malicious-program pattern to an active usage mode.
Process for the production of a monolayer composite article comprising an unidirectional array of polyolefin fibers having a tensile strength of at least 1.2 GPa and a tensile modulus of at least 40 GPa, the process comprising the steps of - positioning of the fibers in a coplanar, parallel fashion - consolidation of the fibers with a plastic matrix material to obtain the monolayer composite article, characterized in that, the process comprises after the step of position of the fibers and before or after the step of consolidation of the fibers, a step in which the fibers are stretched. - positioning of the fibers in a coplanar, parallel fashion - consolidation of the fibers with a plastic matrix material to obtain the monolayer composite article, characterized in that, the process comprises after the step of position of the fibers and before or after the step of consolidation of the fibers, a step in which the fibers are stretched.
An electrical machine, in particular an electrical generator, with an armature and a field magnet arrangement separated by a gap from each other, whereby the armature has a first end and a second end and comprises a plurality of coils (C1, C2, C3), each coil (C1, C2, C3) comprising three different winding types (W1, W2, W3) connected in series or parallel, wherein each coil comprises a winding of the first winding type, a winding of second winding type and a winding of third winding type in sequence, whereby each coil (C1, C2, C3) comprises conductive body sections (10A, 10B, 20A, 20B, 30A, 30B) inserted in slots of the armature, whereby the body sections (10A, 10B, 20A, 20B, 30A, 30B) are joined electrically by conductive end sections (10C, 20C, 30C), and wherein the end-sections (10C, 20C, 30C) of the winding types (W1, W2, W3) are different, and windings of different types (W1, W2, W3) are positioned in adjacent stator slots, characterized in that, at the first end of the armature, the end section of the first winding type is essentially in line with its body sections (10A, 10B); the angle subtended between an end section and a body section (20A, 20B) of the second winding type comprises essentially 90° in a direction away from the armature towards the field magnet arrangement and the angle subtended between the end section and the body section (30A, 30B) of the third winding type comprises essentially -90° in a direction away from the field magnet arrangement towards the armature.
Dust collecting device for a power tool, the dust collecting device having a collecting container for receiving dust, characterized in that a filter with lamellae and a rotatable shaft are arranged in the collecting container, the shaft being connected to a lamella holder, the lamella holder, through a rotary movement of the shaft, being movable in an axial direction, and the lamella holder cleaning the filter by a return movement.
A method comprising: communicating, by use of a processor, a Galois field to user equipment; receiving a set of k data packets, wherein at least two of the k packets are of different packet lengths; resizing the k data packets to generate k packets of equal packet length; encoding the k resized data packets from a first data ensemble into r random linear network coded,RLNC, packets as a function of the Galois field, wherein r ≥ k. and each RLNC packet comprises an encoding vector, RLNC sub-packets, and an ensemble number that identifies the first data ensemble; receiving a decode feedback from the user equipment; iteratively transmitting the RLNC packets from two or more transmission nodes to the user equipment until the decode feedback indicates that a packet ensemble is decoded from the transmitted RLNC packets, wherein each RLNC packet is transmitted by a selected transmission node; and determining a user equipment inactivity timer for which the user equipment will continue to receive the RLNC packets, wherein the inactivity timer is reduced in response to decode feedback that the user equipment decoded the packet ensemble, and wherein the inactivity timer is communicated to a transmission node. communicating, by use of a processor, a Galois field to user equipment; receiving a set of k data packets, wherein at least two of the k packets are of different packet lengths; resizing the k data packets to generate k packets of equal packet length; encoding the k resized data packets from a first data ensemble into r random linear network coded,RLNC, packets as a function of the Galois field, wherein r ≥ k. and each RLNC packet comprises an encoding vector, RLNC sub-packets, and an ensemble number that identifies the first data ensemble; receiving a decode feedback from the user equipment; iteratively transmitting the RLNC packets from two or more transmission nodes to the user equipment until the decode feedback indicates that a packet ensemble is decoded from the transmitted RLNC packets, wherein each RLNC packet is transmitted by a selected transmission node; and determining a user equipment inactivity timer for which the user equipment will continue to receive the RLNC packets, wherein the inactivity timer is reduced in response to decode feedback that the user equipment decoded the packet ensemble, and wherein the inactivity timer is communicated to a transmission node.