mhurhangee/ep-ind-claims huggingface dataset:
A communication method, comprising: receiving uplink data from user equipment by using a first transmission parameter set when a time interval from a current moment to a latest moment at which uplink timing information is sent to the user equipment is less than or equal to a first time interval; or receiving uplink data from user equipment by using a second transmission parameter set when a time interval from a current moment to a latest moment at which uplink timing information is sent to the user equipment is greater than the first time interval, wherein a transmission parameter comprised in the first transmission parameter set is different from that comprised in the second transmission parameter set, and wherein the receiving uplink data from user equipment by using a first transmission parameter set comprises: receiving the uplink data from the user equipment based on a quantity of first retransmissions; or the receiving uplink data from user equipment by using a second transmission parameter set comprises: receiving the uplink data from the user equipment based on a quantity of second retransmissions, wherein the quantity of the first retransmissions is less than the quantity of the second retransmissions. receiving uplink data from user equipment by using a first transmission parameter set when a time interval from a current moment to a latest moment at which uplink timing information is sent to the user equipment is less than or equal to a first time interval; or receiving uplink data from user equipment by using a second transmission parameter set when a time interval from a current moment to a latest moment at which uplink timing information is sent to the user equipment is greater than the first time interval, wherein a transmission parameter comprised in the first transmission parameter set is different from that comprised in the second transmission parameter set, and wherein the receiving uplink data from user equipment by using a first transmission parameter set comprises: receiving the uplink data from the user equipment based on a quantity of first retransmissions; or the receiving uplink data from user equipment by using a second transmission parameter set comprises: receiving the uplink data from the user equipment based on a quantity of second retransmissions, wherein the quantity of the first retransmissions is less than the quantity of the second retransmissions.
A method for producing acetone, comprising the process steps: A) contacting an acetogenic cell that is able to form acetone with a nutrient medium comprising at least one carbon source selected from the group comprising carbon dioxide and carbon monoxide; B) cultivating the cell under conditions that enable the cell to form acetone; C) optionally isolating the acetone that has formed, characterized in that, compared with its wild type, the cell has increased activity of at least one of the following enzymes by overexpression: an enzyme E 1, which catalyses the reaction of acetyl-coenzyme A to acetoacetyl-coenzyme A; an enzyme E 2, which catalyses the reaction of acetoacetyl-coenzyme A to acetoacetate; an enzyme E 3, which catalyses the reaction of acetoacetate to acetone, and in that the cell is able to form acetone from at least one carbon source selected from the group comprising carbon dioxide and carbon monoxide. A) contacting an acetogenic cell that is able to form acetone with a nutrient medium comprising at least one carbon source selected from the group comprising carbon dioxide and carbon monoxide; B) cultivating the cell under conditions that enable the cell to form acetone; C) optionally isolating the acetone that has formed, an enzyme E 1, which catalyses the reaction of acetyl-coenzyme A to acetoacetyl-coenzyme A; an enzyme E 2, which catalyses the reaction of acetoacetyl-coenzyme A to acetoacetate; an enzyme E 3, which catalyses the reaction of acetoacetate to acetone, and in that the cell is able to form acetone from at least one carbon source selected from the group comprising carbon dioxide and carbon monoxide.
Method for selecting hybrid Taraxacum plants, wherein the method comprises the following steps: a) Providing hybrid Taraxacum plants having a genome size of 1000 - 1415 megabase; b) selecting hybrid Taraxacum plants for absence of the gene Taraxacum officinale CPT; c) selecting hybrid Taraxacum plants for presence of at least three genes selected from the group consisting of Taraxacum koksaghyz CPT2 (cis-prenyltransferase 2), TKS CPT3 (cis-prenyltransferase 3), TKS RTA (rubber transferase activator), TKS SRPP5 (small rubber particle protein 5), and TKS REF (rubber elongation factor); d) selecting at most the top 40% hybrid Taraxacum plants having the largest plant size; and e) selecting at most the top 40% hybrid Taraxacum plants having the largest genome size, wherein the hybrid Taraxacum plants are a hybrid of Taraxacum officinale and Taraxacum koksaghyz. a) Providing hybrid Taraxacum plants having a genome size of 1000 - 1415 megabase; b) selecting hybrid Taraxacum plants for absence of the gene Taraxacum officinale CPT; c) selecting hybrid Taraxacum plants for presence of at least three genes selected from the group consisting of Taraxacum koksaghyz CPT2 (cis-prenyltransferase 2), TKS CPT3 (cis-prenyltransferase 3), TKS RTA (rubber transferase activator), TKS SRPP5 (small rubber particle protein 5), and TKS REF (rubber elongation factor); d) selecting at most the top 40% hybrid Taraxacum plants having the largest plant size; and e) selecting at most the top 40% hybrid Taraxacum plants having the largest genome size, wherein the hybrid Taraxacum plants are a hybrid of Taraxacum officinale and Taraxacum koksaghyz.
A weighted clip (10, 100) comprising: a receiver (20, 134) having a first portion (22, 130) and a second portion (24, 132) defining a gap (50, 120) therebetween and an associated receiver opening having an insertion end to accept a portion of material to which the clip (10, 100) will be attached; the weighted clip being characterized by comprising: a clip lever (30, 110) movably connected to the receiver (20, 134) and biased by a biasing mechanism (70, 150) into a closed position wherein at least a portion of the clip lever (30, 110) is disposed adjacent to the receiver (20, 134) to allow the clip lever (30, 110) to engage the portion of material to which the clip (10, 100) will be attached; and a weight (40, 160) connected to one of either the receiver (20, 134) or the clip lever (30, 110). a receiver (20, 134) having a first portion (22, 130) and a second portion (24, 132) defining a gap (50, 120) therebetween and an associated receiver opening having an insertion end to accept a portion of material to which the clip (10, 100) will be attached; the weighted clip being characterized by comprising: a clip lever (30, 110) movably connected to the receiver (20, 134) and biased by a biasing mechanism (70, 150) into a closed position wherein at least a portion of the clip lever (30, 110) is disposed adjacent to the receiver (20, 134) to allow the clip lever (30, 110) to engage the portion of material to which the clip (10, 100) will be attached; and a weight (40, 160) connected to one of either the receiver (20, 134) or the clip lever (30, 110). a clip lever (30, 110) movably connected to the receiver (20, 134) and biased by a biasing mechanism (70, 150) into a closed position wherein at least a portion of the clip lever (30, 110) is disposed adjacent to the receiver (20, 134) to allow the clip lever (30, 110) to engage the portion of material to which the clip (10, 100) will be attached; and a weight (40, 160) connected to one of either the receiver (20, 134) or the clip lever (30, 110).
A method of controlling data prefetching for a data cache comprising: tracking prefetch hits for the data cache and disabling data prefetching for the data cache based on said tracking of prefetch hits; characterized in that the method further comprises tracking overall hits for the data cache and enabling data prefetching for the data cache based on said tracking of overall hits. tracking prefetch hits for the data cache and disabling data prefetching for the data cache based on said tracking of prefetch hits; characterized in that the method further comprises tracking overall hits for the data cache and enabling data prefetching for the data cache based on said tracking of overall hits.
Method for determination of gas composition, temperature and/or humidity of a gas by measuring the speed of sound in the gas, with a sound sender and a sound receiver both mounted on a common structure characterized by - providing a structure having a speed of sound which is higher than the speed of sound in the gas, - arranging the sender and the receiver on that structure side by side in parallel within a distance of less than 10 mm such that the sound emitted by the sender travelling through the gas can reach the receiver only via an acoustical reflector, - operating the sender during at least one period of time in an "on"- status such that the sender sends an acoustical signal and operating the sender during at least one period of time in an "off"-status such that the sender does not send an acoustical signal, - operating the receiver in an "off"-status for at least one period of time during the "on"-status of the sender and operating the receiver in an "on"-status for at least one period of time during the "off'-status of the sender, - integrating the signal of the receiver by an amplifier, calculating the speed of sound from the phase angle difference between the sender excitation and the receiver signal and determining the gas composition, the temperature and/or the humidity of the gas based on the speed of sound. - providing a structure having a speed of sound which is higher than the speed of sound in the gas, - arranging the sender and the receiver on that structure side by side in parallel within a distance of less than 10 mm such that the sound emitted by the sender travelling through the gas can reach the receiver only via an acoustical reflector, - operating the sender during at least one period of time in an "on"- status such that the sender sends an acoustical signal and operating the sender during at least one period of time in an "off"-status such that the sender does not send an acoustical signal, - operating the receiver in an "off"-status for at least one period of time during the "on"-status of the sender and operating the receiver in an "on"-status for at least one period of time during the "off'-status of the sender, - integrating the signal of the receiver by an amplifier, calculating the speed of sound from the phase angle difference between the sender excitation and the receiver signal and determining the gas composition, the temperature and/or the humidity of the gas based on the speed of sound.
A form rolling method of a joint portion 1 of a fluid supply pipe, the form rolling method forming a locking ridge having an upright wall portion on an outer peripheral surface of a workpiece pipe body, wherein: the locking ridge includes a curved basal portion extending from the outer peripheral surface, the upright wall portion extending from the basal portion, a curved portion extending from the upright wall portion, and a tip portion extending from the curved portion; and characterised in that the locking ridge is formed by a processing means (10, 12) arranged inside and outside the pipe body such that the upright wall portion is raised at an angle of at least 65° and no greater than 90° with respect to the outer peripheral surface in a pipe axis direction and a height of the locking ridge from the outer peripheral surface to an apex of the tip portion is at least equal to a total of curvature radii of faces of the processing means (10, 12) arranged inside and outside in contact with the pipe body, and wherein the angle refers to, in a cross-sectional view of the joint portion of the pipe, in an intersection between a baseline extended from the outer peripheral surface of the pipe body and a straight line extended from an outer surface of the upright wall portion, an angle between the baseline from the outer peripheral surface extending toward the inside of the locking ridge and the straight line from the upright wall portion. the locking ridge includes a curved basal portion extending from the outer peripheral surface, the upright wall portion extending from the basal portion, a curved portion extending from the upright wall portion, and a tip portion extending from the curved portion; and characterised in that the locking ridge is formed by a processing means (10, 12) arranged inside and outside the pipe body such that the upright wall portion is raised at an angle of at least 65° and no greater than 90° with respect to the outer peripheral surface in a pipe axis direction and a height of the locking ridge from the outer peripheral surface to an apex of the tip portion is at least equal to a total of curvature radii of faces of the processing means (10, 12) arranged inside and outside in contact with the pipe body, and wherein the angle refers to, in a cross-sectional view of the joint portion of the pipe, in an intersection between a baseline extended from the outer peripheral surface of the pipe body and a straight line extended from an outer surface of the upright wall portion, an angle between the baseline from the outer peripheral surface extending toward the inside of the locking ridge and the straight line from the upright wall portion.
Cylindrical capacitor, consisting of a plurality of cylindrical winding elements which are stacked one above the other in the direction of the cylinder axis and have electrical contact surfaces (5; 9; 10; 100) on their end faces, which contact surfaces are connected to switching strips (7; 8) which are guided over the cylinder jacket surface, and each having at least one connection terminal (4; 41), characterized in that two substantially circular first and second connecting discs (2; 3) adapted to the cylinder diameter are provided, which are electrically and mechanically separated from an insulating element, wherein the first of the connecting discs is directly electrically connected to a contact surface located in the direction of the connecting terminal (4; 41) of an upper cylindrical winding element, further, starting from the first connecting disc, a plurality of first switching strips are formed which are distributed over the cylinder jacket surface and extend substantially parallel and which are each connected to a contact surface facing away from the connecting terminal (4; 41) of a further winding element, starting from the second of the connecting discs, a plurality of second switching strips are formed which are distributed over the cylinder jacket surface and extend congruently over the first switching strips and which lead to the further contact surfaces (9; 10) of the winding elements for the electrical parallel connection thereof, wherein an insulating layer or insulating sheath is provided at least in the overlapping region of the first and second switching strips (7; 8). two substantially circular first and second connecting discs (2; 3) adapted to the cylinder diameter are provided, which are electrically and mechanically separated from an insulating element, wherein the first of the connecting discs is directly electrically connected to a contact surface located in the direction of the connecting terminal (4; 41) of an upper cylindrical winding element, further, starting from the first connecting disc, a plurality of first switching strips are formed which are distributed over the cylinder jacket surface and extend substantially parallel and which are each connected to a contact surface facing away from the connecting terminal (4; 41) of a further winding element, starting from the second of the connecting discs, a plurality of second switching strips are formed which are distributed over the cylinder jacket surface and extend congruently over the first switching strips and which lead to the further contact surfaces (9; 10) of the winding elements for the electrical parallel connection thereof, wherein an insulating layer or insulating sheath is provided at least in the overlapping region of the first and second switching strips (7; 8).
A system comprising a hook and a belt mount for attaching a belt to a wafer of an ostomy appliance, the belt mount comprising a mounting ring configured to be attached to said hook by inserting a portion of the mounting ring into a mouth of the hook and pulling the mounting ring and hook away from each other; the mounting ring at least partially surrounding a mounting aperture which accommodates at least a portion of the hook upon successful insertion of the portion of the mounting ring into the mouth of the hook; characterized in that the belt mount further comprising a tongue that extends into the mounting aperture for contacting the hook if the mounting ring and the hook are subsequently pushed towards each other so as to resist detachment of the mounting ring from the hook, wherein the hook comprises a baseplate and a cantilevered hook element, wherein a mouth of the hook is defined between the baseplate and the cantilevered hook element. the mounting ring at least partially surrounding a mounting aperture which accommodates at least a portion of the hook upon successful insertion of the portion of the mounting ring into the mouth of the hook; characterized in that the belt mount further comprising a tongue that extends into the mounting aperture for contacting the hook if the mounting ring and the hook are subsequently pushed towards each other so as to resist detachment of the mounting ring from the hook, wherein the hook comprises a baseplate and a cantilevered hook element, wherein a mouth of the hook is defined between the baseplate and the cantilevered hook element.
An apparatus for providing arrhythmia information using an esophageal probe comprising a catheter and having an longitudinal axis oriented in the direction of the esophagus where it is intended to be lodged, the probe comprising at least three electrode portions spaced in the longitudinal esophageal direction of the probe, the apparatus comprising a control unit, wherein the electrode portions are connected to the control unit, wherein the control unit is configured to detect potential differences (6, 7, 8, 9) between different pairs of the electrode portions, characterized in that the control unit is configured to determine and use a repeating heart beat pattern as basis for a determination of the potential in the direction of the longitudinal axis of the esophageal probe using compressive sensing, wherein the control unit is configured to extract, in a pre-processing step, pattern repetitions over multiple heart beats by signal processing clustering, wherein the control unit is further configured to estimate, in a first processing step, the movement of the catheter relative to the heart based on the determined pattern repetition through arbitrary spatial sampling along the longitudinal esophageal direction of the probe due to small but arbitrarily varying catheter positions, and, in turn, electrode positions, and is configured to determine, in a second processing step, based on the estimated movement of the catheter relative to the heart, the catheter position, and in turn, the electrode position and the potential measurement for each heart cycle.
A product dispensing system for dispensing a foamed food product provided with a holder which contains a food product to be dispensed, and product discharge means for discharging food product coming from the holder, wherein the product discharge means are provided with a microfiltration device which is provided with a product entrance for supply of food product, wherein the microfiltration device is connectable to a fluid supply for supplying gas to the food product during product discharge, wherein the microfiltration device is provided with a microfiltration wall having gas transmissive pores, for instance, a tubular wall, which separates a gas supply space associated with the fluid supply from a product feed-through channel associated with the product entrance, characterized in that the microfiltration device is provided with a filtration wall with gas transmissive pores having a pore size in the range of at least 0.1 micron and less than 2 microns, more particularly a pore size of at least 0.2 micron and less than 1.5 microns, and in that the length of the product feed-through channel measured in a product flow direction is less than 5 cm, for instance, a length of 0.5, 1, 2, 3 or 4 cm.
Ingestible electronic capsule (1 00) for introduction into a bodily lumen, comprising a circuit board having at least one electronic component (4,5,7,8,9,11,12,13,14), wherein the circuit board is formed from one continuous flex foil which does not comprise separate rigid sections and on which the at least one electronic component (4,5,7,8,9,11,12,13,14) is attached, the flex foil being folded along at least one folding line, wherein an antenna (4, 9) comprising an electrically conducting layer is integrated in the flex foil.
A method of manufacturing a multilayer member for aeronautic and aerospace applications comprising: - forming a stack of sheets, wherein the stack comprises a number of sheets ranging between 10 to 2000, and wherein each sheet is 0.005 mm to 2 mm thick; and - at least partially mutually welding the sheets through Friction Stir Welding along at least part of a perimetral edge of the stack of sheets to form the multilayer member. - forming a stack of sheets, wherein the stack comprises a number of sheets ranging between 10 to 2000, and wherein each sheet is 0.005 mm to 2 mm thick; and - at least partially mutually welding the sheets through Friction Stir Welding along at least part of a perimetral edge of the stack of sheets to form the multilayer member.
A computer-implemented method comprising: receiving, at a network device, a first set of rules from a security controller of an enterprise network, the first set of rules being different from a second set of rules provided to a firewall by the security controller; implementing, at the network device, the first set of rules received from the security controller; generating, at the network device, a first log including metadata based on the first set of rules, the first log being generated on a per flow basis; notifying, at the network device, a flow-based hardware-assisted logging mechanism of the first log including the metadata of the first set of rules; and providing, from the network device, the first log to a cloud-log store by the logging mechanism of the network device, the cloud-log store receiving the first log from the network device and a second log from the firewall. receiving, at a network device, a first set of rules from a security controller of an enterprise network, the first set of rules being different from a second set of rules provided to a firewall by the security controller; implementing, at the network device, the first set of rules received from the security controller; generating, at the network device, a first log including metadata based on the first set of rules, the first log being generated on a per flow basis; notifying, at the network device, a flow-based hardware-assisted logging mechanism of the first log including the metadata of the first set of rules; and providing, from the network device, the first log to a cloud-log store by the logging mechanism of the network device, the cloud-log store receiving the first log from the network device and a second log from the firewall.