mhurhangee/ep-ind-claims huggingface dataset:
A tissue thickness compensator for use with a surgical stapler, the tissue thickness compensator comprising: a first layer comprising a first medicament; a second layer comprising a second medicament; and a third layer comprising a third medicament disposed between the first layer and the second layer, characterised in that the first layer comprises a first film comprising a haemostatic agent, the second layer comprises a second film comprising an anti-adhesion agent, and the third layer comprises a biodegradable foam having a matrix metalloproteinase inhibitor homogeneously distributed therein and wherein the matrix metalloproteinase inhibitor elutes from the third layer when the third layer degrades. a first layer comprising a first medicament; a second layer comprising a second medicament; and a third layer comprising a third medicament disposed between the first layer and the second layer, characterised in that the first layer comprises a first film comprising a haemostatic agent, the second layer comprises a second film comprising an anti-adhesion agent, and the third layer comprises a biodegradable foam having a matrix metalloproteinase inhibitor homogeneously distributed therein and wherein the matrix metalloproteinase inhibitor elutes from the third layer when the third layer degrades.
Motor vehicle comprising a powertrain arranged transversely at the front, comprising a transmission fixed to a heat engine, having a flat rear face disposed in front of a cross member of the apron of the passenger compartment, which comes into contact with this crossmember when the power train is backing down during a standard frontal impact on the vehicle, characterized in that the rear face of the transmission is formed by a cover which is attached to the housing of the transmission, comprising a substantially flat upper face having a reduced thickness compared to that of the casing, which has a downward inclination starting towards the rear.
System for cooling a flow or for extracting heat out of a flow through a pipeline and/or for extracting heat out of a surrounding of a pipeline, wherein the system comprises: at least two pipe sections (2a, 2b) for forming a part of the pipeline, wherein each pipe section (2a, 2b) has a wall defining a lumen and a lumen direction, the wall having attached to a part of the wall a plurality of hollow sections extending in the fluid direction for conducting a fluid; a coupler for coupling the two pipe sections (2a, 2b); and a fluid connector for providing a fluid communication between at least one of the plurality of hollow sections of one of the two pipe sections and at least one of the plurality of hollow sections of the other one of the two pipe sections, wherein the coupler and the fluid connector are in a fully unassembled condition of the system mutually separated and unconnected parts of the system, therewith allowing for sequentially installing the coupler of the system and the connector during assembling, wherein the system is arranged so that when the two pipe sections (2a, 2b) are coupled and a flow of fluid is introduced in a selection of the plurality of hollow sections of one of the two pipe sections (2a, 2b) that flow of the cooling fluid can via the fluid connector be introduced in a selection of the plurality of hollow sections of the other one of the two pipe sections (2a, 2b), wherein at least one of the two pipe sections 2a, 2b) is along at least a part of its circumference provided with a recess for discharge or supply of the fluid, into one or more of the plurality of hollow sections wherein the recess extends over at most a part of the outer circumference of the respective pipe section (2a, 2b), and wherein that recess is free from a fluid communication with another hollow section of the plurality of hollow sections that has a circumferential position outside the part of the circumference over which the recess extends, wherein the system comprises at least one adapter (11a, 11b) for surrounding the recess in a sealed way and for providing a port for connecting a part of the fluid connector for a flow of a fluid downstream from or upstream to one or more of the plurality of hollow sections of one of the pipe sections (2a, 2b) and wherein the adapter (11a, 11b) is provided with an opening positioned such, and extending in a direction such, that in an assembled condition of the system at least one or more of the plurality of hollow sections can via the recess have a fluid communication with the opening.
An oxidized aluminum pigment comprising not more than 95% by weight metallic aluminum, wherein the pigment has aluminum oxide particles with a diameter from 50 nm to 400 nm, preferably from 70 nm to 350 nm, more preferably from 150 nm to 300 nm on the surface of the pigment.
A polymer polyol comprising the free-radical polymerization reaction product of: a base polyol selected from the group consisting of: (c) one or more polyols which comprise the alkoxylation product of one or more natural oils which naturally contains at least one hydroxyl group with propylene oxide and ethylene oxide, (d) one or more polyols which comprise the alkoxylation product of one or more hydroxylated derivatives of one or more natural oils with one or more alkylene oxides; and (e) mixtures thereof; at least one ethylenically unsaturated monomer, and a preformed stabilizer, in the presence of a free-radical polymerization initiator, and, optionally, a chain transfer agent, and wherein said polyol (c) and said polyol (d) are alkoxylation products prepared in the presence of a double metal cyanide catalyst. a base polyol selected from the group consisting of: (c) one or more polyols which comprise the alkoxylation product of one or more natural oils which naturally contains at least one hydroxyl group with propylene oxide and ethylene oxide, (d) one or more polyols which comprise the alkoxylation product of one or more hydroxylated derivatives of one or more natural oils with one or more alkylene oxides; and (e) mixtures thereof; (c) one or more polyols which comprise the alkoxylation product of one or more natural oils which naturally contains at least one hydroxyl group with propylene oxide and ethylene oxide, (d) one or more polyols which comprise the alkoxylation product of one or more hydroxylated derivatives of one or more natural oils with one or more alkylene oxides; and (e) mixtures thereof; at least one ethylenically unsaturated monomer, and a preformed stabilizer, in the presence of a free-radical polymerization initiator, and, optionally, a chain transfer agent
A complementary metal oxide semiconductor, CMOS, device including a plurality of p-type metal oxide semiconductor, PMOS, transistors each having a PMOS drain and a plurality of n-type metal oxide semiconductor, NMOS, transistors each having an NMOS drain, comprising: a first interconnect on an interconnect level extending in a length direction to connect a first plurality of the PMOS drains together; a second interconnect on the interconnect level extending in the length direction to connect a first plurality of the NMOS drains together; a set of interconnects on at least one additional interconnect level coupling the first interconnect and the second interconnect together; and a third interconnect on the interconnect level extending perpendicular to the length direction and offset from the set of interconnects to connect the first interconnect and the second interconnect together. a first interconnect on an interconnect level extending in a length direction to connect a first plurality of the PMOS drains together; a second interconnect on the interconnect level extending in the length direction to connect a first plurality of the NMOS drains together; a set of interconnects on at least one additional interconnect level coupling the first interconnect and the second interconnect together; and a third interconnect on the interconnect level extending perpendicular to the length direction and offset from the set of interconnects to connect the first interconnect and the second interconnect together.
A balun circuit comprising: a substrate; an output stripline having coplanar first and second branches formed on a first surface of the substrate; an input stripline formed on the first surface of the substrate; one or more slotlines (140, 150) formed in a ground plane on a second surface of the substrate, the one or more slotlines (140, 150) forming a transmission path between the input stripline and the first and second output stripline branches (120, 130); and a triangular metallization formed on the ground plane, wherein at least a portion of the first branch is positioned in line with a first edge of the metallization, and at least a portion of the second branch is positioned in line with a second edge of the metallization. a substrate; an output stripline having coplanar first and second branches formed on a first surface of the substrate; an input stripline formed on the first surface of the substrate; one or more slotlines (140, 150) formed in a ground plane on a second surface of the substrate, the one or more slotlines (140, 150) forming a transmission path between the input stripline and the first and second output stripline branches (120, 130); and a triangular metallization formed on the ground plane, wherein at least a portion of the first branch is positioned in line with a first edge of the metallization, and at least a portion of the second branch is positioned in line with a second edge of the metallization.
A method of implementing memory transfers for image warping in an electronic device, the method comprising: receiving, from a first memory of the electronic device, an input tile associated with an image; defining plurality of square regions for corners of the input tile, each square region surrounding a corresponding corner (Bn) of the input tile wherein the square regions provide filtering samples for implementing bi-cubic filtering; generating a convex hull associated with the input tile, wherein the convex hull includes a region of interest, ROI, encompassing each of the plurality of square regions; remapping pixels in the convex hull to an output tile; generating an output image using the output tile; and storing the output image in a second memory of the electronic device. receiving, from a first memory of the electronic device, an input tile associated with an image; defining plurality of square regions for corners of the input tile, each square region surrounding a corresponding corner (Bn) of the input tile wherein the square regions provide filtering samples for implementing bi-cubic filtering; generating a convex hull associated with the input tile, wherein the convex hull includes a region of interest, ROI, encompassing each of the plurality of square regions; remapping pixels in the convex hull to an output tile; generating an output image using the output tile; and storing the output image in a second memory of the electronic device.
A method for wireless communication in an integrated access and backhaul, IAB, network by a first node, comprising: receiving an indication of a one-hop radio link control, RLC, channel packet delay budget, PDB, for an RLC channel between the first node and a second node, wherein the one-hop RLC channel PDB is across the full protocol stack between backhaul adaption protocol, BAP, layers of the first node and the second node, and wherein the one-hop RLC channel PDB is between: an ingress of a packet at a BAP layer at the first node and an egress of the packet at a BAP layer at the second node for downlink, DL, and an ingress of a packet at the BAP layer at the second node and an egress of the packet at the BAP layer at the first node for uplink, UL; and scheduling communications with the second node based on the RLC channel PDB. receiving an indication of a one-hop radio link control, RLC, channel packet delay budget, PDB, for an RLC channel between the first node and a second node, wherein the one-hop RLC channel PDB is across the full protocol stack between backhaul adaption protocol, BAP, layers of the first node and the second node, and wherein the one-hop RLC channel PDB is between: an ingress of a packet at a BAP layer at the first node and an egress of the packet at a BAP layer at the second node for downlink, DL, and an ingress of a packet at the BAP layer at the second node and an egress of the packet at the BAP layer at the first node for uplink, UL; and wherein the one-hop RLC channel PDB is across the full protocol stack between backhaul adaption protocol, BAP, layers of the first node and the second node, and wherein the one-hop RLC channel PDB is between: an ingress of a packet at a BAP layer at the first node and an egress of the packet at a BAP layer at the second node for downlink, DL, and an ingress of a packet at the BAP layer at the second node and an egress of the packet at the BAP layer at the first node for uplink, UL; and an ingress of a packet at a BAP layer at the first node and an egress of the packet at a BAP layer at the second node for downlink, DL, and an ingress of a packet at the BAP layer at the second node and an egress of the packet at the BAP layer at the first node for uplink, UL; and scheduling communications with the second node based on the RLC channel PDB.
A method comprising: identifying power on times during which at least one of a transceiver or a sensing device in a wireless device is operating outside of a low power sleep state; instructing a thermal sensing device in the wireless device to measure ambient temperatures of the wireless device during the power on times; recording the ambient temperatures and the power on times in a memory device of the wireless device; using a duration and a frequency of the power on times to identify a total time that the wireless device has been in service; and using the recorded ambient temperatures and the total time to optimize a life of a battery of the wireless device by tuning a drift wait time of the transceiver to minimize a window of time during which the transceiver is out of the low power sleep state when acting as a receiving device or a drift start time for the transceiver when acting as a transmitting device. identifying power on times during which at least one of a transceiver or a sensing device in a wireless device is operating outside of a low power sleep state; instructing a thermal sensing device in the wireless device to measure ambient temperatures of the wireless device during the power on times; recording the ambient temperatures and the power on times in a memory device of the wireless device; using a duration and a frequency of the power on times to identify a total time that the wireless device has been in service; and using the recorded ambient temperatures and the total time to optimize a life of a battery of the wireless device by tuning a drift wait time of the transceiver to minimize a window of time during which the transceiver is out of the low power sleep state when acting as a receiving device or a drift start time for the transceiver when acting as a transmitting device.
A non-therapeutic method for the prevention, mitigation or abrogation of skin aging or skin imperfections in a subject, said method comprising topically contacting affected skin in a subject with a composition comprising an insoluble copper oxide as a primary active ingredient therein, wherein said insoluble copper oxide is present at a concentration of between about 0.15 % - about 0.75% w/w in said composition, wherein said composition is a suspension comprising copper oxide particles of less than 10 microns in size, and wherein said copper oxide is encapsulated within a shell of cellulose.
A method for processing Channel State Information, CSI, characterized by comprising: a User Equipment, UE, measuring a channel on a CSI Reference Signal, CSI-RS, resource when a neighbouring cell performs coordinated muting on a resource corresponding to the CSI-RS; the UE obtaining a first Channel Quality Indicator, CQI, according to the measuring of the channel when the neighbouring cell performs coordinated muting on the resource corresponding to the CSI-RS; wherein the method further comprises: the UE measuring a channel on a CSI-RS resource when a neighbouring cell does not perform coordinated muting on the resource corresponding to the CSI-RS; the UE obtaining a second CQI, according to the measuring of the channel when the neighbouring cell does not perform coordinated muting on the resource corresponding to the CSI-RS. a User Equipment, UE, measuring a channel on a CSI Reference Signal, CSI-RS, resource when a neighbouring cell performs coordinated muting on a resource corresponding to the CSI-RS; the UE obtaining a first Channel Quality Indicator, CQI, according to the measuring of the channel when the neighbouring cell performs coordinated muting on the resource corresponding to the CSI-RS; wherein the method further comprises: the UE measuring a channel on a CSI-RS resource when a neighbouring cell does not perform coordinated muting on the resource corresponding to the CSI-RS; the UE obtaining a second CQI, according to the measuring of the channel when the neighbouring cell does not perform coordinated muting on the resource corresponding to the CSI-RS.
Banknote store comprising a banknote storage roller, two banknote conveyor belts (26, 27) and two collection sprockets (18, 19) of said belts, each belt (26, 27) being wound on one side to the storage roller and on the other to one of the collection sprockets (18, 19), the two belts being arranged to come into contact with the banknotes respectively on opposite faces, handling means being present to move the roller, the sprockets and the belts so as to alternatively realize the storage of the banknotes on the roller or their release from the store, and said collection sprockets (18, 19) being mounted on a same shaft, characterized in that the collection sprockets (18, 19) are mounted on the shaft with the interposition of a magnetic joint able to limit the torque transmitted between the shaft and the sprocket.
Dispensing head for a preferably cosmetic product, with a connecting section, with an outlet space and, preferably, with an outlet or outlet element, particularly a nozzle or an outlet valve, downstream from the outlet space, wherein, upon actuation of the dispensing head, an associated dispensing valve can be opened by means of the connecting section, so that the product can be delivered from the dispensing valve via the outlet space and, if present, the outlet or the outlet element, wherein the dispensing head is embodied such that the volume of the outlet space is reduced before or during actuation of the dispensing head or dispensing valve and enlarged again upon completion of the actuation of the dispensing head or dispensing valve in order to retain product in the outlet space and/or to suck it again into same, and wherein the connecting section extends towards the dispensing valve and is embodied so as to fluidly connect to the dispensing valve, characterized in that, in order to vary the volume of the outlet space, the connecting section is held at the dispensing head in an axially moveable manner.
A mixing container comprising: an outer vessel having a bottom, an open mouth and a peripheral sidewall between the open mouth and the bottom, a lid comprising an outer surface and an inner surface, the lid configured to be removably coupled to the open mouth of the outer vessel, the lid and the open mouth of the outer vessel each comprising mating features for removably coupling the lid and the open mouth of the outer vessel, characterised by a plurality of inner vessels each having an open end, an open mouth and a peripheral sidewall between the open end and the open mouth, the plurality of inner vessels being disposed in the outer vessel, and the inner surface of the lid coupled to the end of each of the plurality of inner vessels, wherein a seal is formed between the open mouth of each one of the plurality of inner vessels and the bottom of the outer vessel when the lid is coupled to the open mouth of the outer vessel. an outer vessel having a bottom, an open mouth and a peripheral sidewall between the open mouth and the bottom, a lid comprising an outer surface and an inner surface, the lid configured to be removably coupled to the open mouth of the outer vessel, the lid and the open mouth of the outer vessel each comprising mating features for removably coupling the lid and the open mouth of the outer vessel, a plurality of inner vessels each having an open end, an open mouth and a peripheral sidewall between the open end and the open mouth, the plurality of inner vessels being disposed in the outer vessel, and the inner surface of the lid coupled to the end of each of the plurality of inner vessels, wherein a seal is formed between the open mouth of each one of the plurality of inner vessels and the bottom of the outer vessel when the lid is coupled to the open mouth of the outer vessel.
A machine for filling capsules or similar containers with a product comprising a rotating transfer turret arranged to transfer said capsules through adjacent operating stations and provided with seats (21, 22) for housing capsule bodies and capsule caps of said capsules, and at least one dosing station arranged to fill said capsule bodies with a product drawn from a reservoir and comprising of a dosing turret rotating around a rotation axis and moving along said axis between a lowered position and a raised position, at least one first dosing unit associated with said dosing turret, said dosing unit comprising an hollow dosing cylinder having an opening at a lower end and a piston movable within the dosing cylinder at least between a first internal position, in which the piston forms inside said dosing cylinder a dosing chamber, between the piston and said opening, for drawing a dose of product from said reservoir and retaining it, and an ejection position for ejecting said dose of product out of said dosing cylinder and releasing it into the body of the capsule, characterised by including a first electrical linear actuator associated to said turret and connected to said first dosing unit and configured to move the piston between said first internal position and said ejection position.
An assembly comprising an accessory gearbox of an aircraft and a piece of equipment selected from among a multistage pump or a multistage lubrication unit, said gearbox being adapted for transmitting the power of a propulsion unit of the aircraft to the piece of equipment, the gearbox comprising: ∘ A connection shaft, adapted for being driven by the propulsion unit, ∘ A main shaft, adapted for being driven by the connection shaft, ∘ Two bevel gears (122, 123) integral with the main shaft, said gears having different diameters (d 122, d 123), the piece of equipment comprising: ∘ a high-speed equipment shaft comprising a bevel gear, ∘ a low-speed equipment shaft, comprising a bevel gear, characterized in that each gear (310, 320) of the equipment shafts (31, 32) is meshed respectively with one of the two bevel gears (122, 123) of the main shaft, so that the two equipment shafts (31, 32) rotate at different speeds from each other. ∘ A connection shaft, adapted for being driven by the propulsion unit, ∘ A main shaft, adapted for being driven by the connection shaft, ∘ Two bevel gears (122, 123) integral with the main shaft, said gears having different diameters (d 122, d 123), ∘ a high-speed equipment shaft comprising a bevel gear, ∘ a low-speed equipment shaft, comprising a bevel gear,