mhurhangee/ep-ind-claims huggingface dataset:
An infusion system comprising: a pump; a fluid delivery line connected to the pump for delivering fluid; at least one sensor connected to the fluid delivery line for emitting and receiving signals to detect whether there is air in the fluid delivery line; a processor in electronic communication with the pump and the at least one sensor; and a memory in electronic communication with the processor, wherein the memory comprises programming code for execution by the processor so that the processor is configured to analyze the signals to determine if a stuck fluid droplet is stuck within the fluid delivery line at a location of the at least one sensor, characterized in that the processor is configured to determine if the stuck fluid droplet is stuck within the fluid delivery line at the location of the at least one sensor by determining a pattern relationship over time between a plurality of digital measurements of the signals, and determine that the stuck fluid droplet is present if the determined pattern relationship starts at or below a known liquid signal ADC value at a first period in time, increases from at or below the known liquid signal ADC value over a primary threshold ADC value at a second period in time, decreases from over the primary threshold ADC value to between the primary threshold ADC value and a secondary threshold ADC value at a third period in time, and passes a stability test while being disposed at a fourth period in time between the primary threshold ADC value and the secondary threshold ADC value. a pump; a fluid delivery line connected to the pump for delivering fluid; at least one sensor connected to the fluid delivery line for emitting and receiving signals to detect whether there is air in the fluid delivery line; a processor in electronic communication with the pump and the at least one sensor; and a memory in electronic communication with the processor, wherein the memory comprises programming code for execution by the processor so that the processor is configured to analyze the signals to determine if a stuck fluid droplet is stuck within the fluid delivery line at a location of the at least one sensor, characterized in that the processor is configured to determine if the stuck fluid droplet is stuck within the fluid delivery line at the location of the at least one sensor by determining a pattern relationship over time between a plurality of digital measurements of the signals, and determine that the stuck fluid droplet is present if the determined pattern relationship starts at or below a known liquid signal ADC value at a first period in time, increases from at or below the known liquid signal ADC value over a primary threshold ADC value at a second period in time, decreases from over the primary threshold ADC value to between the primary threshold ADC value and a secondary threshold ADC value at a third period in time, and passes a stability test while being disposed at a fourth period in time between the primary threshold ADC value and the secondary threshold ADC value.
A method carried out in a messaging server for synchronized transmission of messages to electronic devices (10A, 10B, 11), comprising the steps of receiving a message directed to a first unique device identifier associated with a first electronic device, wherein the first unique device identifier is linked to a unique user identifier, associated with a user of the first electronic device; and being characterized by determining whether a second unique device identifier, associated with a second electronic device, is associated with said user; transmitting the message to the first electronic device and, responsive to determining that an indication being stored on the messaging server that said user desires synchronization between devices, additionally transmitting the message to said second electronic device. receiving a message directed to a first unique device identifier associated with a first electronic device, wherein the first unique device identifier is linked to a unique user identifier, associated with a user of the first electronic device; and being characterized by determining whether a second unique device identifier, associated with a second electronic device, is associated with said user; transmitting the message to the first electronic device and, responsive to determining that an indication being stored on the messaging server that said user desires synchronization between devices, additionally transmitting the message to said second electronic device.
A self-expanding stent delivery system (10; 110; 210), comprising: an inner member having a guidewire lumen formed therein and including a distal tip; a sheath (14; 114; 214; 314; 414) disposed about the inner member; wherein the sheath (14; 114; 214; 314; 414) includes a compressible coil (26; 126; 226; 326; 426a, 426b) that is configured to shift between a non-compressed configuration and a compressed configuration; a pull wire attached to a distal portion of the sheath (14; 114; 214; 314; 414) and extending proximally therefrom, wherein proximal retraction of the pull wire results in shifting of the compressible coil (26; 126; 226; 326; 426a, 426b) from the non-compressed configuration to the compressed configuration; a stent disposed between the inner member and the sheath (14; 114; 214; 314; 414); a rolling membrane extending between the inner member and the sheath (14; 114; 214; 314; 414); and an outer member disposed over a proximal portion of the sheath (14; 114; 214; 314; 414). an inner member having a guidewire lumen formed therein and including a distal tip; a sheath (14; 114; 214; 314; 414) disposed about the inner member; wherein the sheath (14; 114; 214; 314; 414) includes a compressible coil (26; 126; 226; 326; 426a, 426b) that is configured to shift between a non-compressed configuration and a compressed configuration; a pull wire attached to a distal portion of the sheath (14; 114; 214; 314; 414) and extending proximally therefrom, wherein proximal retraction of the pull wire results in shifting of the compressible coil (26; 126; 226; 326; 426a, 426b) from the non-compressed configuration to the compressed configuration; a stent disposed between the inner member and the sheath (14; 114; 214; 314; 414); a rolling membrane extending between the inner member and the sheath (14; 114; 214; 314; 414); and an outer member disposed over a proximal portion of the sheath (14; 114; 214; 314; 414).
A method for allocating a backhaul link resource by a first base station, comprising: selecting at least two subframes in an uplink UL frequency band in a frequency division duplex FDD wireless communication system; and allocating the selected at least two subframes as a backhaul link resource between the first base station and a second base station; wherein the allocating the selected at least two subframes as a backhaul link resource between the first base station and a second base station comprises: allocating at least one of the selected at least two subframes to uplink backhaul link resources, and allocating remaining subframes in the selected at least two subframes to downlink backhaul link resources. selecting at least two subframes in an uplink UL frequency band in a frequency division duplex FDD wireless communication system; and allocating the selected at least two subframes as a backhaul link resource between the first base station and a second base station; wherein the allocating the selected at least two subframes as a backhaul link resource between the first base station and a second base station comprises: allocating at least one of the selected at least two subframes to uplink backhaul link resources, and allocating remaining subframes in the selected at least two subframes to downlink backhaul link resources.
A method for performing threat detection in a network comprising: monitoring communications traffic in the network; identifying a data exchange pattern involving an internal host and an external host, wherein the data exchange pattern comprises a pull of data corresponding to data transferred to an internal host from an internal network and a push of data corresponding to data delivered from the internal host to an external host; determining whether the data exchange pattern is indicative of an insider threat by calculating a ratio of the pull of data relative to the push of data, the ratio being used to identify abnormal behavior; and reporting a threat if abnormal behavior is identified. monitoring communications traffic in the network; identifying a data exchange pattern involving an internal host and an external host, wherein the data exchange pattern comprises a pull of data corresponding to data transferred to an internal host from an internal network and a push of data corresponding to data delivered from the internal host to an external host; determining whether the data exchange pattern is indicative of an insider threat by calculating a ratio of the pull of data relative to the push of data, the ratio being used to identify abnormal behavior; and reporting a threat if abnormal behavior is identified.
A system comprising: a container housing an aerosol generating substrate; a product identifying compound associated with the container; and an electronic article configured to receive the container and comprising a sensor configured to detect the product identifying compound, characterized in that the sensor comprises an RFID tag and the electronic article comprises an RFID reader. a container housing an aerosol generating substrate; a product identifying compound associated with the container; and an electronic article configured to receive the container and comprising a sensor configured to detect the product identifying compound, characterized in that the sensor comprises an RFID tag and the electronic article comprises an RFID reader.
A magnetic clamp device (10, 20) having multiple magnet blocks (11, 21) arranged on a surface of a plate composed of a magnetic body for magnetically clamping a mold (M1, M2) when in a magnetic state, each of said magnet blocks (11, 21) comprising an invertible magnet capable of inverting a polarity and a non-invertible magnet, comprising: a coil adapted to detect a change in magnetic flux passing through the invertible magnet, characterized by a control device adapted to determine whether or not a polarity of induced voltage detected from the coil by the change in the magnetic flux is inverted by a positive/negative voltage threshold, and to warn that an attraction force of the mold (M1, M2) is decreased when the inversion of the polarity is detected. a coil adapted to detect a change in magnetic flux passing through the invertible magnet, characterized by a control device adapted to determine whether or not a polarity of induced voltage detected from the coil by the change in the magnetic flux is inverted by a positive/negative voltage threshold, and to warn that an attraction force of the mold (M1, M2) is decreased when the inversion of the polarity is detected.
A method for making a pressurised fluid storage tank, comprising the following steps: a) providing an axisymmetric rigid sealed shell including two opposite rounded ends (44, 46) and at least one opening arranged in one of said two opposite ends; b) providing a composite tape comprising a thermoplastic polymer material and a fibrous material embedded in said polymer material; c) causing the melting of the polymer material of said tape and helically winding said tape around said sealed shell by making a plurality of contiguous turns and superposed turns so as to form a composite layer around said sealed shell; characterised by, before step c), further providing a rigid cap and capping one of said opposite rounded ends of said shell being with said rigid cap. a) providing an axisymmetric rigid sealed shell including two opposite rounded ends (44, 46) and at least one opening arranged in one of said two opposite ends; b) providing a composite tape comprising a thermoplastic polymer material and a fibrous material embedded in said polymer material; c) causing the melting of the polymer material of said tape and helically winding said tape around said sealed shell by making a plurality of contiguous turns and superposed turns so as to form a composite layer around said sealed shell;
A self-sealing pheripheral catheter valve (1,19) including - a flexible tubular part having a distal opening and an opposite proximal opening, and - a proximal valve part, that has a curved self-sealing flexible diaphragm disposed inside the flexible tubular part and has a base perimeter united with a circumferential wall of the flexible tubular part, - the curved self-sealing flexible diaphragm has a concave surface facing towards the proximal opening and a convex surface facing towards the distal opening, and - a flexible diaphragm wall of the curved self-sealing flexible diaphragm has a traverse slit, characterised in that the convex surface of the curved self-sealing flexible diaphragm has an upright rib (16a, 16b, 16) extending crosswise the traverse slit towards the interior surface of the circumferential wall of the flexible tubular part, and - the curved self-sealing flexible diaphragm is adapted to fluid-tight seal around a male Luer inserted via the traverse slit. - a flexible tubular part having a distal opening and an opposite proximal opening, and - a proximal valve part, that has a curved self-sealing flexible diaphragm disposed inside the flexible tubular part and has a base perimeter united with a circumferential wall of the flexible tubular part, - the curved self-sealing flexible diaphragm has a concave surface facing towards the proximal opening and a convex surface facing towards the distal opening, and - a flexible diaphragm wall of the curved self-sealing flexible diaphragm has a traverse slit,
Method for making an oscillating weight (1a; 1b) made from composite materials, the oscillating weight being provided to drive an arbor of the automatic winding mechanism of a self-winding watch, and comprising a central part (3a; 3b; 3c) made from a first composite material and a heavy sector (5a; 5b; 5c) made from a second composite material charged with heavy metal particles, characterized in that the central part and the heavy sector are joined concentrically to one another by means of a substantially circular arc-shaped lateral rib (17; 27; 37; 47) belonging to the central part, a rebate (13; 23; 33; 43) being formed in the upper edge of the central part above the lateral rib, the lateral rib having an alternating sequence of first sections that have an undercut part (21; 31; 41) and second sections devoid of undercut parts, the method comprising the steps of: - forming the central part (3a; 3b; 3c) with the lateral rib and the rebate by injecting the first composite material into a mold; - overmolding the heavy sector (5a; 5b; 5c) onto the central part by injecting the second composite material into a mold containing the central part, so that the second composite material fills the rebate as well as a gap underneath the lateral rib, so that the lateral rib is embedded in the second composite material and that the central part and the heavy sector are interlocked. - forming the central part (3a; 3b; 3c) with the lateral rib and the rebate by injecting the first composite material into a mold; - overmolding the heavy sector (5a; 5b; 5c) onto the central part by injecting the second composite material into a mold containing the central part, so that the second composite material fills the rebate as well as a gap underneath the lateral rib, so that the lateral rib is embedded in the second composite material and that the central part and the heavy sector are interlocked.
A venting device adapted to be inserted into a sealing part of a pouch of a secondary battery, the venting device comprising: a housing adapted to be inserted between both surfaces of the sealing part and sealed together with the sealing part; a sheet which made of a metal and formed in the housing and through which a passage allowing the inside and outside of the pouch to communicate with each other passes; and a ball contacting or spaced apart from the sheet at an outlet-side of the passage to close or open the passage, wherein, in the sheet, an edge of an inner circumference of a surface of the outlet-side of the passage is chamfered or filleted, and the sheet comprises: a surface treatment layer formed on the chamfered or filleted one surface to face the ball; and characterized in that the venting device further comprises: a polymer layer made of a polymer and fused to the surface treatment layer, wherein the polymer comprises an acid-treated polyolefin-based polymer, and a plate spring formed to surround the ball and the sheet and having elasticity to open and close the passage together with the ball according to an internal pressure of the pouch. a housing adapted to be inserted between both surfaces of the sealing part and sealed together with the sealing part; a sheet which made of a metal and formed in the housing and through which a passage allowing the inside and outside of the pouch to communicate with each other passes; and a ball contacting or spaced apart from the sheet at an outlet-side of the passage to close or open the passage, wherein, in the sheet, an edge of an inner circumference of a surface of the outlet-side of the passage is chamfered or filleted, and the sheet comprises: a surface treatment layer formed on the chamfered or filleted one surface to face the ball; and characterized in that the venting device further comprises: a polymer layer made of a polymer and fused to the surface treatment layer, wherein the polymer comprises an acid-treated polyolefin-based polymer, and a plate spring formed to surround the ball and the sheet and having elasticity to open and close the passage together with the ball according to an internal pressure of the pouch. a surface treatment layer formed on the chamfered or filleted one surface to face the ball; and characterized in that the venting device further comprises: a polymer layer made of a polymer and fused to the surface treatment layer, wherein the polymer comprises an acid-treated polyolefin-based polymer, and a plate spring formed to surround the ball and the sheet and having elasticity to open and close the passage together with the ball according to an internal pressure of the pouch. a polymer layer made of a polymer and fused to the surface treatment layer, wherein the polymer comprises an acid-treated polyolefin-based polymer, and a plate spring formed to surround the ball and the sheet and having elasticity to open and close the passage together with the ball according to an internal pressure of the pouch.
A liquid crystal display comprising: a liquid crystal panel; and an optical film disposed in front of the liquid crystal panel to reduce color shift in a liquid crystal display, the optical film comprising: a background layer; a plurality of engraved lens sections formed in the background layer such that the engraved lens sections are spaced apart from each other by flat surfaces of the background layer being present between adjacent engraved lens sections; and packed portions, each of the packed portions being disposed inside a respective one of the engraved lens sections, wherein a refractive index of the packed portions is different from that of the background layer, such that light emitted from the liquid crystal panel is refracted at the boundary of the packed portion, characterized in that the background layer is self-adhesive and is directly attached to the liquid crystal panel, and the packed portions are partially disposed inside the engraved lens sections such that air gaps are interposed inside the engraved lens sections between the liquid crystal panel and the packed portions. a liquid crystal panel; and an optical film disposed in front of the liquid crystal panel to reduce color shift in a liquid crystal display, the optical film comprising: a background layer; a plurality of engraved lens sections formed in the background layer such that the engraved lens sections are spaced apart from each other by flat surfaces of the background layer being present between adjacent engraved lens sections; and packed portions, each of the packed portions being disposed inside a respective one of the engraved lens sections, wherein a background layer; a plurality of engraved lens sections formed in the background layer such that the engraved lens sections are spaced apart from each other by flat surfaces of the background layer being present between adjacent engraved lens sections; and packed portions, each of the packed portions being disposed inside a respective one of the engraved lens sections, wherein a refractive index of the packed portions is different from that of the background layer, such that light emitted from the liquid crystal panel is refracted at the boundary of the packed portion, characterized in that the background layer is self-adhesive and is directly attached to the liquid crystal panel, and the packed portions are partially disposed inside the engraved lens sections such that air gaps are interposed inside the engraved lens sections between the liquid crystal panel and the packed portions.
An aqueous drag reducing composition comprising: from 30% - 41% of a finely divided solid polyolefin, friction reducing agent formed from monoolefins containing from 2 to 30 carbon atoms; 0.1 - 5% by weight of a polyelectrolyte dispersion agent comprising a polycarboxylate having a general formula; wherein R 1 and R 2 are independently H + or methyl, wherein R3 is an alkyl group having from 1 to 3 carbon atoms, wherein x and y are integers which can be the same or different, the sum of x and y being from 10 to 700, and wherein M + is a cation; and an aqueous suspending medium. from 30% - 41% of a finely divided solid polyolefin, friction reducing agent formed from monoolefins containing from 2 to 30 carbon atoms; 0.1 - 5% by weight of a polyelectrolyte dispersion agent comprising a polycarboxylate having a general formula; wherein R 1 and R 2 are independently H + or methyl, wherein R3 is an alkyl group having from 1 to 3 carbon atoms, wherein x and y are integers which can be the same or different, the sum of x and y being from 10 to 700, and wherein M + is a cation; and
Method for transferring a thin layer on a destination substrate on a face of which an adhesive layer is present, characterised in that it comprises, from a temporary support to a face of which a first face of the thin layer is secured: - a formation of an interface layer made of polymer material on a second face of the thin layer, opposite the first face, the formation of the interface layer comprising a spreading of a liquid form of the polymer material on the second face of the thin layer then a structuring of the polymer material in the solid phase; then - an assembly by gluing the interface layer and the adhesive layer; then - a separation of the thin layer relative to the temporary support. - a formation of an interface layer made of polymer material on a second face of the thin layer, opposite the first face, the formation of the interface layer comprising a spreading of a liquid form of the polymer material on the second face of the thin layer then a structuring of the polymer material in the solid phase; then - an assembly by gluing the interface layer and the adhesive layer; then - a separation of the thin layer relative to the temporary support.
Process for preparing linear α-olefins by oligomerizing ethylene (1, 1a) in the presence of an organic solvent and of a homogeneous liquid catalyst in a reactor, wherein ethylene (1 a, 12) is introduced into the reactor at least partly in the liquid state, characterized in that ethylene leaving the reactor in gaseous form is only partly condensed, forming a biphasic mixture which is separated in a separator, the liquid phase being recycled directly into the reactor, while the gas phase, after compression, is recycled into the reactor in gaseous form.