mhurhangee/ep-ind-claims huggingface dataset:
A content container comprising: a container part configured to accommodate a liquid content; an upper cap detachably coupled to the container part and comprising a first accommodation part configured to accommodate a solid content and a pressing part configured to be moved by pressing; and a lower cap inserted into the container part and comprising an accommodation tube defining a second accommodation part and a plurality of communication holes disposed in an outside of the accommodation tube to communicate with the container part, wherein the solid content is moveable from the first accommodation part to the second accommodation part by the pressing of the pressing part of the upper cap, wherein the second accommodation part is located below the first accommodation part, characterized in that the upper cap further comprises an inner cap detachably coupled to an outside of an upper end of the container part; and an outer cap coupled to an outside of the inner cap and configured to accomodate the pressing part, wherein the inner cap comprises an inner wall detachably coupled to the container part; and a sealing part extending inward from the inner wall and in contact with the accommodation tube to seal the second accommodation part; wherein an upper end of the accommodation tube is in contact with the sealing part to seal the second accommodation part, wherein the accommodation tube is adapted to block the solid content moved to the second accommodation part and the liquid content in the container part. a container part configured to accommodate a liquid content; an upper cap detachably coupled to the container part and comprising a first accommodation part configured to accommodate a solid content and a pressing part configured to be moved by pressing; and a lower cap inserted into the container part and comprising an accommodation tube defining a second accommodation part and a plurality of communication holes disposed in an outside of the accommodation tube to communicate with the container part, wherein the solid content is moveable from the first accommodation part to the second accommodation part by the pressing of the pressing part of the upper cap, wherein the second accommodation part is located below the first accommodation part, characterized in that the upper cap further comprises an inner cap detachably coupled to an outside of an upper end of the container part; and an outer cap coupled to an outside of the inner cap and configured to accomodate the pressing part, wherein the inner cap comprises an inner wall detachably coupled to the container part; and a sealing part extending inward from the inner wall and in contact with the accommodation tube to seal the second accommodation part; wherein an upper end of the accommodation tube is in contact with the sealing part to seal the second accommodation part, wherein the accommodation tube is adapted to block the solid content moved to the second accommodation part and the liquid content in the container part.
A method for manufacturing a microfluidic device for handling a liquid, characterised in that it includes a step of embossing a microfluidic circuit on a surface of a substrate of paper able to be deformed by embossing, said surface being made liquid proof, and hydrophilic by a surface treatment including covering said surface of the substrate with a first waterproof layer and then by a second hydrophilic layer covering said first waterproof layer, and said microfluidic circuit comprising at least one channel adapted to generate a spontaneous capillary flow of the liquid.
A photoacoustic sensor for measuring an analyte gas in an environment, the photoacoustic sensor comprising a sensor system for photoacoustic detection, at least one noise cancelling pressure sensor, a control system in operative connection with the noise cancelling pressure sensor to actively cancel the effects of noise in the environment on the sensor system, and a speaker, the speaker being operative to be driven with a signal generally inverse to an output signal of the noise cancelling pressure sensor, the sensor system including an initial volume of less than 1ml, a measurement volume, a source of light energy, a photoacoustic pressure sensor and an inner diffusion element between the initial volume and the measurement volume, operative to attenuate pressure waves while allowing diffusion of analyte gas molecules therethrough.
A track link (32,132,232) for a ground-engaging track system in a machine comprising: an elongate link body including a first link strap having a track pin bore formed therein, a second link strap having a bushing bore formed therein, and a middle section connecting between the first link strap and the second link strap; the elongate link body further including a lower shoe-mounting surface, and an upper rail surface, the upper rail surface being located in part upon each of the first link strap, the second link strap, and the middle section, and formed by a wear band of sacrificial wear material; and the sacrificial wear material having a hardness that is varied lengthwise along the upper rail surface to form a first relatively softer zone located in the first link strap including relatively softer material exposed on the upper rail surface, a second relatively softer zone located in the second link strap including relatively softer material exposed on the upper rail surface, and a relatively harder zone located at least in part within the middle section including relatively harder material exposed on the upper rail surface, wherein the softened material of the relatively softer zones (64, 66) extends halfway or less through a depth of the wear band. an elongate link body including a first link strap having a track pin bore formed therein, a second link strap having a bushing bore formed therein, and a middle section connecting between the first link strap and the second link strap; the elongate link body further including a lower shoe-mounting surface, and an upper rail surface, the upper rail surface being located in part upon each of the first link strap, the second link strap, and the middle section, and formed by a wear band of sacrificial wear material; and the sacrificial wear material having a hardness that is varied lengthwise along the upper rail surface to form a first relatively softer zone located in the first link strap including relatively softer material exposed on the upper rail surface, a second relatively softer zone located in the second link strap including relatively softer material exposed on the upper rail surface, and a relatively harder zone located at least in part within the middle section including relatively harder material exposed on the upper rail surface, wherein the softened material of the relatively softer zones (64, 66) extends halfway or less through a depth of the wear band.
A well testing device for conducting well test operations on an oil, gas, or water well including a production flowline., the device comprising: a conduit connectable into the production flowline to circulate fluids from the production flowline and back into the flowline; a testing device coupled into the conduit to receive the circulated fluids, the testing device comprising a sampling device (150, 250) and a pressure differential device configured to create a pressure differential to control the flow of fluids to the sampling device (150, 250); wherein the pressure differential device is a venturi or a pump; and characterized in that the testing device further comprises a particle separator upstream of the sampling device and a conduit to guide fluids to the particle separator before the sampling device (150, 250). a conduit connectable into the production flowline to circulate fluids from the production flowline and back into the flowline; a testing device coupled into the conduit to receive the circulated fluids, the testing device comprising a sampling device (150, 250) and a pressure differential device configured to create a pressure differential to control the flow of fluids to the sampling device (150, 250); wherein the pressure differential device is a venturi or a pump; and characterized in that the testing device further comprises a particle separator upstream of the sampling device and a conduit to guide fluids to the particle separator before the sampling device (150, 250).
Connection device intended to connect a wiper blade to a drive arm of a wiper system for vehicles, comprising: - an adapter formed at least by an upper wall from which extend at least two lateral flanks, including a first lateral flank and a second lateral flank, so as to delimit an internal volume in which a connector fastened to the wiper blade is intended to lie, the first lateral flank and the second lateral flank each comprising an orifice each aligned with the other, - a fixing member comprising ends (71, 72), the fixing member passing through at least the two orifices of the adapter, wherein at least one of the ends (71, 72) of the fixing member, termed the first end, extends beyond the first lateral flank of the adapter and wherein at least a portion of that first end (71, 72) bears against the first lateral flank of the adapter, characterized in that at least one peripheral edge (78, 79) of the portion of the first end is configured to come to bear against a terminal part of a drive arm. - an adapter formed at least by an upper wall from which extend at least two lateral flanks, including a first lateral flank and a second lateral flank, so as to delimit an internal volume in which a connector fastened to the wiper blade is intended to lie, the first lateral flank and the second lateral flank each comprising an orifice each aligned with the other, - a fixing member comprising ends (71, 72), the fixing member passing through at least the two orifices of the adapter, wherein at least one of the ends (71, 72) of the fixing member, termed the first end, extends beyond the first lateral flank of the adapter and wherein at least a portion of that first end (71, 72) bears against the first lateral flank of the adapter, characterized in that at least one peripheral edge (78, 79) of the portion of the first end is configured to come to bear against a terminal part of a drive arm.
A base plate (50, 60) for a ski, configured to be moulded at a space to a ski's upper surface distant from the snow surface in its central portion or embedded within the ski, said plate being shiftable in the longitudinal axis of the ski, prevented from shifting perpendicularly to the longitudinal axis of the ski and configured to receive a front and/or rear ski binding, wherein the base plate comprises a central stiff portion with fastening holes for fastening a front and/or rear ski binding, a first fastening portion moulded to one end of the central stiff portion, a second fastening portion moulded to another end of the central stiff portion, wherein the first fastening portion is configured as a measuring portion comprising a transversal groove arranged on the upper ski-distant surface and extending along the central stiff portion, two measuring prongs (6.1, 6.2) spaced apart by a separating groove, two sensors for the measurement of mechanical stress arranged on the ski proximal bottom surface of each measuring prong (6.1, 6.2) in the area of the transversal groove, the second fastening portion is configured as a measuring portion comprising a transversal groove arranged on the upper ski-distant surface and extending along the central stiff portion, at least one measuring prong, at least one sensor for the measurement of mechanical stress arranged on the ski proximal bottom surface of the measuring prong in the area of the transversal groove, wherein each transversal groove functions as a weakening spot of mechanical stresses. a transversal groove arranged on the upper ski-distant surface and extending along the central stiff portion, two measuring prongs (6.1, 6.2) spaced apart by a separating groove, two sensors for the measurement of mechanical stress arranged on the ski proximal bottom surface of each measuring prong (6.1, 6.2) in the area of the transversal groove, the second fastening portion is configured as a measuring portion comprising a transversal groove arranged on the upper ski-distant surface and extending along the central stiff portion, at least one measuring prong, at least one sensor for the measurement of mechanical stress arranged on the ski proximal bottom surface of the measuring prong in the area of the transversal groove,
A method for configuring a first device to share an Internet connection, the method comprising the steps of: transmitting (214, 514, 614, 714, 814) a program for configuring network interfaces from a storage space in the first device to a second device via a cable; exchanging (218, 620, 718, 820) messages between the first device and the second device, via the cable, for configuration of network interfaces of the first device and the second device, after the second device executes the program, the network interfaces being between the first device and the second device; configuring (220, 522, 622, 818) the network interface of the first device in accordance with the program and the messages exchanged between the first device and the second device; and sharing the Internet connection of at least one of the first device and the second device based on the configured network interface of the first device. transmitting (214, 514, 614, 714, 814) a program for configuring network interfaces from a storage space in the first device to a second device via a cable; exchanging (218, 620, 718, 820) messages between the first device and the second device, via the cable, for configuration of network interfaces of the first device and the second device, after the second device executes the program, the network interfaces being between the first device and the second device; configuring (220, 522, 622, 818) the network interface of the first device in accordance with the program and the messages exchanged between the first device and the second device; and sharing the Internet connection of at least one of the first device and the second device based on the configured network interface of the first device.
A microfluidic device comprising: a first substrate and a second substrate provided so as to face the first substrate, the first substrate including: a plurality of first electrodes; a plurality of drive elements, electrically connected to the respective plurality of first electrodes, for driving the respective plurality of first electrodes; a first flattening resin layer that covers the plurality of drive elements; a dielectric layer that covers the plurality of first electrodes; and a first water-repellent layer that covers the dielectric layer, the second substrate including: at least one second electrode provided so as to face the plurality of first electrodes; and a second water-repellent layer that covers the at least one second electrode, the first substrate and the second substrate having therebetween an internal space in which to cause electroconductive microfluid to move across the plurality of first electrodes, and the plurality of first electrodes being provided on the first flattening resin layer and each being a light-blocking metal electrode; wherein the first flattening resin layer is a flattening layer for reducing unevenness of the first water-repellent layer. a first substrate and a second substrate provided so as to face the first substrate, the first substrate including: a plurality of first electrodes; a plurality of drive elements, electrically connected to the respective plurality of first electrodes, for driving the respective plurality of first electrodes; a first flattening resin layer that covers the plurality of drive elements; a dielectric layer that covers the plurality of first electrodes; and a first water-repellent layer that covers the dielectric layer, a plurality of first electrodes; a plurality of drive elements, electrically connected to the respective plurality of first electrodes, for driving the respective plurality of first electrodes; a first flattening resin layer that covers the plurality of drive elements; a dielectric layer that covers the plurality of first electrodes; and a first water-repellent layer that covers the dielectric layer, the second substrate including: at least one second electrode provided so as to face the plurality of first electrodes; and a second water-repellent layer that covers the at least one second electrode, at least one second electrode provided so as to face the plurality of first electrodes; and a second water-repellent layer that covers the at least one second electrode, the first substrate and the second substrate having therebetween an internal space in which to cause electroconductive microfluid to move across the plurality of first electrodes, and the plurality of first electrodes being provided on the first flattening resin layer and each being a light-blocking metal electrode; wherein the first flattening resin layer is a flattening layer for reducing unevenness of the first water-repellent layer.
Thin and flat force-sensing resistor device, compatible with a magnetic stimulation coil and configured and intended to be fixed to the active flat surface of a magnetic stimulation coil assembly, for example a transcranial magnetic stimulation coil assembly, wherein the functional layers of said FSR device comprise the following stack of layers (4, 6, 7, 8, 10), successively from its top or skin contact face to its bottom or coil contact face: - a first layer made of biocompatible flexible material intended to be applied to the skin of a patient; - a second layer comprising a pattern or an area of force sensitive or resistive ink printed onto a plate; - a third layer comprising adhesive material and forming a peripheral spacer element between the second layer and a fourth layer; - a fourth layer made of a flexible heat-stable polycarbonate substrate with a printed conductive pattern (9, 9') of a force sensing circuit; - a fifth layer forming an adhesive surface on the bottom face, wherein the printed pattern or area of force sensitive or resistive ink of the second layer is carried by a semi-flexible plate of heat-stable polycarbonate material, with a thickness less than 1 mm, said plate constituting an intermediate pressure distribution layer between the first layer and the second layer, wherein said semi-flexible polycarbonate plate is adhesively stuck, on the one hand, with its face carrying the ink of the second layer and through the peripheral spacer element of the third layer, to the fourth layer and, on the other hand, intimately and continuously to the first layer, and wherein said peripheral spacer element of the centrally hollow third layer defines or delimits an air gap (7") between said second and fourth layers (6 and 8). - a first layer made of biocompatible flexible material intended to be applied to the skin of a patient; - a second layer comprising a pattern or an area of force sensitive or resistive ink printed onto a plate; - a third layer comprising adhesive material and forming a peripheral spacer element between the second layer and a fourth layer; - a fourth layer made of a flexible heat-stable polycarbonate substrate with a printed conductive pattern (9, 9') of a force sensing circuit; - a fifth layer forming an adhesive surface on the bottom face,
A computer-implemented method (1600; 1700) comprising: encoding an image or video to produce encoded data, including: performing (1610; 1710) hash-based block matching for a current block of a current picture; using results of the hash-based block matching for the current block to determine (1620; 1720-1740) whether to disable sample adaptive offset filtering for the current block, wherein the results of the hash-based block matching for the current block include whether a match is found during the hash-based block matching for the current block; and based on results of the determining, selectively disabling (1630; 1750) the sample adaptive offset filtering for the current block, including performing the sample adaptive offset filtering for the current block if no match is found during the hash-based block matching for the current block; and outputting the encoded data in a bitstream. encoding an image or video to produce encoded data, including: performing (1610; 1710) hash-based block matching for a current block of a current picture; using results of the hash-based block matching for the current block to determine (1620; 1720-1740) whether to disable sample adaptive offset filtering for the current block, wherein the results of the hash-based block matching for the current block include whether a match is found during the hash-based block matching for the current block; and based on results of the determining, selectively disabling (1630; 1750) the sample adaptive offset filtering for the current block, including performing the sample adaptive offset filtering for the current block if no match is found during the hash-based block matching for the current block; and performing (1610; 1710) hash-based block matching for a current block of a current picture; using results of the hash-based block matching for the current block to determine (1620; 1720-1740) whether to disable sample adaptive offset filtering for the current block, wherein the results of the hash-based block matching for the current block include whether a match is found during the hash-based block matching for the current block; and based on results of the determining, selectively disabling (1630; 1750) the sample adaptive offset filtering for the current block, including performing the sample adaptive offset filtering for the current block if no match is found during the hash-based block matching for the current block; and outputting the encoded data in a bitstream.
An elastomeric composition comprising, per 100 parts by weight of rubber (phr): about 100 phr of a diene elastomer; 0 to about 80 phr of processing oil; 0 to about 80 phr of a hydrocarbon resin; about 60 to about 140 phr of filler; a curative agent; and about 5 to about 30 phr of a silane functionalized propylene-ethylene-diene terpolymer comprising from about 2 to about 40 wt % of ethylene and/or C 4 -C 20 α-olefins derived units, and from about 0.5 to about 10 wt % of diene derived units wherein the silane functionalized propylene-ethylene-diene terpolymer is functionalized by a silane coupling agent selected from the group consisting of
A feed composition, comprising at least 5% of a biomass by weight, the biomass comprising one or more isolated Methylobacterium cultures, wherein the Methylobacterium is genetically modified to produce elevated levels beta-carotene, lycopene, rhodopin, astaxanthin and/or spirilloxanthin relative to the corresponding unmodified Methylobacterium, wherein the genetically modified Methylobacterium is modified so that one or more genes producing enzymes that divert isoprenoid compounds from the carotenoid biosynthetic pathway are blocked or deleted, wherein the genetically modified Methylobacterium is modified by removal of the genes hpnC, hpnD, hpnE and/or shc (hpnF).