mhurhangee/ep-ind-claims huggingface dataset:
A release system comprising: a torsional lock sleeve disposed about a mandrel, wherein the torsional lock sleeve is torsionally locked with respect to the mandrel; a collet prop engaged with the mandrel and the torsional lock sleeve, wherein the engagement between the collet prop and the torsional lock sleeve is configured to torsionally lock the collet prop with respect to the torsional lock sleeve; a collet engaged with the collet prop, wherein the collet couples the collet prop to a downhole component; and a shifting assembly configured to engage the torsional lock sleeve and shift the torsional lock sleeve from a first position to a second position. a torsional lock sleeve disposed about a mandrel, wherein the torsional lock sleeve is torsionally locked with respect to the mandrel; a collet prop engaged with the mandrel and the torsional lock sleeve, wherein the engagement between the collet prop and the torsional lock sleeve is configured to torsionally lock the collet prop with respect to the torsional lock sleeve; a collet engaged with the collet prop, wherein the collet couples the collet prop to a downhole component; and a shifting assembly configured to engage the torsional lock sleeve and shift the torsional lock sleeve from a first position to a second position.
A crystalline polyester resin containing polycarboxylic acid components and polyhydric alcohol components as copolymerizing components, characterized in that a copolymerizing rate of a 2,6-naphthalenedicarboxylic acid component is from 40 to 100 molar % when a total of the polycarboxylic acid components in the crystalline polyester resin is taken as 100 molar %, that a 1,4-butanediol component is copolymerized as a polyhydric alcohol component, and that a copolymerizing rate of the 1,4-butanediol component is 40 molar % or less when a total of the polyhydric alcohol components is taken as 100 molar %, and wherein a melting point of the crystal is from 100°C to 180°C, measured by a differential scanning calorimeter.
Board for gliding on snow, including a zone having a hole formed in the structure of the board, and opening on the top and bottom surfaces, said hole being at least partially closed by a layer of a flexible material, provided with a deformable opening having edges capable to cooperate with the object passing through said hole in order to allow holding or blocking said object with respect to the board.
A video encoding device, comprising: an encoding unit configured to generate an encoded video with an encoding frame rate (RFPS), and a transmission unit configured to provide a video stream to a client terminal via network according to the encoded video: a calculating unit, configured to calculate an encoding rate (EBPS) in a first detection period according to the encoded video, and calculate a transmission rate (NBPS) in a second detection period according to the video stream; wherein the encoding unit is configured to adjust the encoding frame rate (RFPS) according to the encoding rate (EBPS) and the transmission rate (NBPS), characterized in that the encoding unit is configured to adjust (380, 381) the encoding frame rate according to a ratio of the transmission rate to the encoding rate when the transmission rate is less than the encoding rate, and that the encoding frame rate remains unchanged when the ratio is greater than or equal to a first reference coefficient, the encoding frame rate is multiplied by the ratio when the ratio is less than the first reference coefficient and greater than or equal to a second reference coefficient, and the encoding frame rate is multiplied by the second reference coefficient when the ratio is less than the second reference coefficient, wherein the second coefficient is smaller than the first coefficient. a calculating unit, configured to calculate an encoding rate (EBPS) in a first detection period according to the encoded video, and calculate a transmission rate (NBPS) in a second detection period according to the video stream; wherein the encoding unit is configured to adjust the encoding frame rate (RFPS) according to the encoding rate (EBPS) and the transmission rate (NBPS), characterized in that the encoding unit is configured to adjust (380, 381) the encoding frame rate according to a ratio of the transmission rate to the encoding rate when the transmission rate is less than the encoding rate, and that the encoding frame rate remains unchanged when the ratio is greater than or equal to a first reference coefficient, the encoding frame rate is multiplied by the ratio when the ratio is less than the first reference coefficient and greater than or equal to a second reference coefficient, and the encoding frame rate is multiplied by the second reference coefficient when the ratio is less than the second reference coefficient, wherein the second coefficient is smaller than the first coefficient.
Apparatus for applying targeted stimulation at or adjacent the base of the area of the glans of the penis, wherein the apparatus comprises:-a contact portion having a first contact surface conforming substantially to the longitudinal profile of the penis, the contact portion further having a second contact surface, raised, in use, inwardly of the first contact surface towards the penis, to project in use into positive engagement with the area at or adjacent the base of the glans of the penis, the contact portion further comprising side wings, which extend substantially circumferentially from either side of the raised second contact surface and profiled for contact, in use, on and around the underside of the corona of the penis, characterised in that the second contact surface has an arcuate profile.
A method for producing a web-like or sheet-like semi-finished product capable of forming, by heat treatment, a polymeric foam composite material, wherein a web-like or sheet-like fibrous material is impregnated with a mixture comprising curable resin and unexpanded thermoplastic particles, characterized in that said unexpanded thermoplastic particles are of at least two different qualities with mutually different expansion temperature, wherein thermoplastic particles of at least one of said qualities are left unexpanded in the semi-finished product.
A method characterised by comprising, in response to a first command sent to an address of logic circuitry associated with a replaceable print apparatus component (104, 200, 514) via an I2C compatible serial data bus, wherein the first command specifies a first time period, generating, by the logic circuitry, a low voltage condition on the serial data bus for a first duration based on the first time period; and in response to another first command sent to the same address of the same logic circuitry via the serial data bus at a different point in time, wherein the other first command specifies a second time period different than the first time period, generating, by the logic circuitry, a low voltage condition on the serial data bus for a correspondingly different duration based on the second time period wherein generating the low voltage condition coincides with a state in which there is no clock signal on the serial data bus. in response to a first command sent to an address of logic circuitry associated with a replaceable print apparatus component (104, 200, 514) via an I2C compatible serial data bus, wherein the first command specifies a first time period, generating, by the logic circuitry, a low voltage condition on the serial data bus for a first duration based on the first time period; and in response to another first command sent to the same address of the same logic circuitry via the serial data bus at a different point in time, wherein the other first command specifies a second time period different than the first time period, generating, by the logic circuitry, a low voltage condition on the serial data bus for a correspondingly different duration based on the second time period wherein generating the low voltage condition coincides with a state in which there is no clock signal on the serial data bus.
An avocado pitting device comprising: a handle having a first end portion and an opposite second end portion; a first blade member coupled to the first end portion of the handle, the first blade member configured to cut open the avocado to expose a pit of an avocado; a second blade member coupled to the second end portion of the handle, the second blade member configured to slice the avocado; characterised in that, at least two spaced apart engagement members interposed between the first and second blade members (280, 282), the engagement members projecting outwardly from the handle and toward each other such that the engagement members define a space for receiving the avocado pit, the engagement members being configured to pierce the avocado pit and retain the avocado pit against the handle allowing the pit to be removed from the avocado. a handle having a first end portion and an opposite second end portion; a first blade member coupled to the first end portion of the handle, the first blade member configured to cut open the avocado to expose a pit of an avocado; a second blade member coupled to the second end portion of the handle, the second blade member configured to slice the avocado; characterised in that, at least two spaced apart engagement members interposed between the first and second blade members (280, 282), the engagement members projecting outwardly from the handle and toward each other such that the engagement members define a space for receiving the avocado pit, the engagement members being configured to pierce the avocado pit and retain the avocado pit against the handle allowing the pit to be removed from the avocado.
A flexible liquid crystal display device comprising: a liquid crystal layer in a cell gap formed between a lower liquid crystal alignment layer on the upper surface of a first substrate and an upper liquid crystal alignment layer on the lower surface of a second substrate parallel to the lower liquid crystal alignment layer; a polymer barrier arranged between the upper liquid crystal alignment layer and the lower liquid crystal alignment layer to maintain the cell gap therebetween, the polymer barrier extending orthogonally to the upper liquid crystal alignment layer and to the lower liquid crystal alignment layer and including a first end proximate to the upper liquid crystal alignment layer and a second end proximate to the lower liquid crystal alignment layer, the polymer barrier being patterned in an array in plan view; and at least one adhesive layer patterned in plan view to correspond at least in part to the array pattern of the polymer barrier and formed between the polymer barrier and at least one of the lower liquid crystal alignment layer and the upper liquid crystal alignment layer, wherein the at least one adhesive layer comprises a hydrophilic functional group and wherein at least one of the lower liquid crystal alignment layer and the upper liquid crystal alignment layer comprises a hydrophobic functional group. a liquid crystal layer in a cell gap formed between a lower liquid crystal alignment layer on the upper surface of a first substrate and an upper liquid crystal alignment layer on the lower surface of a second substrate parallel to the lower liquid crystal alignment layer; a polymer barrier arranged between the upper liquid crystal alignment layer and the lower liquid crystal alignment layer to maintain the cell gap therebetween, the polymer barrier extending orthogonally to the upper liquid crystal alignment layer and to the lower liquid crystal alignment layer and including a first end proximate to the upper liquid crystal alignment layer and a second end proximate to the lower liquid crystal alignment layer, the polymer barrier being patterned in an array in plan view; and at least one adhesive layer patterned in plan view to correspond at least in part to the array pattern of the polymer barrier and formed between the polymer barrier and at least one of the lower liquid crystal alignment layer and the upper liquid crystal alignment layer, wherein the at least one adhesive layer comprises a hydrophilic functional group and wherein at least one of the lower liquid crystal alignment layer and the upper liquid crystal alignment layer comprises a hydrophobic functional group.
A two-layer disk type tool magazine device, comprising a tool magazine base, tool magazine supports, tool sleeve chucks, a tool disk base, tool sleeves, wherein the tool sleeves are used for sleeving various types of tools; the tool magazine base is adapted to be connected to and installed on a machine tool by means of a bolt; one end of the tool magazine base is hollowed out into a U shape; a pair of tool magazine supports is connected to both sides of the U shape by means of bolts; a transverse plate is arranged in a position between and above the tool magazine supports; two tool sleeve chucks are placed on the tool disk base and partitioned by a tool disk partition sleeve; the two layers of tool sleeve chucks clamp an upper-layer tool sleeve base and a lower-layer tool sleeve base and are fixed by means of bolts; tool sleeve clamping jaws are mounted on the upper-layer tool sleeve base and the lower-layer tool sleeve base, respectively, and each tool sleeve clamping jaw is capable of clamping one tool sleeve; a tool disk pressing ring presses against the tool sleeve chuck on an upper layer, and is connected to the tool disk base by means of a long bolt after passing through the tool sleeve chuck on the upper layer, the tool disk partition sleeve and the tool sleeve chuck on a lower layer; the tool disk base is in transmission connection with a retarder and a servomotor at the bottom; the tool disk base is erected on the transverse plate by means of the retarder.
Multi-layer capacitor, comprising a plurality of segments (11, 12) which are connected to one another, wherein each segment (11, 12) comprises dielectric layers and electrode layers (3, 4, 5) arranged therebetween, wherein the segments (11, 12) are arranged above one another and are sintered together, wherein, between the segments (11, 12), there is arranged at least one connection region (21, 22) in which the segments (11, 12) are fixedly connected to one another, and wherein, between the segments (11, 12), there is provided at least one relief region (18, 19, 20, 27, 28, 29) in which the segments (11, 12) are not connected to one another or in which the connection between the segments (11, 12) is weakened, wherein the relief region (18, 19, 20, 27, 28, 29) is arranged completely or at least primarily in an inactive zone (15, 16, 17, 25, 26), and the connection region (21, 22) is arranged in an active zone (13, 14).
A method of treating a portion of a subterranean formation comprising: introducing a treatment fluid into the portion of a subterranean formation, wherein the treatment fluid comprises: an external phase, wherein the external phase comprises a hydrocarbon liquid; an internal phase, wherein the internal phase comprises a hygroscopic liquid; and a suspending agent, wherein the suspending agent is a polymer, and wherein the polymer comprises urea linkages; and a particulate, wherein the particulate has a density less than 3.5 g/cm3, and wherein the particulate is selected from the group consisting of ground marble, sepiolite, calcium montmorillonite, solids from the formation, and combinations thereof; wherein a test fluid consisting of the external phase, the internal phase, the suspending agent, and the particulate, and in the same proportions as the treatment fluid, and after static aging for 2 months at a temperature of 200 °F (93.3 °C), has a 10 minute gel strength of at least 30 lb/100 ft2 (1,436 Pa) at a temperature of 120 °F (48.9 °C). introducing a treatment fluid into the portion of a subterranean formation, wherein the treatment fluid comprises: an external phase, wherein the external phase comprises a hydrocarbon liquid; an internal phase, wherein the internal phase comprises a hygroscopic liquid; and a suspending agent, wherein the suspending agent is a polymer, and wherein the polymer comprises urea linkages; and a particulate, wherein the particulate has a density less than 3.5 g/cm3, and wherein the particulate is selected from the group consisting of ground marble, sepiolite, calcium montmorillonite, solids from the formation, and combinations thereof; an external phase, wherein the external phase comprises a hydrocarbon liquid; an internal phase, wherein the internal phase comprises a hygroscopic liquid; and a suspending agent, wherein the suspending agent is a polymer, and wherein the polymer comprises urea linkages; and a particulate, wherein the particulate has a density less than 3.5 g/cm3, and wherein the particulate is selected from the group consisting of ground marble, sepiolite, calcium montmorillonite, solids from the formation, and combinations thereof;
A vehicle safe driving promotion system comprising: a distance sensor that detects a target distance from a vehicle to a target in front of the vehicle; a vehicle speed sensor that detects a vehicle speed; and a programmable controller programmed to: calculate a stopping distance of the vehicle from the vehicle speed; calculate a collision possibility index corresponding to a ratio between the target distance and the stopping distance; calculate a kinetic energy of the vehicle immediately before a collision with the target from the vehicle speed, the target distance, and a reaction time of a driver; and provide a driver with information indicating a danger of a collision based on the collision possibility index and a collision damage based on the kinetic energy of the vehicle immediately before the collision. a distance sensor that detects a target distance from a vehicle to a target in front of the vehicle; a vehicle speed sensor that detects a vehicle speed; and a programmable controller programmed to: calculate a stopping distance of the vehicle from the vehicle speed; calculate a collision possibility index corresponding to a ratio between the target distance and the stopping distance; calculate a kinetic energy of the vehicle immediately before a collision with the target from the vehicle speed, the target distance, and a reaction time of a driver; and provide a driver with information indicating a danger of a collision based on the collision possibility index and a collision damage based on the kinetic energy of the vehicle immediately before the collision. calculate a stopping distance of the vehicle from the vehicle speed; calculate a collision possibility index corresponding to a ratio between the target distance and the stopping distance; calculate a kinetic energy of the vehicle immediately before a collision with the target from the vehicle speed, the target distance, and a reaction time of a driver; and provide a driver with information indicating a danger of a collision based on the collision possibility index and a collision damage based on the kinetic energy of the vehicle immediately before the collision.
A device for filtering liquids in a machine tool, the device having a filter bed, a filter medium adapted to be conveyed over the filter bed, an intake chamber for the liquid to be filtered, the intake chamber being delimited by the filter medium, a clean tank for the filtered liquid, and a pump configured to supply the filtered liquid from the clean tank to tools of the machine tool, the filter bed and the intake chamber being divided, in a transport direction of the filter medium, into an upstream wash-up zone and a downstream working zone, a collection system (26, 15; 50) being provided for collecting the filtered liquid that has passed through the filter medium in the wash-up zone, the collection system being separate from the clean tank, and a circulation system (18, 20, 22; 52, 54) being provided for recirculating the filtered liquid from the collection system (26, 50) into the intake chamber, characterized in that a mud-tank is provided for collecting the liquid to be filtered, the mud-tank being provided separately from the collection system (26, 50) and being connected to an inlet port in the wash-up zone, the liquid from the mud-tank being capable of being supplied into the intake chamber via a pump and an intake line, and the collection system has a collection chamber that is connected to an inlet port in the working zone via the circulation system (52, 54).
A genetically engineered microorganism that produces muconic acid from a non-aromatic carbon source comprising at least one exogenous gene coding for 3,4-dihydroxybenzoic acid decarboxylase and at least one gene that codes for a protein that increases the activity of said 3,4-dihydroxybenzoic acid decarboxylase, selected from a KpdB protein encoded by a kpdb gene, and a UbiX protein encoded by a ubiX gene.
A drip bag (1A, 1A 2, 1A 3, 1A 4, 1B, 1B 2, 1C, 1D, 1D 2, 1E, 1F) comprising: a bag body formed of a water permeable filtering sheet and having two opposing surfaces and an upper end to be opened; and a pair of hook members formed of a thin plate-shaped material and provided on outer faces of two opposing surfaces of the bag body, wherein each hook member includes: an upper stuck part which is adhered to the bag body along the opening of the bag body; a center part which is located below the upper stuck part at a center of the bag body in a width direction thereof and formed so as not to be pulled out from the bag body; and a hook part not adhered to the bag body, characterized in that in each hook member a pair of oblique folding lines (L1a, L1b) are formed on the upper stuck part with a center line disposed therebetween, the oblique folding lines (L1a, L1b) being more spaced from the center line while extending from a lower portion to an upper portion of the upper stuck part, the center line bisecting the width of the surfaces of the bag body, and a vertical folding line is formed downwardly from immediately below a lower end of the oblique folding lines (L1a, L1b). a bag body formed of a water permeable filtering sheet and having two opposing surfaces and an upper end to be opened; and a pair of hook members formed of a thin plate-shaped material and provided on outer faces of two opposing surfaces of the bag body, wherein each hook member includes: an upper stuck part which is adhered to the bag body along the opening of the bag body; a center part which is located below the upper stuck part at a center of the bag body in a width direction thereof and formed so as not to be pulled out from the bag body; and a hook part not adhered to the bag body, characterized in that in each hook member a pair of oblique folding lines (L1a, L1b) are formed on the upper stuck part with a center line disposed therebetween, the oblique folding lines (L1a, L1b) being more spaced from the center line while extending from a lower portion to an upper portion of the upper stuck part, the center line bisecting the width of the surfaces of the bag body, and a vertical folding line is formed downwardly from immediately below a lower end of the oblique folding lines (L1a, L1b).
A composition comprising a compound, having the formula II: wherein R 1 is OR 9, and wherein the Rg is hydrogen; R 2 is hydrogen; R 3 is ethyl, n-propyl, isopropyl, isobutyl, n-butyl, allyl, cyclopentyl, n-hexyl, propyne, or 2-(piperdin-1- yl)ethyl; R 4 is hydrogen; R 5 is one or more of hydrogen, oxygen, or OR 10, wherein R 10 is hydrogen or alkyl having one to four carbons; a pharmaceutically acceptable carrier and mesenchymal stem cells. R 1 is OR 9, and wherein the Rg is hydrogen; R 2 is hydrogen; R 3 is ethyl, n-propyl, isopropyl, isobutyl, n-butyl, allyl, cyclopentyl, n-hexyl, propyne, or 2-(piperdin-1- yl)ethyl; R 4 is hydrogen; R 5 is one or more of hydrogen, oxygen, or OR 10, wherein R 10 is hydrogen or alkyl having one to four carbons; a pharmaceutically acceptable carrier and mesenchymal stem cells.
An antibody that competes with the monoclonal antibody 6H7 produced by hybridoma JH17.6H7.1.54.28 having ATCC accession number PT6910 for binding to human alpha-synuclein for use in effecting prophylaxis or treating a disease characterized by Lewy bodies or alpha-synuclein aggregation in the brain.