mhurhangee/ep-ind-claims huggingface dataset:
A method of preparing a biological specimen comprising: a sectioning step of sectioning biological tissue along a single cutting plane; a staining step of staining a first tissue section of two tissue sections that have been sectioned in the sectioning step; a stained-image capturing step of acquiring a stained image of the tissue section stained in the staining step; a non-stained-image capturing step of acquiring a non-stained image in which, with respect to a second tissue section of the two tissue sections that have been sectioned in the sectioning step, division lines that divide the second tissue section into a plurality of segments are defined; a superimposing step of superimposing the non-stained image acquired in the non-stained-image capturing step and the stained image acquired in the stained-image capturing step with each other; a specifying step, after the superimposing step, of specifying the segments to be collected from the tissue section; and a retrieving step of dividing the tissue section into the plurality of segments along the division lines and retrieving the segments that have been specified in the specifying step, wherein, in the non-stained-image capturing step, the second tissue section is placed on a substrate that can be divided along the division lines, and an image thereof is captured. a sectioning step of sectioning biological tissue along a single cutting plane; a staining step of staining a first tissue section of two tissue sections that have been sectioned in the sectioning step; a stained-image capturing step of acquiring a stained image of the tissue section stained in the staining step; a non-stained-image capturing step of acquiring a non-stained image in which, with respect to a second tissue section of the two tissue sections that have been sectioned in the sectioning step, division lines that divide the second tissue section into a plurality of segments are defined; a superimposing step of superimposing the non-stained image acquired in the non-stained-image capturing step and the stained image acquired in the stained-image capturing step with each other; a specifying step, after the superimposing step, of specifying the segments to be collected from the tissue section; and a retrieving step of dividing the tissue section into the plurality of segments along the division lines and retrieving the segments that have been specified in the specifying step, wherein, in the non-stained-image capturing step, the second tissue section is placed on a substrate that can be divided along the division lines, and an image thereof is captured.
Elbow for fluid-communicating connection of fluid lines of a vehicle, wherein the elbow has a channel section for changing a flow direction of a fluid by a change angle, wherein an inlet flow direction of the fluid into the elbow and an outlet flow direction of the fluid from the elbow form legs of the change angle, wherein at least one guide element is arranged in the channel section and projects into the channel section, wherein the at least one guide element at least largely changes the flow direction of one part of the fluid by the change angle, wherein the at least one guide element is connected at a support ring, which is inserted into the elbow and connected to the elbow, wherein the support ring has a groove which is press-fitted with an undercut at the elbow, wherein a reinforcement element is a strut and supports the at least one guide element against the support ring, wherein the reinforcement element extends away from the at least one guide element.
Steam heated spinneret, having a rectangular shape with an aspect ratio of more than 2, comprising at least a top housing, and a nozzle frame and optionally individual nozzle plates within the nozzle frame, wherein at least the top housing and/or the nozzle frame is heated by means of steam having a temperature in the range of from 105 to 138°C, and at pressures of from 1.0 to 4 bar.
An inkjet ink set, comprising: eleven colored inks including a magenta ink, a light magenta ink, a yellow ink, a cyan ink, a light cyan ink, a medium gray ink, a light gray ink, a photo black ink, a red ink, a green ink, and a blue ink; and a surface enhancing ink configured to enhance gloss of an image formed with at least one of the eleven colored inks, wherein the green ink and the blue ink includes up to about 1 wt. % of one or more phosphonic acid(s) selected from amino tri(methylene phosphonic acid), 1-hydroxyethylidene 1,1-diphosphonic acid, hexamethylenediamine tetra(methylene phosphonic acid), diethylenetriamine penta(methylene phosphonic acid), bis(hexamethylenetriamine penta(methylene phosphonic acid)), or derivatives thereof, or combinations thereof. eleven colored inks including a magenta ink, a light magenta ink, a yellow ink, a cyan ink, a light cyan ink, a medium gray ink, a light gray ink, a photo black ink, a red ink, a green ink, and a blue ink; and a surface enhancing ink configured to enhance gloss of an image formed with at least one of the eleven colored inks,
A lentiviral vector pseudotyped with hemagglutinin-neuraminidase and fusion proteins from a respiratory paramyxovirus, wherein said lentiviral vector comprises a hybrid human CMV enhancer/EF1a (hCEF) promoter and a transgene, and wherein the lentiviral vector lacks an(y) intron positioned between said promoter and said transgene.
A method for establishing a device pairing between a claimant device and a printing device (12; 40), comprising: the printing device (12; 40) generating a PIN in response to a local PIN request; the printing device (12; 40) printing the PIN; the printing device (12; 40) receiving, from the claimant device, a connection request with PIN data assembled from the PIN; and upon determining that the PIN data matches PIN data stored in the printing device (12; 40), the printing device (12; 40) generating a link key using the PIN data, establishing device pairing between the claimant device and the printing device (10; 40) using the link key. the printing device (12; 40) generating a PIN in response to a local PIN request; the printing device (12; 40) printing the PIN; the printing device (12; 40) receiving, from the claimant device, a connection request with PIN data assembled from the PIN; and upon determining that the PIN data matches PIN data stored in the printing device (12; 40), the printing device (12; 40) generating a link key using the PIN data, establishing device pairing between the claimant device and the printing device (10; 40) using the link key.
Spun yarn comprising: carbon fiber staples comprising 97 wt. % or more of carbon; and thermoplastic resin fibers, wherein the wt. % is based on the total weight of the carbon fiber staple; and the spun yarn has a tensile modulus of 30 GPa to 120 GPa, as measured in accordance with ASTM D3379, wherein the carbon fiber staples are obtained by carbonizing carbon fiber-reinforced plastic scrap at 900°C to 1,400°C and have a tensile modulus of 100 GPa to 1,000 GPa, as measured in accordance with ASTM D3379, and a surface resistance of 1×10 -5 Ω·cm to 1×10 -3 Ω·cm, as measured in accordance with ASTM D257. carbon fiber staples comprising 97 wt. % or more of carbon; and thermoplastic resin fibers, wherein the wt. % is based on the total weight of the carbon fiber staple; and the spun yarn has a tensile modulus of 30 GPa to 120 GPa, as measured in accordance with ASTM D3379, wherein the carbon fiber staples are obtained by carbonizing carbon fiber-reinforced plastic scrap at 900°C to 1,400°C and have a tensile modulus of 100 GPa to 1,000 GPa, as measured in accordance with ASTM D3379, and a surface resistance of 1×10 -5 Ω·cm to 1×10 -3 Ω·cm, as measured in accordance with ASTM D257.
A cathode active material comprising: a lithium manganese oxide comprising primary particles having a spinel structure in which an X-ray diffraction peak intensity ratio of I /I is 1,0 or more; and a boron element disposed on at least one position selected from the group consisting of inside the primary particles and on surfaces of the primary particles, characterized in that the primary particles have a diameter of from 3 μm to 6 μm, and an amount of the boron element is from 882 ppm to 1326 ppm based on the total weight of the cathode active material. a lithium manganese oxide comprising primary particles having a spinel structure in which an X-ray diffraction peak intensity ratio of I /I is 1,0 or more; and a boron element disposed on at least one position selected from the group consisting of inside the primary particles and on surfaces of the primary particles, characterized in that the primary particles have a diameter of from 3 μm to 6 μm, and an amount of the boron element is from 882 ppm to 1326 ppm based on the total weight of the cathode active material.
Refrigerant circuit with a plurality of compressor stages, wherein a compressor stage is installed as a reciprocating piston compressor in the refrigerant circuit and comprises the following, a crankcase, a collecting chamber for lubricant being arranged in said crankcase, a cylinder housing, at least one reciprocating piston being movable in an oscillating manner in said cylinder housing, a valve plate closing the cylinder housing, at least one inlet valve and one outlet valve being arranged in said valve plate, and a cylinder head, a suction gas duct running to the inlet valve and a compressed gas duct leading away from the outlet valve being provided in said cylinder head, wherein a lubricant suction conduit is provided, said conduit having an inlet opening associated with the collecting chamber and an outlet opening associated with the suction gas duct, wherein the inlet opening is arranged in the collecting chamber such that it predetermines a predetermined location of a surface level of a lubricant bath, and wherein the outlet opening is located in an area of the suction gas duct in which a static pressure prevails at least temporarily, said static pressure being lower than a static pressure in the collecting chamber for lubricant, such that lubricant is drawn off by suction from the collecting chamber and is fed to the suction gas that then conveys said lubricant through the reciprocating piston compressor and conveys it further in the refrigerant circuit via a compressed gas duct to the next compressor in the refrigerant circuit.
A desalination system comprising: a partitioned container housing a movable partition partitioning the container into an upstream compartment and a downstream compartment each of variable volume, the partitioned container having a first inlet port at an upstream end of the container, a second inlet port at a downstream end of the container and an outlet port at the downstream end of the container; a membrane container housing a cross-flow semipermeable membrane dividing the membrane container into a saline compartment and a desalinated compartment, the saline compartment comprising first and second cross-flow ports (106, 107), the desalinated compartment comprising a desalinated water outlet port; a feed pump connected to feed a supply of saline water to the first inlet port; a recharge pump having an inlet connected to the second cross-flow port and an outlet connected to the second inlet port to feed saline water into the downstream compartment; a main valve connected between the outlet port and the first cross-flow port; a bypass valve connected on one side to the first inlet port and on another side to the second cross-flow port and the inlet of the recharge pump; and a purge valve connected on one side to the first cross-flow port and the main valve and on another side to a purge port. a partitioned container housing a movable partition partitioning the container into an upstream compartment and a downstream compartment each of variable volume, the partitioned container having a first inlet port at an upstream end of the container, a second inlet port at a downstream end of the container and an outlet port at the downstream end of the container; a membrane container housing a cross-flow semipermeable membrane dividing the membrane container into a saline compartment and a desalinated compartment, the saline compartment comprising first and second cross-flow ports (106, 107), the desalinated compartment comprising a desalinated water outlet port; a feed pump connected to feed a supply of saline water to the first inlet port; a recharge pump having an inlet connected to the second cross-flow port and an outlet connected to the second inlet port to feed saline water into the downstream compartment; a main valve connected between the outlet port and the first cross-flow port; a bypass valve connected on one side to the first inlet port and on another side to the second cross-flow port and the inlet of the recharge pump; and a purge valve connected on one side to the first cross-flow port and the main valve and on another side to a purge port.
A false tooth for toothed belts, such as belts or conveyor belts, comprising a through-hole, which crosses the base of the toothed belt, and a groove which is in communicating with the through-hole and which is at least partly delimited by a first wall and a second wall of a tooth, both the first wall and the second wall defining, on the opposite side to the side of the groove, a respective flank (33, 34) of the tooth, the false tooth comprising: - a longitudinal bar which is conformed such as to engage a groove of a toothed belt and which comprises a first flank and a second flank, both the first flank and the second flank extending longitudinally on opposite sides of the longitudinal bar and being configured to contact respectively a first wall and a second wall which delimit the groove; - a bushing which is solidly constrained to the longitudinal bar, which extends transversally from the first flank and the second flank and is configured to engage a through-hole communicating with the groove; wherein the longitudinal bar is tapered towards the free end of the bushing, characterized by the width of the longitudinal bar between the first flank and the second flank diminishing towards the free end of the bushing. - a longitudinal bar which is conformed such as to engage a groove of a toothed belt and which comprises a first flank and a second flank, both the first flank and the second flank extending longitudinally on opposite sides of the longitudinal bar and being configured to contact respectively a first wall and a second wall which delimit the groove; - a bushing which is solidly constrained to the longitudinal bar, which extends transversally from the first flank and the second flank and is configured to engage a through-hole communicating with the groove;
An aircraft landing gear having a pin joint (4, 104) comprising: a surface to be lubricated (33, 37,133,137); and a pin assembly, the pin assembly comprising; a hollow pin (16, 116) configured to be received in the pin joint (4, 104), structure defining a reservoir (18, 118) for storing a lubricating agent, said structure being configured for insertion into the pin joint (4, 104), a piston (22, 122) mounted for reciprocal movement within the reservoir (18, 118), the piston (22, 122) dividing the reservoir into a first chamber (19a, 119a) and a second chamber (19b, 119b), a first bi-directional flow path between the first chamber (19a, 119a) and an exterior of the pin assembly (12, 112) and a second bi-directional flow path between the second chamber (19b, 119b) and the exterior of the pin assembly (12, 112), characterised in that the pin joint is configured such that the first bi-directional flow path is connected to the second bi-directional flow path via the surface to be lubricated. a surface to be lubricated (33, 37,133,137); and a pin assembly, the pin assembly comprising; a hollow pin (16, 116) configured to be received in the pin joint (4, 104), structure defining a reservoir (18, 118) for storing a lubricating agent, said structure being configured for insertion into the pin joint (4, 104), a piston (22, 122) mounted for reciprocal movement within the reservoir (18, 118), the piston (22, 122) dividing the reservoir into a first chamber (19a, 119a) and a second chamber (19b, 119b), a first bi-directional flow path between the first chamber (19a, 119a) and an exterior of the pin assembly (12, 112) and a second bi-directional flow path between the second chamber (19b, 119b) and the exterior of the pin assembly (12, 112), characterised in that the pin joint is configured such that the first bi-directional flow path is connected to the second bi-directional flow path via the surface to be lubricated.
An electronic control device, comprising: a housing which comprises a plurality of members (10, 20) and of which a peripheral portion is configured by a plurality of sides (60a to 60d); a circuit board which is accommodated in an inside of the housing; and a seal structure which is disposed on the peripheral portion along the sides (60a to 60d), wherein a liquid seal material is applied to the seal structure and cured so as to connect between the plurality of members (10, 20), and wherein a seal sectional area in an end portion of a side (60a to 60d) is smaller than that in a central portion of the side (60a to 60d) in the seal structure which is disposed on the side (60a to 60d) of the peripheral portion. a housing which comprises a plurality of members (10, 20) and of which a peripheral portion is configured by a plurality of sides (60a to 60d); a circuit board which is accommodated in an inside of the housing; and a seal structure which is disposed on the peripheral portion along the sides (60a to 60d), wherein a liquid seal material is applied to the seal structure and cured so as to connect between the plurality of members (10, 20), and wherein a seal sectional area in an end portion of a side (60a to 60d) is smaller than that in a central portion of the side (60a to 60d) in the seal structure which is disposed on the side (60a to 60d) of the peripheral portion.
A primary radio communications device (T1; T2), especially a terminal, for a radio communications network, the primary radio communications device (T1; T2) including a processor (Pr) being configured to: - determine (100; 200) a primary preamble sequence (ps1; ps1a; ps1b) with a first sequence property, - determine (102; 202) a secondary preamble sequence (ps2; ps2a; ps2b) with a second sequence property associated with the first sequence property, wherein the second sequence property of the secondary preamble sequence is mathematically relaxed with respect to the first sequence property of the primary preamble sequence regarding the capability to derive accurate frequency- and/or time-offsets of a preamble (p; pa; pb), and wherein the secondary preamble sequence is shorter than the primary preamble sequence; and including a transceiver (Tr) being configured to: - transmit (104; 204) the preamble (p; pa; pb) comprising the primary preamble sequence (ps1; ps1a; ps1b) and the secondary preamble sequence (ps2; ps2a; ps2b) to a secondary radio communications device, especially a base station. - determine (100; 200) a primary preamble sequence (ps1; ps1a; ps1b) with a first sequence property, - determine (102; 202) a secondary preamble sequence (ps2; ps2a; ps2b) with a second sequence property associated with the first sequence property, wherein the second sequence property of the secondary preamble sequence is mathematically relaxed with respect to the first sequence property of the primary preamble sequence regarding the capability to derive accurate frequency- and/or time-offsets of a preamble (p; pa; pb), and wherein the secondary preamble sequence is shorter than the primary preamble sequence; and - transmit (104; 204) the preamble (p; pa; pb) comprising the primary preamble sequence (ps1; ps1a; ps1b) and the secondary preamble sequence (ps2; ps2a; ps2b) to a secondary radio communications device, especially a base station.
A method of using a computerized algorithm to identify and reduce artifact noise in a remote health parameter monitoring system, the method comprising: providing a sensor patch that is configured to be adhered to the skin of a patient, wherein the sensor patch includes a plurality of sensors for monitoring health parameter; receiving by the monitoring system, a plurality of signals that each originate from each of the plurality of sensors respectively; comparing, by the algorithm, the plurality of signals in real time, wherein the comparing includes attempting to correlate an aspect of a first signal of the plurality of signals to a corresponding aspect of a second signal of the plurality of signals; determining, by the algorithm and based on the comparison of the plurality of signals, that certain sensors of the plurality of sensors are providing signals with less artifact noise than other sensors of the plurality of sensors; and based on the determination that certain sensors of the plurality of sensors are providing signals with less artifact noise than other sensors of the plurality of sensors, eliminating the use of the signals provided by the other sensors from being used by the monitoring system. providing a sensor patch that is configured to be adhered to the skin of a patient, wherein the sensor patch includes a plurality of sensors for monitoring health parameter; receiving by the monitoring system, a plurality of signals that each originate from each of the plurality of sensors respectively; comparing, by the algorithm, the plurality of signals in real time, wherein the comparing includes attempting to correlate an aspect of a first signal of the plurality of signals to a corresponding aspect of a second signal of the plurality of signals; determining, by the algorithm and based on the comparison of the plurality of signals, that certain sensors of the plurality of sensors are providing signals with less artifact noise than other sensors of the plurality of sensors; and based on the determination that certain sensors of the plurality of sensors are providing signals with less artifact noise than other sensors of the plurality of sensors, eliminating the use of the signals provided by the other sensors from being used by the monitoring system.
A production method for a patterned phosphorescent body containing a phosphorescent material and a glass material, the production method comprising: filling, in a mold, a mixture obtained by mixing at least the phosphorescent material and the glass material and press-molding the mixture so as to have a planar part, thereby to create a molded body; baking and slowly cooling the molded body; and attaching transfer paper of a water transfer type to a surface of the planar part of the baked molded body and performing re-baking at a temperature lower than a baking temperature of the molded body to impress a pattern from the transfer paper. filling, in a mold, a mixture obtained by mixing at least the phosphorescent material and the glass material and press-molding the mixture so as to have a planar part, thereby to create a molded body; baking and slowly cooling the molded body; and attaching transfer paper of a water transfer type to a surface of the planar part of the baked molded body and performing re-baking at a temperature lower than a baking temperature of the molded body to impress a pattern from the transfer paper.