mhurhangee/ep-ind-claims huggingface dataset:
A hydrotalcite particles characterized by the following to: General chemical structure formula [(Mg) Y (Zn) Z] 1-X (Al) X 2 (CO 3 2 -) (x)/2 ·nH 2 O wherein, x, y, z, and n are values which satisfy the following expressions: 0.2≤x<0.4, y+z=1, 0.7≤y≤1, 0≤z≤0.3, and 0≤n<1. the hydrotalcite particles have the average primary particle diameter of 150 to 250 nm; the hydrotalcite particles have the average secondary particle diameter have 1 to 2.5 μ m; and the hydrotalcite particles having the following characteristics: the hydrotalcite particles have a specific surface area measured by BET method of 5 to 40 μ m/g; the hydrotalcite particles have an X-ray diffraction pattern in which the first peak (2θ) at a distance of the lower plate layer to the upper plate layer is 11.4 to 11.7 °, the second peak (2θ) at a distance of the interlayer material to the plate layer is 23 to 24 °, and the ratio of the distance of height of the first peak to that of the second peak is 2.10 to 2.65. General chemical structure formula [(Mg) Y (Zn) Z] 1-X (Al) X 2 (CO 3 2 -) (x)/2 ·nH 2 O wherein, x, y, z, and n are values which satisfy the following expressions: 0.2≤x<0.4, y+z=1, 0.7≤y≤1, 0≤z≤0.3, and 0≤n<1. wherein, x, y, z, and n are values which satisfy the following expressions: 0.2≤x<0.4, y+z=1, 0.7≤y≤1, 0≤z≤0.3, and 0≤n<1. the hydrotalcite particles have the average primary particle diameter of 150 to 250 nm; the hydrotalcite particles have the average secondary particle diameter have 1 to 2.5 μ m; the hydrotalcite particles have a specific surface area measured by BET method of 5 to 40 μ m/g; the hydrotalcite particles have an X-ray diffraction pattern in which the first peak (2θ) at a distance of the lower plate layer to the upper plate layer is 11.4 to 11.7 °, the second peak (2θ) at a distance of the interlayer material to the plate layer is 23 to 24 °, and the ratio of the distance of height of the first peak to that of the second peak is 2.10 to 2.65.
A bearing assembly comprising a housing supporting first and second bearing ring portions with bearing surfaces to engage an inner tubular member at axially spaced regions, wherein said bearing ring portions are provided by a single bearing ring (4") that is free to flex radially and is supported so that the second bearing ring portion is free to flex radially under load and its bearing surface then assumes a position with a greater diameter than that of the first bearing ring portion, characterised in that said single bearing ring is mounted in a groove (7") in the housing with a tapered base (9").
A reaction system, comprising: a gas-liquid bubbling bed reactor, comprising a liquid distributor, a gas distributor located below the liquid distributor, a catalyst bed layer and a catalyst support plate, and an optional interception screen, a circulating pump, which is located between the discharge outlet and the feed inlet of the reactor, a mixer, which is located between the circulating pump and the feed inlet of the reactor, and is provided with a reactant inlet, a dissolver, which is located between the mixer and the feed inlet of the reactor, and is provided with a reaction gas inlet, wherein the top of the reactor is provided with a gas outlet, the reactor is provided with a feed inlet connected to the liquid distributor, a gas inlet connected to the gas distributor, the bottom is provided with a discharge outlet, preferably the catalyst bed is loaded with a heterogeneous catalyst, and the circulating pump, the mixer, and the dissolver are successively connected by pipelines. a gas-liquid bubbling bed reactor, comprising a liquid distributor, a gas distributor located below the liquid distributor, a catalyst bed layer and a catalyst support plate, and an optional interception screen, a liquid distributor, a gas distributor located below the liquid distributor, a catalyst bed layer and a catalyst support plate, and an optional interception screen, a circulating pump, which is located between the discharge outlet and the feed inlet of the reactor, a mixer, which is located between the circulating pump and the feed inlet of the reactor, and is provided with a reactant inlet, a dissolver, which is located between the mixer and the feed inlet of the reactor, and is provided with a reaction gas inlet, wherein the top of the reactor is provided with a gas outlet, the reactor is provided with a feed inlet connected to the liquid distributor, a gas inlet connected to the gas distributor, the bottom is provided with a discharge outlet, preferably the catalyst bed is loaded with a heterogeneous catalyst, and the circulating pump, the mixer, and the dissolver are successively connected by pipelines. the top of the reactor is provided with a gas outlet, the reactor is provided with a feed inlet connected to the liquid distributor, a gas inlet connected to the gas distributor, the bottom is provided with a discharge outlet, preferably the catalyst bed is loaded with a heterogeneous catalyst, and the circulating pump, the mixer, and the dissolver are successively connected by pipelines.
An interspinous stabilization and fusion device, comprising: a main body configured for interlaminar placement between adjacent vertebrae (2, 4), the main body having a midsection, and an inferior section and superior section extending from the midsection to form a U-shaped body, each of the inferior and superior sections (32, 34) having a pair of lateral walls extending therefrom to form a stirrup for receiving a spinous process (6, 8), characterized in that the inferior and superior sections (32, 34) further have a cutout portion to form a U-shaped receiving slot, the receiving slot having three walls formed around an opening, the opening facing the posterior direction, wherein each of the receiving slots includes a gripping surface comprising one or more vertically extending teeth on a pair of opposed walls, wherein the teeth are configured to enable ratcheting, adjustable depth placement of a fusion promoting component within the receiving slot. a main body configured for interlaminar placement between adjacent vertebrae (2, 4), the main body having a midsection, and an inferior section and superior section extending from the midsection to form a U-shaped body, each of the inferior and superior sections (32, 34) having a pair of lateral walls extending therefrom to form a stirrup for receiving a spinous process (6, 8), characterized in that the inferior and superior sections (32, 34) further have a cutout portion to form a U-shaped receiving slot, the receiving slot having three walls formed around an opening, the opening facing the posterior direction, wherein each of the receiving slots includes a gripping surface comprising one or more vertically extending teeth on a pair of opposed walls, wherein the teeth are configured to enable ratcheting, adjustable depth placement of a fusion promoting component within the receiving slot.
Tactile measurement instrument, having a housing having a housing axis, having a tactile arm mounted pivotably around at least one pivot axis by means of a tactile arm bearing on the housing, said tactile arm extending from the tactile arm bearing along a tactile arm axis to a free outer end which is arranged outside the housing, wherein the free outer end of the tactile arm is located on a tactile body of the tactile arm, wherein the tactile body tapers in a conical manner from the free outer end (12a, 37a) to an inner end, and having a coupling device which couples the tactile arm to a display unit in such a way that a changing pivot position of the tactile arm around the at least one pivot axis is displayed by means of the display unit, wherein the tactile body has a first tactile surface arranged concentrically around the tactile arm axis and wherein the dimensioning of the tactile body is predetermined in such a way that the display unit displays a zero position if the tactile arm is located in a pivot position in which the housing axis extends along the first tactile surface.
A method of forming ethylene from methane comprising: contacting supported-palladium with hydrogen sulfide to form a palladium sulfide catalyst; and contacting the palladium sulfide catalyst with methane at a temperature in the range of from 850 degrees Celsius to 2000 degrees Celsius to form ethylene. contacting supported-palladium with hydrogen sulfide to form a palladium sulfide catalyst; and contacting the palladium sulfide catalyst with methane at a temperature in the range of from 850 degrees Celsius to 2000 degrees Celsius to form ethylene.
A method for grinding and polishing glass sheets, the method comprising the steps of feeding a succession of glass sheets in a longitudinal direction at a given speed rate; progressively grinding at least one perimeter surface of the glass sheets by means of one or more grinding wheels independent of one another, the grinding comprising the step of rotating each grinding wheel about a rotation axis thereof by means of a respective grinding electric motor and by moving each glass sheet and the grinding wheel or wheels relative to one another at a given relative grinding speed; and polishing the ground surface with said grinding wheel or wheels by means of one or more polishing wheels rotated about the respective axes by respective polishing electric motors; the polishing comprising the step of exerting a predefined thrust action directed towards said glass sheet on each polishing wheel and moving each glass sheet or polishing wheel or wheels relative to one another at a respective polishing speed; the method further comprising a control step, in turn, comprising the step of detecting the current absorbed by at least a first of the grinding electric motors during the processing of said glass sheets, and being characterized in that said control step comprises the operations of establishing, for at least the first of said electric motors, a respective absorbable current limit value, of comparing the respective said absorbable current limit value with the value of current absorbed by said first motor and of reducing at least one of either the speed or said thrust action when said measured current value exceeds said absorbable current limit value by continuing to feed the succession of glass sheets in said longitudinal direction.
A hinged structure for a toilet cover plate, comprising a fixed seat fixedly arranged on the toilet and a cover plate rotatably arranged on the fixed seat, a mounting hole is arranged on the cover plate, a seat hinge assembly for hinging the fixed seat with the cover plate is installed in the mounting hole, and the seat hinge assembly comprises a hinge shaft, characterized in that the seat hinge assembly comprises an oil core sleeve fixedly arranged in the mounting hole; and further in that the hinge shaft comprises an oil core part rotatably arranged in the oil core sleeve and a seat hinge part inserted and matched with the connection column on the fixed seat, the oil core part is integrally formed with the seat hinge part, and the opening of the mounting hole is provided with an inward protruding annular flange; when the seat hinge assembly is installed in the mounting hole, the seat hinge assembly abuts against the annular flange through a rhombus elastic buckle, so that the seat hinge assembly is fixed axially; the rhombus elastic buckle comprises a seat part, an elastic part and an guide part, one side of the seat part is fixedly connected with the elastic part, and the other side of the seat part is fixedly connected with the guide part; during assembly, the guide part of the rhombus elastic buckle is guided into the mounting hole from outside to inside along an axis direction of the mounting hole, so that the guide part abuts against the annular flange in the axis direction of the mounting hole.
A method of assessing the ability of a substance to modulate the transfer of melanin from a melanocyte to a keratinocyte, the method comprising the step of: a) - providing a test substance; b) - providing a cell expressing Myo-X, selected from a melanocyte or a keratinocyte; c) - determining the ability of the test substance to modulate the expression or the activation of Myosin-X (Myo-X). a) - providing a test substance; b) - providing a cell expressing Myo-X, selected from a melanocyte or a keratinocyte; c) - determining the ability of the test substance to modulate the expression or the activation of Myosin-X (Myo-X).
A method of preparing a navigation autonomy map for a autonomous vehicle equipped with at least two sensors each providing a distinct navigation autonomy function, covering a zone including path segments, the method comprising the following steps: identifying the path segments for which the map needs to be prepared; for each path segment, calculating primary autonomy indices for each of navigation autonomy function; and calculating for each path segment a final autonomy index on the basis of the primary autonomy indices, characterized in that the final autonomy index is calculated by taking a weighted average of the primary autonomy indices according to a relative importance of each primary autonomy index for the navigation autonomy of the vehicle.
A power supply device mounted on a mainboard, wherein the mainboard comprises a first surface, wherein the power supply device comprises: a magnetic device located above the first surface of the mainboard and electrically connected to the mainboard, wherein the magnetic device comprises an inductor and/or a transformer; at least one accommodating portion located on a surface of the magnetic device facing towards the first surface; and a semiconductor device electrically connected to the mainboard, characterised in that the semiconductor device comprises semiconductor power circuit which is integrated on a printed circuit board and is at least partially accommodated in the at least one accommodating portion, and the printed circuit board is electrically connected to the mainboard. a magnetic device located above the first surface of the mainboard and electrically connected to the mainboard, wherein the magnetic device comprises an inductor and/or a transformer; at least one accommodating portion located on a surface of the magnetic device facing towards the first surface; and a semiconductor device electrically connected to the mainboard, characterised in that the semiconductor device comprises semiconductor power circuit which is integrated on a printed circuit board and is at least partially accommodated in the at least one accommodating portion, and the printed circuit board is electrically connected to the mainboard.
An entrainment-reducing assembly, comprising: a container configured to hold a liquid, the container including an upper portion and a lower portion; a venting arrangement extending into the container, the venting arrangement configured to direct gases into the container; a suction structure extending into the lower portion of the container, the suction structure configured to carry out an extraction of the liquid from the container; and a deflector disposed between the suction structure and the venting arrangement within the container, characterized in that the deflector has perforations extending therethrough and configured to allow entry of the liquid while deflecting uncondensed gases away from the suction structure to reduce the entrainment of uncondensed gases during the extraction of the liquid, the deflector having a center line and a through-hole line, the center line bisecting the deflector, the through-hole line corresponding to a longitudinal axis of at least one of the perforations, the center line and the through-hole line intersecting to define an angle therebetween, the angle ranging from 45° to 135°. a container configured to hold a liquid, the container including an upper portion and a lower portion; a venting arrangement extending into the container, the venting arrangement configured to direct gases into the container; a suction structure extending into the lower portion of the container, the suction structure configured to carry out an extraction of the liquid from the container; and a deflector disposed between the suction structure and the venting arrangement within the container, characterized in that the deflector has perforations extending therethrough and configured to allow entry of the liquid while deflecting uncondensed gases away from the suction structure to reduce the entrainment of uncondensed gases during the extraction of the liquid, the deflector having a center line and a through-hole line, the center line bisecting the deflector, the through-hole line corresponding to a longitudinal axis of at least one of the perforations, the center line and the through-hole line intersecting to define an angle therebetween, the angle ranging from 45° to 135°.
A method for deinterleaving data comprising: writing metrics into a buffer (930, 1120) having 172,032 metrics arranged into an 84 by 8 array of blocks, wherein each block is a 16 by 16 array of metrics and the buffer is partitioned into 4 subsets of rows according to a predetermined write sequence, wherein a row comprises 8 blocks; wherein the predetermined write sequence comprises writing metrics into the buffer in groups of 8 metrics; wherein each of the groups of 8 metrics are written in turn to each subset, in a column by column ordering; applying a 16 by 16 mapping table to each of the blocks to rearrange the metrics in each of the blocks, wherein the 16 by 16 mapping table specifies a mapping to a rearranged location for each metric in each respective block; and reading the metrics out of the buffer to serve as input for a first decoder and a second decoder, wherein the first decoder (910, 1140) and the second decoder (920, 1150) read successive even and odd rows of blocks, respectively, from the buffer. writing metrics into a buffer (930, 1120) having 172,032 metrics arranged into an 84 by 8 array of blocks, wherein each block is a 16 by 16 array of metrics and the buffer is partitioned into 4 subsets of rows according to a predetermined write sequence, wherein a row comprises 8 blocks; wherein the predetermined write sequence comprises writing metrics into the buffer in groups of 8 metrics; wherein each of the groups of 8 metrics are written in turn to each subset, in a column by column ordering; applying a 16 by 16 mapping table to each of the blocks to rearrange the metrics in each of the blocks, wherein the 16 by 16 mapping table specifies a mapping to a rearranged location for each metric in each respective block; and reading the metrics out of the buffer to serve as input for a first decoder and a second decoder, wherein the first decoder (910, 1140) and the second decoder (920, 1150) read successive even and odd rows of blocks, respectively, from the buffer.
A method for cooling a metallurgical furnace having at least one cooling element which is flown through by a cooling mediums, characterized in that a cooling medium that contains at least one ionic liquid, is carried through the cooling element, wherein the ionic liquid is a salt, which is liquid at temperatures below 100 °C, without being dissolved in a solvent like water.
A composition for forming a conductive pattern by photo irradiation or microwave heating, comprising, copper particles each having a copper oxide thin film on the entirety or a part of the surface thereof, copper oxide particles having a diameter smaller than that of the copper particles, a reducing agent, and a binder resin.
Extruder having a housing with at least two axially parallel shafts which are capable of being driven in the same direction and provided with at least two-flight conveying elements (2, 11, 12, 21, 22, 31, 32, 41, 42, 43), wherein conveying elements (2, 11, 12, 21, 22, 31, 32, 41, 42, 43) intermeshing in a cross-section perpendicular to the shafts strip each other at an axial distance (Ax) with a small clearance over the entire circumference, and wherein there is a distance (a) between the comb (6, 6') of the at least one further flight and the inner wall of the housing, characterised in that the conveying element (2, 11, 12, 21, 22, 31, 32, 41, 42, 43) has at least two conveying sections (3, 4; 11a to 11f, 12a to 12f; 21a to 21e, 22a to 22e; 31a to 31e, 32a to 32e; 41a to 41e) rotated through an angle, wherein each conveying section has an axial length (Ls) corresponding to at most the outer diameter (Da) of the conveying element (2, 11, 12, 21, 22, 31, 32, 41, 42, 43), wherein the distance (a) between the comb (6, 6') of the at least one further flight and the inner wall of the housing is larger than the small clearance with which the first comb (5, 5') of the at least two-flight conveying element (2, 11, 12, 21, 22, 31, 32, 41, 42, 43) strips the inner wall of the housing, wherein each conveying section (3, 4; 11a to 11f, 12a to 12f; 21a to 21e, 22a to 22e; 31a to 31e, 32a to 32e; 41a to 41e) has a maximum length (Ls) of 1⁄2 x Da and the torsion angle from one conveying section (3, 4; 11a to 11f, 12a to 12f; 21a to 21e, 22a to 22e; 31a to 31e, 32a to 32e; 41a to 41e) to the next one is 360°/number of flights.
A method for securing machine-to-machine communications between a M2M consumer application and a M2M resource provider wherein when an access request is initiated: - sending a securities credentials request from the consumer application to a M2M authorization server, - receiving from the M2M authorization server to the consumer application generated securities credentials which comprises an access token, session encryption keys and an authentication key, - transmitting from the M2M consumer application the access token and an authentication message to the M2M resource provider for authenticating the consumer application, - transmitting the access request from the consumer application to the M2M resource provider, said access request comprising request parameter encrypted with the session keys to access or control resources, - authenticating by the resource provider the consumer application as an authorized one from the authentication message and the content of the access token, - retrieving by the resource provider the session keys from the content of the access token, - decrypting by the resource provider the encrypted request parameter with the session keys - sending, from the resource provider, the encrypted response of the request parameter to the consumer application. - sending a securities credentials request from the consumer application to a M2M authorization server, - receiving from the M2M authorization server to the consumer application generated securities credentials which comprises an access token, session encryption keys and an authentication key, - transmitting from the M2M consumer application the access token and an authentication message to the M2M resource provider for authenticating the consumer application, - transmitting the access request from the consumer application to the M2M resource provider, said access request comprising request parameter encrypted with the session keys to access or control resources, - authenticating by the resource provider the consumer application as an authorized one from the authentication message and the content of the access token, - retrieving by the resource provider the session keys from the content of the access token, - decrypting by the resource provider the encrypted request parameter with the session keys - sending, from the resource provider, the encrypted response of the request parameter to the consumer application.