mhurhangee/patent-ind-claim-en huggingface dataset:
A testing apparatus for testing tubular products used in oil and gas exploration, well drilling and mineral production, the testing apparatus comprising: an elongated chamber for securing a sample , the chamber being sealable to capture a fluid environment therein; a framework coupled to the elongated chamber and configured to secure the elongated chamber during testing, a plurality of subsystems, including: a pressurizing system that, in operation, creates a desired pressure in the fluid environment; a thermal system that, in operation, creates a desired temperature in the fluid environment; a first loading system supported by the framework and configured to impose a tensile or compressive load on the sample; and a second loading system supported by the framework and configured to imposes a bending load on the sample; and a control system configured to test the sample by operating a combination or all of the plurality of subsystems to apply the desired pressure in the fluid environment, temperature in the fluid environment, bending load on the sample, and/or tensile or compressive load on the sample, characterized in that the framework comprises rails and a thrust plate configured to slide along the rails upon mechanical engagement with a hydraulic cylinder of the second loading system , thereby supporting bending of the sample during bending operation. an elongated chamber for securing a sample , the chamber being sealable to capture a fluid environment therein; a framework coupled to the elongated chamber and configured to secure the elongated chamber during testing, a plurality of subsystems, including: a pressurizing system that, in operation, creates a desired pressure in the fluid environment; a thermal system that, in operation, creates a desired temperature in the fluid environment; a first loading system supported by the framework and configured to impose a tensile or compressive load on the sample; and a second loading system supported by the framework and configured to imposes a bending load on the sample; and a pressurizing system that, in operation, creates a desired pressure in the fluid environment; a thermal system that, in operation, creates a desired temperature in the fluid environment; a first loading system supported by the framework and configured to impose a tensile or compressive load on the sample; and a second loading system supported by the framework and configured to imposes a bending load on the sample; and a control system configured to test the sample by operating a combination or all of the plurality of subsystems to apply the desired pressure in the fluid environment, temperature in the fluid environment, bending load on the sample, and/or tensile or compressive load on the sample, characterized in that the framework comprises rails and a thrust plate configured to slide along the rails upon mechanical engagement with a hydraulic cylinder of the second loading system , thereby supporting bending of the sample during bending operation.
Compounds of the formula (I), where R 1 to R 10 each, independently of one another, denote H, a straight-chain or branched C 1 - to C 20 -alkyl group, a straight-chain or branched C 1 - to C 20 -alkoxy group or a straight-chain or branched C 1 - to C 20 -dialkylamino group, effective as such, for use in the prevention and/or treatment of polymorphic photodermatosis.
A parking brake device having at least one first connecting line to a compressed-air source and at least one second connecting line to a compressed-air source, having at least one first compressed-air output line for connecting directly and/or indirectly to a spring brake cylinder, and having at least one further redundancy compressed-air output line for connecting directly and/or indirectly to a redundant brake system, there being provided upstream of the redundancy compressed-air output line a relay valve for controlling the redundancy compressed-air output line, this relay valve being configured as a bistable valve and having a pneumatic control input, this pneumatic control input having a supply line in which at least one control valve is provided, characterised in that a vent line branches off between the control valve and the control input.
A method for manufacturing a tube from quartz glass by forming a hollow cylinder having a hollow cylinder bore , an outer diameter C a , an inner diameter C i , and a wall thickness which is at least 20 mm, by said hollow cylinder, continuously rotating about an axis of rotation , being fed at a relative feed rate V C to a heating zone , being softened therein in regions, and the softened region being radially expanded under the action of a gas pressure applied in the hollow cylinder bore , and a tube strand having a tube outer diameter T a , a tube inner diameter T i , and a tube wall thickness being formed continuously from the softened region and being withdrawn at a withdrawal rate V T , characterized in that the gas pressure is used as a manipulated variable of a diameter closed-loop control and/or a diameter open-loop control for the tube outer diameter or for a geometrical parameter correlated with the tube outer diameter, and in that, in a pressure build-up phase, the gas pressure is gradually increased from a lower starting value to a higher final value, and in that the following applies to the ratio of V C and V T : V T = V C ± 0.2·V C .
A method for transmitting a set of conforming data frames in a specialized data network , the method comprising: providing, at a data source , a specialized header frame including imminent data transfer of the set of conforming data frames to a data destination, by way of the specialized data network generating, at the data source, the set of conforming data frames, with each data frame of the set of conforming data frames is indicated as one of the set of conforming data frames by a respective single bit indicator (SBI) ; providing at least a subset (S1, S2, S3, S4, S5) of the conforming data frames to the data destination , by way of the specialized data network ; and providing, by a set of other data sources , the another set of data frames indicated as not one of the set of conforming data frames by the single bit indicator , wherein the another set of data frames are interweaved with the subset (S1, S2, S3, S4, S5) of conforming data frames during transmitting, and wherein the another set of data frames are ignored by the data destination . providing, at a data source , a specialized header frame including imminent data transfer of the set of conforming data frames to a data destination, by way of the specialized data network generating, at the data source, the set of conforming data frames, with each data frame of the set of conforming data frames is indicated as one of the set of conforming data frames by a respective single bit indicator (SBI) ; providing at least a subset (S1, S2, S3, S4, S5) of the conforming data frames to the data destination , by way of the specialized data network ; and providing, by a set of other data sources , the another set of data frames indicated as not one of the set of conforming data frames by the single bit indicator , wherein the another set of data frames are interweaved with the subset (S1, S2, S3, S4, S5) of conforming data frames during transmitting, and wherein the another set of data frames are ignored by the data destination .
Laundry treatment machine , which has a rotatable drum located in an outer tub suspended in an oscillatory manner and can be loaded with laundry through a door which is located in a substantially vertically aligned front side and can be closed in a tight manner, wherein the door is sealed against the front side and the outer tub by means of a collar consisting of an elastically deformable material and which has a delivery facility and a nozzle for introducing a jet of liquid into the drum , wherein the nozzle is arranged on the collar , the nozzle is formed from an elastically deformable material and has an exit face , which extends along a longitudinal axis and is repeatedly concave, and wherein with which the exit face is symmetrical with respect to the longitudinal axis and has a number of indentations on both sides of the longitudinal axis , characterised in that with which the exit face has a peripheral line which is formed from arcs of a circle.
A lighting device comprising - an LED-unit , - a collimator , which is mounted at least partly in a housing , and - a non-rigid heat transferring medium, contained in a cavity in the housing , where - the LED-unit is rigidly coupled only to the collimator by means of inorganic glue or glass frits and is at least partly contained in the heat transferring medium to dissipate heat, generated by the LED-unit and where - said inorganic glue or said glass frits have the refractive index of said collimator . - an LED-unit , - a collimator , which is mounted at least partly in a housing , and - a non-rigid heat transferring medium, contained in a cavity in the housing , where - the LED-unit is rigidly coupled only to the collimator by means of inorganic glue or glass frits and is at least partly contained in the heat transferring medium to dissipate heat, generated by the LED-unit and where - said inorganic glue or said glass frits have the refractive index of said collimator .
A sealed package containing a pourable food product and comprising a bottom portion , a top portion and a main portion interposed between said bottom portion and said top portion and including a plurality of side wall portions ; wherein said main portion is divided from said bottom portion and said top portion respectively by a bottom peripheral outline and a top peripheral outline , each having an endless configuration and extending transversally with respect to a longitudinal direction (A), along which the total height of the package is defined; wherein each of said bottom peripheral outline and said top peripheral outline has a broken-line shape and is formed by a plurality of contour edges (8a, 8b, 8c; 9a, 9b, 9c) joined to each other; wherein said bottom portion comprises a quadrilateral bottom panel delimited by said bottom peripheral outline and extending orthogonal to said longitudinal direction (A); and wherein said top portion comprises a quadrilateral top panel delimited by said top peripheral outline and extending transversally to said longitudinal direction (A); wherein said top panel is slanted with respect to said bottom panel , said reference plane (P) and said longitudinal direction (A); characterized in that the area of the bottom panel is different from the area of a top quadrilateral (Q) obtained by projecting, along said longitudinal direction (A), said top panel on a reference plane (P) parallel to said bottom panel , crossing the package and containing at least one of the contour edges of said top peripheral outline . wherein said main portion is divided from said bottom portion and said top portion respectively by a bottom peripheral outline and a top peripheral outline , each having an endless configuration and extending transversally with respect to a longitudinal direction (A), along which the total height of the package is defined; wherein each of said bottom peripheral outline and said top peripheral outline has a broken-line shape and is formed by a plurality of contour edges (8a, 8b, 8c; 9a, 9b, 9c) joined to each other; wherein said bottom portion comprises a quadrilateral bottom panel delimited by said bottom peripheral outline and extending orthogonal to said longitudinal direction (A); and wherein said top portion comprises a quadrilateral top panel delimited by said top peripheral outline and extending transversally to said longitudinal direction (A); wherein said top panel is slanted with respect to said bottom panel , said reference plane (P) and said longitudinal direction (A); characterized in that the area of the bottom panel is different from the area of a top quadrilateral (Q) obtained by projecting, along said longitudinal direction (A), said top panel on a reference plane (P) parallel to said bottom panel , crossing the package and containing at least one of the contour edges of said top peripheral outline .
The method of titanium surface modification by plasma electrochemical oxidation in aqueous Ca(H 2 PO 2 ) 2 bath at the concentration from 0.01 mol·dm -3 to 5 mol·dm -3 with the anodic current density from 1 mA·cm -2 to 250 mA·cm -2 and applied voltage from 50 V to 600 V by immersing the element which surface is to be modified in the aqueous Ca(H 2 PO 2 ) 2 bath solution characterized in that the bath comprises insoluble particles of silver(I) oxide Ag 2 O, copper(I) oxide Cu 2 O or copper(II) oxide CuO at a concentration from 1 g·dm -3 to 400 g·dm -3 .
An article of footwear , comprising: an upper and a sole system , wherein: the upper comprises a first braided structure having a first opening edge , a second braided structure having a second opening edge , the second opening edge being substantially aligned with the first opening edge , an inner surface of the second braided structure substantially overlapping an outer surface of the first braided structure , and an overlay system ; the overlay system comprises a first layer and a second layer ; the first layer is formed on the inner surface of the first braided structure to prevent the first braided structure from being overly stretched, and is bonded to the first opening edge ; the second layer is formed on an outer surface of the second braided structure to prevent the second braided structure from being overly stretched, and is bonded to the second opening edge ; the first layer of the overlay system is more resistant to stretching than the first braided structure ; and the second layer of the overlay system is more resistant to stretching than the second braided structure . the upper comprises a first braided structure having a first opening edge , a second braided structure having a second opening edge , the second opening edge being substantially aligned with the first opening edge , an inner surface of the second braided structure substantially overlapping an outer surface of the first braided structure , and an overlay system ; the overlay system comprises a first layer and a second layer ; the first layer is formed on the inner surface of the first braided structure to prevent the first braided structure from being overly stretched, and is bonded to the first opening edge ; the second layer is formed on an outer surface of the second braided structure to prevent the second braided structure from being overly stretched, and is bonded to the second opening edge ; the first layer of the overlay system is more resistant to stretching than the first braided structure ; and the second layer of the overlay system is more resistant to stretching than the second braided structure .
A modular automatic warehouse for storing products and articles to be stored, said warehouse comprising at least one module , said at least one module comprising two opposed elements having a parallelepiped shape, each element being delimited by respective vertical uprights, each of said opposed elements having a pair of structural sides each defining a plurality of substantially horizontal seats or guides for the introduction and/or extraction of a respective plurality of shelves or drawers adapted to contain said articles to be stored, said opposed elements being separated by a compartment inside which at least one elevator operates, the elevator being vertically slidable and arranged on movement means activated by motorisation units able to translate said at least one elevator from a lowered position to a raised position in order to move to a location of said drawers, whereby the at least one module has a parallelepiped shape delimited by said vertical uprights, wherein said at least one module further comprises a means for translating at least one at a time of said drawers towards further similar adjacent modules in turn provided with a means for translating the drawers to be displaced, and wherein said translating means acts only inside said compartment which is open at least in the translation direction from one module to the other module.
A portable apparatus for removing a railroad spike from a rail tie, the apparatus comprising: a main housing that includes an upper housing and a lower housing , wherein the upper housing includes a bearing housing that contains one or more bearings ; a drive shaft connected to the main housing and a mounting flange , the drive shaft extending through the one or more bearings and an opening in the bearing housing ; and a plurality of standoffs with a first end and a second end, with the first end of the plurality of standoffs connected to the mounting flange , wherein when in use the drive shaft is rotated, the claw assembly extractor and the mounting flange move inside the main housing in a vertical direction to extract the railroad spike from the rail tie, characterised in that the second end of the plurality of standoffs is connected to a clevis pivot plate with a clevis fastener that is connected to a claw assembly extractor , wherein the claw assembly extractor includes a pair of jaw members that are pivotally connected to each other by a pivoting pin and a rotating pin , and further wherein each jaw member includes a lower end and a pair of upper members interlocked with each other, the lower end configured to contact and secure a railroad spike and the pair of upper members pivotally connected to the clevis fastener with the rotating pin . a main housing that includes an upper housing and a lower housing , wherein the upper housing includes a bearing housing that contains one or more bearings ; a drive shaft connected to the main housing and a mounting flange , the drive shaft extending through the one or more bearings and an opening in the bearing housing ; and a plurality of standoffs with a first end and a second end, with the first end of the plurality of standoffs connected to the mounting flange , wherein when in use the drive shaft is rotated, the claw assembly extractor and the mounting flange move inside the main housing in a vertical direction to extract the railroad spike from the rail tie, characterised in that the second end of the plurality of standoffs is connected to a clevis pivot plate with a clevis fastener that is connected to a claw assembly extractor , wherein the claw assembly extractor includes a pair of jaw members that are pivotally connected to each other by a pivoting pin and a rotating pin , and further wherein each jaw member includes a lower end and a pair of upper members interlocked with each other, the lower end configured to contact and secure a railroad spike and the pair of upper members pivotally connected to the clevis fastener with the rotating pin .
A system for transferring an ink image from a photoconductor to a print substrate , the system comprising: a transfer member and a laser , the system characterised in that : the transfer member has a light absorbing exterior surface to receive a liquid Liquid Electro-Photographic, LEP, ink image from the photoconductor and to release a molten toner layer to a print substrate ; and the laser is configured to expose a width of the surface carrying the liquid ink image to a laser beam delivering enough power to raise the temperature of the exterior surface of the transfer member at least 150°C in less than 10ms to transform the liquid ink image into a molten toner layer by evaporating a carrier liquid from the liquid ink and causing the toner particles to change phase. the transfer member has a light absorbing exterior surface to receive a liquid Liquid Electro-Photographic, LEP, ink image from the photoconductor and to release a molten toner layer to a print substrate ; and the laser is configured to expose a width of the surface carrying the liquid ink image to a laser beam delivering enough power to raise the temperature of the exterior surface of the transfer member at least 150°C in less than 10ms to transform the liquid ink image into a molten toner layer by evaporating a carrier liquid from the liquid ink and causing the toner particles to change phase.
Method for calculating a lateral position of an ego motor vehicle on a traffic lane (L2), the method comprising: - a first step (E1) of calculating a first theoretical lateral position of the ego vehicle on said traffic lane (L2) as a function of a lateral position on said traffic lane (L2) of vehicles preceding (V7, V8) the ego vehicle and of vehicles succeeding (V5, V6) the ego vehicle, - a second step (E2) of calculating a second theoretical lateral position of the ego vehicle on said traffic lane (L2) as a function of the position of vehicles (V1, V2, V3, V4, V9, V10, V11, V12) on traffic lanes (L1, L3) adjacent to said traffic lane, - a third step (E3) of calculating a third theoretical lateral position of the ego vehicle on said traffic lane (L2) as a function of static obstacles detected on the sides of said traffic lane (L2), - a fourth step (E4) of calculating the lateral position of the ego vehicle using a weighted average of the first lateral position, the second lateral position and the third lateral position. - a first step (E1) of calculating a first theoretical lateral position of the ego vehicle on said traffic lane (L2) as a function of a lateral position on said traffic lane (L2) of vehicles preceding (V7, V8) the ego vehicle and of vehicles succeeding (V5, V6) the ego vehicle, - a second step (E2) of calculating a second theoretical lateral position of the ego vehicle on said traffic lane (L2) as a function of the position of vehicles (V1, V2, V3, V4, V9, V10, V11, V12) on traffic lanes (L1, L3) adjacent to said traffic lane, - a third step (E3) of calculating a third theoretical lateral position of the ego vehicle on said traffic lane (L2) as a function of static obstacles detected on the sides of said traffic lane (L2), - a fourth step (E4) of calculating the lateral position of the ego vehicle using a weighted average of the first lateral position, the second lateral position and the third lateral position.