mhurhangee/ep-ind-claims huggingface dataset:
A method for storing a destination variable document corresponding to a source variable document, the source variable document and destination variable document each comprising one or more variable document instances, each variable document instance comprising one or more pages with recurring content and variable content and comprising a plurality of objects arranged in a z-order stack, the method comprising: (a) for each page of the one or more variable document instances in the source document, flattening the recurring content and storing the flattened recurring content in a first memory location; (b) for each page of the source variable document: (i) flattening the page using the variable content of that page and the stored flattened recurring content of step (a); (ii) extracting from the resulting data compiled in step (b)(i) any portions of the flattened page in which the variable content contributes to the resulting data, and storing said extracted portions in a second memory location; (iii) creating a page in the destination document comprising the stored flattened recurring content of step (a) and the stored extracted portions of step (b)(ii). (a) for each page of the one or more variable document instances in the source document, flattening the recurring content and storing the flattened recurring content in a first memory location; (b) for each page of the source variable document: (i) flattening the page using the variable content of that page and the stored flattened recurring content of step (a); (ii) extracting from the resulting data compiled in step (b)(i) any portions of the flattened page in which the variable content contributes to the resulting data, and storing said extracted portions in a second memory location; (iii) creating a page in the destination document comprising the stored flattened recurring content of step (a) and the stored extracted portions of step (b)(ii). (i) flattening the page using the variable content of that page and the stored flattened recurring content of step (a); (ii) extracting from the resulting data compiled in step (b)(i) any portions of the flattened page in which the variable content contributes to the resulting data, and storing said extracted portions in a second memory location; (iii) creating a page in the destination document comprising the stored flattened recurring content of step (a) and the stored extracted portions of step (b)(ii).
Method for measuring properties of particles contained in a medium on the basis of scattering of a light ray travelling through the medium in a scattering zone, characterized by - guiding the light ray through the scattering zone more than once, whereby a portion of light is scattered, - measuring the scattered light using a sensor, and - measuring unscattered light using the same sensor, wherein the intensity of the unscattered light is reduced to be measured using the same sensor as the scattered light. - guiding the light ray through the scattering zone more than once, whereby a portion of light is scattered, - measuring the scattered light using a sensor, and - measuring unscattered light using the same sensor, wherein the intensity of the unscattered light is reduced to be measured using the same sensor as the scattered light.
An air intake device of an internal combustion engine, the air intake device comprising: a first resonator and a second resonator which have a first volume chamber and a second volume chamber, respectively, the first and second volume chambers communicating with an intake air flow passage feeding air to the internal combustion engine; and a first member, a second member and a third member which form the first resonator and the second resonator, the first resonator is formed by the first member and the second member, the second resonator is formed by the second member and the third member, and the first member and the third member are arranged so as to sandwich the intake air flow passage therebetween in a cross-section perpendicular to a direction along an air flow of the intake air flow passage; characterized in that the intake air flow passage is formed by the second member and the third member or is formed by the first member and the second member. a first resonator and a second resonator which have a first volume chamber and a second volume chamber, respectively, the first and second volume chambers communicating with an intake air flow passage feeding air to the internal combustion engine; and a first member, a second member and a third member which form the first resonator and the second resonator, the first resonator is formed by the first member and the second member, the second resonator is formed by the second member and the third member, and the first member and the third member are arranged so as to sandwich the intake air flow passage therebetween in a cross-section perpendicular to a direction along an air flow of the intake air flow passage; characterized in that the intake air flow passage is formed by the second member and the third member or is formed by the first member and the second member.
An indoor unit of an air-conditioning apparatus comprising: a casing having an air inlet provided solely at a top face of the casing, an air outlet provided at a lower portion of the casing, and an airflow passage through which the air inlet and the air outlet communicate with each other; a fan disposed in the casing; a heat exchanger disposed upstream in airflow of the fan in the casing; a first filter disposed upstream in airflow of the heat exchanger in the casing; a front panel attached at a front portion of the casing; a protrusion provided at a back face of the front panel; and a second filter disposed behind the front panel and between the protrusion and the heat exchanger, the second filter being separate from the first filter, wherein the heat exchanger includes a bend portion at which the heat exchanger is bent at a certain position in a height direction, and the indoor unit being characterized by that: the protrusion, the second filter, and the bend portion align along a horizontal straight line in side view. a casing having an air inlet provided solely at a top face of the casing, an air outlet provided at a lower portion of the casing, and an airflow passage through which the air inlet and the air outlet communicate with each other; a fan disposed in the casing; a heat exchanger disposed upstream in airflow of the fan in the casing; a first filter disposed upstream in airflow of the heat exchanger in the casing; a front panel attached at a front portion of the casing; a protrusion provided at a back face of the front panel; and a second filter disposed behind the front panel and between the protrusion and the heat exchanger, the second filter being separate from the first filter, wherein the heat exchanger includes a bend portion at which the heat exchanger is bent at a certain position in a height direction, and the indoor unit being characterized by that: the protrusion, the second filter, and the bend portion align along a horizontal straight line in side view.
An arched gutter (100, 200, 300) for an aircraft, the arched gutter (100, 200, 300) comprising: a first edge; a lip at least partially defined by the first edge, wherein the lip extends in a transverse direction along at least a portion of a width of the arched gutter (100, 200, 300); a second edge opposite the first edge; an arched web at least partially defined by the second edge, the arched web comprising a plurality of arches which are laterally spaced in the transverse direction along the width; a trough (122, 222) positioned between the first edge and the second edge and extending in the transverse direction, wholly or at least partially, along the width. a first edge; a lip at least partially defined by the first edge, wherein the lip extends in a transverse direction along at least a portion of a width of the arched gutter (100, 200, 300); a second edge opposite the first edge; an arched web at least partially defined by the second edge, the arched web comprising a plurality of arches which are laterally spaced in the transverse direction along the width; a trough (122, 222) positioned between the first edge and the second edge and extending in the transverse direction, wholly or at least partially, along the width.
A hydrophobizing agent for calcium sulfate and calcium sulfate-containing binders comprising a) spores of plants from the family Lycopodiaceae, and b) casein.
A magnetic resonance imaging contrast agent comprising a compound having a structure represented by: Y-X-Z wherein, X is Mn and Y and Z are each a bisphosphonate of the formula: wherein: R 1 is -OH, and R 2 is selected from the group consisting of: H, alkyl, aminoalkyl, alkylaminoalkyl, arylalkyl, and heteroarylalkyl, wherein said compound has a Mn:bisphosphonate stoichiometry of 1:2, wherein said compound is a salt comprising at least one alkali metal (e.g., Na+ or K+) and at least one alkaline earth metal, and wherein said compound has at least one water coordinated with said Mn.
A PI3Kα inhibitor for use in a method for producing an anti-cancer effect in a cancer of a subject, comprising: measuring the level of a PIK3CA biomarker in a sample obtained from the subject prior to the PI3Kα inhibitor treatment, measuring the level of the PIK3CA biomarker in a sample obtained from the subject during the PI3Kα inhibitor treatment; and continuing administering a therapeutically effective amount of the PI3Kα inhibitor to the subject to produce the anti-cancer effect, when the level of the PIK3CA biomarker in the sample obtained during the PI3Kα inhibitor treatment is decreased greater than about 80% as compared to the level of the PIK3CA biomarker in the sample obtained prior to the PI3Kα inhibitor treatment, wherein the PIK3CA biomarker is a PIK3CA mutant allele fraction, which is the ratio of the copies of a PIK3CA mutant allele to the copies of a PIK3CA wild-type allele. measuring the level of a PIK3CA biomarker in a sample obtained from the subject prior to the PI3Kα inhibitor treatment, measuring the level of the PIK3CA biomarker in a sample obtained from the subject during the PI3Kα inhibitor treatment; and continuing administering a therapeutically effective amount of the PI3Kα inhibitor to the subject to produce the anti-cancer effect, when the level of the PIK3CA biomarker in the sample obtained during the PI3Kα inhibitor treatment is decreased greater than about 80% as compared to the level of the PIK3CA biomarker in the sample obtained prior to the PI3Kα inhibitor treatment, wherein the PIK3CA biomarker is a PIK3CA mutant allele fraction, which is the ratio of the copies of a PIK3CA mutant allele to the copies of a PIK3CA wild-type allele.
A method for assembling a stack (10, 10', 10"; 32) of single- or multi-layered pre-products (11-15; 11', 15'; 11", 15that lie freely one on top of the other or a collection of single- or multi-layered pre-products (11-15; 11', 15'; 11", 15") that lie freely side by side, in particular printed products, of equal or different sizes, which stack (10, 10', 10"; 32) or collection has two pre-products (11, 15; 11', 15'; 11", 15") lying on the outside, during which method the stack (10, 10', 10") or collection is given a cohesion that facilitates later handling; the pre-products (11-15; 11', 15'; 11", 15") which belong to the stack or to the collection being provided in a first step, and at least one connection element (17; 17a, 17b; 17'; 17"; 19; 49a, 49b) is mounted in a second step, in such a manner that said element overlaps the two outside pre-products (11, 15; 11', 15'; 11", 15") of the stack (10, 10', 10"; 32) or the collection in an adhesive manner; the pre-products (11-15; 11', 15'; 11", 15") of the stack (10, 10', 10"; 32) or of the collection each have at least one preferred edge, and the pre-products (11-15; 11', 15'; 11", 15") of the stack (10, 10', 10"; 32) or of the collection being arranged and aligned in the stack (10, 10', 10"; 32) or in the collection in such a manner that the preferred edges of the pre-products (11-15; 11', 15'; 11", 15") together form at least one stack edge and that this stack edge is used for mounting the at least one connection element (17; 17a, 17b; 17'; 17"; 19; 49a, 49b); the preferred edges being the edges at which the pre-products are folded and/or affixed and/or adhesively bonded; in the first step, the pre-products (11-15; 11', 15'; 11", 15") which belong to the stack or collection being provided in the form of the stack (10, 10', 10") or of the collection and, for provision of the stack (10, 10', 10"; 32) or of the collection to be assembled, the pre-products (11-15; 11', 15'; 11", 15") being laid one on top of the other or side by side successively in a predefined order in a collating device (40, 56); the stacks (10, 10', 10"; 32) or the collections each being provided with the at least one connection element (17; 17a, 17b; 17'; 17"; 19; 49a, 49b) in an application device at the end of the collating device; in the application device, an adhesive tape unrolling from an adhesive tape roll, an adhesive strip being cut off from the unrolled adhesive tape, and the cut-off adhesive strip being attached to the stack (10, 10') or to the collection which is guided past; the stack (10, 10') or the collection being conveyed through the application device with the selected stack edge in front, characterised in that the cut-off adhesive strip is held in readiness transversely to the conveying direction of the stack (10, 10') or of the collection with an adhesive side oriented counter to the conveying direction of the stack (10, 10') or of the collection in such a manner that the stack (10, 10') or the collection meets the held adhesive strip with the selected stack edge in the centre and entrains it while the stack or the collection is conveyed through the application device.
A method in an access terminal of a wireless communication system that facilitates efficiently providing scheduling information to a central scheduler, comprising: transmitting coarse scheduling information via an out-of-band channel to a base station (202, 302, 902); receiving an assignment corresponding to the coarse scheduling information, wherein the assignment allocates resources associated with reverse link communication; appending detailed scheduling information as one or more headers associated with a data packet to be transmitted over the in-band channel; transmitting the detailed scheduling information with a scheduled data transmission via the in-band channel to said base station (202, 302, 902) in accordance with the assignment. transmitting coarse scheduling information via an out-of-band channel to a base station (202, 302, 902); receiving an assignment corresponding to the coarse scheduling information, wherein the assignment allocates resources associated with reverse link communication; appending detailed scheduling information as one or more headers associated with a data packet to be transmitted over the in-band channel; transmitting the detailed scheduling information with a scheduled data transmission via the in-band channel to said base station (202, 302, 902) in accordance with the assignment.
A thermo-electromagnetic plant for antioxidizing treatment of steel bars used in the building sector by means of protective baths with bituminous materials, characterized in that it comprises: a metal cage or tunnel that develops longitudinally over the entire path that the steel bars follow from their exit from the furnace or from where they are stored, there being provided in said path various operating stations that comprise two consecutive dip tanks containing bituminous solution at different temperatures; and within said cage or tunnel, a thermo-electromagnetic device constituted by a bell, closed at the bottom by an electromagnetic plate, which is slidingly guided along a fixed horizontal guide, said electromagnetic plate defining within the bell a closed top compartment, which is used as chamber containing equipment that also has the function of gradually heating the steel bars, which, once attracted by the electromagnetic plate, are received in the open underlying compartment, which serves as heating chamber, and are then carried, having been magnetized by said bell, to the various operating stations. a metal cage or tunnel that develops longitudinally over the entire path that the steel bars follow from their exit from the furnace or from where they are stored, there being provided in said path various operating stations that comprise two consecutive dip tanks containing bituminous solution at different temperatures; and
A cooling method for hot rolling, that, on a downstream side of a finishing mill of a continuous hot rolling mill, cools a steel sheet rolled by the finishing mill while being conveyed, characterized in that the method comprises: a first step of controlling a surface temperature of the steel sheet fed out from a final stand of the finishing mill to 850°C or lower and a second step of pinching the steel sheet while applying tension of 3.9 MPa or greater, from a position of the final stand to a position where a surface temperature of the steel sheet reaches 850°C or less, the tension being applied at a position immediately after where the surface temperature of the steel sheet cools to 850°C; and a third step in which, between a position where the surface temperature of the steel sheet reaches 650°C to 550°C, and a position where the surface temperature of the steel sheet reaches 450°C to 350°C, tension of 3.9 MPa or greater is applied. a first step of controlling a surface temperature of the steel sheet fed out from a final stand of the finishing mill to 850°C or lower and a second step of pinching the steel sheet while applying tension of 3.9 MPa or greater, from a position of the final stand to a position where a surface temperature of the steel sheet reaches 850°C or less, the tension being applied at a position immediately after where the surface temperature of the steel sheet cools to 850°C; and
An in vitro method for prognosis of an outcome or assessing the risk of a patient having suffered a stroke or a transient ischemic attack, wherein the risk is selected from the group comprising death within three months, re-stroke within three months, re-TIA within three months, and wherein the outcome is defined according to the modified ranking scale within three months, Barthel Index within three months or National Institute of Health Stroke Scale within three months or the functional outcome is expressed in terms of need of nursing care or with respect to activities of daily living comprising the following steps: a. determining the level of at least two cardiovascular peptides in a sample from said patient, said cardiovascular peptides being selected from the group comprising ANP, AVP, ADM, ET-1, calcitonin, and hGH or fragments thereof or its precursor or fragments thereof, wherein the set of the at least two marker peptides is selected from the group comprising the following combinations of cardiovascular peptides: ANP and AVP, ANP and ADM, ANP and ET-1, ANP and calcitonin, ANP and hGH, ADM and ET-1, ADM and calcitonin, ADM and hGH, ET-1 and calcitonin, ET-1 and hGH, and calcitonin and hGH, b. correlating the level of said at least two marker peptides, or fragments thereof or its precursor or fragments thereof with the prognosis of an outcome or assessing the risk for said patient. a. determining the level of at least two cardiovascular peptides in a sample from said patient, said cardiovascular peptides being selected from the group comprising ANP, AVP, ADM, ET-1, calcitonin, and hGH or fragments thereof or its precursor or fragments thereof, wherein the set of the at least two marker peptides is selected from the group comprising the following combinations of cardiovascular peptides: ANP and AVP, ANP and ADM, ANP and ET-1, ANP and calcitonin, ANP and hGH, ADM and ET-1, ADM and calcitonin, ADM and hGH, ET-1 and calcitonin, ET-1 and hGH, and calcitonin and hGH, b. correlating the level of said at least two marker peptides, or fragments thereof or its precursor or fragments thereof with the prognosis of an outcome or assessing the risk for said patient.
A surgical table data transmission system comprising a plurality of remote nodes, wherein each remote node is attached to a component or an accessory, of a surgical table, and a data aggregation node, wherein each of the plurality of remote nodes is configured to exchange data with other remote nodes and with the data aggregation node by a first wired or wireless communication, each of the plurality of remote nodes is configured to transmit identification data of the component or accessory to the data aggregation node, either indirectly via at least one other remote node, or directly with the data aggregation node, and the data aggregation node is configured to be able to exchange the data with at least one of a controller of the surgical table and a hospital network gateway by a second wired or wireless communication. a plurality of remote nodes, wherein each remote node is attached to a component or an accessory, of a surgical table, and a data aggregation node, wherein each of the plurality of remote nodes is configured to exchange data with other remote nodes and with the data aggregation node by a first wired or wireless communication, each of the plurality of remote nodes is configured to transmit identification data of the component or accessory to the data aggregation node, either indirectly via at least one other remote node, or directly with the data aggregation node, and the data aggregation node is configured to be able to exchange the data with at least one of a controller of the surgical table and a hospital network gateway by a second wired or wireless communication.
Beverage dispenser (10, 10'), in particular coffee dispenser, comprising a beverage preparation device, which is fluidically connected to a outlet device (12, 12'), which is arranged above a standing surface for a receptacle (18, 18') collecting the prepared beverage, as well as a drive, which is controllable by means of a control and by means of which the outlet device (12, 12') and the standing surface are movable in height relative to one another, characterized in that a height sensor (17, 17') is provided, which measures the height difference (Δh) between the upper edge of a receptacle (18, 18') placed on the standing surface and the outlet device and emits a corresponding signal for controlling the drive of the outlet device (12, 12') and/or of the standing surface, wherein the height sensor is a linear sensor (17, 17') extending in the vertical direction.
A method for reducing vibrations in a working machine, the working machine comprising a hydraulic system with a hydraulic machine for providing hydraulic fluid to at least one working function, the hydraulic machine being driven by a drive source having a variable speed of rotation, characterized by identifying a resonance frequency for the working machine, and controlling the drive source so as to counteract waves with the resonance frequency.