mhurhangee/ep-ind-claims huggingface dataset:
A method for dynamically adjusting gain in a seismic survey, comprising: (a) providing a seismic source and a seismic receiver in a body of water, the seismic receiver having an adjustable gain, wherein the seismic source is located higher in the body of water than the seismic receiver; (b) determining (205; 315; 505) an arrival time at the seismic receiver of a downgoing seismic wavefield associated with seismic energy emitted from the seismic source based at least in part on an estimated position of the seismic source, an estimated position of the seismic receiver, or combinations thereof; (c) setting a first gain level of the seismic receiver; and (d) decreasing (210; 320; 510) the gain relative to the first gain level at a time after the setting of the first gain level and before the determined arrival time of the downgoing seismic wavefield; and (e) increasing (210; 320; 520) the gain to a second gain level following the arrival of the downgoing seismic wavefield, the second gain level being higher than the first gain level. (a) providing a seismic source and a seismic receiver in a body of water, the seismic receiver having an adjustable gain, wherein the seismic source is located higher in the body of water than the seismic receiver; (b) determining (205; 315; 505) an arrival time at the seismic receiver of a downgoing seismic wavefield associated with seismic energy emitted from the seismic source based at least in part on an estimated position of the seismic source, an estimated position of the seismic receiver, or combinations thereof; (c) setting a first gain level of the seismic receiver; and (d) decreasing (210; 320; 510) the gain relative to the first gain level at a time after the setting of the first gain level and before the determined arrival time of the downgoing seismic wavefield; and (e) increasing (210; 320; 520) the gain to a second gain level following the arrival of the downgoing seismic wavefield, the second gain level being higher than the first gain level.
An air data probe, comprising: a strut assembly extending from a base; and a tube assembly coupled to the strut assembly and extending therefrom, a self-regulating thin film heating arrangement in operable communication with the strut assembly and the tube assembly, the self-regulating thin film heating arrangement comprising at least one circuit including a positive temperature coefficient heating element connected in series with a negative temperature coefficient heating element; and characterized in that the strut assembly includes a strut self-regulating thin film heating arrangement and the tube assembly includes a tube self-regulating thin film heating arrangement connected in series with the strut self-regulating thin film heating arrangement; and the tube self-regulating thin film heating arrangement and the strut self-regulating thin film heating arrangement each include a carbon black and polymer composite heater forming the PTC heating element connected in series with a carbon nanotube and silicone heater forming the NTC heating element. a strut assembly extending from a base; and a tube assembly coupled to the strut assembly and extending therefrom, a self-regulating thin film heating arrangement in operable communication with the strut assembly and the tube assembly, the self-regulating thin film heating arrangement comprising at least one circuit including a positive temperature coefficient heating element connected in series with a negative temperature coefficient heating element; and characterized in that the strut assembly includes a strut self-regulating thin film heating arrangement and the tube assembly includes a tube self-regulating thin film heating arrangement connected in series with the strut self-regulating thin film heating arrangement; and the tube self-regulating thin film heating arrangement and the strut self-regulating thin film heating arrangement each include a carbon black and polymer composite heater forming the PTC heating element connected in series with a carbon nanotube and silicone heater forming the NTC heating element.
A laundry washing and/or drying machine comprising a body having a drum wherein the laundry to be treated is loaded and an opening providing access to the drum; at least one door which provides the opening/closing the opening and which has and a frame; at least one housing which is arranged on the frame and which is defined by at least two walls; and at least one hinge group having at least one hinge body which is fixed onto the body, at least one hinge arm which is fixed to the hinge body from one end and which extends outwards from the hinge body, at least two shafts which extend in opposite directions from the ends of the hinge arm which are not connected to the hinge body, and at least two bearings each connected to the hinge arm from one end so as to house a respective shaft and to rotate around the shaft axis and which are placed into the housing so as to be fixed to the frame, the bearings connected to the hinge arm such that a threshold force of a certain amplitude has to be applied onto at least one thereof so as to rotate around the axis of the shaft characterized by the bearing comprising at least one protrusion or at least one recess and the hinge arm comprising at least one recess suitable for engaging with said protrusion or at least one protrusion suitable for engaging with said recess and each of the walls comprising at least one beam extending outwards, and the bearing comprising at least one channel at the end not connected to the hinge arm which receives said beam.
An irradiation target handling device having an isotope production cable assembly comprising: a drive cable configured for use with an existing nuclear reactor drive mechanism for cable drive systems configured to insert and withdraw sensors within nuclear reactor cores; a self-powered radiation detector which is spirally wound and wrapped around an axial length of the drive cable proximate an end of the drive cable that is designed to be inserted into a flux thimble in a core of a nuclear reactor, wherein the self- powered radiation detector comprises a length configured to provide a preselected signal output with a minimal axial length from end to end of the spiral such that the self-powered radiation detector provides an output indicative of reactor flux at a position of the self-powered radiation detector in a reactor core to optimize an axial position of a target material supported by and proximate the one end of the drive cable; a signal lead contained in an interior of the drive cable for said self-powered radiation detector; one of a female end or male end of a quick disconnect coupling attached to the one end of the drive cable; and a target holder element cable assembly having another of the female end or male end of the quick disconnect coupling at one end of the target holder element cable assembly, configured to attach to and detach from the one of the female or male end, the target holder element cable assembly having a target material support compartment configured to securely hold the target material as the drive cable is inserted and withdrawn through the flux thimble. a drive cable configured for use with an existing nuclear reactor drive mechanism for cable drive systems configured to insert and withdraw sensors within nuclear reactor cores; a self-powered radiation detector which is spirally wound and wrapped around an axial length of the drive cable proximate an end of the drive cable that is designed to be inserted into a flux thimble in a core of a nuclear reactor, wherein the self- powered radiation detector comprises a length configured to provide a preselected signal output with a minimal axial length from end to end of the spiral such that the self-powered radiation detector provides an output indicative of reactor flux at a position of the self-powered radiation detector in a reactor core to optimize an axial position of a target material supported by and proximate the one end of the drive cable; a signal lead contained in an interior of the drive cable for said self-powered radiation detector; one of a female end or male end of a quick disconnect coupling attached to the one end of the drive cable; and a target holder element cable assembly having another of the female end or male end of the quick disconnect coupling at one end of the target holder element cable assembly, configured to attach to and detach from the one of the female or male end, the target holder element cable assembly having a target material support compartment configured to securely hold the target material as the drive cable is inserted and withdrawn through the flux thimble.
Installation for folding and stacking an endlessly producible web of corrugated cardboard, the installation comprising a. a folding device (5; 5a; 5b; 5c; 5d) for folding a web of corrugated cardboard along predetermined folds; b. a stacking device arranged downstream of the folding device (5; 5a; 5b; 5c; 5d) for stacking the web of corrugated cardboard, which has been folded along the folds, in stacks, c. a squeezing device provided upstream of the folding device (5; 5a; 5b; 5c; 5d) for embossing folds into the web of corrugated cardboard, characterized in that d. a cutting device is provided for separating the folded and stacked web of corrugated cardboard, the cutting device being arranged downstream of the folding device (5; 5a; 5b; 5c; 5d), e. the installation for embossing, folding, stacking and cutting the web of corrugated cardboard is arranged downstream relative to a transport direction of a device for producing corrugated cardboard, and f. the stacking device has at least one guide member for precisely aligning the stacks, g. wherein the at least one guide member has a cutting portion arranged at an angle (b) relative to the horizontal, the inclination of the cutting portion being adjustable by means of an adjustment member, h. wherein the cutting device is arranged parallel and offset to the cutting portion of the at least one guide member. a. a folding device (5; 5a; 5b; 5c; 5d) for folding a web of corrugated cardboard along predetermined folds; b. a stacking device arranged downstream of the folding device (5; 5a; 5b; 5c; 5d) for stacking the web of corrugated cardboard, which has been folded along the folds, in stacks, c. a squeezing device provided upstream of the folding device (5; 5a; 5b; 5c; 5d) for embossing folds into the web of corrugated cardboard, d. a cutting device is provided for separating the folded and stacked web of corrugated cardboard, the cutting device being arranged downstream of the folding device (5; 5a; 5b; 5c; 5d), e. the installation for embossing, folding, stacking and cutting the web of corrugated cardboard is arranged downstream relative to a transport direction of a device for producing corrugated cardboard, and f. the stacking device has at least one guide member for precisely aligning the stacks, g. wherein the at least one guide member has a cutting portion arranged at an angle (b) relative to the horizontal, the inclination of the cutting portion being adjustable by means of an adjustment member, h. wherein the cutting device is arranged parallel and offset to the cutting portion of the at least one guide member.
A gas-permeable membrane comprising a partial structure represented by formula: wherein in formula, R 1 and R 2 each independently represents a hydrogen atom, a hydroxyl group, an alkyl group having 1 to 6 carbon atoms, an alkenyl group having 2 to 6 carbon atoms, an alkoxy group having 1 to 6 carbon atoms, an alkenyloxy group having 2 to 6 carbon atoms, an aryl group or an aryloxy group, M 1 and M 2 each independently represents an atom of titanium, zirconium or hafnium, m1 represents a positive integer, n1 and n2 each independently represents an integer of 1 to 3, ∗ represents a bonding site, and at least one of the bonding sites of M 1 and M 2 is bonded to an oxygen atom, which is present in another partial structure represented by formula and bonded to a silicon atom, thereby crosslinking the siloxane chains to form a membrane.
A display device comprising: a camera; a first substrate (230, 330); a second substrate (210, 410) facing the first substrate (230, 330), and an accommodation space (290, 390, 490) which is formed at least in the first substrate (230, 330) at a surface of the first substrate (230, 330) facing away from the second substrate (210, 410) in a non-display area, the accommodation space (290, 390, 490) configured to receive at least a portion of the camera therein, wherein the second substrate (210, 410) includes a transparent area corresponding to the accommodation space (290, 390, 490), characterized in that a low reflective film (280, 500) is provided in the accommodation space (290, 390, 490), in that the low reflective film (280, 500) is configured to minimize glittering effects caused by light reflections at the camera, in that the low reflective film (280, 500) comprises a low reflective layer (282, 530) configured to minimize glittering and a transparent adhesive (281, 520) for adhering the low reflective film (280, 500) to at least one among the first substrate (230, 330) and the second substrate (210, 410), and in that the low reflective film (280, 500) is of a tape type. a camera; a first substrate (230, 330); a second substrate (210, 410) facing the first substrate (230, 330), and an accommodation space (290, 390, 490) which is formed at least in the first substrate (230, 330) at a surface of the first substrate (230, 330) facing away from the second substrate (210, 410) in a non-display area, the accommodation space (290, 390, 490) configured to receive at least a portion of the camera therein, wherein the second substrate (210, 410) includes a transparent area corresponding to the accommodation space (290, 390, 490),
A security module for a computer system, comprising: an input interface for capturing at least one characteristic of a file; a checking logic configured to check whether the file has a similarity to one or more reference files based on the at least one characteristic, wherein the one or more reference files are classified as trusted and wherein the file is different from the one or more reference files; wherein the checking logic is further configured to authorize execution of the file on a computer system only if the check determines that there is a similarity to the one or more reference files, characterized in that the checking of similarity is done by calculating a similarity measure, which quantifies a similarity of the at least one characteristic with corresponding one or more characteristics of at least one of the reference files. an input interface for capturing at least one characteristic of a file; a checking logic configured to check whether the file has a similarity to one or more reference files based on the at least one characteristic, wherein the one or more reference files are classified as trusted and wherein the file is different from the one or more reference files; wherein the checking logic is further configured to authorize execution of the file on a computer system only if the check determines that there is a similarity to the one or more reference files, characterized in that the checking of similarity is done by calculating a similarity measure, which quantifies a similarity of the at least one characteristic with corresponding one or more characteristics of at least one of the reference files.
A method for removing signal interference in a passive optical network, the passive optical network including an optical line terminal, a splitting unit coupled via a central cable with the optical line terminal, optical network units coupled via arms with the splitting unit, where identification signals uniquely associated with the optical network unit are transmitted by the optical network units, the method comprising the following steps of: sending by an optical network unit a first signal corresponding to an identification signal; characterized by detecting at a switch unit, which is inserted in an arm at the splitting unit, the first signal; comparing a detected first signal with the identification signal which is stored at the switch unit; and decoupling the optical network unit from the splitting unit if the comparing step results in a mismatch or maintaining the coupling of the optical network unit with the splitting unit if the comparing step results in a match. sending by an optical network unit a first signal corresponding to an identification signal; detecting at a switch unit, which is inserted in an arm at the splitting unit, the first signal; comparing a detected first signal with the identification signal which is stored at the switch unit; and decoupling the optical network unit from the splitting unit if the comparing step results in a mismatch or maintaining the coupling of the optical network unit with the splitting unit if the comparing step results in a match.
A seal assembly comprising: a side ring, wherein the side ring comprises an annular piece of solid material; and a cartridge affixed to the side ring, the cartridge comprising: a shoulder; a beam connected to and extending from the shoulder; a shoe attached to an end of the beam; and a rotary seal disposed on a bottom portion of the shoe, characterised by: a removable pin that engages with the cartridge and the side ring such that a portion of the cartridge is fastened to the side ring, wherein the side ring has a hole, and the pin extends through a portion of the shoulder and into the hole of the side ring. a side ring, wherein the side ring comprises an annular piece of solid material; and a cartridge affixed to the side ring, the cartridge comprising: a shoulder; a beam connected to and extending from the shoulder; a shoe attached to an end of the beam; and a rotary seal disposed on a bottom portion of the shoe, a shoulder; a beam connected to and extending from the shoulder; a shoe attached to an end of the beam; and a rotary seal disposed on a bottom portion of the shoe,
Semiconductor chip for optoelectronics having - a thin-film layer, in which a zone that emits electromagnetic radiation is formed and which has an emission side, a rear side and side edges that connect the rear side to the emission side, and - a carrier for the thin-film layer, which is arranged at the rear side and is connected thereto, at least one electrical front side contact structure being formed on the emission side and at least one trench being formed on the rear side, wherein - the trench at the rear side defines a single partial region of the thin-film layer which does not overlap the front side contact structure or the trench on the rear side defines a plurality of partial regions which do not overlap the front side contact structure and which are in each case adjacent to at least one region that overlaps the front side contact structure, - electrical rear side contacts are formed on the rear side only in the partial region or in the partial regions, - the trench has oblique inner walls with respect to a main plane of extent of the thin-film layer for the purpose of deflecting the electromagnetic radiation, and - the trench tapers with increasing depth, and the inner walls of the trench have main planes of extent which form an angle of inclination of less than or equal to 45° with a main plane of extent of the thin-film layer. - a thin-film layer, in which a zone that emits electromagnetic radiation is formed and which has an emission side, a rear side and side edges that connect the rear side to the emission side, and - a carrier for the thin-film layer, which is arranged at the rear side and is connected thereto, at least one electrical front side contact structure being formed on the emission side and at least one trench being formed on the rear side, wherein - the trench at the rear side defines a single partial region of the thin-film layer which does not overlap the front side contact structure or the trench on the rear side defines a plurality of partial regions which do not overlap the front side contact structure and which are in each case adjacent to at least one region that overlaps the front side contact structure, - electrical rear side contacts are formed on the rear side only in the partial region or in the partial regions, - the trench has oblique inner walls with respect to a main plane of extent of the thin-film layer for the purpose of deflecting the electromagnetic radiation, and - the trench tapers with increasing depth, and the inner walls of the trench have main planes of extent which form an angle of inclination of less than or equal to 45° with a main plane of extent of the thin-film layer.
A computer-implemented method for presenting data driven forms, a data driven form being a web site, an application screen or a window, wherein data for the data driven forms is obtained from a database or other data storage device and is loaded into the data driven forms for presentation to a user, the computer-implemented method comprising performing computer-implemented operations of: accessing, by a user device, a resource that relies upon a plurality of data driven forms; caching, at the user device, the data associated with the plurality of data driven forms; rendering, at the user device, a plurality of views according to a predetermined number of views, each of the views comprising a view of one of the plurality of data driven forms, the predetermined number being based on an anticipated viewing speed or rendering speed; displaying, by the user device, a first of the plurality of views; hiding, by the user device, the other views (302A, 302C) of the plurality of views; determining, by the user device, if input is detected at the user device, the input corresponding to a command for displaying another of the plurality of views; and in response to the input, displaying, by the user device, said another of the rendered plurality of views. accessing, by a user device, a resource that relies upon a plurality of data driven forms; caching, at the user device, the data associated with the plurality of data driven forms; rendering, at the user device, a plurality of views according to a predetermined number of views, each of the views comprising a view of one of the plurality of data driven forms, the predetermined number being based on an anticipated viewing speed or rendering speed; displaying, by the user device, a first of the plurality of views; hiding, by the user device, the other views (302A, 302C) of the plurality of views; determining, by the user device, if input is detected at the user device, the input corresponding to a command for displaying another of the plurality of views; and in response to the input, displaying, by the user device, said another of the rendered plurality of views.
A hydraulic fitting for the installation into stationary hydraulic systems, including a housing made from cast iron, which forms a compartment, which is filled with hydraulic fluid and accommodates the displaceable assemblies (18, 20), which are at least temporarily in a frictional contact with the inside walling of the compartment, characterized in that the cast iron includes spheroid graphite.
A vaginal ring comprising a plurality of layers including at least an inner layer and at least one outer layer having an outer surface, each of said plurality of layers comprising a silicone elastomer, and at least one of said plurality of layers comprising a pharmaceutically active ingredient, and said at least one inner layer and at least one outer layer having different compositions, said plurality of layers comprising simultaneously cured layers which have been brought into contact before being simultaneously cured thereby providing a continuous silicone body providing unimpeded diffusion of said pharmaceutically active ingredient from said at least one inner layer to said outer surface of said at least one outer layer.