mhurhangee/ep-ind-claims huggingface dataset:
A surface treatment method comprising: an anti-static treatment step of coating a treatment target with an anti-static agent consisting essentially of an electrolyte, a hydrophilic polymer (a) and water, and having electrical conductivity of 15 mS/m or more to obtain a coated film, and drying the coated film to obtain an anti-static layer, the hydrophilic polymer (a) having at least one selected from the group consisting of an amide bond and an anion that may form a salt, the anion being a sulfonic acid anion (-SO 3 -); and a hydrophilizing treatment step of coating the anti-static layer with a hydrophilizing treatment agent consisting essentially of a hydrophilic polymer (b) and an alcohol to obtain a coated film, and drying the coated film, followed by rinsing thereof, the hydrophilic polymer (b) having at least one selected from the group consisting of an amide bond and an anion that may form a salt, the anion being a sulfonic acid anion (-SO 3 -). an anti-static treatment step of coating a treatment target with an anti-static agent consisting essentially of an electrolyte, a hydrophilic polymer (a) and water, and having electrical conductivity of 15 mS/m or more to obtain a coated film, and drying the coated film to obtain an anti-static layer, the hydrophilic polymer (a) having at least one selected from the group consisting of an amide bond and an anion that may form a salt, the anion being a sulfonic acid anion (-SO 3 -); and a hydrophilizing treatment step of coating the anti-static layer with a hydrophilizing treatment agent consisting essentially of a hydrophilic polymer (b) and an alcohol to obtain a coated film, and drying the coated film, followed by rinsing thereof, the hydrophilic polymer (b) having at least one selected from the group consisting of an amide bond and an anion that may form a salt, the anion being a sulfonic acid anion (-SO 3 -).
A composition based on zirconium oxide, silicon oxide and at least one oxide of another element M selected from titanium, aluminium, tungsten, molybdenum, cerium, iron, tin, zinc and manganese and in the following proportions by weight of these different elements: - silicon oxide: 5%-30% - oxide of element M: 1 %-20% the remainder being zirconium oxide, characterised in that it furthermore exhibits an acidity measured by the methylbutynol test of at least 90%. - silicon oxide: 5%-30% - oxide of element M: 1 %-20%
Machine for rotational molding of products, comprising means (12, 14, 16, 17) for motor-driven rotation of a mold around perpendicular axes (13, 15), means for direct heating of the mold, means (23, 24, 25) for arresting in a predetermined position the mold rotating means, means for commanded opening of the mold in half molds and evacuating means (28, 50) for evacuating the product, which evacuating means is suitable for being introduced between the open half molds when the rotating means is stopped in said predetermined position, characterized in that the machine further comprises disengageable retaining means (26, 27) for retaining the product in a preset half mold, said disengageable retaining means (26, 27) being releasable on command for discharging the product from said preset half mold onto the evacuating means (28 50).
A driver assistance system having an event data writer for automatically logging a transition of the responsibility during a status change between a fully automatic control and a manual control of a motor vehicle, comprising a data storage and a control unit, wherein the control unit is designed such that a time-limited recording of log data (P, B) is triggered by means of the data storage when a pre-warning signal, which announces the status change between the fully automatic vehicle operation and the manual vehicle operation, is transmitted to the control unit.
A damper (56, 76, 96) for a gas turbine engine, the damper (56, 76, 96) having slots in an upper surface of the damper (56, 76, 96) to provide coolant flow paths characterised in that, the slots (51, 71, 91) are associated with impingements jets (54, 74, 94) extending from below the upper surface laterally into the slots (51, 71, 91).
A system comprising one or more control moment gyroscopes and a cryocooler, the cryocooler comprising: a compressor configured to operate at a selected frequency matching an operating frequency of the one or more control moment gyroscopes, the compressor including one or more piston assemblies coupled to flexures configured to communicate a spring force to one or more pistons within the one or more piston assemblies; and a cooling device in fluid communication with the compressor and including a cold tip in fluid communication with a surge volume via an inertance channel and a regenerator assembly, the cold tip configured to provide cooling to a structure external to the cryocooler. a compressor configured to operate at a selected frequency matching an operating frequency of the one or more control moment gyroscopes, the compressor including one or more piston assemblies coupled to flexures configured to communicate a spring force to one or more pistons within the one or more piston assemblies; and a cooling device in fluid communication with the compressor and including a cold tip in fluid communication with a surge volume via an inertance channel and a regenerator assembly, the cold tip configured to provide cooling to a structure external to the cryocooler.
Ammunition carrier system comprising; • a supporting framework, • two shoulder straps attached to the front side of the supporting framework, • a back pack attached to the back side of the supporting framework by means of a back pack release lock system at the top of the back pack and a hinge at the bottom of the back pack, the hinge comprising a male hinge on the supporting framework which can be inserted in a female hinge located on the back pack. • an ammunition vest attached to the shoulder straps by means of buckles located on the front side of the shoulder straps, • an assault pack attached to the back side of the supporting framework by means of buckles, the assault pack comprising two thermal flask casings mounted on the sides, • a waist belt removably attached to the bottom of the supporting framework, and • a lock system which is fixed with a male key with inner hole to be assembled at the top of the back pack which passes through the holes and fixed with lock bolt. • a supporting framework, • two shoulder straps attached to the front side of the supporting framework, • a back pack attached to the back side of the supporting framework by means of a back pack release lock system at the top of the back pack and a hinge at the bottom of the back pack, the hinge comprising a male hinge on the supporting framework which can be inserted in a female hinge located on the back pack. • an ammunition vest attached to the shoulder straps by means of buckles located on the front side of the shoulder straps, • an assault pack attached to the back side of the supporting framework by means of buckles, the assault pack comprising two thermal flask casings mounted on the sides, • a waist belt removably attached to the bottom of the supporting framework, and • a lock system which is fixed with a male key with inner hole to be assembled at the top of the back pack which passes through the holes and fixed with lock bolt.
A method for filling bulk materials into open-mouth bags, comprising the following steps: a) an open-mouth bag is placed beneath a filling spout of a filling station; b) the filling spout is lowered and the open-mouth bag is appended to the filling spout; c) the filling spout with the appended open-mouth bag is moved upwards so that the bottom end of the open-mouth bag is freely suspended; d) the filling process is started and bulk material is introduced into the open-mouth bag so that the freely suspended bottom end of the open-mouth bag unfolds. a) an open-mouth bag is placed beneath a filling spout of a filling station; b) the filling spout is lowered and the open-mouth bag is appended to the filling spout; c) the filling spout with the appended open-mouth bag is moved upwards so that the bottom end of the open-mouth bag is freely suspended; d) the filling process is started and bulk material is introduced into the open-mouth bag so that the freely suspended bottom end of the open-mouth bag unfolds.
A method of measuring a critical dimension of features formed on a substrate in a lithographic process, the method comprising: (a) forming a pattern on the substrate using at least one lithographic step, the pattern including first and second sub-patterns (312, 314, 316) positioned adjacent one another on the substrate and having respective first and second periodicities; (b) making observations of the adjacent first and second sub-patterns (312, 314, 316) to obtain a combined signal including a beat component having a third periodicity at a frequency lower than that of the first and second periodicities; and (c) calculating from said combined signal a measurement of performance of the lithographic process, the calculated measurement being determined at least partially by a phase of the beat component; characterised in that the performance characteristic is a critical dimension, CD, of features formed on the substrate in the lithographic step; and the second sub-pattern comprises a periodic array of marks and each of the marks has a solid portion and a sub-divided portion, the apparent position of the second sub-pattern relative to the first sub-pattern (312, 314) observed in step (b) being dependent on CD. (a) forming a pattern on the substrate using at least one lithographic step, the pattern including first and second sub-patterns (312, 314, 316) positioned adjacent one another on the substrate and having respective first and second periodicities; (b) making observations of the adjacent first and second sub-patterns (312, 314, 316) to obtain a combined signal including a beat component having a third periodicity at a frequency lower than that of the first and second periodicities; and (c) calculating from said combined signal a measurement of performance of the lithographic process, the calculated measurement being determined at least partially by a phase of the beat component; characterised in that the performance characteristic is a critical dimension, CD, of features formed on the substrate in the lithographic step; and the second sub-pattern comprises a periodic array of marks and each of the marks has a solid portion and a sub-divided portion, the apparent position of the second sub-pattern relative to the first sub-pattern (312, 314) observed in step (b) being dependent on CD.
A wound occlusion device (100"') insertable into a wound W, comprising a base element (1 2"'); a sealing element; a release mechanism of the sealing element, wherein the sealing element comprises a frame element and a layer element, and the sealing element is transformable between a contracted and an expanded configuration by the release mechanism, and wherein the sealing element has a funnel-like shape in the expanded configuration and has in the expanded configuration a shape adaptable to the shape of a wound W, forming a form-locked and/or force-locked connection with the wound W, the form-locked and/or force-locked connection of the sealing element with the wound W providing an occlusion function, characterised in that the wound occlusion device further comprises a carrier element and a housing, wherein the carrier element, the sealing element and the base element are insertable into the housing, the housing preferably having a shape of a cylinder with a closed end and an open end, wherein the wound occlusion device further comprises a trigger mechanism arranged at least partially inside the housing, the trigger mechanism configured to trigger the ejection of the carrier element out of the housing.
A subsea cable engagement system, comprising: a base comprising: an engagement section; and an engagement member for releasably engaging with a cable head system comprising a cable-end connector of a cable connected with a power generation unit; a hub engaged with the engagement section; and a hub mounted cable connector mounted to the hub; in which the engagement member of the base and/or the hub-mounted cable connector are arranged such that relative movement may be provided therebetween while the hub is engaged with the engagement section, for engagement of the cable-end connector with the hub-mounted cable connector when the cable head system is engaged in the engagement member. a base comprising: an engagement section; and an engagement member for releasably engaging with a cable head system comprising a cable-end connector of a cable connected with a power generation unit; an engagement section; and an engagement member for releasably engaging with a cable head system comprising a cable-end connector of a cable connected with a power generation unit; a hub engaged with the engagement section; and a hub mounted cable connector mounted to the hub; in which the engagement member of the base and/or the hub-mounted cable connector are arranged such that relative movement may be provided therebetween while the hub is engaged with the engagement section, for engagement of the cable-end connector with the hub-mounted cable connector when the cable head system is engaged in the engagement member.
A centrifuge chamber comprising a cylinder having a base plate and a cover plate, a rotational axis with at least one port for input and/or output of liquids, at least one port (2, 3) for input and/or output of gases and a plurality of layers for cell culturing, characterized in that the plurality of layers for cell culturing form a stack wherein each layer consists of a gas-permeable membrane on which cells are cultured applied on a support structure wherein the layers are interconnected with the adjacent layers or the ports for input and/or output of gases by at least one opening (4, 5) to allow gas transfer between the layers.
A method for three-dimensional video coding or multi-view video coding, the method comprising: receiving depth data associated with a depth block of a picture, wherein the depth data corresponds to a subset of the depth block; deriving a disparity vector from the depth data, wherein the subset contains a plurality of depth samples less than an entire depth block; and providing the disparity vector for inter-view processing of texture data of the picture, characterized in that the subset corresponds to four corner samples of the depth block. receiving depth data associated with a depth block of a picture, wherein the depth data corresponds to a subset of the depth block; deriving a disparity vector from the depth data, wherein the subset contains a plurality of depth samples less than an entire depth block; and providing the disparity vector for inter-view processing of texture data of the picture, characterized in that the subset corresponds to four corner samples of the depth block.
A method for supporting, by a serving cell, cancelation of an interfering signal in a received signal for a target terminal in a long-term evolution, LTE, or LTE-advanced, LTE-A, wireless communication system, the method comprising: receiving, from a neighboring cell, scheduling information of the neighboring cell; configuring a set of assistance information for cancelation of the interfering signal for the target terminal based on the scheduling information of the neighboring cell; and transmitting, to the target terminal, the set of assistance information for cancelation of the interfering signal for the target terminal, wherein the set of assistance information comprises a multimedia broadcast multicast service single frequency network, MBSFN, subframe pattern for the interfering signal, a ratio of a transmission power of a physical downlink shared channel, PDSCH, to a transmission power of a cell-specific reference signal, CRS, for the interfering signal, a transmission mode related to the interfering signal, a granularity of resource allocation for a terminal for causing said target terminal to perform interference cancellation and information indicating a number of physical resource blocks, PRBs, in which the same transmitted precoding matrix indicator is used for the interfering signal. receiving, from a neighboring cell, scheduling information of the neighboring cell; configuring a set of assistance information for cancelation of the interfering signal for the target terminal based on the scheduling information of the neighboring cell; and transmitting, to the target terminal, the set of assistance information for cancelation of the interfering signal for the target terminal, wherein the set of assistance information comprises a multimedia broadcast multicast service single frequency network, MBSFN, subframe pattern for the interfering signal, a ratio of a transmission power of a physical downlink shared channel, PDSCH, to a transmission power of a cell-specific reference signal, CRS, for the interfering signal, a transmission mode related to the interfering signal, a granularity of resource allocation for a terminal for causing said target terminal to perform interference cancellation and information indicating a number of physical resource blocks, PRBs, in which the same transmitted precoding matrix indicator is used for the interfering signal.
A method of recording, on a computer having a processor, writes pending within a storage set provided by at least one storage device, the method comprising: executing on the processor instructions configured to: on the at least one storage device, generate a region descriptor apportioning the storage set stored on the storage device into at least two regions according to a region size; upon receiving a data set to be stored at a location in the storage set: identify a region within the storage set comprising the location of the data set; mark the region as dirty in the region descriptor; and initiate storing the data set at the location in the storage set; after storing the data set at the location in the storage set, mark the region as clean in the region descriptor, characterized in that an integrity of the region descriptor is verified according to a verifier stored with the region descriptor before initiating a cleaning task based on the region descriptor and, if part of the region descriptor is found to be unverifiable, a recovery is performed by using the verifiable portions of the region descriptor, and by performing a full cleaning of the regions represented in the unverifiable portion of the region descriptor. on the at least one storage device, generate a region descriptor apportioning the storage set stored on the storage device into at least two regions according to a region size; upon receiving a data set to be stored at a location in the storage set: identify a region within the storage set comprising the location of the data set; mark the region as dirty in the region descriptor; and initiate storing the data set at the location in the storage set; after storing the data set at the location in the storage set, mark the region as clean in the region descriptor, characterized in that an integrity of the region descriptor is verified according to a verifier stored with the region descriptor before initiating a cleaning task based on the region descriptor and, if part of the region descriptor is found to be unverifiable, a recovery is performed by using the verifiable portions of the region descriptor, and by performing a full cleaning of the regions represented in the unverifiable portion of the region descriptor. identify a region within the storage set comprising the location of the data set; mark the region as dirty in the region descriptor; and initiate storing the data set at the location in the storage set; after storing the data set at the location in the storage set, mark the region as clean in the region descriptor, characterized in that an integrity of the region descriptor is verified according to a verifier stored with the region descriptor before initiating a cleaning task based on the region descriptor and, if part of the region descriptor is found to be unverifiable, a recovery is performed by using the verifiable portions of the region descriptor, and by performing a full cleaning of the regions represented in the unverifiable portion of the region descriptor.
Anti jamming system comprising signal combining means having a first input receiving an input signal (Si) including a carrier modulated jamming signal the system being characterized by a negative jamming signal feedback loop for feedback suppression of said jamming signal from an output of said signal combining means to a second input thereof, said feedback loop including a zero IF PLL jamming signal receiver followed by a jamming signal replica generator for generating a replica jamming signal, said zero IF PLL jamming signal receiver comprising a synchronous demodulator and a phase detector, signal inputs thereof being coupled to the output of said signal combining means and carrier inputs coupled to in-phase and phase quadrature oscillator outputs, respectively, of a local voltage controlled oscillator, said VCO receiving a tuning control signal (Vt) for tuning the zero IF PLL jamming signal receiver at a carrier frequency of the jamming signal, and being included in a phase locked loop, said PLL further comprising subsequent to the VCO, said phase detector and a loop filter, said jamming signal replica generator including a modulator having a baseband signal input coupled to an output of said synchronous demodulator and a local carrier input coupled to the in-phase oscillator output of the VCO, an output of said modulator being negatively fedback to the second input of the signal combining means.
A handling arrangement for handling a rotor blade of a wind power installation, including a lifting beam for lifting and handling the rotor blade, a rotor blade fixed by way of a connection to the lifting beam, and a release device for releasing the connection between the rotor blade and the lifting beam, wherein the rotor blade is connected by means of at least one bolt to the lifting beam, in particular in such a way that the lifting beam has at least one loop or eye and the bolt passes through the loop or eye, and wherein the release device has a pull means for pulling the bolt, in particular for pulling the bolt out of the respective loop or eye for releasing the connection, and wherein the lifting beam has: - a crane fixing means for fixing the lifting beam to a crane, - at least one blade fixing means for fixing the lifting beam to the rotor blade, and - a longitudinal pivoting means for pivoting the rotor blade carried by the lifting beam about a longitudinal axis of the rotor blade, and/or - a transverse pivoting means (10, 22) for pivoting the rotor blade carried by the lifting beam about a transverse axis which is transverse relative to the longitudinal axis. - a crane fixing means for fixing the lifting beam to a crane, - at least one blade fixing means for fixing the lifting beam to the rotor blade, and - a longitudinal pivoting means for pivoting the rotor blade carried by the lifting beam about a longitudinal axis of the rotor blade, and/or - a transverse pivoting means (10, 22) for pivoting the rotor blade carried by the lifting beam about a transverse axis which is transverse relative to the longitudinal axis.