mhurhangee/ep-ind-claims huggingface dataset:
A method of imaging a specimen in a Scanning Transmission Charged Particle Microscope, comprising the following steps: - Providing the specimen on a specimen holder; - Providing a beam of charged particles that is directed from a source through an illuminator so as to irradiate the specimen; - Providing a segmented detector for detecting a flux of charged particles traversing the specimen, which flux forms a beam footprint on said detector; - Causing said beam to scan across a surface of the specimen, combining signals from different segments of the detector so as to produce a vector output from the detector at each scan position, and compiling this data to yield an imaging vector field; - Mathematically processing said imaging vector field by subjecting it to a two-dimensional integration operation, thereby producing an integrated vector field image of the specimen, characterized by: - Using a confined sub-region (Fs) of said beam footprint to produce said vector output, and the attendant imaging vector field and integrated vector field image. - Providing the specimen on a specimen holder; - Providing a beam of charged particles that is directed from a source through an illuminator so as to irradiate the specimen; - Providing a segmented detector for detecting a flux of charged particles traversing the specimen, which flux forms a beam footprint on said detector; - Causing said beam to scan across a surface of the specimen, combining signals from different segments of the detector so as to produce a vector output from the detector at each scan position, and compiling this data to yield an imaging vector field; - Mathematically processing said imaging vector field by subjecting it to a two-dimensional integration operation, thereby producing an integrated vector field image of the specimen, - Using a confined sub-region (Fs) of said beam footprint to produce said vector output, and the attendant imaging vector field and integrated vector field image.
System for preventing condensation on crops in a greenhouse, comprising: a shading net for controlling quantity of incident light in the greenhouse; and a control unit for controlling the open and close of the shading net and the extent of the open or close of the shading net based on the trigger information on insolation to control the transpiration of the crop, wherein the trigger information comprises variation of the quantity of the incident light in the greenhouse for predetermined period of time due to sunrise, wherein the control unit controls the extent of the open or close of the shading net based on standard data on the increase of humidity due to the transpiration of the crops according to the intensity of the incident light, and based on information regarding surface temperature of the crop, so as to adjust a level of blocking the incident light. a shading net for controlling quantity of incident light in the greenhouse; and a control unit for controlling the open and close of the shading net and the extent of the open or close of the shading net based on the trigger information on insolation to control the transpiration of the crop, wherein the trigger information comprises variation of the quantity of the incident light in the greenhouse for predetermined period of time due to sunrise, wherein the control unit controls the extent of the open or close of the shading net based on standard data on the increase of humidity due to the transpiration of the crops according to the intensity of the incident light, and based on information regarding surface temperature of the crop, so as to adjust a level of blocking the incident light.
A stitching device for stitching at a stitch site in a patient, comprising, a support structure comprising an elongate center support extending along an axial direction between a proximal end and a distal end, a stitching arrangement comprising, at least one elongate linkage section having a support end and a stitch end, the at least one elongate linkage section being rotationally attached at the support end to the center support, and at least one stitching member pivotably arranged at the stitch end of the linkage section and being movable along said axial direction by a pivoting action of the linkage section, the stitching member comprises a needle, characterized in that the stitching member comprises a thread guide configured to guide a thread, said thread guide comprising at least two guide levers (328, 329) rotationally joined at a respective joining end, whereby each of said respective joining ends are pivotably connected to said needle at a pivoting joint and are movable from a closed state in which the at least two guide levers (328, 329) are parallel to the needle to an open state having a first and a second opening (327, 330) between said needle and said thread guide for forming a first and a second thread loop path (326, 331) around said openings.
A method of controlling a current breaking device in a high-voltage electricity network comprising a generator, a power transformer, a three-phase current transformer, a supply-side single-phase voltage transformer, a line-side three-phase voltage transformer, a circuit-breaker and its control cabinet, and a transmission line, the method comprising for each phase (A, B, C): • a step of obtaining the missing supply voltages from an acquired supply voltage; • a step of healthy phase/faulty phase discrimination; • a step of voltage analysis by attempted matching of a model over a signal window; characterized in that it comprises for each phase (A, B, C): • a step of choosing a strategy of simple closing or reclosing of the breaking device as a function of choice conditions; • a step of calculating a set of optimum reclosing times for each phase in accordance with the chosen strategy; and • a step of selecting an optimum time from the proposed optimum times and closing the phases of the current breaking device. • a step of obtaining the missing supply voltages from an acquired supply voltage; • a step of healthy phase/faulty phase discrimination; • a step of voltage analysis by attempted matching of a model over a signal window; • a step of choosing a strategy of simple closing or reclosing of the breaking device as a function of choice conditions; • a step of calculating a set of optimum reclosing times for each phase in accordance with the chosen strategy; and • a step of selecting an optimum time from the proposed optimum times and closing the phases of the current breaking device.
A method performed by a wireless device for performing cell configuration, wherein the wireless device and a first network node serving the wireless device are operating in a wireless communications network, the first network node managing a first serving cell, and wherein the method comprises: - receiving, from the first network node, a command to configure a second serving cell managed by a second network node, - completing the configuration of the second serving cell in response to the command by sending a random access, RA, transmission in the second serving cell within a configuration time delay from receiving the command to configure the second serving cell, wherein the configuration time delay includes a first time delay related to a RA transmission in the first serving cell when the wireless device is to send a RA transmission in the first serving cell to the first network node while preparing to perform or performing the configuration of the second serving cell, and does not include the first time delay otherwise. - receiving, from the first network node, a command to configure a second serving cell managed by a second network node, - completing the configuration of the second serving cell in response to the command by sending a random access, RA, transmission in the second serving cell within a configuration time delay from receiving the command to configure the second serving cell,
A method, comprising: determining a feedback indicator regarding reception of a transmitted waveform, a content of the feedback indicator relating to a quality of a radio link over which the transmitted waveform has been received; and tailoring a signal for transmitting the feedback indicator by selecting one or more beams for the transmission, based on the content of the feedback indicator, characterized in that a same narrow beam as used for the reception of the transmitted waveform is selected for the transmission upon a good radio link being determined, otherwise one or more beams other than the same narrow beam as used for the reception of the transmitted waveform are selected. determining a feedback indicator regarding reception of a transmitted waveform, a content of the feedback indicator relating to a quality of a radio link over which the transmitted waveform has been received; and tailoring a signal for transmitting the feedback indicator by selecting one or more beams for the transmission, based on the content of the feedback indicator, characterized in that a same narrow beam as used for the reception of the transmitted waveform is selected for the transmission upon a good radio link being determined, otherwise one or more beams other than the same narrow beam as used for the reception of the transmitted waveform are selected.
An aircraft windshield wiper control system, characterized in that it comprises: an aircraft weather radar system that detects precipitation in a travel path of an aircraft; and a wiper control module that receives information from the aircraft weather radar system, generates a wiper control signal based on the received information, and controls operation of a motor drive of a wiper (32A, 32B) on the aircraft. an aircraft weather radar system that detects precipitation in a travel path of an aircraft; and a wiper control module that receives information from the aircraft weather radar system, generates a wiper control signal based on the received information, and controls operation of a motor drive of a wiper (32A, 32B) on the aircraft.
A bed, in particular a sick bed and/or care bed, comprising a bed frame, which carries a head board on the one end and a foot part on the other end, as well as comprising a side grid which extends in the longitudinal direction of the bed frame between the head board and the foot part (3, 4), which side grid can be transferred from a use position into a non-use position, wherein the side grid comprises two side grid parts (7, 8) which are designed such that they can swivel with respect to each other, characterized in that the side grid parts (7, 8) are connected to a common hinged strut which provides a first pivot axis for the one side grid part and a second pivot axis spaced apart from the first pivot axis for the other side grid part, wherein the side grid parts (7, 8) respectively comprise a snap-in element which cooperates with a snap-in element receiver arranged on the bed frame, wherein the snap-in element receiver comprises a spring-loaded snap-in pin which cooperates with a snap-in lever provided by the snap-in element and arranged in a pivoting manner around a rotation axis, and wherein the snap-in pin possesses a handle which cooperates with a pivoting blocking nose.
A package that includes: a container having a neck finish with an open mouth surrounded by a container sealing surface, a closure including a shell secured to the container over the open mouth to establish a package interior, said shell having a base wall and a skirt extending from the base wall, and also including a gasket on the shell having a base surface in contact with the base wall of the closure shell and an oppositely disposed gasket sealing surface in sealing engagement with the container sealing surface, product within the package under vacuum, and characterized in that an elongated flexible member having one end extending out of the package interior, another end extending into the package interior, and a portion extending along the package radially between the container neck finish and the closure shell skirt, such that grasping and removal of the elongated flexible member opens a channel to vent the vacuum and facilitate removal of the closure from the container. a container having a neck finish with an open mouth surrounded by a container sealing surface, a closure including a shell secured to the container over the open mouth to establish a package interior, said shell having a base wall and a skirt extending from the base wall, and also including a gasket on the shell having a base surface in contact with the base wall of the closure shell and an oppositely disposed gasket sealing surface in sealing engagement with the container sealing surface, product within the package under vacuum, and characterized in that an elongated flexible member having one end extending out of the package interior, another end extending into the package interior, and a portion extending along the package radially between the container neck finish and the closure shell skirt, such that grasping and removal of the elongated flexible member opens a channel to vent the vacuum and facilitate removal of the closure from the container.
A wired pipe coupler comprising: a coupler carrier having a first side and a second side opposite the first side; first and second metal plates (702a,702b,706a,706b) carried by the first side; one or more antennas (606a,606b) supported by the second side; one or more electrical connectors (103a,103b) electrically coupling the metal plates to one or more of the one or more antennas; a grounding plate formed of a conductive material; and a layer of insulating material disposed between the metal plates and the grounding plate; wherein the first metal plate, the grounding plate and the layer of insulating material form a first capacitor (102a,102b) and the second metal plate, the grounding plate and the layer of insulating material form a second capacitor (106a,106b). a coupler carrier having a first side and a second side opposite the first side; first and second metal plates (702a,702b,706a,706b) carried by the first side; one or more antennas (606a,606b) supported by the second side; one or more electrical connectors (103a,103b) electrically coupling the metal plates to one or more of the one or more antennas; a grounding plate formed of a conductive material; and a layer of insulating material disposed between the metal plates and the grounding plate; wherein the first metal plate, the grounding plate and the layer of insulating material form a first capacitor (102a,102b) and the second metal plate, the grounding plate and the layer of insulating material form a second capacitor (106a,106b).
A method comprising: generating a first set of pulse width modulation control signals for a first light source, the first set of PWM control signals generated for a first defined portion of a first subframe of a frame; generating a second set of PWM control signals for a second light source, the second set of PWM control signals generated for a second defined portion of a second subframe of the frame; and generating a third set of PWM control signals for a third light source, the third set of PWM control signals generated for a third defined portion of a third subframe of the frame; wherein generating (710, 720, 730) at least one set of PWM control signals selected from the first set of PWM control signals, the second set of PWM control signals, or the third set of PWM control signals is performed in a head-mounted display device; wherein the first defined portion of the first subframe, the second defined portion of the second subframe, and the third defined portion of the third subframe are defined based on an adjusted start time and adjusted end time, the adjusted start time and the adjusted end time that are based on a transitional period of a liquid crystal for the head-mounted display device define a period of time for generating a corresponding set of PWM control signals; and characterised in that the adjusted start time and the adjusted end time are dynamically adjusted based on content being displayed on the head-mounted display device having a high frame rate update due to increased user movement or being static images displayed while a user is still. generating a first set of pulse width modulation control signals for a first light source, the first set of PWM control signals generated for a first defined portion of a first subframe of a frame; generating a second set of PWM control signals for a second light source, the second set of PWM control signals generated for a second defined portion of a second subframe of the frame; and generating a third set of PWM control signals for a third light source, the third set of PWM control signals generated for a third defined portion of a third subframe of the frame; wherein generating (710, 720, 730) at least one set of PWM control signals selected from the first set of PWM control signals, the second set of PWM control signals, or the third set of PWM control signals is performed in a head-mounted display device; wherein the first defined portion of the first subframe, the second defined portion of the second subframe, and the third defined portion of the third subframe are defined based on an adjusted start time and adjusted end time, the adjusted start time and the adjusted end time that are based on a transitional period of a liquid crystal for the head-mounted display device define a period of time for generating a corresponding set of PWM control signals; and characterised in that the adjusted start time and the adjusted end time are dynamically adjusted based on content being displayed on the head-mounted display device having a high frame rate update due to increased user movement or being static images displayed while a user is still.
A driving wheel for moving a track of a tracked vehicle, the driving wheel (6; 24; 28) comprising a rim (18; 25; 29) configured to be connected to an actuator and extending about a rotation axis; a cylindrical surface (19; 26; 30) for supporting and returning a guide belt (14; 39) of the track (8; 36); a plurality of teeth (20; 27; 31) integral with the rim (18; 25; 29) for transmitting the driving force to the track-guides (15; 37) mounted on the cross-links of the track (8; 36); chracterised in ring (21; 32), which defines said cylindrical surface (19; 30) and is coupled to the rim (18; 29) in a rotatable manner about the axis of rotation.
Method for producing a decorative component, which is designed as an interior trim part of a passenger cabin of a vehicle and has a visible surface embossed in a raised manner, said method comprising the following steps: - providing an embossing device which has a female embossing mould and a male embossing mould, - providing at least one decorative material layer having a thickness between 0.6 mm and 5 mm, wherein the decorative material layer comprises leather or consists of leather, - disposing the decorative material layer between the female embossing mould and the male embossing mould in such a manner that a visible surface of the decorative material layer faces the female embossing mould, and a reverse face of the decorative material layer that is opposite the visible surface faces the male embossing mould, - carrying out an embossing procedure by means of the embossing device such that the decorative material layer after the embossing procedure has a raised region on the visible surface and an opposite depressed region on the reverse face, - producing an insert element by an additive manufacturing method, wherein the insert element after production has a cellular structure which is generated by the additive manufacturing method, wherein the insert element comprises a thermoplastic elastomer, and - disposing the insert element in the depressed region for stabilizing the raised region, wherein the insert element is adhesively bonded into the depressed region. - providing an embossing device which has a female embossing mould and a male embossing mould, - providing at least one decorative material layer having a thickness between 0.6 mm and 5 mm, wherein the decorative material layer comprises leather or consists of leather, - disposing the decorative material layer between the female embossing mould and the male embossing mould in such a manner that a visible surface of the decorative material layer faces the female embossing mould, and a reverse face of the decorative material layer that is opposite the visible surface faces the male embossing mould, - carrying out an embossing procedure by means of the embossing device such that the decorative material layer after the embossing procedure has a raised region on the visible surface and an opposite depressed region on the reverse face, - producing an insert element by an additive manufacturing method, wherein the insert element after production has a cellular structure which is generated by the additive manufacturing method, wherein the insert element comprises a thermoplastic elastomer, and - disposing the insert element in the depressed region for stabilizing the raised region, wherein the insert element is adhesively bonded into the depressed region.
A method of transmitting packets wherein said packets are comprised in a plurality of flows comprising frames, each flow comprising a corresponding plurality of flow characteristics comprising at least a committed information rate value and a class of service, the method being characterized by comprising: - controlling admission of incoming flows; - mapping frames contained in admitted flows into fragments; - inserting a plurality of fragments having the same class of service into a queue; - obtaining a committed information rate value corresponding to said queue; - identifying a bandwidth available for transmission of said queue according to said obtained committed information rate value; - defining an order of transmission for the queue based on the class of service of the queue and the identified bandwidth; - generating a plurality of cells of the same size from a plurality of fragments; - distributing the plurality of cells between a plurality of individual transmission channels according to the order defined for transmission. - controlling admission of incoming flows; - mapping frames contained in admitted flows into fragments; - inserting a plurality of fragments having the same class of service into a queue; - obtaining a committed information rate value corresponding to said queue; - identifying a bandwidth available for transmission of said queue according to said obtained committed information rate value; - defining an order of transmission for the queue based on the class of service of the queue and the identified bandwidth; - generating a plurality of cells of the same size from a plurality of fragments; - distributing the plurality of cells between a plurality of individual transmission channels according to the order defined for transmission.
A plastic multi-layer structure comprising an oxygen-barrier layer (A-1); an oxygen absorptive layer; and a thermoplastic resin layer which contains a high silica type zeolite material having a silica/alumina molar ratio of not less than 80 and a regrind resin; a second oxygen-barrier layer (A-2) in this order from the exterior to interior.