mhurhangee/ep-ind-claims huggingface dataset:
A method of managing a wireless access point device having a local network interface (71, 73) for wireless and wired connections via a respective wireless network and wired network, and an interface to remote networks, the wireless access point being connected, via the local network interface, to at least one cellular network base station device for providing cellular network connectivity to cellular network devices, the method comprising: monitoring characteristics of flows of data of packets travelling between the at least one cellular network base station device and a remote resource located on a remote network, determining, based on the monitored characteristics, whether said at least one cellular network base station device is an interference device which can affect a wireless network environment of the wireless access point; and altering a configuration of the wireless access point in response to a determination that the cellular network base station device is an interference device. monitoring characteristics of flows of data of packets travelling between the at least one cellular network base station device and a remote resource located on a remote network, determining, based on the monitored characteristics, whether said at least one cellular network base station device is an interference device which can affect a wireless network environment of the wireless access point; and altering a configuration of the wireless access point in response to a determination that the cellular network base station device is an interference device.
An ophthalmic surgery kit comprising: a priming vessel defining a reservoir for holding a fluid, an auxiliary aspiration channel, an irrigation channel, and a handpiece channel; an ophthalmic surgical handpiece retained by the handpiece channel, the ophthalmic surgical handpiece, including a tip for insertion into a surgical site, and an aspiration tube for coupling to an ophthalmic surgical console and transmitting fluid and tissue from the surgical site, the tip being disposed within the reservoir; an auxiliary aspiration tube retained by the auxiliary aspiration channel and having a first end disposed within the reservoir, the auxiliary aspiration tube having a second end for coupling to an ophthalmic surgical console; an irrigation tube retained by the irrigation channel and having a first end disposed within the reservoir for dispensing fluid into the reservoir; and wherein said tip and the first end of the auxiliary aspiration tube are configured to become immersed in the fluid when a pre-determined volume of fluid, defined by a priming sequence, is dispensed by the irrigation tube, the aspiration tube, the surgical handpiece, and the auxiliary aspiration tube into the reservoir, such that fluid flow controlled by the ophthalmic surgical console primes the surgical handpiece, the irrigation tube, the aspiration tube, and the auxiliary aspiration tube. a priming vessel defining a reservoir for holding a fluid, an auxiliary aspiration channel, an irrigation channel, and a handpiece channel; an ophthalmic surgical handpiece retained by the handpiece channel, the ophthalmic surgical handpiece, including a tip for insertion into a surgical site, and an aspiration tube for coupling to an ophthalmic surgical console and transmitting fluid and tissue from the surgical site, the tip being disposed within the reservoir; an auxiliary aspiration tube retained by the auxiliary aspiration channel and having a first end disposed within the reservoir, the auxiliary aspiration tube having a second end for coupling to an ophthalmic surgical console; an irrigation tube retained by the irrigation channel and having a first end disposed within the reservoir for dispensing fluid into the reservoir; and wherein said tip and the first end of the auxiliary aspiration tube are configured to become immersed in the fluid when a pre-determined volume of fluid, defined by a priming sequence, is dispensed by the irrigation tube, the aspiration tube, the surgical handpiece, and the auxiliary aspiration tube into the reservoir, such that fluid flow controlled by the ophthalmic surgical console primes the surgical handpiece, the irrigation tube, the aspiration tube, and the auxiliary aspiration tube.
A method for producing refined mixed butanols from a combination of water and mixed butenes in the presence of a butene hydration catalyst using a butanol production system, the butanol production method comprising the steps of: introducing mixed butenes, water and a butene hydration catalyst into an internal baffle single pass reactor of the butanol production system such that a process fluid forms, the internal baffle single pass reactor having fixed internal flow baffles along its entire operable length; operating the butanol production system such that the process fluid flows from a proximal end to a distal end of the internal baffle single pass reactor, an external motion driver induces unsteadiness in the process fluid flow by introducing an oscillatory motion into the process fluid, the reaction of mixed butenes and water occurs in the presence of the butene hydration catalyst such that mixed butanols form, and a separation system separately selectively separates water and mixed butenes from a crude product such that the refined mixed butanols forms; where the butene hydration catalyst is operable to selectively convert mixed butenes into mixed butanols in the process fluid at the operating conditions of the internal baffle single pass reactor. introducing mixed butenes, water and a butene hydration catalyst into an internal baffle single pass reactor of the butanol production system such that a process fluid forms, the internal baffle single pass reactor having fixed internal flow baffles along its entire operable length; operating the butanol production system such that the process fluid flows from a proximal end to a distal end of the internal baffle single pass reactor, an external motion driver induces unsteadiness in the process fluid flow by introducing an oscillatory motion into the process fluid, the reaction of mixed butenes and water occurs in the presence of the butene hydration catalyst such that mixed butanols form, and a separation system separately selectively separates water and mixed butenes from a crude product such that the refined mixed butanols forms;
A cathode active material for a lithium secondary battery, the cathode active material comprising either: (a) a plate-like particle (15b2), the particle (15b2) having a layered rock salt structure, wherein a plane is oriented so as to intersect a plate surface of the particle (15b2), a plane other than the plane is oriented in parallel with the plate surface, and a (h'k'l') plane different from a (hkl) plane oriented in parallel with the plate surface is oriented in a plurality of directions; or: (b) a cathode active material film, the cathode active material film having a layered rock salt structure, wherein the cathode active material film is a self-standing sintered film and a plane other than a plane is oriented in parallel with a plate surface of the cathode active material film, and (h'k'l') planes different from a (hkl) plane oriented in parallel with the plate surface are oriented in a plurality of directions. (a) a plate-like particle (15b2), the particle (15b2) having a layered rock salt structure, wherein a plane is oriented so as to intersect a plate surface of the particle (15b2), a plane other than the plane is oriented in parallel with the plate surface, and a (h'k'l') plane different from a (hkl) plane oriented in parallel with the plate surface is oriented in a plurality of directions; or: (b) a cathode active material film, the cathode active material film having a layered rock salt structure, wherein the cathode active material film is a self-standing sintered film and a plane other than a plane is oriented in parallel with a plate surface of the cathode active material film, and (h'k'l') planes different from a (hkl) plane oriented in parallel with the plate surface are oriented in a plurality of directions.
A method for processing a packet emitted from a device (1a, 1b) comprising radio communication means, the method being such that it comprises steps of: (a) reception of the packet by at least one gateway (2a, 2b) via radio communication, each gateway (2a, 2b) being connected to the internet network via an Enterprise Bus implemented by at least one platform; (b) verification of the integrity of the packet and retransmission of the packet data to an input connector of the Enterprise Bus; (c) reception of said packet data by the input connector and conversion of said packet data into an internal message to the Enterprise Bus containing the packet data; and first query of a directory of devices associated with the Enterprise Bus to determine whether an device (1a, 1b) of origin of the packet is present in the directory; and, if the device is determined to be present, implementation of the following steps, (d), (e) and (f): second query of the directory to determine a state identifier and an identifier of the owner of the device (1a, 1b); (d) determination of the state identifier and the identifier of the owner of the device (1a, 1b) of origin of the packet, (e) modification of said internal message by the Enterprise Bus so as to integrate said determined state identifier and identifier of the owner of the device, and emission of the modified message to a message queue; (f) unstacking of said message from said message stack, and modification of a database by the Enterprise Bus according to the data and identifiers contained in the message. (a) reception of the packet by at least one gateway (2a, 2b) via radio communication, each gateway (2a, 2b) being connected to the internet network via an Enterprise Bus implemented by at least one platform; (b) verification of the integrity of the packet and retransmission of the packet data to an input connector of the Enterprise Bus; (c) reception of said packet data by the input connector and conversion of said packet data into an internal message to the Enterprise Bus containing the packet data; and first query of a directory of devices associated with the Enterprise Bus to determine whether an device (1a, 1b) of origin of the packet is present in the directory; and, if the device is determined to be present, implementation of the following steps, (d), (e) and (f): second query of the directory to determine a state identifier and an identifier of the owner of the device (1a, 1b); (d) determination of the state identifier and the identifier of the owner of the device (1a, 1b) of origin of the packet, (e) modification of said internal message by the Enterprise Bus so as to integrate said determined state identifier and identifier of the owner of the device, and emission of the modified message to a message queue; (f) unstacking of said message from said message stack, and modification of a database by the Enterprise Bus according to the data and identifiers contained in the message.
A power converter apparatus, comprising: first and second DC voltage busses; and a polyphase DC to AC converter circuit coupled to the first and second DC voltage busses and operative to generate a polyphase AC output, characterized in that the apparatus further comprises: a control circuit operatively associated with the polyphase DC to AC converter circuit and configured to derive a zero sequence reference from phase components representative of the polyphase AC output and to control the polyphase DC to AC converter circuit responsive to the zero sequence reference to shift a DC voltage range of the first and second DC voltage busses with respect to a neutral voltage. first and second DC voltage busses; and a polyphase DC to AC converter circuit coupled to the first and second DC voltage busses and operative to generate a polyphase AC output, characterized in that the apparatus further comprises: a control circuit operatively associated with the polyphase DC to AC converter circuit and configured to derive a zero sequence reference from phase components representative of the polyphase AC output and to control the polyphase DC to AC converter circuit responsive to the zero sequence reference to shift a DC voltage range of the first and second DC voltage busses with respect to a neutral voltage. a control circuit operatively associated with the polyphase DC to AC converter circuit and configured to derive a zero sequence reference from phase components representative of the polyphase AC output and to control the polyphase DC to AC converter circuit responsive to the zero sequence reference to shift a DC voltage range of the first and second DC voltage busses with respect to a neutral voltage.
Method for identifying an airplane and indicate airplane type and version in connection to parking of the airplane at a gate or a stand, for possible connection of a passenger bridge or a loading bridge to a door of an airplane, where the airplane is positioned and stopped at a predetermined position using a touchless measurement of the distance between the airplane and a fixed point, where the distance is indicated on a display mounted in front of the pilot of the airplane on for instance an airport building, which display is caused to show to the pilot the position of the airplane in relation to a stop point for the airplane and to show the current airplane type and version, where the said distance measurement and display are caused to be activated by a computer system, belonging to the airport, or manually, and wherein an antenna is caused to receive an information signal transmitted by an airplane, wherein the information signal which is transmitted by the airplane is caused to be received by the antenna which is positioned in connection to said display, wherein the antenna is connected to a control system of the docking system, wherein information regarding airplane type and version in question for a certain identification number is obtained from a database, in which identification numbers of the airplanes are stored, and is transferred to said control system which is caused to control said display at the stand at which an airplane with a read identification number is to park and, on the display, indicate airplane type and version, characterized in that at least the identification number of the airplane is extracted from information signals which are transmitted by airplanes at even intervals, that the antenna is a directed antenna and is directed towards the stand and along the central line of the stand at which the airplane is expected to arrive.
A method of converting data of a plurality of input data types to a plurality of output data types for an application program, said method comprising: receiving a set of input and output field attributes containing a first attribute of a first input data type and a second attribute of a first output data type from the application; determining (208, 214) the input field type and the output field type, the input and output fields categorised into archetypal data types, each with definable attributes and conversion behaviours; validating specific field options of the conversion routines; generating, at runtime of the application program, a first conversion routine for converting data of the first input data type to data of the first output data type, based on said first attribute and said second attribute, the conversion routine including one or more computer instructions to be executed during conversion, wherein executable code of the conversion routine is generated by identifying and modifying code templates; executing said first conversion routine from said application program to convert said first input data type to said first output data type. receiving a set of input and output field attributes containing a first attribute of a first input data type and a second attribute of a first output data type from the application; determining (208, 214) the input field type and the output field type, the input and output fields categorised into archetypal data types, each with definable attributes and conversion behaviours; validating specific field options of the conversion routines; generating, at runtime of the application program, a first conversion routine for converting data of the first input data type to data of the first output data type, based on said first attribute and said second attribute, the conversion routine including one or more computer instructions to be executed during conversion, wherein executable code of the conversion routine is generated by identifying and modifying code templates; executing said first conversion routine from said application program to convert said first input data type to said first output data type.
An image generation apparatus (1, 2, 3, 8, 9) that generates images based on an original image, wherein the images based on the original image include an image containing phase-modulated components a and an image containing phase-modulated components b, the image containing phase-modulated components a and the image containing phase-modulated components b are determined such that one who sees the original image or a subject represented by the original image together with the image containing phase-modulated components a with one eye and sees the original image or the subject together with the image containing phase-modulated components b with another eye perceives a stereo image, and one who sees the original image or the subject, the image containing phase-modulated components a, and the image containing phase-modulated components b with same eye(s) perceives only the original image, and the image generation apparatus includes a first manipulator (13a, 83-87, 811, 812, 821, 822, 823, 824) that obtains the phase-modulated components a by shifting phases of spatial frequency components of the original image by a first phase, and a second manipulator (13b, 85, 86, 88, 811, 812, 821, 822, 823, 824) that obtains the phase-modulated components b by shifting the phases of spatial frequency components of the original image by a second phase being a different phase than the first phase, wherein the phase-modulated components a include first components generated by giving a first weight to the original image, and phases of the phase-modulated components a are different relative to the phase of the original image by the first phase, the phase-modulated components b include second components generated by giving a second weight to the original image, and phases of the phase-modulated components b are different relative to the phase of the original image by the second phase, the first weight contains weight components different from each other that are given to regions different from each other, and the second weight contains weight components different from each other that are given to regions different from each other. one who sees the original image or a subject represented by the original image together with the image containing phase-modulated components a with one eye and sees the original image or the subject together with the image containing phase-modulated components b with another eye perceives a stereo image, and one who sees the original image or the subject, the image containing phase-modulated components a, and the image containing phase-modulated components b with same eye(s) perceives only the original image, and a first manipulator (13a, 83-87, 811, 812, 821, 822, 823, 824) that obtains the phase-modulated components a by shifting phases of spatial frequency components of the original image by a first phase, and a second manipulator (13b, 85, 86, 88, 811, 812, 821, 822, 823, 824) that obtains the phase-modulated components b by shifting the phases of spatial frequency components of the original image by a second phase being a different phase than the first phase, wherein
An apparatus comprising: a precursor source, a first pulsing valve and a control system to provide sequentially a precursor to a reaction chamber of a deposition reactor to deposit material on a heated substrate by sequential self-saturating surface reactions; the first pulsing valve embedded into the precursor source and control system configured to control feeding of precursor vapor from the precursor source to the reaction chamber containing the substrate, wherein the apparatus comprises a source inlet valve or the first pulsing valve as a three-way valve configured to convey inactive gas to a precursor cartridge attached to the precursor source to raise pressure and to ease subsequent flow of a mixture of precursor vapor and inactive gas towards the reaction chamber and to close the precursor cartridge after the pressure raise until the commencement of a next precursor pulse period, and wherein the apparatus comprises the first pulsing valve and control system configured to open a route towards the reaction chamber via the first pulsing valve upon commencement of the next precursor pulse period. a precursor source, a first pulsing valve and a control system to provide sequentially a precursor to a reaction chamber of a deposition reactor to deposit material on a heated substrate by sequential self-saturating surface reactions; the first pulsing valve embedded into the precursor source and control system configured to control feeding of precursor vapor from the precursor source to the reaction chamber containing the substrate, wherein the apparatus comprises a source inlet valve or the first pulsing valve as a three-way valve configured to convey inactive gas to a precursor cartridge attached to the precursor source to raise pressure and to ease subsequent flow of a mixture of precursor vapor and inactive gas towards the reaction chamber and to close the precursor cartridge after the pressure raise until the commencement of a next precursor pulse period, and wherein the apparatus comprises the first pulsing valve and control system configured to open a route towards the reaction chamber via the first pulsing valve upon commencement of the next precursor pulse period.
A method for manufacturing a multilayer radiation window for an X-ray measurement apparatus, comprising: - producing a gas diffusion stop layer made of silicon nitride on a polished surface of a carrier; - producing multiple combined layers (103a-103n) on an opposite side of said gas diffusion stop layer than said carrier, wherein each combined layer of the multiple combined layers (103a-103n) comprises: - a light attenuation layer (104a-104n) made of aluminium, and - a strengthening layer (105a-105n) made of one of the following: carbon filled polymer, boron carbide, diamond like carbon; - attaching the combined structure comprising said carrier, said gas diffusion stop layer, said multiple combined layers (103a-103n) to a region around an opening in a support structure with the multiple combined layers (103a-130n) facing said support structure; and - etching away said carrier. - producing a gas diffusion stop layer made of silicon nitride on a polished surface of a carrier; - producing multiple combined layers (103a-103n) on an opposite side of said gas diffusion stop layer than said carrier, wherein each combined layer of the multiple combined layers (103a-103n) comprises: - a light attenuation layer (104a-104n) made of aluminium, and - a strengthening layer (105a-105n) made of one of the following: carbon filled polymer, boron carbide, diamond like carbon; - a light attenuation layer (104a-104n) made of aluminium, and - a strengthening layer (105a-105n) made of one of the following: carbon filled polymer, boron carbide, diamond like carbon; - attaching the combined structure comprising said carrier, said gas diffusion stop layer, said multiple combined layers (103a-103n) to a region around an opening in a support structure with the multiple combined layers (103a-130n) facing said support structure; and - etching away said carrier.