mhurhangee/ep-ind-claims huggingface dataset:
A method of inhibiting a sightline between a charged particle source and an input to a charged particle analyzer, comprising: applying a predetermined voltage to a hollow body defining a first end, a second end and a first axis extending from the first end to the second end along a centerline of the hollow body, the predetermined voltage establishing an electromagnetic field within the body for directing a flow of charged particles through the hollow body along a desired flow path from an incident aperture spaced from the first axis to an exit aperture spaced from and reflected about the first axis; applying a first electrode voltage to a first electrode assembly disposed relative to the first end of the hollow body; and applying a second electrode voltage to a second electrode assembly disposed relative to the second end of the hollow body; wherein the first electrode assembly comprises a first electrode defining a second axis substantially parallel to the first axis and substantially centered on the incident aperture; and the second electrode assembly comprises a second electrode defining a third axis substantially parallel to the first axis and substantially centered on the exit aperture, characterised in that: the hollow body has an aspect ratio, defined as length divided by diameter of the first end, the second end, or both ends, of between 1.3 and 1.6, and the first electrode and the second electrode comprise grounded screens. applying a predetermined voltage to a hollow body defining a first end, a second end and a first axis extending from the first end to the second end along a centerline of the hollow body, the predetermined voltage establishing an electromagnetic field within the body for directing a flow of charged particles through the hollow body along a desired flow path from an incident aperture spaced from the first axis to an exit aperture spaced from and reflected about the first axis; applying a first electrode voltage to a first electrode assembly disposed relative to the first end of the hollow body; and applying a second electrode voltage to a second electrode assembly disposed relative to the second end of the hollow body; wherein the first electrode assembly comprises a first electrode defining a second axis substantially parallel to the first axis and substantially centered on the incident aperture; and the second electrode assembly comprises a second electrode defining a third axis substantially parallel to the first axis and substantially centered on the exit aperture, characterised in that: the hollow body has an aspect ratio, defined as length divided by diameter of the first end, the second end, or both ends, of between 1.3 and 1.6, and the first electrode and the second electrode comprise grounded screens.
A peptide conjugate having the formula: H-HGEGTFTSDLSKQMEEEAVRLFIEWLKN-Peg3-Peg3-YGWLDF-NH 2; H-HGEGTFTSDLSKQMEEEAVRLFIEWLKN-Peg3-Peg3-GWLDF-NH 2;; H-HGEGTFTSDLSKQMEEEAVRLFIEWLKN-Peg3-Peg3-AGWLDF-NH 2; or H-HGEGTFTSDLSKQMEEEAVRLFIEWLKNYGWTDF-NH 2; or a pharmaceutically acceptable salt or solvate thereof. H-HGEGTFTSDLSKQMEEEAVRLFIEWLKN-Peg3-Peg3-YGWLDF-NH 2; H-HGEGTFTSDLSKQMEEEAVRLFIEWLKN-Peg3-Peg3-GWLDF-NH 2;; H-HGEGTFTSDLSKQMEEEAVRLFIEWLKN-Peg3-Peg3-AGWLDF-NH 2; or H-HGEGTFTSDLSKQMEEEAVRLFIEWLKNYGWTDF-NH 2; or a pharmaceutically acceptable salt or solvate thereof.
An electrode, for use in an iontophoretic drug delivery apparatus, comprising: - at least one first conductive layer of material; - a lead electrically connected to the first conductive layer of material at a lead connection; and - at least one dielectric layer of material comprising contiguous pattern disposed upon at least a portion of, but less than the entirety of the at least one conductive layer of material, wherein the at least one dielectric layer of material extends from the lead connection, thereby masking the conductive layer of material proximate the lead connection, wherein the at least one dielectric layer of material is formed into a substantially contiguous herringbone pattern. - at least one first conductive layer of material; - a lead electrically connected to the first conductive layer of material at a lead connection; and - at least one dielectric layer of material comprising contiguous pattern disposed upon at least a portion of, but less than the entirety of the at least one conductive layer of material, wherein the at least one dielectric layer of material extends from the lead connection, thereby masking the conductive layer of material proximate the lead connection, wherein the at least one dielectric layer of material is formed into a substantially contiguous herringbone pattern.
A computer-implemented method for performing a computer vision task, the method comprising: inferring a context of a user or device, wherein the context comprises one or more of: motion, activity, environment or location, wherein the inferring of a context further comprises reading sensor data to infer the context of the user or the device, wherein the sensor data includes data from an accelerometer device sensor and/or a gyroscope device sensor; configuring a computer-vision task according to the inferred context, wherein configuring the computer-vision task comprises adapting the number and type of image features utilized in the computer-vision task based on the inferred context; and performing the computer-vision task, wherein the computer-vision task comprises at least one of: a) a computer-vision-based mapping of an environment of the device utilizing the number and type of image features adapted based on the inferred context, b) a computer-vision-based localizing of the device or an object within the environment of the device utilizing the number and type of image features adapted based on the inferred context, or c) a computer-vision-based tracking of the device within the environment of the device utilizing the number and type of image features adapted based on the inferred context. inferring a context of a user or device, wherein the context comprises one or more of: motion, activity, environment or location, wherein the inferring of a context further comprises reading sensor data to infer the context of the user or the device, wherein the sensor data includes data from an accelerometer device sensor and/or a gyroscope device sensor; configuring a computer-vision task according to the inferred context, wherein configuring the computer-vision task comprises adapting the number and type of image features utilized in the computer-vision task based on the inferred context; and performing the computer-vision task, wherein the computer-vision task comprises at least one of: a) a computer-vision-based mapping of an environment of the device utilizing the number and type of image features adapted based on the inferred context, b) a computer-vision-based localizing of the device or an object within the environment of the device utilizing the number and type of image features adapted based on the inferred context, or c) a computer-vision-based tracking of the device within the environment of the device utilizing the number and type of image features adapted based on the inferred context. a) a computer-vision-based mapping of an environment of the device utilizing the number and type of image features adapted based on the inferred context, b) a computer-vision-based localizing of the device or an object within the environment of the device utilizing the number and type of image features adapted based on the inferred context, or c) a computer-vision-based tracking of the device within the environment of the device utilizing the number and type of image features adapted based on the inferred context.
An ophthalmic product, comprising: a sealed and sterilized package which include a packaging solution and a soft hydrogel contact lens immersed in the packaging solution, wherein the hydrogel contact lens comprises a polymer matrix, a first leachable polymeric lubricant, and a second leachable polymeric lubricant, wherein the second leachable polymeric lubricant is different from the first leachable polymeric lubricant in molecular weight or in the polymer composition, wherein the packaging solution includes a non-ionic hydroxyl-containing viscosity-enhancing polymer in an amount sufficient to provide the packaging solution a viscosity of from about 1.5 centipoise to about 20 centipoise at 25°C, a polyethylene glycol having a molecular weight of 2000 or less, an α-oxo-multi-acid or salt thereof in an amount sufficient to have a reduced susceptibility to oxidation degradation of the polyethylene glycol in the packaging solution, and one or more buffering agents in an amount sufficient to provide the solution a pH of from about 6.0 to 8.0, and wherein the packaging solution has an osmolality of from about 200 to about 450 mOsm/kg.
A system for a marine vessel, the system including: a peripheral device (66a, 50) including an actuator (68a, 52) configured to move a movable part (90, 190, 290a-c, 390) of the peripheral device (66a, 50) between a retracted position and an extended position; a first serial bus (58, 62) configured to connect the peripheral device (66a, 50) to other peripheral devices (66a, 50, 66b, 66c); a controller (70a, 54) located on or in the peripheral device (66a, 50), operatively connected to the actuator (68a, 52), and in signal communication with the first serial bus (58, 62); and a sensor (74, 76, 78, 80) coupled to the controller (70a, 54) via a second serial bus (40, 58); wherein the controller (70a, 54) is configured to activate the actuator (68a, 52) to move the movable part of the peripheral device (66a, 50) from the extended position to the retracted position and from the retracted position to the extended position in response to information from the sensor (74, 76, 78, 80); characterized in that a break-away joint (94, 194, 294, 394) is provided between the movable part (90, 190, 290a-c, 390) of the peripheral device (66a, 50) and the actuator (68a, 52) and the controller (70a, 54), wherein the break-away joint (94, 194, 294, 394) is configured such that if force above a predetermined threshold is applied to the movable part (90, 190, 290a-c, 390) of the peripheral device (66a, 50), the movable part (90, 190, 290a-c, 390) of the peripheral device (66a, 50) will pivot or partially or completely break off from the actuator (68a, 52) and the controller (70a, 54). a peripheral device (66a, 50) including an actuator (68a, 52) configured to move a movable part (90, 190, 290a-c, 390) of the peripheral device (66a, 50) between a retracted position and an extended position; a first serial bus (58, 62) configured to connect the peripheral device (66a, 50) to other peripheral devices (66a, 50, 66b, 66c); a controller (70a, 54) located on or in the peripheral device (66a, 50), operatively connected to the actuator (68a, 52), and in signal communication with the first serial bus (58, 62); and a sensor (74, 76, 78, 80) coupled to the controller (70a, 54) via a second serial bus (40, 58); wherein the controller (70a, 54) is configured to activate the actuator (68a, 52) to move the movable part of the peripheral device (66a, 50) from the extended position to the retracted position and from the retracted position to the extended position in response to information from the sensor (74, 76, 78, 80); characterized in that a break-away joint (94, 194, 294, 394) is provided between the movable part (90, 190, 290a-c, 390) of the peripheral device (66a, 50) and the actuator (68a, 52) and the controller (70a, 54), wherein the break-away joint (94, 194, 294, 394) is configured such that if force above a predetermined threshold is applied to the movable part (90, 190, 290a-c, 390) of the peripheral device (66a, 50), the movable part (90, 190, 290a-c, 390) of the peripheral device (66a, 50) will pivot or partially or completely break off from the actuator (68a, 52) and the controller (70a, 54).
A method comprising: initiating an evacuation operation during which an air mover directs air containing debris from a cleaning robot into an evacuation station, the evacuation operation being one of a plurality of evacuation operations; and ceasing the evacuation operation in response to a pressure value being within a range, the pressure value being determined based at least in part on a measured air pressure within the evacuation station, and characterized in that: the range being set based at least in part on a number of the plurality of evacuation operations initiated before the evacuation operation. initiating an evacuation operation during which an air mover directs air containing debris from a cleaning robot into an evacuation station, the evacuation operation being one of a plurality of evacuation operations; and ceasing the evacuation operation in response to a pressure value being within a range, the pressure value being determined based at least in part on a measured air pressure within the evacuation station, and characterized in that: the range being set based at least in part on a number of the plurality of evacuation operations initiated before the evacuation operation.
A vehicle information acquisition apparatus comprising: a vehicle authentication unit configured to execute vehicle authentication on a vehicle having a predetermined on-board device entering a preset range based on preset vehicle authentication information; and an integration unit configured to integrate the number of vehicles passing after the vehicle having the predetermined on-board device passes when the vehicle authentication executed on the vehicle is successful, wherein the vehicle information acquisition apparatus is configured to notify, when the vehicle authentication executed on the next vehicle having the predetermined on-board device passing after the vehicle passes is successful, the next vehicle of the number of vehicles integrated by the integration unit including vehicles without a predetermined on-board device; a vehicle recognition unit configured to acquire an image of the vehicle entering the preset range, and recognize the vehicle entering the preset range based on the acquired image, wherein the integration unit comprises: vehicle number integration means for integrating the number of vehicles entering the preset range based on a result of the recognition of the vehicle; and reset means for instructing the vehicle number integration means to reset the integration of the number of vehicles when the vehicle authentication on the next vehicle is successful. a vehicle authentication unit configured to execute vehicle authentication on a vehicle having a predetermined on-board device entering a preset range based on preset vehicle authentication information; and an integration unit configured to integrate the number of vehicles passing after the vehicle having the predetermined on-board device passes when the vehicle authentication executed on the vehicle is successful, wherein the vehicle information acquisition apparatus is configured to notify, when the vehicle authentication executed on the next vehicle having the predetermined on-board device passing after the vehicle passes is successful, the next vehicle of the number of vehicles integrated by the integration unit including vehicles without a predetermined on-board device; a vehicle recognition unit configured to acquire an image of the vehicle entering the preset range, and recognize the vehicle entering the preset range based on the acquired image, wherein the integration unit comprises: vehicle number integration means for integrating the number of vehicles entering the preset range based on a result of the recognition of the vehicle; and reset means for instructing the vehicle number integration means to reset the integration of the number of vehicles when the vehicle authentication on the next vehicle is successful. vehicle number integration means for integrating the number of vehicles entering the preset range based on a result of the recognition of the vehicle; and reset means for instructing the vehicle number integration means to reset the integration of the number of vehicles when the vehicle authentication on the next vehicle is successful.
A tube inlet for an installation box, the tube inlet comprising: a. a tubular main body, having a central axis and an opening for receiving a tube, b. a cover for closing the opening, which has a base plate and a plug which, in a closed position, protrudes into the opening, and c. at least one control element, which is molded to the main body and is provided on an outer side of the tubular main body, characterized in that d. the at least one control element interacts with at least one counterpart element, which is molded to the main body and is provided essentially opposite the at least one control element, and in that the tube inlet is designed in such a way that, e. during a mutual pushing-together of the control element and the counterpart element in a first direction (y), the base plate of the cover is lifted off from the opening, and, f. during the mutual pushing-together of the control element and the counterpart element, the main body is ovalized, and, as a result of the temporary ovalization of the main body in relation to the dimensionally stable cover, certain parts of the cover or of the main body are temporarily interconnected with one another. a. a tubular main body, having a central axis and an opening for receiving a tube, b. a cover for closing the opening, which has a base plate and a plug which, in a closed position, protrudes into the opening, and c. at least one control element, which is molded to the main body and is provided on an outer side of the tubular main body, d. the at least one control element interacts with at least one counterpart element, which is molded to the main body and is provided essentially opposite the at least one control element, and in that the tube inlet is designed in such a way that, e. during a mutual pushing-together of the control element and the counterpart element in a first direction (y), the base plate of the cover is lifted off from the opening, and, f. during the mutual pushing-together of the control element and the counterpart element, the main body is ovalized, and, as a result of the temporary ovalization of the main body in relation to the dimensionally stable cover, certain parts of the cover or of the main body are temporarily interconnected with one another.
A system for tissue ablation, comprising: a microwave antenna; a microwave energy generator coupled to the microwave antenna and configured to generate microwave energy; and a matching network coupled between the microwave antenna and the microwave energy generator, the matching network including: an inductor having an input coupled to the generator and an output coupled to the antenna; characterized in that the matching network further includes series arrangement of a first capacitor and a first tuning diode coupled to the input of the first-mentioned inductor; a first inductor having an input coupled to a first DC input and an output connected between the first capacitor and the first tuning diode; a series arrangement of a second tuning diode and a second capacitor coupled to the output of the first-mentioned inductor; and a second inductor having an input connected to a second DC input and an output coupled between the second capacitor and the second tuning diode. a microwave antenna; a microwave energy generator coupled to the microwave antenna and configured to generate microwave energy; and a matching network coupled between the microwave antenna and the microwave energy generator, the matching network including: an inductor having an input coupled to the generator and an output coupled to the antenna; characterized in that the matching network further includes series arrangement of a first capacitor and a first tuning diode coupled to the input of the first-mentioned inductor; a first inductor having an input coupled to a first DC input and an output connected between the first capacitor and the first tuning diode; a series arrangement of a second tuning diode and a second capacitor coupled to the output of the first-mentioned inductor; and a second inductor having an input connected to a second DC input and an output coupled between the second capacitor and the second tuning diode.
A refrigeration appliance, comprising: a case body; a door capable of being connected to the case body in a manner of sliding forwards and backwards, the door comprising a front wall, a rear wall that is disposed at intervals with the front wall, a side wall that connects the front wall and the rear wall, and an accommodating space that is formed by encirclement of the front wall, the rear wall, and the side wall and filled with a heat insulation material; and a power and/or signal transmission apparatus, the rear wall having a through hole for passing through the power and/or signal transmission apparatus, and the power and/or signal transmission apparatus comprises cables, wherein the refrigeration appliance further comprises a cable guiding member that is located in the accommodating space and used for guiding the cables, characterized in that the cable guiding member has a guiding portion and the cables extend towards the front wall within the guiding portion, and wherein the guiding portion extends out of the door through the through hole. a case body; a door capable of being connected to the case body in a manner of sliding forwards and backwards, the door comprising a front wall, a rear wall that is disposed at intervals with the front wall, a side wall that connects the front wall and the rear wall, and an accommodating space that is formed by encirclement of the front wall, the rear wall, and the side wall and filled with a heat insulation material; and a power and/or signal transmission apparatus, the rear wall having a through hole for passing through the power and/or signal transmission apparatus, and the power and/or signal transmission apparatus comprises cables, wherein the refrigeration appliance further comprises a cable guiding member that is located in the accommodating space and used for guiding the cables, characterized in that the cable guiding member has a guiding portion and the cables extend towards the front wall within the guiding portion, and wherein the guiding portion extends out of the door through the through hole.