mhurhangee/ep-ind-claims huggingface dataset:
A system for remotely manipulating an elongate medical device of the type having a distal end adapted to be introduced into a patient and a handle at the proximal end with rotatable and translatable controls for manipulating the device, the system comprising: a device driver positionable adjacent the patient; a device interface releasably mounted on the device driver; and a control for selectively operating the device driver to advance and retract the device driver relative to the patient to advance and retract the distal end of the medical device in the patient; wherein the device interface comprises a first clamp for releasably engaging a first portion of the handle of the medical device and a second clamp for releasably engaging a second portion of the handle of the medical device; and in that the control is configured for selectively operating the device driver to cause the first and second clamps (174a, 174b) to rotate the first and second portions of the handle of the medical device to rotate the distal end of the medical device in the patient; for selectively operating the device driver to move the second clamp relative to the first clamp to cause relative translation between the first portion of the handle and the second portion of the handle to thereby operate the translatable control on the handle; and for selectively operating the device driver to cause the at least one of the first and second clamps (174a, 174b) to rotate the portion of the medical device releasably engaged therein, to cause relative rotation between the first portion of the handle and the second portion of the handle to thereby operate the rotatable control on the handle. a device driver positionable adjacent the patient; a device interface releasably mounted on the device driver; and a control for selectively operating the device driver to advance and retract the device driver relative to the patient to advance and retract the distal end of the medical device in the patient; wherein the device interface comprises a first clamp for releasably engaging a first portion of the handle of the medical device and a second clamp for releasably engaging a second portion of the handle of the medical device; and in that the control is configured for selectively operating the device driver to cause the first and second clamps (174a, 174b) to rotate the first and second portions of the handle of the medical device to rotate the distal end of the medical device in the patient; for selectively operating the device driver to move the second clamp relative to the first clamp to cause relative translation between the first portion of the handle and the second portion of the handle to thereby operate the translatable control on the handle; and for selectively operating the device driver to cause the at least one of the first and second clamps (174a, 174b) to rotate the portion of the medical device releasably engaged therein, to cause relative rotation between the first portion of the handle and the second portion of the handle to thereby operate the rotatable control on the handle.
A ventilation hood system comprising: a hood body defining an interior through which cooking vapors are passable, the hood body comprising duct sidewalls enclosing the interior, a screen through which the cooking vapors are passable, and a fan element or blower that is installed in or adjacent to the interior, the screen being disposed in the interior and supported by the duct sidewalls; a support system affixed to a fixed body and supportive of an entire weight of the hood body, the support system comprising one or more support legs each respectively comprising a bracket; and a weight sensing system including weight sensors respectively disposed in the corresponding brackets and a weight monitor, wherein the weight monitor comprises a processing unit and the weight sensing system is operably coupled to the support system to sense and monitor the entire weight of the hood body over time, wherein the weight monitor is configured to: receive data reflective of the entire weight of the hood body over time, interpret the data to monitor changes in the entire weight of the hood body over time, and take an action toward cleaning the hood body in an event the changes indicate that the entire weight of the hood body exceeds a predefined level. a hood body defining an interior through which cooking vapors are passable, the hood body comprising duct sidewalls enclosing the interior, a screen through which the cooking vapors are passable, and a fan element or blower that is installed in or adjacent to the interior, the screen being disposed in the interior and supported by the duct sidewalls; a support system affixed to a fixed body and supportive of an entire weight of the hood body, the support system comprising one or more support legs each respectively comprising a bracket; and a weight sensing system including weight sensors respectively disposed in the corresponding brackets and a weight monitor, wherein the weight monitor comprises a processing unit and the weight sensing system is operably coupled to the support system to sense and monitor the entire weight of the hood body over time, wherein the weight monitor is configured to: receive data reflective of the entire weight of the hood body over time, interpret the data to monitor changes in the entire weight of the hood body over time, and take an action toward cleaning the hood body in an event the changes indicate that the entire weight of the hood body exceeds a predefined level.
A method for facilitating network communication, comprising: identifying a first cloud containing a plurality of service providers secured by a first firewall; identifying a second cloud containing a plurality of service consumers protected by a second firewall; establishing, by an overlay component, an automatic overlay channel between the first cloud and the second cloud via a service discovery for service registration, the automatic overlay channel being established upon authentication and registration in a service registry; permitting the automatic overlay channel to establish a first opening at the first firewall in response to the service registration for facilitating data passage between the first cloud and the second cloud via the automatic overlay channel; and permitting the automatic overlay channel to establish a second opening at the second firewall in accordance with the service registration for facilitating data passage between the first cloud and the second cloud via the automatic overlay channel. identifying a first cloud containing a plurality of service providers secured by a first firewall; identifying a second cloud containing a plurality of service consumers protected by a second firewall; establishing, by an overlay component, an automatic overlay channel between the first cloud and the second cloud via a service discovery for service registration, the automatic overlay channel being established upon authentication and registration in a service registry; permitting the automatic overlay channel to establish a first opening at the first firewall in response to the service registration for facilitating data passage between the first cloud and the second cloud via the automatic overlay channel; and permitting the automatic overlay channel to establish a second opening at the second firewall in accordance with the service registration for facilitating data passage between the first cloud and the second cloud via the automatic overlay channel.
A large format display apparatus, wherein a plurality of display modules is consecutively connected, each of the plurality of display modules comprising: a thin film transistor substrate; a plurality of light emitting diodes arranged on one surface of the thin film transistor substrate; a plurality of first connection pads formed at predetermined intervals on the one surface of the thin film transistor substrate only on each of a first edge of the thin film transistor substrate and a second edge of the thin film transistor substrate adjacent to the first edge; a plurality of second connection pads formed at the predetermined intervals on an opposite surface of the thin film transistor substrate only on each of the first edge of the thin film transistor substrate and the second edge of the thin film transistor substrate adjacent to the first edge; and a plurality of side wirings formed at the predetermined intervals only on each of the first edge of the thin film transistor substrate and the second edge of the thin film transistor substrate adjacent to the first edge, the plurality of side wirings electrically coupling the plurality of first connection pads on the one surface of the thin film transistor substrate with respective ones of the plurality of second connection pads on the opposite surface, and wherein each of the plurality of display modules is arranged such that edges having the side wirings are disposed toward an outer edge of the large format display apparatus. a thin film transistor substrate; a plurality of light emitting diodes arranged on one surface of the thin film transistor substrate; a plurality of first connection pads formed at predetermined intervals on the one surface of the thin film transistor substrate only on each of a first edge of the thin film transistor substrate and a second edge of the thin film transistor substrate adjacent to the first edge; a plurality of second connection pads formed at the predetermined intervals on an opposite surface of the thin film transistor substrate only on each of the first edge of the thin film transistor substrate and the second edge of the thin film transistor substrate adjacent to the first edge; and a plurality of side wirings formed at the predetermined intervals only on each of the first edge of the thin film transistor substrate and the second edge of the thin film transistor substrate adjacent to the first edge, the plurality of side wirings electrically coupling the plurality of first connection pads on the one surface of the thin film transistor substrate with respective ones of the plurality of second connection pads on the opposite surface, and wherein each of the plurality of display modules is arranged such that edges having the side wirings are disposed toward an outer edge of the large format display apparatus.
A computer-implemented method comprising: determining, by a user apparatus and via one or more location sensors, a user location; determining, by the user apparatus, a distance aspect for one or more waypoints, wherein (a) the one or more waypoints are identified based on map data of a geographic database, (b) the one or more waypoints define at least part of a route to a destination location, wherein the user location and the destination location are locations of the route, and (c) the distance aspect of a first waypoint is a distance between the first waypoint and the user location; determining, by the user apparatus, a directional aspect for one or more waypoints, wherein the directional aspect of a first waypoint is an angle between a line connecting the user location to the first waypoint and a reference heading; determining, by the user apparatus, a cadence based on distances between consecutive waypoints and/or locations of the route; determining, by the user apparatus, a route sequence based on the distance aspects for the one or more waypoints, the directional aspects for the one or more waypoints, and the cadence, wherein (a) each waypoint is assigned an audible pitch, (b) the volume assigned to the audible pitch for the first waypoint is determined based on the distance aspect corresponding to the first waypoint, (c) a direction assigned to the audible pitch for the first waypoint is determined based on the directional aspect corresponding to the first waypoint; and causing, by the user apparatus, the route sequence to be audibly provided via a sound device. determining, by a user apparatus and via one or more location sensors, a user location; determining, by the user apparatus, a distance aspect for one or more waypoints, wherein (a) the one or more waypoints are identified based on map data of a geographic database, (b) the one or more waypoints define at least part of a route to a destination location, wherein the user location and the destination location are locations of the route, and (c) the distance aspect of a first waypoint is a distance between the first waypoint and the user location; determining, by the user apparatus, a directional aspect for one or more waypoints, wherein the directional aspect of a first waypoint is an angle between a line connecting the user location to the first waypoint and a reference heading; determining, by the user apparatus, a cadence based on distances between consecutive waypoints and/or locations of the route; determining, by the user apparatus, a route sequence based on the distance aspects for the one or more waypoints, the directional aspects for the one or more waypoints, and the cadence, wherein (a) each waypoint is assigned an audible pitch, (b) the volume assigned to the audible pitch for the first waypoint is determined based on the distance aspect corresponding to the first waypoint, (c) a direction assigned to the audible pitch for the first waypoint is determined based on the directional aspect corresponding to the first waypoint; and causing, by the user apparatus, the route sequence to be audibly provided via a sound device.
An electronic device comprising: a first housing; a second housing that is configured to slide in a first direction to be pulled out of the first housing and to slide in a second direction opposite to the first direction to be pulled into an inside of the first housing; a flexible display disposed in the first housing and the second housing; a printed circuit board that is disposed in the second housing and is configured to move according to sliding of the second housing; an antenna radiator disposed on a side surface of the first housing; and a flexible printed circuit board electrically connecting the printed circuit board and the antenna radiator, characterised in that the first housing includes a through hole (225, 255, 282) formed in the side surface thereof, and at least a portion of the antenna radiator is inserted via the through hole (225, 255, 282) into the inside of the first housing, and the antenna radiator is configured to move inside the through hole (225, 255, 282) of the first housing according to the sliding of the second housing. a first housing; a second housing that is configured to slide in a first direction to be pulled out of the first housing and to slide in a second direction opposite to the first direction to be pulled into an inside of the first housing; a flexible display disposed in the first housing and the second housing; a printed circuit board that is disposed in the second housing and is configured to move according to sliding of the second housing; an antenna radiator disposed on a side surface of the first housing; and a flexible printed circuit board electrically connecting the printed circuit board and the antenna radiator, characterised in that the first housing includes a through hole (225, 255, 282) formed in the side surface thereof, and at least a portion of the antenna radiator is inserted via the through hole (225, 255, 282) into the inside of the first housing, and the antenna radiator is configured to move inside the through hole (225, 255, 282) of the first housing according to the sliding of the second housing.
Bottom bracket assembly of bicycle, comprising: - a shaft extending along a predetermined longitudinal direction (x); - a couple of bearings (31, 41) adapted to rotatably support said shaft with respect to a housing box provided in a bicycle frame, said bearings (31, 41) being mounted on said shaft at opposite end portions of said shaft; wherein said opposite end portions of said shaft have an outer diameter comprised in the range between 28 mm and 37 mm, bounds being included, and in that the distance between the median planes of said bearings (31, 41) along said longitudinal direction (x) is comprised in the range between 80 mm and 100 mm, bounds being included; characterised in that said bearings (31, 41) are directly mountable on respective free end portions of said housing box with no interposition of adaptation elements between each bearing (31, 41) and the respective free end portions of said housing box. - a shaft extending along a predetermined longitudinal direction (x); - a couple of bearings (31, 41) adapted to rotatably support said shaft with respect to a housing box provided in a bicycle frame, said bearings (31, 41) being mounted on said shaft at opposite end portions of said shaft;
A multi-layer backsheet for a PV module, wherein the backsheet comprises a heat resistant reactive layer on base of polymers with reactive chemical groups and having a residual heat of fusion at lamination temperature attached by coextrusion to a PO based tie-layer of the backsheet and wherein the PO based tie-layer facing an active layer or an external layer (either 12a or 13b) between the PO based tie-layer and the active layer of the PV module is based on a TPO resin or blend which has a residual heat of fusion at lamination temperature of less than 30 J/g, preferably less than 5 J/g, most preferably is melted, whereby the residual heat of fusion at lamination temperature is measured by DSC according to MTM 15902.
A screening assembly for screening material and comprising: - an assembly frame; - a screening device coupled to the assembly frame, including a first screen and a second screen, the second screen being substantially vertically-stacked below the first screen; - a first conveyor coupled to the assembly frame and configured to receive at a receiving end material from at least one of the screens at their respective discharge ends; and - a drive means mounted at the assembly frame; - characterised in that, the drive means operable to shift at least one of the discharge end of the screening device and the receiving end of the first conveyor relative to the assembly frame, to allow the first conveyor to selectively receive material from the first screen at its discharge end or from the first and the second screens (501,502) at their respective discharge ends. - an assembly frame; - a screening device coupled to the assembly frame, including a first screen and a second screen, the second screen being substantially vertically-stacked below the first screen; - a first conveyor coupled to the assembly frame and configured to receive at a receiving end material from at least one of the screens at their respective discharge ends; and - a drive means mounted at the assembly frame; - characterised in that, the drive means operable to shift at least one of the discharge end of the screening device and the receiving end of the first conveyor relative to the assembly frame, to allow the first conveyor to selectively receive material from the first screen at its discharge end or from the first and the second screens (501,502) at their respective discharge ends.
A method for generating a pulsed radio frequency, RF, waveform, comprising: voltage multiplying a DC charging voltage by: supplying the DC charging voltage to respective capacitors of a plurality of switching stages that are electrically coupled to one another in parallel, each of the switching stages including a switching stage capacitor, a switching stage inductor, and a switch; and discharging the capacitors by concurrently switching the switches of each of the plurality of switching stages from an electrically non-conducting state to an electrically conducting state; and inductively coupling each of the plurality of switching stages to a resonant circuit through a plurality of transformers, each of the transformers having a primary winding electrically coupled to a respective switching stage and a secondary winding electrically coupled in series to one another and to the resonant circuit, wherein the resonant circuit includes an inductor and a capacitor electrically coupled in series to the secondary windings of the transformers. supplying the DC charging voltage to respective capacitors of a plurality of switching stages that are electrically coupled to one another in parallel, each of the switching stages including a switching stage capacitor, a switching stage inductor, and a switch; and discharging the capacitors by concurrently switching the switches of each of the plurality of switching stages from an electrically non-conducting state to an electrically conducting state; and inductively coupling each of the plurality of switching stages to a resonant circuit through a plurality of transformers, each of the transformers having a primary winding electrically coupled to a respective switching stage and a secondary winding electrically coupled in series to one another and to the resonant circuit, wherein the resonant circuit includes an inductor and a capacitor electrically coupled in series to the secondary windings of the transformers.
Diffusion dialysis apparatus comprising: a plurality of anion exchange membranes (1,2) arranged so as to form a stack of successive cell units, each cell unit comprising a dialysate compartment configured for passing a dialysate solution and for collecting acid compounds recovered from a feed, a feed compartment configured for passing a stream of the feed comprising acid waste with a concentration gradient of the acid between the feed and dialysate solution, and two anion exchange membranes (1,2) stacked so as to be interleaved with the dialysate compartment and the feed compartment; characterised in that the apparatus comprises an anode and a cathode, wherein the cell units are placed between the anode and the cathode, and in that successive anion exchange membranes (1,2) in the stack of successive cell units are alternately a higher proton transport anion exchange membrane and a lower proton transport anion exchange membrane, wherein the higher proton transport anion exchange membrane has a first H + transport number and the lower proton transport anion exchange membrane has a second H + transport number, the second H + transport number being smaller than the first H + transport number, such that, in use, the transport of protons through the higher proton transport anion exchange membrane is higher when compared to the transport of protons through the lower proton transport anion exchange membrane and acid compounds from the stream of feed are recovered in the dialysate compartment by diffusion dialysis and electrical energy is generated from the directional migration by diffusion dialysis of protons and anions.