mhurhangee/ep-ind-claims huggingface dataset:
An input system, comprising: a stylus; a positionable output device; a tablet comprising a touch sensitive screen to receive input via interaction with the stylus; and a three-dimensional, 3D, workspace represented on a graphical user interface of the positionable output device communicatively coupled to the tablet; wherein two-dimensional, 2D, input on the tablet touch sensitive screen translates to a 3D input on the 3D workspace based on the orientation of an input plane represented in the 3D workspace; and wherein interface of the stylus with the tablet freezes a view of a tablet-to-input mapping displayed on the positionable output device, wherein the input plane is visible within the 3D workspace; wherein the input plane is adjustable with reference to a consistent point of reference within the 3D workspace; characterized in that the input plane fits within a tablet frustum defined within a user's view frustum within the 3D workspace; wherein the tablet frustum corresponds to a mapped area on the 2D surface of the tablet; and wherein boundaries of the input plane extend between the tablet frustum and the user's view frustum. a stylus; a positionable output device; a tablet comprising a touch sensitive screen to receive input via interaction with the stylus; and a three-dimensional, 3D, workspace represented on a graphical user interface of the positionable output device communicatively coupled to the tablet; wherein two-dimensional, 2D, input on the tablet touch sensitive screen translates to a 3D input on the 3D workspace based on the orientation of an input plane represented in the 3D workspace; and wherein interface of the stylus with the tablet freezes a view of a tablet-to-input mapping displayed on the positionable output device, wherein the input plane is visible within the 3D workspace; wherein the input plane is adjustable with reference to a consistent point of reference within the 3D workspace; characterized in that the input plane fits within a tablet frustum defined within a user's view frustum within the 3D workspace; wherein the tablet frustum corresponds to a mapped area on the 2D surface of the tablet; and wherein boundaries of the input plane extend between the tablet frustum and the user's view frustum.
A method of producing a plant material vapor from a plant material comprising a temperature-sensitive component at a first concentration, the method comprising: inserting a capsule into a vaporizing unit, the capsule including two planar heaters (30, 60) containing the plant material therebetween, each of the two planar heaters defining a plurality of holes, the vaporizing unit defining a capsule loading and unloading opening, the inserting of the capsule being from an exterior of a body of the vaporizing unit to an interior of the body of the vaporizing unit via the capsule loading and unloading opening, the capsule loading and unloading opening of the vaporizing unit configured to allow manual and mechanized loading and unloading of the capsule; heating an initial volume of the plant material between the two planar heaters (30, 60) of the capsule to a first temperature to form a heated volume of the plant material in which the first concentration of the temperature-sensitive component is reduced relative to the initial volume; and heating the heated volume of the plant material between the two planar heaters (30, 60) of the capsule to a second temperature to form the plant material vapor comprising the temperature-sensitive component. inserting a capsule into a vaporizing unit, the capsule including two planar heaters (30, 60) containing the plant material therebetween, each of the two planar heaters defining a plurality of holes, the vaporizing unit defining a capsule loading and unloading opening, the inserting of the capsule being from an exterior of a body of the vaporizing unit to an interior of the body of the vaporizing unit via the capsule loading and unloading opening, the capsule loading and unloading opening of the vaporizing unit configured to allow manual and mechanized loading and unloading of the capsule; heating an initial volume of the plant material between the two planar heaters (30, 60) of the capsule to a first temperature to form a heated volume of the plant material in which the first concentration of the temperature-sensitive component is reduced relative to the initial volume; and heating the heated volume of the plant material between the two planar heaters (30, 60) of the capsule to a second temperature to form the plant material vapor comprising the temperature-sensitive component.
Compounds of the formula in which A represents pyrid-2-yl or pyrid-4-yl or represents pyrid-3-yl which is optionally substituted in the 6-position by fluorine, chlorine, bromine, methyl, trifluoromethyl or trifluoromethoxy, or A represents a radical of the formula below in which X represents halogen, alkyl or haloalkyl, and Y represents halogen, alkyl, haloalkyl, haloalkoxy, azido or cyano; B represents oxygen; R 1 represents haloalkyl or halocycloalkyl, R 2 represents hydrogen and R 3 represents hydrogen. A represents pyrid-2-yl or pyrid-4-yl or represents pyrid-3-yl which is optionally substituted in the 6-position by fluorine, chlorine, bromine, methyl, trifluoromethyl or trifluoromethoxy, or A represents a radical of the formula below in which X represents halogen, alkyl or haloalkyl, and Y represents halogen, alkyl, haloalkyl, haloalkoxy, azido or cyano; X represents halogen, alkyl or haloalkyl, and Y represents halogen, alkyl, haloalkyl, haloalkoxy, azido or cyano; B represents oxygen; R 1 represents haloalkyl or halocycloalkyl, R 2 represents hydrogen and R 3 represents hydrogen.
An apparatus for generating AC electrical signals for application to a first pair of electrodes (25L/R) and a second pair of electrodes (25A/P), the apparatus comprising: an AC voltage generator having an output; an electronic switch having an input that receives the output of the AC voltage generator, a first power output, and a second power output, wherein the electronic switch is configured to operate in a first mode that routes the output of the AC voltage generator to the first power output, and a second mode that routes the output of the AC voltage generator to the second power output, and the electronic switch is further configured to cycle through a repeating sequence that includes the first mode and the second mode; and a controller configured to synchronize the operation of the AC voltage generator and the electronic switch, wherein, within 20 ms after the electronic switch switches to either the first mode or the second mode, the output voltage of the AC voltage generator is at least 80% of the steady-state output voltage of the AC voltage generator; characterized in that switching of the electronic switch to either the first mode or the second mode is restricted to windows of time that correspond to the first 5.7°, the middle 11.4°, and the last 5.7° of each 360° cycle of the AC voltage generator. an AC voltage generator having an output; an electronic switch having an input that receives the output of the AC voltage generator, a first power output, and a second power output, wherein the electronic switch is configured to operate in a first mode that routes the output of the AC voltage generator to the first power output, and a second mode that routes the output of the AC voltage generator to the second power output, and the electronic switch is further configured to cycle through a repeating sequence that includes the first mode and the second mode; and a controller configured to synchronize the operation of the AC voltage generator and the electronic switch, wherein, within 20 ms after the electronic switch switches to either the first mode or the second mode, the output voltage of the AC voltage generator is at least 80% of the steady-state output voltage of the AC voltage generator; characterized in that switching of the electronic switch to either the first mode or the second mode is restricted to windows of time that correspond to the first 5.7°, the middle 11.4°, and the last 5.7° of each 360° cycle of the AC voltage generator.
A system for dithered hysteretic current control, comprising: a switched-mode power supply configured to receive an input voltage and to generate an output voltage therefrom based on switching between operation according to a first mode and operation according to a second mode; a control component configured to monitor at least one signal output of the switched-mode power supply and to detect a crossing of a first threshold associated with the first mode, wherein the control component is configured to generate a first control signal based on the crossing of the first threshold, and wherein the control component is further configured to generate a second control signal; and a dither component configured to receive the first control signal, characterized in that the dither component is further configured to delay the first control signal by a first random time period to generate a delayed first control signal for the switched-mode power supply, wherein the switched-mode power supply is configured to receive the delayed first control signal and the second control signal, to switch from the first mode to the second mode based on the delayed first control signal, and to switch from the second mode to the first mode based on the second control signal. a switched-mode power supply configured to receive an input voltage and to generate an output voltage therefrom based on switching between operation according to a first mode and operation according to a second mode; a control component configured to monitor at least one signal output of the switched-mode power supply and to detect a crossing of a first threshold associated with the first mode, wherein the control component is configured to generate a first control signal based on the crossing of the first threshold, and wherein the control component is further configured to generate a second control signal; and a dither component configured to receive the first control signal, characterized in that the dither component is further configured to delay the first control signal by a first random time period to generate a delayed first control signal for the switched-mode power supply, wherein the switched-mode power supply is configured to receive the delayed first control signal and the second control signal, to switch from the first mode to the second mode based on the delayed first control signal, and to switch from the second mode to the first mode based on the second control signal.
A line ascender for enabling a person to ascend a line, the line ascender including: a receiver to receive the line laterally; and a plate body; and a clamp for clamping the received line responsive to weight of the person, said clamp being fastened to the plate body and comprising a pair of cams (106a, 106b) configured to rotate relative to the plate body, the receiver is defined between the pair of rotational cams (106a, 106b), which taper in a generally concave manner to facilitate engagement with the line each of the cams having curves in a vertical and transverse plane which are configured to draw in and clamp the line when not centred between the cams or only shallowly inserted, and the cams directly engage with the line received in the receiver and are moved together by the line without need for a separate actuator, said cams including surface teeth for gripping the line, and each of the cams (106a, 106b) further tapers downwardly, in use, so that greater weight causes increased clamping as the received line forces free ends (108a, 108b) of the cams (106a, 106b) together, and the cams are normally biased open, each said cam including a torsional spring to bias the clamp open, such that, responsive to the weight of the person being removed, the cams automatically spring open. a receiver to receive the line laterally; and a plate body; and a clamp for clamping the received line responsive to weight of the person, said clamp being fastened to the plate body and comprising a pair of cams (106a, 106b) configured to rotate relative to the plate body, the receiver is defined between the pair of rotational cams (106a, 106b), which taper in a generally concave manner to facilitate engagement with the line each of the cams having curves in a vertical and transverse plane which are configured to draw in and clamp the line when not centred between the cams or only shallowly inserted, and the cams directly engage with the line received in the receiver and are moved together by the line without need for a separate actuator, said cams including surface teeth for gripping the line, and each of the cams (106a, 106b) further tapers downwardly, in use, so that greater weight causes increased clamping as the received line forces free ends (108a, 108b) of the cams (106a, 106b) together, and the cams are normally biased open, each said cam including a torsional spring to bias the clamp open, such that, responsive to the weight of the person being removed, the cams automatically spring open.
Device for determining an information relating to an adherence of a patient having a respiratory disorder, comprising: - a fluid channel configured to be in fluid communication with a medical gas source at a first end and with a patient interface at a second end, - a sensor arrangement having at least a first sensor for measuring a value of a first flow parameter in said channel and a second sensor for measuring a value of a second flow parameter in said channel, and - a control unit in communication with the first sensor and the second sensor, wherein the control unit is configured to determine a flow direction of a medical gas in the channel based on a received measurement of the first sensor and/or second sensor and to determine the information based on the determined flow direction, wherein the device is configured such that either end (20,22) of the channel is configured to be coupled to a medical gas source or a patient interface, wherein the determined information indicates a coupling orientation of the device, characterized in that the first sensor and the second sensor are spaced apart from each other along a longitudinal axis of the channel and are arranged at opposing ends (20, 22) of the channel, and in that the control unit is configured to select a particular sensor (30, 32) based on the coupling orientation and the relative position of the sensor (30, 32) to perform a measurement of a flow characteristic at a downstream end (20, 22) of the channel. - a fluid channel configured to be in fluid communication with a medical gas source at a first end and with a patient interface at a second end, - a sensor arrangement having at least a first sensor for measuring a value of a first flow parameter in said channel and a second sensor for measuring a value of a second flow parameter in said channel, and - a control unit in communication with the first sensor and the second sensor, wherein the control unit is configured to determine a flow direction of a medical gas in the channel based on a received measurement of the first sensor and/or second sensor and to determine the information based on the determined flow direction,
A battery module, comprising: a plurality of battery cells stacked on each other, characterized by a plurality of adhesive members respectively disposed between the plurality of battery cells and configured to be removable according to a user manipulation, wherein the plurality of adhesive members are provided to both ends of the plurality of battery cells in a longitudinal direction, wherein each of the plurality of battery cells includes: an electrode assembly; a battery case having a case body configured to accommodate the electrode assembly and a case terrace configured to extend from both ends of the case body along the longitudinal direction of the battery cells; and a pair of electrode leads configured to protrude from the case terrace of the battery case and electrically connected to the electrode assembly, wherein each of the plurality of adhesive members includes: an adhesion portion disposed at both ends of the case body in the longitudinal direction of the plurality of battery cells, and a user manipulation portion configured to extend from the adhesion portion and disposed between the case terraces. a plurality of battery cells stacked on each other, characterized by a plurality of adhesive members respectively disposed between the plurality of battery cells and configured to be removable according to a user manipulation, wherein the plurality of adhesive members are provided to both ends of the plurality of battery cells in a longitudinal direction, wherein each of the plurality of battery cells includes: an electrode assembly; a battery case having a case body configured to accommodate the electrode assembly and a case terrace configured to extend from both ends of the case body along the longitudinal direction of the battery cells; and a pair of electrode leads configured to protrude from the case terrace of the battery case and electrically connected to the electrode assembly, wherein each of the plurality of adhesive members includes: an adhesion portion disposed at both ends of the case body in the longitudinal direction of the plurality of battery cells, and a user manipulation portion configured to extend from the adhesion portion and disposed between the case terraces. an electrode assembly; a battery case having a case body configured to accommodate the electrode assembly and a case terrace configured to extend from both ends of the case body along the longitudinal direction of the battery cells; and a pair of electrode leads configured to protrude from the case terrace of the battery case and electrically connected to the electrode assembly, wherein each of the plurality of adhesive members includes: an adhesion portion disposed at both ends of the case body in the longitudinal direction of the plurality of battery cells, and a user manipulation portion configured to extend from the adhesion portion and disposed between the case terraces. an adhesion portion disposed at both ends of the case body in the longitudinal direction of the plurality of battery cells, and a user manipulation portion configured to extend from the adhesion portion and disposed between the case terraces.
Base profile of a floor profile assembly having a floor support leg and a support device formed to attachably receive a cover profile, wherein the floor support leg and the support device are connected directly and integral by a joint having a predetermined bending point such that the support device is inclinable compared to the floor support leg in cross direction, characterized in that the floor support leg has a fastening section extending in cross direction for fastening on the floor and a bending section extending in cross direction, wherein the floor support leg in the bending section has several grooves (53, 54) alternately disposed at the top and/or on the bottom and locally reducing the stiffness, which enable a vertical bend of the floor support leg in the bending section around a pivot, wherein the pivot is formed by one of the grooves (53, 54).
A motor vehicle including a supporting structure (102; 202) for the suspension systems of the vehicle, said structure being disposed transversely in the engine compartment, the structure including an extruded profile (104; 204); and the extruded portion of the profile (104; 204) including, on one or more segments of said profile, a chamber (114; 214, 222) projecting from said portion in the vicinity of said segment(s), and forming a housing (112; 212, 232) for an attachment means (108; 208), an elastic shim (108; 208) being disposed in the housing or each of the housings (112, 212, 232) of the profile, the shim or shims including a central orifice able to receive an attachment axis of the exhaust line (120; 220) or of a linking rod to the engine of the vehicle, said vehicle being characterized in that the supporting structure includes at each of the ends of the profile a linking piece extending substantially vertically, said pieces being extruded along the main direction of the profile and each including a chamber forming a housing supporting an anti-roll bar of the vehicle.
A method comprising: after determining, by a computing system, based at least in part on indications of a location and a speed associated with a computing device (10; 100; 230), a first mode of transportation being used by a user of the computing device, determining, by the computing system, a second mode of transportation being used by the user, wherein the first mode of transportation is associated with a transportation service and the second mode of transportation is not associated with the transportation service; determining, by the computing system, a duration of travel using a third mode of transportation from a current location of the computing device to a location associated with the transportation service; determining, by the computing system, a departure time of a vehicle of the transportation service from the location associated with the transportation service; and responsive to determining that a current time is prior to the departure time by at least the duration of travel, sending, by the computing system, to the computing device, information based on at least one of the duration of travel, the third mode of transportation, or the location associated with the transportation service. after determining, by a computing system, based at least in part on indications of a location and a speed associated with a computing device (10; 100; 230), a first mode of transportation being used by a user of the computing device, determining, by the computing system, a second mode of transportation being used by the user, wherein the first mode of transportation is associated with a transportation service and the second mode of transportation is not associated with the transportation service; determining, by the computing system, a duration of travel using a third mode of transportation from a current location of the computing device to a location associated with the transportation service; determining, by the computing system, a departure time of a vehicle of the transportation service from the location associated with the transportation service; and responsive to determining that a current time is prior to the departure time by at least the duration of travel, sending, by the computing system, to the computing device, information based on at least one of the duration of travel, the third mode of transportation, or the location associated with the transportation service.
A patient repositioning system in combination with a bed having a deck, the system including a mattress residing on the deck and having a head end and a foot end and an upper surface, a sheet residing on the upper surface, and a drive mechanism located below the upper surface near the head end of the mattress and operable to pull the sheet toward the head end of the mattress, thereby to reposition the sheet relative to the mattress, and also to reposition a patient residing on the sheet, characterized by: a housing located below the upper surface and containing the drive mechanism, the housing including a slot extending therealong, and the drive mechanism being operable to pull the sheet into the housing via the slot, the housing further including an access door movable relative to the housing to thereby permit access to the inside of the housing. a housing located below the upper surface and containing the drive mechanism, the housing including a slot extending therealong, and the drive mechanism being operable to pull the sheet into the housing via the slot, the housing further including an access door movable relative to the housing to thereby permit access to the inside of the housing.