mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: at a first electronic device with a display and a first microphone: in accordance with determining that a condition of the first electronic device meets a predetermined condition, sampling an audio input using the first microphone, wherein the audio input is sampled before initiating a virtual assistant session on a second electronic device with a second microphone; in accordance with the sampling of the audio input using the first microphone, sending stop instructions to the second electronic device, the second electronic device external to the first electronic device, wherein the second electronic device is configured to respond to the audio input received using the second microphone, and wherein the stop instructions instruct the second electronic device to forgo responding to the audio input received using the second microphone, wherein responding to the audio input received using the second microphone comprises providing perceptible output. at a first electronic device with a display and a first microphone: in accordance with determining that a condition of the first electronic device meets a predetermined condition, sampling an audio input using the first microphone, wherein the audio input is sampled before initiating a virtual assistant session on a second electronic device with a second microphone; in accordance with the sampling of the audio input using the first microphone, sending stop instructions to the second electronic device, the second electronic device external to the first electronic device, in accordance with determining that a condition of the first electronic device meets a predetermined condition, sampling an audio input using the first microphone, wherein the audio input is sampled before initiating a virtual assistant session on a second electronic device with a second microphone; in accordance with the sampling of the audio input using the first microphone, sending stop instructions to the second electronic device, the second electronic device external to the first electronic device, wherein the second electronic device is configured to respond to the audio input received using the second microphone, and wherein the stop instructions instruct the second electronic device to forgo responding to the audio input received using the second microphone, wherein responding to the audio input received using the second microphone comprises providing perceptible output.
An injector comprising: a cylindrical barrel including a discharge port ; a movable body including a main body , a seal body disposed on the main body and a flange disposed on the main body , the seal body coming into close contact with an inner circumferential surface of the barrel , the movable body being restored to an original shape when the movable body stops moving, the original shape being a shape where an outer circumferential side portion of the seal body is separated from the main body ; a plunger for pushing and moving the seal body to the discharge port side of the barrel ; and a stopper disposed on one of the barrel and the plunger and coming into elastic contact with the other in a radial direction of the barrel , wherein the seal body and the plunger are configured to separate from each other when the plunger is being retracted. a cylindrical barrel including a discharge port ; a movable body including a main body , a seal body disposed on the main body and a flange disposed on the main body , the seal body coming into close contact with an inner circumferential surface of the barrel , the movable body being restored to an original shape when the movable body stops moving, the original shape being a shape where an outer circumferential side portion of the seal body is separated from the main body ; a plunger for pushing and moving the seal body to the discharge port side of the barrel ; and a stopper disposed on one of the barrel and the plunger and coming into elastic contact with the other in a radial direction of the barrel ,
A method comprising: depositing print agent of a particular color onto a printable substrate to form a patch of print agent; directing radiation from a plurality of radiation sources onto the patch of print agent and onto the printable substrate, each light source to emit light of a particular wavelength; detecting , using a sensor, radiation from the plurality of radiation sources which has been reflected from the printable substrate and radiation from the plurality of radiation sources which has been reflected from the patch of print agent; measuring , for each of the plurality of radiation sources, an intensity of the radiation reflected from the printable substrate and an intensity of the radiation reflected from the patch of print agent; and characterized by: selecting , based on the measured intensities, a radiation source of the plurality of radiation sources to be associated with the print agent of the particular color. depositing print agent of a particular color onto a printable substrate to form a patch of print agent; directing radiation from a plurality of radiation sources onto the patch of print agent and onto the printable substrate, each light source to emit light of a particular wavelength; detecting , using a sensor, radiation from the plurality of radiation sources which has been reflected from the printable substrate and radiation from the plurality of radiation sources which has been reflected from the patch of print agent; measuring , for each of the plurality of radiation sources, an intensity of the radiation reflected from the printable substrate and an intensity of the radiation reflected from the patch of print agent; and characterized by: selecting , based on the measured intensities, a radiation source of the plurality of radiation sources to be associated with the print agent of the particular color.
An energy storage flywheel arrangement comprising a flywheel having peripheral receptacles , wherein the mass of the flywheel is adjustable by supplying fluid to the receptacles , wherein the flywheel comprises a fixed central shaft and a rotating shaft coaxial therewith, and at least partially surrounding, the fixed shaft , the receptacles of the flywheel being connected to the rotating shaft , and wherein the fixed and rotating shafts both comprise magnetic components and the fields created by those magnetic components interact to levitate the rotating shaft with respect to the fixed shaft characterised in that the magnetic component in the fixed shaft comprises an array of magnets spaced along the fixed shaft and the magnetic component in the rotating shaft comprises an array of magnets spaced along the rotating shaft .
A pharmaceutical storage and retrieval device comprising: a housing ; a storage area in the housing for storing filled prescriptions ; an outlet on the housing ; a gantry assembly in the housing configured to transport the filled prescriptions from the storage area to the outlet ; a chute connecting the outlet to a pneumatic delivery terminal , the chute including: a pushing member movable relative to the chute to deliver the filled prescriptions from the chute to the pneumatic delivery terminal , wherein the pushing member includes flexible bristles on a side facing the pneumatic delivery terminal , wherein the flexible bristles deflect out of way of a sliding door of the pneumatic delivery terminal , wherein the sliding door is closed when the pushing member is covering an opening of the pneumatic delivery terminal , and an actuator coupled to the pushing member and configured to move the pushing member . a housing ; a storage area in the housing for storing filled prescriptions ; an outlet on the housing ; a gantry assembly in the housing configured to transport the filled prescriptions from the storage area to the outlet ; a chute connecting the outlet to a pneumatic delivery terminal , the chute including: a pushing member movable relative to the chute to deliver the filled prescriptions from the chute to the pneumatic delivery terminal , wherein the pushing member includes flexible bristles on a side facing the pneumatic delivery terminal , wherein the flexible bristles deflect out of way of a sliding door of the pneumatic delivery terminal , wherein the sliding door is closed when the pushing member is covering an opening of the pneumatic delivery terminal , and an actuator coupled to the pushing member and configured to move the pushing member .
Method of impregnating fibre materials in strip form with a polymer material , wherein the method comprises the following steps: - feeding at least one electrically conductive fibre material in strip form to an impregnation device , wherein the electrically conductive fibre material in strip form fed to the impregnation device is electrically contacted in each case by at least two electrodes , - feeding a polymer material to the impregnation device , and - applying an electrical voltage to at least one of the electrodes to generate a flow of current in an electrified section formed by the contacting of the electrodes in such a way that the electrically conductive fibre material in strip form is heated within the electrified section on account of the flow of current and as a result of the internal resistance of the electrically conductive fibre material in strip form, - wherein the polymer material is fed in such that it contacts the electrically conductive fibre material in strip form at least in the electrified section , and - wherein the electrically conductive fibre material in strip form is heated by the application of the electrical voltage in the electrified section in such a way that the polymer material fed in is melted by contact with the fibre material and/or that the already melted polymer material is kept at its melting temperature, characterized in that the two-dimensional fibre material is fed to a vibration unit of the impregnation device , wherein the vibration unit generates a movement or vibration of the fibre material in strip form. - feeding at least one electrically conductive fibre material in strip form to an impregnation device , wherein the electrically conductive fibre material in strip form fed to the impregnation device is electrically contacted in each case by at least two electrodes , - feeding a polymer material to the impregnation device , and - applying an electrical voltage to at least one of the electrodes to generate a flow of current in an electrified section formed by the contacting of the electrodes in such a way that the electrically conductive fibre material in strip form is heated within the electrified section on account of the flow of current and as a result of the internal resistance of the electrically conductive fibre material in strip form, - wherein the polymer material is fed in such that it contacts the electrically conductive fibre material in strip form at least in the electrified section , and - wherein the electrically conductive fibre material in strip form is heated by the application of the electrical voltage in the electrified section in such a way that the polymer material fed in is melted by contact with the fibre material and/or that the already melted polymer material is kept at its melting temperature,
A system comprising: a processor operable to execute instructions; a manageability engine coupled to the processor and operable to authenticate a user of the system; and a trusted storage associated with the manageability engine, wherein the trusted storage is operable to store an authentication image and at least one authentication gesture associated with the authentication image, and wherein the manageability engine is to: cause the authentication image to be displayed within a portion of a display frame according to a set of random coordinates, receive gesture input values from the user based on the authentication image displayed within the display frame, and determine whether the user is authenticated based on the gesture input values and the at least one authentication gesture; characterised in that the stored authentication gesture comprises a sequence of swipes or selections of different locations/features within the authentication image. a processor operable to execute instructions; a manageability engine coupled to the processor and operable to authenticate a user of the system; and a trusted storage associated with the manageability engine, wherein the trusted storage is operable to store an authentication image and at least one authentication gesture associated with the authentication image, and wherein the manageability engine is to: cause the authentication image to be displayed within a portion of a display frame according to a set of random coordinates, receive gesture input values from the user based on the authentication image displayed within the display frame, and determine whether the user is authenticated based on the gesture input values and the at least one authentication gesture; cause the authentication image to be displayed within a portion of a display frame according to a set of random coordinates, receive gesture input values from the user based on the authentication image displayed within the display frame, and determine whether the user is authenticated based on the gesture input values and the at least one authentication gesture; characterised in that the stored authentication gesture comprises a sequence of swipes or selections of different locations/features within the authentication image.
A method for thermal exchange, wherein: - a) at a first point in time (T1), in a thermal energy storing device, at least part of the thermal energy previously accumulated in a form of calories is discharged to a first fluid , to heat the first fluid by this thermal exchange, - b) subsequently, at a second later point in time (T2), when said first fluid has, during stage a), been heated to a temperature higher than the temperature of a second fluid , the second fluid receives heat energy by thermal exchange with said first fluid which then circulates on an other side of a first wall that prevents the first fluid and second fluid from mixing, the thermal energy storing device comprising at least one phase-change material , which, at said first point in time (T1), contains at least part of the thermal energy previously accumulated in the form of calories which is discharged to the first fluid , said thermal energy previously accumulated having been stored in the course of a previous operation of an engine , during a previous thermal exchange with the first fluid which was, where and when the previous thermal exchange took place, at a temperature higher than the change-of-state temperature of said at least one phase-change material , said method being implemented on a vehicle equipped with said engine , at a crossroads between: - either a first air circuit of the vehicle, said air operating as the first fluid , and a second water circuit of the vehicle flowing through another thermal exchanger of the vehicle, said water operating as the second fluid , - or a first oil circuit of the vehicle, said oil operating as the first fluid , and a second circuit of another liquid of the vehicle having a thermal transfer coefficient higher than the thermal transfer coefficient of said oil, said another liquid operating as the second fluid . - a) at a first point in time (T1), in a thermal energy storing device, at least part of the thermal energy previously accumulated in a form of calories is discharged to a first fluid , to heat the first fluid by this thermal exchange, - b) subsequently, at a second later point in time (T2), when said first fluid has, during stage a), been heated to a temperature higher than the temperature of a second fluid , the second fluid receives heat energy by thermal exchange with said first fluid which then circulates on an other side of a first wall that prevents the first fluid and second fluid from mixing, - either a first air circuit of the vehicle, said air operating as the first fluid , and a second water circuit of the vehicle flowing through another thermal exchanger of the vehicle, said water operating as the second fluid , - or a first oil circuit of the vehicle, said oil operating as the first fluid , and a second circuit of another liquid of the vehicle having a thermal transfer coefficient higher than the thermal transfer coefficient of said oil, said another liquid operating as the second fluid .
An electronic device comprising: a first housing including a first display panel ; and a second housing pivotally coupled with the first housing and including a keyboard and a touchpad , wherein the touchpad is disposed on a support portion , is exposed through an opening of a front plate of the second housing, and includes a touch sensor, a second display panel, and a switch device (741, 743, 744, 1031-1034, 1131-1134) configured to be actuated according to a depression of the touchpad caused by a downward force exerted on the touchpad, characterised by further comprising four coupling members (711-714, 1021-1024, 1121-1124) each corresponding to a respective pushable button region (701-704) of the touchpad and being disposed at a respective edge of the support portion to couple the support portion to the front plate of the second housing, wherein when the downward force is exerted on the touchpad, the touchpad deforms or pivots about an axis connecting opposing two of the four coupling members. a first housing including a first display panel ; and a second housing pivotally coupled with the first housing and including a keyboard and a touchpad , wherein the touchpad is disposed on a support portion , is exposed through an opening of a front plate of the second housing, and includes a touch sensor, a second display panel, and a switch device (741, 743, 744, 1031-1034, 1131-1134) configured to be actuated according to a depression of the touchpad caused by a downward force exerted on the touchpad, characterised by further comprising four coupling members (711-714, 1021-1024, 1121-1124) each corresponding to a respective pushable button region (701-704) of the touchpad and being disposed at a respective edge of the support portion to couple the support portion to the front plate of the second housing, wherein when the downward force is exerted on the touchpad, the touchpad deforms or pivots about an axis connecting opposing two of the four coupling members.
A method of bonding metal fittings to a polyurethane structure , the method comprising: abrading a first surface of a first metal fitting and a second surface of a second metal fitting with an abrasive; cleaning the first and second metal fittings with a solvent; cleaning a first surface of the polyurethane structure and a second surface of the polyurethane structure with an alcohol; applying a primer to the first surface of the first metal fitting and the second surface of the second metal fitting, wherein the primer comprises a first resin and a first catalyst in a ratio of about 1.1 to 1; applying an adhesive to the first surface of the first metal fitting, the second surface of the second metal fitting, and the first and second surfaces of the polyurethane structure, wherein the adhesive comprises a second resin and a second catalyst in a ratio of about 3 to 1; applying a liquid polyurethane compound to the first surface of the first metal fitting, the second surface of the second metal fitting, and the first and second surfaces of the polyurethane structure, wherein the liquid polyurethane compound comprises a third resin and a third catalyst in a ratio of about 10 to 1; and pressing the first surface of the first metal fitting against the first surface of the polyurethane structure and the second surface of the second metal fitting against the second surface of the polyurethane structure to form an assembly . abrading a first surface of a first metal fitting and a second surface of a second metal fitting with an abrasive; cleaning the first and second metal fittings with a solvent; cleaning a first surface of the polyurethane structure and a second surface of the polyurethane structure with an alcohol; applying a primer to the first surface of the first metal fitting and the second surface of the second metal fitting, wherein the primer comprises a first resin and a first catalyst in a ratio of about 1.1 to 1; applying an adhesive to the first surface of the first metal fitting, the second surface of the second metal fitting, and the first and second surfaces of the polyurethane structure, wherein the adhesive comprises a second resin and a second catalyst in a ratio of about 3 to 1; applying a liquid polyurethane compound to the first surface of the first metal fitting, the second surface of the second metal fitting, and the first and second surfaces of the polyurethane structure, wherein the liquid polyurethane compound comprises a third resin and a third catalyst in a ratio of about 10 to 1; and pressing the first surface of the first metal fitting against the first surface of the polyurethane structure and the second surface of the second metal fitting against the second surface of the polyurethane structure to form an assembly .
A method for preparing an organic fluorinated aliphatic compound, which comprises a step of allowing a fluorine salt to react with a leaving group-containing aliphatic compound by using a multifunctional solvent represented by the following Chemical Formula 1 to obtain an aliphatic compound labeled with [ 18 F] fluoride substituting for the leaving group: wherein each of R 1 and R 2 independently represents H, a C1-C10 alkyl group or the same functional group as X 1 ; Ln represents a C1-C10 alkylene group or is a polyethylene glycol represented by CH 2 (OCH 2 CH 2 )n wherein n is an integer of 1-10; X 1 represents any one polar group selected from an alkoxy group (OR 3 ), nitrile group (CN) and halide; and R 3 represents a C1-C10 alkyl group.
A cleat assembly comprising: a cleat body having at least one coupling area ; and at least one element configured to be maintained within or disposed on the at least one coupling area; wherein the at least one coupling area is positioned at a forward or rearward end of the cleat body so that the at least one element can act as a cam surface against a portion of a bicycle pedal; characterised in that the at least one coupling area has at least one recess formed thereon; and wherein the at least one element is shaped to be received in the at least one recess and configured to rotate relative to the at least one coupling area when the at least one element is received in the at least one recess. a cleat body having at least one coupling area ; and at least one element configured to be maintained within or disposed on the at least one coupling area; wherein the at least one coupling area is positioned at a forward or rearward end of the cleat body so that the at least one element can act as a cam surface against a portion of a bicycle pedal; characterised in that the at least one coupling area has at least one recess formed thereon; and wherein the at least one element is shaped to be received in the at least one recess and configured to rotate relative to the at least one coupling area when the at least one element is received in the at least one recess.