mhurhangee/patent-ind-claim-en huggingface dataset:
A method for operating a memo function cooperating with an audio recording function, to allow a user to input and store a memo associated with recorded audio data, the method comprising: executing a memo function and an audio recording function, wherein the memo function is inputting and storing a memo as memo data, and the audio recording function is collecting and recording an audio signal as audio data; receiving the memo data and the audio data simultaneously in real time; synchronizing the memo data with the audio data in response to the receiving of the memo data and the audio data, wherein the memo data comprises a plurality of objects, wherein an object is an unit of inputting memo, having an input time and an input length, and each object is mapped to an index time point on the timeline of the audio data; storing a memo including memo data synchronized with audio data, outputting a screen representing the stored memo on a touch screen, wherein the screen displays a progress bar for displaying a playback state of the recorded audio data to a first area and displays the memo data comprising the plurality of objects, each having a size according to its input length, to a second area; receiving a request for selecting an object of the plurality of objects while the audio data is played back; characterized in further comprising: moving playback of the audio data to a selected time point based on an index time point mapped to the selected object and a ratio of a length from a start position of the selected object to a touch point on the selected object, to an entire length of the selected object. executing a memo function and an audio recording function, wherein the memo function is inputting and storing a memo as memo data, and the audio recording function is collecting and recording an audio signal as audio data; receiving the memo data and the audio data simultaneously in real time; synchronizing the memo data with the audio data in response to the receiving of the memo data and the audio data, wherein the memo data comprises a plurality of objects, wherein an object is an unit of inputting memo, having an input time and an input length, and each object is mapped to an index time point on the timeline of the audio data; storing a memo including memo data synchronized with audio data, outputting a screen representing the stored memo on a touch screen, wherein the screen displays a progress bar for displaying a playback state of the recorded audio data to a first area and displays the memo data comprising the plurality of objects, each having a size according to its input length, to a second area; receiving a request for selecting an object of the plurality of objects while the audio data is played back; characterized in further comprising: moving playback of the audio data to a selected time point based on an index time point mapped to the selected object and a ratio of a length from a start position of the selected object to a touch point on the selected object, to an entire length of the selected object.
An ionising apparatus for ionising a sample of gaseous fluid, the ionising apparatus comprising: an ioniser configured to provide reactant ions; an ion modifier configured to modify the reactant ions, and a reaction region arranged to receive the modified reactant ions and a sample and to combine the sample with the modified reactant ions to ionise the sample for analysis by a detector configured to identify a substance of interest in the sample wherein modifying the reactant ions comprises fragmenting them by raising their effective temperature. an ioniser configured to provide reactant ions; an ion modifier configured to modify the reactant ions, and a reaction region arranged to receive the modified reactant ions and a sample and to combine the sample with the modified reactant ions to ionise the sample for analysis by a detector configured to identify a substance of interest in the sample wherein modifying the reactant ions comprises fragmenting them by raising their effective temperature.
A gas turbine engine comprising: a compressor section ; a combustor section fluidly connected to the compressor section via a primary flowpath; a turbine section fluidly connected to the combustor section via the primary flowpath; a fan mechanically connected to at least one turbine in the turbine section via a shaft , the shaft being supported relative to at least one static structure of the gas turbine engine via a bearing system , the at least one static structure including a fan inlet casing and bearing support defined by an annular body (100; 200; 300) having a radially inward ring (120; 220; 320) connected to a radially outward ring via a plurality of struts , a bearing support portion (140; 240; 340) protruding radially inward from the radially inward ring (120; 220; 320) and including an axially aligned outer flange (142; 242; 342) connected to an axially aligned inner flange (144; 244; 344) via a pedestal (146; 246; 346), the axially aligned outer flange (142; 242; 342) including a radially outward facing contact surface and the axially aligned inner flange (144; 244; 344) including a radially inward facing contact surface , and the fan inlet casing and bearing support is a single unitary structure, wherein the bearing support portion (140; 240; 340) is connected to the radially inward ring (120; 220; 320) via an inlet case flange (160; 260; 360) and further includes a bearing system case (150; 250; 350) connected to the inlet case flange (160; 260; 360) via a plurality of fasteners . a compressor section ; a combustor section fluidly connected to the compressor section via a primary flowpath; a turbine section fluidly connected to the combustor section via the primary flowpath; a fan mechanically connected to at least one turbine in the turbine section via a shaft , the shaft being supported relative to at least one static structure of the gas turbine engine via a bearing system , the at least one static structure including a fan inlet casing and bearing support defined by an annular body (100; 200; 300) having a radially inward ring (120; 220; 320) connected to a radially outward ring via a plurality of struts , a bearing support portion (140; 240; 340) protruding radially inward from the radially inward ring (120; 220; 320) and including an axially aligned outer flange (142; 242; 342) connected to an axially aligned inner flange (144; 244; 344) via a pedestal (146; 246; 346), the axially aligned outer flange (142; 242; 342) including a radially outward facing contact surface and the axially aligned inner flange (144; 244; 344) including a radially inward facing contact surface , and the fan inlet casing and bearing support is a single unitary structure, wherein the bearing support portion (140; 240; 340) is connected to the radially inward ring (120; 220; 320) via an inlet case flange (160; 260; 360) and further includes a bearing system case (150; 250; 350) connected to the inlet case flange (160; 260; 360) via a plurality of fasteners .
A method executed by a processor of a camera comprising a simultaneous dual-exposure HDR sensor, wherein the HDR capability is in the pixels themselves, the method comprising: capturing camera data and generating a preview image in a viewfinder based on the camera data; in response to receiving a picture request: determining one or more high dynamic range, HDR, settings and configure an HDR mode of a camera with the determined HDR settings; causing a flash to generate a pre-flash while the HDR mode of the camera is configured with the determined HDR settings; obtaining a pre-flash image from the camera after causing the flash to generate the pre-flash and while the camera is configured with the determined HDR settings; determining a plurality of camera configuration settings, wherein determining the plurality of camera configuration settings comprises determining a short exposure time based on the obtained pre-flash image, and determining a long exposure time from the preview image; configuring the camera with the determined short exposure time and long exposure time; causing the flash to generate a regular flash; obtaining , after causing the flash to generate the regular flash, an HDR image from the camera comprising the simultaneous dual exposure HDR sensor, wherein the HDR capability is in the pixels themselves; and storing the HDR image in memory. determining one or more high dynamic range, HDR, settings and configure an HDR mode of a camera with the determined HDR settings; causing a flash to generate a pre-flash while the HDR mode of the camera is configured with the determined HDR settings; obtaining a pre-flash image from the camera after causing the flash to generate the pre-flash and while the camera is configured with the determined HDR settings; determining a plurality of camera configuration settings, wherein determining the plurality of camera configuration settings comprises determining a short exposure time based on the obtained pre-flash image, and determining a long exposure time from the preview image; configuring the camera with the determined short exposure time and long exposure time; causing the flash to generate a regular flash; obtaining , after causing the flash to generate the regular flash, an HDR image from the camera comprising the simultaneous dual exposure HDR sensor, wherein the HDR capability is in the pixels themselves; and storing the HDR image in memory.
A combination of a plastic hose for laboratory devices and a screw element , wherein the screw element is provided with a thread for fastening the plastic hose to a counter-piece having a thread complementary to said thread , such as a connector to a further line or a device connection, wherein the screw element is composed of a first part rotatable by hand or with a tool and of a second part provided with a thread , wherein the first part and the second part can be rotated relative to one another about the longitudinal axis of the screw element , but can be held axially to one another via a connection point , and is composed of an installation which limits the torque that can be transferred from the first part to the second part and which has ratchet noses , wherein the screw element enables a reliable fastening while ensuring the required torque, wherein the screw element has the shape of a hollow bolt or is configured as a sleeve nut, characterized in that the installation limiting the torque comprises at least one ramp part (24; 24') which can rotate with the first part or with the second part in a direction in parallel to the longitudinal axis of the screw element with respect to a spring bias and cooperates with ratchet noses of the respective other part; and in that at least one dog is provided which serves for the rotation of the ramp part (24; 24') together with the first part or the second part . wherein the screw element enables a reliable fastening while ensuring the required torque, wherein the screw element has the shape of a hollow bolt or is configured as a sleeve nut, characterized in that the installation limiting the torque comprises at least one ramp part (24; 24') which can rotate with the first part or with the second part in a direction in parallel to the longitudinal axis of the screw element with respect to a spring bias and cooperates with ratchet noses of the respective other part; and in that at least one dog is provided which serves for the rotation of the ramp part (24; 24') together with the first part or the second part .
Reach truck with a drive part and a load part , wherein - the drive part comprises a drive frame with two wheel arms running parallel to one another and a base frame connecting the wheel arms to one another, a first guide means being arranged on each of the wheel arms , - the load part comprises a mast holder with two side arms running parallel to each other and a cross beam connecting the side arms to each other, wherein a second guide means is arranged on each of the side arms , - the side arms of the mast holder extend parallel to the wheel arms of the drive frame so that one of the side arms is adjacent to one of the wheel arms , - in each case the first guide means of a wheel arm interacts with the second guide means of the adjacent side arm in such a way that the mast holder is movably guided on the wheel arms , characterized in that - a transverse beam connecting the two wheel arms to one another and suspended from the mast holder extends from one wheel arm to the other wheel arm and is guided on the wheel arms so as to be movable together with the mast holder , the transverse beam being in engagement with the wheel arms via bearing elements in such a way that the transverse beam limits a movement of the wheel arms outwards away from one another. - the drive part comprises a drive frame with two wheel arms running parallel to one another and a base frame connecting the wheel arms to one another, a first guide means being arranged on each of the wheel arms , - the load part comprises a mast holder with two side arms running parallel to each other and a cross beam connecting the side arms to each other, wherein a second guide means is arranged on each of the side arms , - the side arms of the mast holder extend parallel to the wheel arms of the drive frame so that one of the side arms is adjacent to one of the wheel arms , - in each case the first guide means of a wheel arm interacts with the second guide means of the adjacent side arm in such a way that the mast holder is movably guided on the wheel arms , - a transverse beam connecting the two wheel arms to one another and suspended from the mast holder extends from one wheel arm to the other wheel arm and is guided on the wheel arms so as to be movable together with the mast holder , the transverse beam being in engagement with the wheel arms via bearing elements in such a way that the transverse beam limits a movement of the wheel arms outwards away from one another.
A power conversion device comprising: a housing for power conversion that includes an exterior surface portion provided with a connection portion for connection of external equipment and in which a power conversion unit configured to perform a power conversion operation to convert input power and output converted power is disposed; and a cover member including a lid portion for covering the connection portion and an elastically deformable fixing portion for fixing the cover member to the housing for power conversion , wherein the cover member is configured to be attached to the exterior surface portion by the fixing portion being inserted and press-fitted into an insertion portion provided in the exterior surface portion separately from the connection portion while being elastically deformed, characterised in that any one portion of the fixing portion of the cover member and an interior surface of the insertion portion provided in the exterior surface portion is provided with a protrusion portion that is configured to be brought into contact with the other portion and has a width smaller than a width of the fixing portion in a direction perpendicular to a direction in which the protrusion portion is brought into contact with the other portion , the fixing portion is provided with a first engagement portion configured to be inserted into the insertion portion and to be engaged with the exterior surface portion in opposite side to the protrusion portion . a housing for power conversion that includes an exterior surface portion provided with a connection portion for connection of external equipment and in which a power conversion unit configured to perform a power conversion operation to convert input power and output converted power is disposed; and a cover member including a lid portion for covering the connection portion and an elastically deformable fixing portion for fixing the cover member to the housing for power conversion , wherein the cover member is configured to be attached to the exterior surface portion by the fixing portion being inserted and press-fitted into an insertion portion provided in the exterior surface portion separately from the connection portion while being elastically deformed, characterised in that any one portion of the fixing portion of the cover member and an interior surface of the insertion portion provided in the exterior surface portion is provided with a protrusion portion that is configured to be brought into contact with the other portion and has a width smaller than a width of the fixing portion in a direction perpendicular to a direction in which the protrusion portion is brought into contact with the other portion , the fixing portion is provided with a first engagement portion configured to be inserted into the insertion portion and to be engaged with the exterior surface portion in opposite side to the protrusion portion .
An automated analyzer, comprising: a reaction container which allows a sample and a reagent to react with each other; a detection section for detecting light irradiated onto a reaction solution in the reaction container; a reagent dispensing mechanism having a pump for dispensing the reagent into the reaction container; a sample dispensing mechanism having a pump for dispensing the sample into the reaction container; and a control section for controlling the reagent dispensing mechanism and the sample dispensing mechanism, to cause one dispensing mechanism of either the reagent dispensing mechanism or the sample dispensing mechanism to first discharge a predetermined amount of liquid into the reaction container, and then cause the other dispensing mechanism to discharge liquid into the reaction container, characterised in that the control section is adapted to determine the cases of whether the amount of a liquid to be discharged by said other dispensing mechanism is larger or smaller than the amount of the liquid in the reaction container, and to cause said other dispensing mechanism to discharge the liquid such that the discharge speed in the case where the amount of the liquid to be discharged is larger than the amount of the liquid in the reaction container is decreased relative to the discharge speed in the case where the amount of the liquid to be discharged is smaller than the amount of the liquid in the reaction container. a reaction container which allows a sample and a reagent to react with each other; a detection section for detecting light irradiated onto a reaction solution in the reaction container; a reagent dispensing mechanism having a pump for dispensing the reagent into the reaction container; a sample dispensing mechanism having a pump for dispensing the sample into the reaction container; and a control section for controlling the reagent dispensing mechanism and the sample dispensing mechanism, to cause one dispensing mechanism of either the reagent dispensing mechanism or the sample dispensing mechanism to first discharge a predetermined amount of liquid into the reaction container, and then cause the other dispensing mechanism to discharge liquid into the reaction container, characterised in that the control section is adapted to determine the cases of whether the amount of a liquid to be discharged by said other dispensing mechanism is larger or smaller than the amount of the liquid in the reaction container, and to cause said other dispensing mechanism to discharge the liquid such that the discharge speed in the case where the amount of the liquid to be discharged is larger than the amount of the liquid in the reaction container is decreased relative to the discharge speed in the case where the amount of the liquid to be discharged is smaller than the amount of the liquid in the reaction container.
Automotive vehicle comprising a floor and at least one seat with a seat cushion fitted with an anti-underwater device attached to the floor , the said anti-underwater device comprising a rigid component showing a boss, the rigid component having a cavity opened towards the floor , the vehicle also having at least one enclosure 10) electronic arranged in the cavity and fixed to the floor through a support forming a fastening interface, characterized in that the vehicle includes at least one beam of cables arranged to extend at least in part along the cavity shown by the rigid element, or at least one beam of cables containing means of attachment (16; 18) at the floor , the support forming the electronic enclosure attachment interface being attached to the floor through the means of attachment (16; 18) of at least one cable bundle so that the support is partially interspersed between the cable bundle and the floor .
A recording apparatus comprising: a medium setting section on which a recording medium (M) is set; a recording section that records an image on the recording medium set on the medium setting section; and a medium moving section that relatively reciprocates the medium setting section with respect to the recording section in a first direction (D1) and a second direction (D2) opposite to the first direction, wherein the recording section includes a pretreatment section that supplies a pretreatment liquid to the recording medium set on the medium setting section when the medium setting section relatively moves in the first direction, a leveling section that is provided on a further downstream side with respect to the pretreatment section in the first direction and levels a recording surface (Ma) of the recording medium to which the pretreatment liquid is supplied when the medium setting section relatively moves in the first direction, and a supplying section that supplies ink to a leveled recording surface when the medium setting section relatively moves in the second direction. a medium setting section on which a recording medium (M) is set; a recording section that records an image on the recording medium set on the medium setting section; and a medium moving section that relatively reciprocates the medium setting section with respect to the recording section in a first direction (D1) and a second direction (D2) opposite to the first direction, wherein the recording section includes a pretreatment section that supplies a pretreatment liquid to the recording medium set on the medium setting section when the medium setting section relatively moves in the first direction, a leveling section that is provided on a further downstream side with respect to the pretreatment section in the first direction and levels a recording surface (Ma) of the recording medium to which the pretreatment liquid is supplied when the medium setting section relatively moves in the first direction, and a supplying section that supplies ink to a leveled recording surface when the medium setting section relatively moves in the second direction.
A three layer nonwoven material , comprising: a first layer comprising bonded airlaid cellulosic fibers and defining a first outer surface, wherein the fibers are coated with a binder on the first outer surface; a second layer comprising bonded airlaid cellulosic fibers and defining a second outer surface, wherein the fibers are coated with a binder on the second outer surface; and an intermediate layer between the first layer and the second layer comprising bonded meltblown polypropylene continuous filaments, wherein the nonwoven material has an elongation at peak load, measured according to the method in the description, that is less than half a total elongation. a first layer comprising bonded airlaid cellulosic fibers and defining a first outer surface, wherein the fibers are coated with a binder on the first outer surface; a second layer comprising bonded airlaid cellulosic fibers and defining a second outer surface, wherein the fibers are coated with a binder on the second outer surface; and an intermediate layer between the first layer and the second layer comprising bonded meltblown polypropylene continuous filaments, wherein the nonwoven material has an elongation at peak load, measured according to the method in the description, that is less than half a total elongation.