mhurhangee/ep-ind-claims huggingface dataset:
A device for improving readability of content (121, 122) displayed to a viewer, the device comprising: a screen for displaying the content to the viewer, and a motion sensor for measuring a displacement ( d ( t)) of the device, the device comprising: an eye tracker for measuring a change in gaze (112, g ( t)) of the viewer when gazing at the screen, the device being operative to, in response to determining that the change in gaze and the displacement of the device are out-of-sync, such that an eye or eyes of the viewer cannot cope following the displacement of the device, adjust the displayed content so as to improve the readability of the displayed content by at least one of increasing a font size of displayed text, enlarging one or more displayed graphical objects, and increasing a zoom level of the displayed content, wherein the device is operative to determine that the change in gaze and the displacement of the device are out-of-sync by: deriving a phase difference ( p ( t)) between the measured change in gaze ( g ( t)) and the measured displacement ( d ( t)) of the device, and determining that the change in gaze and the displacement of the device are out-of-sync if the derived phase difference exceeds a threshold value ( p max). a screen for displaying the content to the viewer, and a motion sensor for measuring a displacement ( d ( t)) of the device, the device comprising: an eye tracker for measuring a change in gaze (112, g ( t)) of the viewer when gazing at the screen, the device being operative to, in response to determining that the change in gaze and the displacement of the device are out-of-sync, such that an eye or eyes of the viewer cannot cope following the displacement of the device, adjust the displayed content so as to improve the readability of the displayed content by at least one of increasing a font size of displayed text, enlarging one or more displayed graphical objects, and increasing a zoom level of the displayed content, wherein the device is operative to determine that the change in gaze and the displacement of the device are out-of-sync by: deriving a phase difference ( p ( t)) between the measured change in gaze ( g ( t)) and the measured displacement ( d ( t)) of the device, and determining that the change in gaze and the displacement of the device are out-of-sync if the derived phase difference exceeds a threshold value ( p max). deriving a phase difference ( p ( t)) between the measured change in gaze ( g ( t)) and the measured displacement ( d ( t)) of the device, and determining that the change in gaze and the displacement of the device are out-of-sync if the derived phase difference exceeds a threshold value ( p max).
A depositing machine for depositing a foodstuff mass, in particular a fatty mass, with - a machine frame comprising arms, - a depositing assembly, preferably disposed below a tank, for delivering the foodstuff mass from the depositing machine, comprising a multiplicity of nozzles, - at least one tank for supplying the foodstuff mass to the depositing assembly, wherein at least one component of the depositing machine, namely the tank, the depositing assembly, and/or a module comprising a tank and a depositing assembly, is removable from the machine frame, characterized in that at least one component is fastened to the machine frame by way of a plug-in connection, in particular a bolt connection, which is disposed in a substantially horizontal manner, wherein the plug-in connection is aligned along an axis which runs parallel with the axes of the arms of the frame, wherein the plug-in connection is releasable by mutual axial displacement of the component and of the machine frame. - a machine frame comprising arms, - a depositing assembly, preferably disposed below a tank, for delivering the foodstuff mass from the depositing machine, comprising a multiplicity of nozzles, - at least one tank for supplying the foodstuff mass to the depositing assembly,
A connector fitting structure, comprising: a first connector; and a second connector, wherein the first connector and the second connector are fitted and electrically connected to each other, the first connector includes: a first housing that houses a first connection terminal; and a guide groove provided in the first housing, the guide groove includes: a first groove portion extending along a connector fitting direction; a second groove portion formed to gradually increase in width from a side of the first groove portion toward a side of the second connector; and a connection portion that connects the first groove portion and the second groove portion, the second connector includes: a second housing that houses a second connection terminal; and a projection portion provided on the second housing and inserted into the guide groove, characterized in that the projection portion has a recessed portion formed on a front end side of the projection portion and on at least one side surface of the projection portion that faces groove side surfaces of the guide groove. a first connector; and a second connector, wherein the first connector and the second connector are fitted and electrically connected to each other, the first connector includes: a first housing that houses a first connection terminal; and a guide groove provided in the first housing, a first housing that houses a first connection terminal; and a guide groove provided in the first housing, the guide groove includes: a first groove portion extending along a connector fitting direction; a second groove portion formed to gradually increase in width from a side of the first groove portion toward a side of the second connector; and a connection portion that connects the first groove portion and the second groove portion, a first groove portion extending along a connector fitting direction; a second groove portion formed to gradually increase in width from a side of the first groove portion toward a side of the second connector; and a connection portion that connects the first groove portion and the second groove portion, the second connector includes: a second housing that houses a second connection terminal; and a projection portion provided on the second housing and inserted into the guide groove, characterized in that the projection portion has a recessed portion formed on a front end side of the projection portion and on at least one side surface of the projection portion that faces groove side surfaces of the guide groove. a second housing that houses a second connection terminal; and a projection portion provided on the second housing and inserted into the guide groove, characterized in that the projection portion has a recessed portion formed on a front end side of the projection portion and on at least one side surface of the projection portion that faces groove side surfaces of the guide groove.
A remote operation apparatus which is operated by an operator to remotely operate a work executing machine, the remote operation apparatus comprising: a seat including a seat part on which the operator sits; a seat holding device holding the seat; a drive device configured to move the seat; and a plurality of housings (60,70) housing electronic equipment units including an arithmetic processing unit which performs entire processing of the remote operation apparatus, wherein the plurality of housings include a first housing having an upper part to which the seat holding device is fixed, and a second housing in contact with and fixed to a part of the first housing in a front direction of the operator, and the drive device and the arithmetic processing unit are provided in the first housing. a seat including a seat part on which the operator sits; a seat holding device holding the seat; a drive device configured to move the seat; and a plurality of housings (60,70) housing electronic equipment units including an arithmetic processing unit which performs entire processing of the remote operation apparatus, the plurality of housings include a first housing having an upper part to which the seat holding device is fixed, and a second housing in contact with and fixed to a part of the first housing in a front direction of the operator, and the drive device and the arithmetic processing unit are provided in the first housing.
A hinge assembly for mounting a door to a housing, comprising: a housing fixation section; a hinge cup pivotally connected to the housing fixation section and a damping mechanism positioned entirely within the hinge cup to dampen movement of the door as it closes on the housing, wherein the damping mechanism comprises a slider (12, 60), a biasing member (22, 25, 62, 102, 130) and a fluid damper (31, 90, 110), wherein the slider (12, 60) is moveably coupled within the hinge cup, the biasing member (22, 25, 62, 102, 130) urges the slider (12, 60) in a first direction within the hinge cup and the fluid damper (31, 90, 110) dampens movement of the slider (12, 60) in a second direction, opposite said first direction, within the hinge cup, characterised in that the damping mechanism comprises a cover (13, 70, 106), that the cover (13, 70, 106) holds the slider (12, 60), the fluid damper (31, 90, 110) and the biasing member (22, 25, 62, 102, 130) within the hinge cup, the damping mechanism further comprising a mechanism (24, 80, 134) for adjusting the initial position of the slider (12, 60) with respect to the hinge cup. a housing fixation section; a hinge cup pivotally connected to the housing fixation section and a damping mechanism positioned entirely within the hinge cup to dampen movement of the door as it closes on the housing, wherein the damping mechanism comprises a slider (12, 60), a biasing member (22, 25, 62, 102, 130) and a fluid damper (31, 90, 110), wherein the slider (12, 60) is moveably coupled within the hinge cup, the biasing member (22, 25, 62, 102, 130) urges the slider (12, 60) in a first direction within the hinge cup and the fluid damper (31, 90, 110) dampens movement of the slider (12, 60) in a second direction, opposite said first direction, within the hinge cup, characterised in that the damping mechanism comprises a cover (13, 70, 106), that the cover (13, 70, 106) holds the slider (12, 60), the fluid damper (31, 90, 110) and the biasing member (22, 25, 62, 102, 130) within the hinge cup, the damping mechanism further comprising a mechanism (24, 80, 134) for adjusting the initial position of the slider (12, 60) with respect to the hinge cup.
A method of wireless communication of a user equipment, UE (104, 350, 404), comprising: selecting a second wideband component W 1 of a second precoding matrix indicator, PMI, the second PMI comprising the second wideband component W 1 and a second subband component W 2, wherein the selecting of the second wideband component W 1 is based at least on a determining of whether to reuse for the second wideband component W 1 a first wideband component of a first PMI previously determined based on received first channel state information reference signals, CSI-RS,, wherein the first PMI comprises a first wideband component and a first subband component, and wherein the determining of whether to reuse the first wideband component for the second wideband component W 1 is based on whether properties of a second CSI-RS and the first CSI-RS are the same and whether a quality of the determination of the first PMI is greater than a threshold quality; determining (470, 514) the second PMI based on the received second CSI-RS, the second wideband component W 1, and the second subband component W 2; and reporting (480, 516) the determined second PMI to a base station. selecting a second wideband component W 1 of a second precoding matrix indicator, PMI, the second PMI comprising the second wideband component W 1 and a second subband component W 2, wherein the selecting of the second wideband component W 1 is based at least on a determining of whether to reuse for the second wideband component W 1 a first wideband component of a first PMI previously determined based on received first channel state information reference signals, CSI-RS,, wherein the first PMI comprises a first wideband component and a first subband component, and wherein the determining of whether to reuse the first wideband component for the second wideband component W 1 is based on whether properties of a second CSI-RS and the first CSI-RS are the same and whether a quality of the determination of the first PMI is greater than a threshold quality; wherein the selecting of the second wideband component W 1 is based at least on a determining of whether to reuse for the second wideband component W 1 a first wideband component of a first PMI previously determined based on received first channel state information reference signals, CSI-RS,, wherein the first PMI comprises a first wideband component and a first subband component, and wherein the determining of whether to reuse the first wideband component for the second wideband component W 1 is based on whether properties of a second CSI-RS and the first CSI-RS are the same and whether a quality of the determination of the first PMI is greater than a threshold quality; determining (470, 514) the second PMI based on the received second CSI-RS, the second wideband component W 1, and the second subband component W 2; and reporting (480, 516) the determined second PMI to a base station.
Device for forming a strand-shaped foodstuff, in particular, a piece of meat, comprising a pressing chamber delimited by walls, at least one of which is moveable by means of a pressing device (21, 22, 23, 24) and is designed as a press punch (28, 29, 30, 31), whereby the pressing chamber can be transferred from an initial state with a first enclosed volume to a final state with a second enclosed volume, wherein the device comprises a feeding device by means of which the foodstuff can be fed into the pressing chamber through a first opening cross-section and comprises a discharge device by means of which the foodstuff can be discharged from the pressing chamber through a second opening cross-section, wherein the first opening cross-section is opposite the second opening cross-section so that the foodstuff can preferably be fed in the same direction and is dischargeable, characterized in that the pressing chamber consists of six walls, four of which are designed as press punches (28, 29, 30,31) and can be moved in different directions by means of an associated pressing device (21, 22, 23, 24).
A chemical conversion coated metal sheet comprising a metal substrate and a chemical conversion coating film laminated on at least one surface of the metal substrate, wherein the chemical conversion coating film contains a water-soluble resin, and a lubricant having carbon-oxygen bonds formed by performing a plasma treatment on a lubricant containing carbon atoms, the plasma treatment being a method of generating an oxygen plasma by performing electric discharge in an atmosphere made of a mixture gas of argon and oxygen or made of oxygen alone, and treating the lubricant containing carbon atoms with the generated oxygen plasma; a thickness of the chemical conversion coating film is 0.2 to 1 μm; and a ratio of carbon atoms configuring the carbon-oxygen bonds relative to a total of carbon atoms contained in the lubricant is 5 atom% or more and 20 atom% or less, the ratio being measured with use of a Fourier transform infrared spectrophotometer from the absorption in a neighborhood of 1750 cm -1 deriving from the carbon-oxygen bonds and the absorption in a neighborhood of 2950 cm -1 deriving from the carbon-hydrogen bonds. the chemical conversion coating film contains a water-soluble resin, and a lubricant having carbon-oxygen bonds formed by performing a plasma treatment on a lubricant containing carbon atoms, the plasma treatment being a method of generating an oxygen plasma by performing electric discharge in an atmosphere made of a mixture gas of argon and oxygen or made of oxygen alone, and treating the lubricant containing carbon atoms with the generated oxygen plasma; a thickness of the chemical conversion coating film is 0.2 to 1 μm; and a ratio of carbon atoms configuring the carbon-oxygen bonds relative to a total of carbon atoms contained in the lubricant is 5 atom% or more and 20 atom% or less, the ratio being measured with use of a Fourier transform infrared spectrophotometer from the absorption in a neighborhood of 1750 cm -1 deriving from the carbon-oxygen bonds and the absorption in a neighborhood of 2950 cm -1 deriving from the carbon-hydrogen bonds.
Sliding window device for buildings, comprising a window and two guide rails, wherein the window is arranged between the two guide rails and is displaceable along the guide rails, wherein the sliding window device for buildings has an electric drive device for displacing the window relative to the guide rails in a predefinable manner, wherein the electric drive device has a motor and a flexible pulling element, wherein the window is at least indirectly attached to the pulling element, characterized in that the motor is at least indirectly connected to the pulling element in a form-fitting manner in order to move the pulling element, in that the pulling element is guided in a sleeve, and in that the pulling element is a laterally toothed cable or a toothed belt.
An image display device, comprising: an image acquisition unit that acquires a plurality of projection images corresponding to a plurality of radiation source positions, the plurality of projection images being generated by tomosynthesis imaging in which a radiation source is moved relative to a detection unit such that radiation is emitted to a subject at the plurality of radiation source positions according to movement of the radiation source; a structure position specifying unit that specifies one structure position in the subject; and a display controller that specifies projection positions of the structure position in the plurality of projection images and performs switching display of the plurality of projection images on a display unit such that the projection positions match a predetermined position on the display unit. an image acquisition unit that acquires a plurality of projection images corresponding to a plurality of radiation source positions, the plurality of projection images being generated by tomosynthesis imaging in which a radiation source is moved relative to a detection unit such that radiation is emitted to a subject at the plurality of radiation source positions according to movement of the radiation source; a structure position specifying unit that specifies one structure position in the subject; and a display controller that specifies projection positions of the structure position in the plurality of projection images and performs switching display of the plurality of projection images on a display unit such that the projection positions match a predetermined position on the display unit.
Reaction system for the production of siloxanes bearing acetoxy functions, comprising a) silanes and/or siloxanes bearing alkoxy groups and/or b) silanes and/or siloxanes bearing acetoxy groups, and/or c) silanes and/or siloxanes bearing hydroxy groups, d) optionally simple siloxane cycles formed only from D units and/or cyclic branched siloxanes of the DT type, e) a reaction medium, comprising acetic anhydride, perfluoroalkanesulfonic acid and preferably acetic acid. a) silanes and/or siloxanes bearing alkoxy groups and/or b) silanes and/or siloxanes bearing acetoxy groups, and/or c) silanes and/or siloxanes bearing hydroxy groups, d) optionally simple siloxane cycles formed only from D units and/or cyclic branched siloxanes of the DT type, e) a reaction medium, comprising acetic anhydride, perfluoroalkanesulfonic acid and preferably acetic acid.
An image processing apparatus, comprising: acquisition means (301, 332) configured to acquire pieces of three-dimensional data of a subject eye obtained at different times, the three-dimensional data including pieces of two-dimensional data obtained at different positions; first planar alignment means configured to perform first planar alignment including alignment between the pieces of three-dimensional data in a plane orthogonal to a depth direction of the subject eye; first depth alignment means configured to perform first depth alignment including alignment between pieces of two-dimensional data in at least one piece of three-dimensional data among the pieces of three-dimensional data and further including alignment between the pieces of three-dimensional data in the depth direction; and generation means configured to generate interpolation data of at least one piece of three-dimensional data among the pieces of three-dimensional data by using a result of the first planar alignment and a result of the first depth alignment. acquisition means (301, 332) configured to acquire pieces of three-dimensional data of a subject eye obtained at different times, the three-dimensional data including pieces of two-dimensional data obtained at different positions; first planar alignment means configured to perform first planar alignment including alignment between the pieces of three-dimensional data in a plane orthogonal to a depth direction of the subject eye; first depth alignment means configured to perform first depth alignment including alignment between pieces of two-dimensional data in at least one piece of three-dimensional data among the pieces of three-dimensional data and further including alignment between the pieces of three-dimensional data in the depth direction; and generation means configured to generate interpolation data of at least one piece of three-dimensional data among the pieces of three-dimensional data by using a result of the first planar alignment and a result of the first depth alignment.
An oral care composition, comprising: a dentifrice; and a film suspended in the dentifrice, wherein the film comprises charcoal, carboxymethyl cellulose and starch; wherein the charcoal is suspended or entrained within the film; and wherein the charcoal does not bleed into the dentifrice components until the film is ruptured upon use. a dentifrice; and a film suspended in the dentifrice, wherein the film comprises charcoal, carboxymethyl cellulose and starch; wherein the charcoal is suspended or entrained within the film; and wherein the charcoal does not bleed into the dentifrice components until the film is ruptured upon use.