mhurhangee/ep-ind-claims huggingface dataset:
A method for dynamically controlling the quality of a video displaying on a display associated with an electronic device, comprising: detecting, by a display device, the current eye position of a user; identifying, by the display device, at least one region of interest "ROI" on a display screen of the display device based on the current eye position of the user; predicting, by the display device, the next position of the eye based on at least one of the current eye position of the user or the at least one ROI and based on a rate of movement of the eye of the user of a user profile of the user, the user profile defining the rate of movement of the eye of the user pre-learned based on relative motion of the eye of the user detected with respect to moving objects displayed on the display screen during transients; converting, by the display device, the video having a first definition into a video having a second, higher definition displayed on the ROI on the display screen associated with the current and next position of the eye; and displaying, by the display device, the second, higher definition video on the ROI of the display screen. detecting, by a display device, the current eye position of a user; identifying, by the display device, at least one region of interest "ROI" on a display screen of the display device based on the current eye position of the user; predicting, by the display device, the next position of the eye based on at least one of the current eye position of the user or the at least one ROI and based on a rate of movement of the eye of the user of a user profile of the user, the user profile defining the rate of movement of the eye of the user pre-learned based on relative motion of the eye of the user detected with respect to moving objects displayed on the display screen during transients; converting, by the display device, the video having a first definition into a video having a second, higher definition displayed on the ROI on the display screen associated with the current and next position of the eye; and displaying, by the display device, the second, higher definition video on the ROI of the display screen.
A steam-type air fryer, comprising a shell, a cooking cavity located at a lower side of an interior of the shell and a control cavity located at an upper side of the interior of the shell, wherein the control cavity is provided therein with a control panel and a drive motor, and an upper side of the shell is provided with a vent in communication with the control cavity, wherein a top portion of the shell is provided with a water tank, the shell is provided therein with a steam generator in communication with the water tank, the steam generator is configured to input steam into the cooking cavity, the water tank being detachably mounted on the shell, characterized in that the water tank is in a structure having an opened bottom and a closed top.
A steel composition comprising, in percentages by weight of the total composition: Carbon: 0.06-0.20; Chromium: 2.5-5.0; Molybdenum: 4.0-6.0; Tungsten: 0.01-3.0; Vanadium: 1.0-3.0; Nickel: 2.0-4.0; Cobalt: 9.0-12.5; Iron: remainder as well as the inevitable impurities in an amount of at most 1 wt%, optionally further comprising one or more of the following elements: Niobium: ≤ 2.0; Nitrogen: ≤ 0.50; Silicon: ≤ 0.70; Manganese: ≤ 0.70; Aluminum: ≤0.15; the combined niobium + vanadium content being in the range 1.0-3.5; and the carbon + nitrogen content being in the range 0.06-0.50. Carbon: 0.06-0.20; Chromium: 2.5-5.0; Molybdenum: 4.0-6.0; Tungsten: 0.01-3.0; Vanadium: 1.0-3.0; Nickel: 2.0-4.0; Cobalt: 9.0-12.5; Iron: remainder as well as the inevitable impurities in an amount of at most 1 wt%, optionally further comprising one or more of the following elements: Niobium: ≤ 2.0; Nitrogen: ≤ 0.50; Silicon: ≤ 0.70; Manganese: ≤ 0.70; Aluminum: ≤0.15; Niobium: ≤ 2.0; Nitrogen: ≤ 0.50; Silicon: ≤ 0.70; Manganese: ≤ 0.70; Aluminum: ≤0.15; the combined niobium + vanadium content being in the range 1.0-3.5; and the carbon + nitrogen content being in the range 0.06-0.50.
A method for conducting a transaction comprising: accepting at a transaction server computer transaction information from a user over a computer network, wherein said transaction information consists essentially of a transaction amount, a source of said transaction, and an intended destination of said transaction amount; producing a customized statement, said customized statement relating to at least a portion of said transaction information and including a challenge to said user based on said transaction information; sending to a computer device associated with said user an obscured image representation of the customized statement for presentation to said user; accepting from said computing device associated with said user a response to said challenge; determining by said transaction server computer whether said response correctly responds to the challenge; and in response to said response correctly responding to the challenge, processing by said transaction server computer a transaction based on said transaction information. accepting at a transaction server computer transaction information from a user over a computer network, wherein said transaction information consists essentially of a transaction amount, a source of said transaction, and an intended destination of said transaction amount; producing a customized statement, said customized statement relating to at least a portion of said transaction information and including a challenge to said user based on said transaction information; sending to a computer device associated with said user an obscured image representation of the customized statement for presentation to said user; accepting from said computing device associated with said user a response to said challenge; determining by said transaction server computer whether said response correctly responds to the challenge; and in response to said response correctly responding to the challenge, processing by said transaction server computer a transaction based on said transaction information.
A mobile terminal, comprising: a touch screen; a sensing unit configured to sense a touch input applied to the touch screen; and a controller configured to: receive a touch input while the touch screen is in an inactivated state in which illumination is off; and maintain the touch screen to be in the inactivated state when the received touch input does not match a preset scheme, characterized in that the controller is further configured to: when the received touch input matches the preset scheme, switch the touch screen from the inactivated state to an activated state in which illumination is on, execute a function corresponding to the received touch input and display an execution screen of the function on the touch screen, wherein the controller is adapted to execute a first function when the touch input corresponding to the preset scheme is applied with a fingertip, and to execute a second function different from the first function when applied with a nail. a touch screen; a sensing unit configured to sense a touch input applied to the touch screen; and a controller configured to: receive a touch input while the touch screen is in an inactivated state in which illumination is off; and maintain the touch screen to be in the inactivated state when the received touch input does not match a preset scheme, receive a touch input while the touch screen is in an inactivated state in which illumination is off; and maintain the touch screen to be in the inactivated state when the received touch input does not match a preset scheme, characterized in that the controller is further configured to: when the received touch input matches the preset scheme, switch the touch screen from the inactivated state to an activated state in which illumination is on, execute a function corresponding to the received touch input and display an execution screen of the function on the touch screen, wherein the controller is adapted to execute a first function when the touch input corresponding to the preset scheme is applied with a fingertip, and to execute a second function different from the first function when applied with a nail. when the received touch input matches the preset scheme, switch the touch screen from the inactivated state to an activated state in which illumination is on, execute a function corresponding to the received touch input and display an execution screen of the function on the touch screen, wherein the controller is adapted to execute a first function when the touch input corresponding to the preset scheme is applied with a fingertip, and to execute a second function different from the first function when applied with a nail.
A method for transmitting an emergency voice call in a mobile terminal, comprising: receiving an input, while the mobile terminal is in a screen-locked state, of a button configured to activate an emergency voice call; and in response to receiving the input: displaying emergency contacts; sending an emergency voice call to an emergency contact that the user has selected; determining whether the emergency voice call is successful; and in response to determining that the emergency voice call has failed, transmitting preset emergency information to the emergency contact, wherein the emergency information comprises location information about the location of the mobile terminal at a time where sending of the emergency call is started or failed. receiving an input, while the mobile terminal is in a screen-locked state, of a button configured to activate an emergency voice call; and in response to receiving the input: displaying emergency contacts; sending an emergency voice call to an emergency contact that the user has selected; determining whether the emergency voice call is successful; and in response to determining that the emergency voice call has failed, transmitting preset emergency information to the emergency contact, wherein the emergency information comprises location information about the location of the mobile terminal at a time where sending of the emergency call is started or failed. displaying emergency contacts; sending an emergency voice call to an emergency contact that the user has selected; determining whether the emergency voice call is successful; and in response to determining that the emergency voice call has failed, transmitting preset emergency information to the emergency contact, wherein the emergency information comprises location information about the location of the mobile terminal at a time where sending of the emergency call is started or failed.
A targeting lipid having a structure shown in formula wherein: L A is q is 0-20; P and T are each independently for each occurrence absent, NR', O, S, C, OC, C O, NHC, C NH, NHCH 2, CH 2, CH 2 NH or CH 2 O, NHCH(R a)C, -C -CH(R a)-NH-, CO, CH=N-O, CH 2 S, urea, heterocycle, heteroaryl, Q is independently for each occurrence absent, -(CH 2) n -, -C(R')(R")(CH 2) n -, -(CH 2) m C(R')(R")-, -(CH 2 CH 2 O)pCH 2 CH 2 -, or -(CH 2 CH 2 O)pCH 2 CH 2 NH-; L B is or or R is independently for each occurrence absent, CO, NH, NR', O, S, C, OC, C O, NHC, C NH, NHCH 2, CH 2, CH 2 NH or CH 2 O, NHCH(R a)C, -C -CH(R a)-NH-, CO, CH=N-O, R' and R" are each independently H, CH 3, OH, SH, NH 2, NR 10 R 20, alkyl, alkenyl or alkynyl; R a is H or amino acid side chain; R 10 and R 20 are each independently alkyl, alkenyl or alkynyl; m represent independently for each occurrence 0-50; n represent independently for each occurrence 1-20; and p represent independently for each occurrence 0-50. R a is H or amino acid side chain; R 10 and R 20 are each independently alkyl, alkenyl or alkynyl; m represent independently for each occurrence 0-50; n represent independently for each occurrence 1-20; and p represent independently for each occurrence 0-50.
A device for displaying and/or monitoring fluids, - comprising at least one fluid port (2, 4) that opens out into a riser pipe in which a floating body is guided moveably depending on the fluid level within a display path, on which floating body a triggering element is disposed that triggers a switching process of an electrical switching device by acting on at least one detector element that is in a position on the device corresponding to a pre-specified fluid level, characterised in that - a setting device (24, 26) is provided by means of which the at least one detector element can be set to selectable positions corresponding to different fluid levels, - the device having a housing that partially surrounds the riser pipe, and - the setting device (24, 26) forming at least one guide track extending along at least part of the display path, along which a detector element or a number of detector elements can be displaced in order to set the position and can be fixed in the selected setting position, - the setting device (24,26) being located on the housing, - the housing having a front wall with at least one break that forms a viewing window and side walls adjacent to the front wall, and - on at least one side wall the setting device (24, 26) comprising at least one guide track extending along the vertical axis of the housing. - comprising at least one fluid port (2, 4) that opens out into a riser pipe in which a floating body is guided moveably depending on the fluid level within a display path, on which floating body a triggering element is disposed that triggers a switching process of an electrical switching device by acting on at least one detector element that is in a position on the device corresponding to a pre-specified fluid level, characterised in that - a setting device (24, 26) is provided by means of which the at least one detector element can be set to selectable positions corresponding to different fluid levels, - the device having a housing that partially surrounds the riser pipe, and - the setting device (24, 26) forming at least one guide track extending along at least part of the display path, along which a detector element or a number of detector elements can be displaced in order to set the position and can be fixed in the selected setting position, - the setting device (24,26) being located on the housing, - the housing having a front wall with at least one break that forms a viewing window and side walls adjacent to the front wall, and - on at least one side wall the setting device (24, 26) comprising at least one guide track extending along the vertical axis of the housing.
A system comprising a catheter for locating in a vessel or lumen of a human or animal subject, the catheter comprising an elongated catheter member (3,63), and a plurality of spaced apart electrodes (7,8,9) located on the catheter member (3,63), at least some of the electrodes being adapted as sensing electrodes for measuring volume and/or transverse cross-sectional area of the vessel or the lumen in which the catheter is located, two of the electrodes being located longitudinally spaced apart from each other on a distal portion of the catheter member and being adapted as stimulating electrodes for receiving a stimulating electrical current, the sensing electrodes being located on the catheter member between the stimulating electrodes longitudinally spaced apart from each other and from the stimulating electrodes and being adapted for sensing a voltage developed thereon in response to a stimulating current being applied to the stimulating electrodes when the distal portion of the catheter member is located in an electrically conductive medium, characterised in that an indicating means (19,20,22,52,73,74) is provided for identifying the location of at least one of the electrodes (7,8,9), the indicating means (19,20,22,52,73,74) comprising a light outputting means (19,20,22,52,73,74) located in or on at least one of the electrodes (7,8,9), the light outputting means (19,20,22,52,73,74) being adapted to output a detectable light signal for identifying the location of the corresponding electrode (7,8,9), and an imaging device (27,92) is provided for locating in the body of the subject adjacent the vessel or lumen in which the catheter member (3,63) is located but exteriorly thereof, the imaging device being adapted for capturing an image of the vessel or lumen in which the catheter member (3,63) is located and the indicating means (19,20,22,52,73,74).
A liquid ejection head comprising: an element substrate having an energy-generating element configured to generate an energy for ejecting a liquid from an ejection orifice; a support member for supporting the element substrate, the support member including a liquid chamber formed therein to supply the liquid to the ejection orifice; and a damper portion for absorbing vibration of the liquid inside the liquid chamber, the damper portion being flexible, wherein the support member has a through-hole for communicating with the liquid chamber at a position that is located above the liquid chamber in a vertical direction when the liquid ejection head is in a use orientation, characterized in that the damper portion has a taper portion that tapers downward in the vertical direction and is positioned in such a manner that the taper portion closes the through-hole, and the damper portion and the support member are attached to each other by a fixing member. an element substrate having an energy-generating element configured to generate an energy for ejecting a liquid from an ejection orifice; a support member for supporting the element substrate, the support member including a liquid chamber formed therein to supply the liquid to the ejection orifice; and a damper portion for absorbing vibration of the liquid inside the liquid chamber, the damper portion being flexible, wherein the support member has a through-hole for communicating with the liquid chamber at a position that is located above the liquid chamber in a vertical direction when the liquid ejection head is in a use orientation, characterized in that the damper portion has a taper portion that tapers downward in the vertical direction and is positioned in such a manner that the taper portion closes the through-hole, and the damper portion and the support member are attached to each other by a fixing member.
A LED work lamp for tractors, heavy equipment, forklift and commercial vehicles at the automotive sector, installable externally to a vehicle, wherein the lamp comprises: a frame, a lens, a reflector, a TPV sealing gasket, a LED card, a LED card anchoring bolt, a joint, an anchoring bolt, a fibered nut, an U-joint, a connecting screw, a washer and a nut, wherein the reflector, the LED-card and the LED card anchoring bolt are contained in the frame, wherein the joint, the anchoring bolt, the fibered nut, the U-Joint, the connecting screw, the washer and the nut are part of a joint group for connecting the lamp to the vehicle, and wherein the lamp is assembled without requiring any additional assembly component by virtue of the clamped structure on the lens and the TPV sealing gasket installed between the frame and the lens, wherein the frame is manufactured from thermal conductor material.
Wall for a household refrigeration appliance, which has at least one wall region with a thermally insulating effect, which has a covering that surrounds a thermal insulation space, wherein the covering is embodied as a multi-layer film, at least in regions, and at least one support element (13, 14), which is embodied for accommodating a further functional part (17 to 21), is fastened such that it cannot be released in a non-destructive manner to an outer side of the film that faces away from the insulation space, wherein the insulation space is a vacuum insulation space, in which a vacuum is generated for the thermal insulation effect of the wall, characterised in that an outer layer of the film that faces towards the support element (13, 14) features styrene, wherein the support element (13, 14) is welded on the outer side and wherein the connection that cannot be released in a non-destructive manner is an ultrasonic welding connection.
A self-locking step-by-step switching mechanism for an adjustment device of a vehicle seat, comprising a clamping roller lock and a step-by-step switching device, wherein the clamping roller lock comprises an axis and a release wheel that is rotatable about this axis and comprises a gearing, and the step-by-step switching device comprises a) an actuating lever mounted pivotably about the axis, b) a driver which is mounted on the actuating lever so as to be pivotable about a driver axis and which has two driver regions cooperating with the gearing of the release gear, of which only one, respectively, is in engagement with the gearing in one direction of rotation of the release wheel, of which both are out of engagement with the gearing in a central position of the actuating lever, and of which one comes into engagement with the gearing and rotates the release wheel when the actuating lever is pivoted out of its central position, whereas the other remains out of engagement with the gearing, c) a drag lever comprising supporting surfaces that enter into contact with the driver, and d) a zero-position spring associated with the actuating lever, characterized in that it additionally comprises a spring, that the spring comprises at least one projection, that the drag lever comprises at least one indentation which is normally in engagement with the projection, and that the spring is fixed against rotation.
Cargo mat for a load floor of a storage compartment in a vehicle, which storage compartment is defined by opposed side walls, the load floor and a back rest of at least one back seat, which cargo mat is provided with folding means which comprises a first fold line arranged to allow folding of the cargo mat into a first position, where the folding means further comprises at least a second fold line to allow a subsequent folding, of the cargo mat, where the cargo mat in its folded state forms a load cover in the storage compartment, where the first and second fold lines (21, 22) are arranged transverse to the longitudinal direction of the vehicle, where the first and second fold lines (21, 22) are arranged to divide the cargo mat in first, second and third sections (23, 24, 25), characterized in that in its folded position the cargo mat is substantially C-shaped with the first, second and third sections (23, 24, 25) in the folded state and that the first and third sections (23, 25) are substantially parallel to each other, and that in its folded state the second section is arranged to rest against a raised hatch in the load floor.
Structural element (1, 12, 30) for reinforcing a fuselage cell of an aeroplane, the structural element (1, 12, 30) comprising a reinforcing profile (2, 13) which is formed in a single piece using a metal material, the reinforcing profile (2, 13) being provided at least in regions with a strap (5, 14, 24), and the strap (5, 14, 24) being formed using a layer material (7, 33) comprising a fibre metal laminate which comprises a plurality of metal layers (8, 34, 43) and plastics material layers (9, 35, 41) arranged on top of one another, metal layers (8, 34, 43) and plastics material layers (9, 35, 41) respectively alternating, characterised in that a downwardly curved end portion of the metal layer overhangs an end of the plastics material layer by way of a projection, a region directly below the projection and alongside an end edge of the metal layer being filled will a synthetic resin material to form a border.