mhurhangee/ep-ind-claims huggingface dataset:
A display apparatus comprising: a battery unit configured to supply battery power; a signal processor configured to process an audio signal as well as a video signal; a display unit configured to display an image based on the processed video signal; and a controller adapted to control auxiliary power of the battery unit to be supplied to the display unit and the signal processor; wherein based on a residual quantity of the battery unit being identified to be greater than a first predetermined value, the controller is configured to variably adjust brightness of the image in accordance with the residual quantity of the battery unit; characterized in that: based on the residual quantity of the battery unit being identified to be equal to or lower than the first predetermined value and greater than a second predetermined value, the controller is further configured to control the battery unit to shut off the supply of power to the display unit and to control the signal processor to process the audio signal only, and based on the residual quantity of the battery unit being identified to be equal to or lower than the second predetermined value, the controller is configured to control the battery unit to shut off the supply of power to the signal processor. a battery unit configured to supply battery power; a signal processor configured to process an audio signal as well as a video signal; a display unit configured to display an image based on the processed video signal; and a controller adapted to control auxiliary power of the battery unit to be supplied to the display unit and the signal processor; wherein based on a residual quantity of the battery unit being identified to be greater than a first predetermined value, the controller is configured to variably adjust brightness of the image in accordance with the residual quantity of the battery unit; characterized in that: based on the residual quantity of the battery unit being identified to be equal to or lower than the first predetermined value and greater than a second predetermined value, the controller is further configured to control the battery unit to shut off the supply of power to the display unit and to control the signal processor to process the audio signal only, and based on the residual quantity of the battery unit being identified to be equal to or lower than the second predetermined value, the controller is configured to control the battery unit to shut off the supply of power to the signal processor. based on the residual quantity of the battery unit being identified to be equal to or lower than the first predetermined value and greater than a second predetermined value, the controller is further configured to control the battery unit to shut off the supply of power to the display unit and to control the signal processor to process the audio signal only, and based on the residual quantity of the battery unit being identified to be equal to or lower than the second predetermined value, the controller is configured to control the battery unit to shut off the supply of power to the signal processor.
A marker system operation method for achieving control for assisting driving of a vehicle by using magnetic markers, the marker system including a storage device which stores laying position information indicating positions where the magnetic markers are laid, the marker system operation method comprising: by the vehicle, detecting a magnetic marker, measuring a lateral shift amount of the magnetic marker, measuring a position of the vehicle, the method characterized by calculating a position of the magnetic marker based on the lateral shift amount and the measured position of the vehicle; identifying a magnetic marker positioned nearest to the calculated position of the magnetic marker from among the laying position information stored in the storage device, and providing the laying position information of the identified magnetic marker to the vehicle (S403, S205); by the vehicle, calculating a position of the vehicle with reference to the magnetic marker associated with the provided laying position information; and correcting the laying position information of the identified magnetic marker stored in the storage device by using, as correction information, the calculated position of the magnetic marker detected by the vehicle. by the vehicle, detecting a magnetic marker, measuring a lateral shift amount of the magnetic marker, measuring a position of the vehicle, the method characterized by calculating a position of the magnetic marker based on the lateral shift amount and the measured position of the vehicle; identifying a magnetic marker positioned nearest to the calculated position of the magnetic marker from among the laying position information stored in the storage device, and providing the laying position information of the identified magnetic marker to the vehicle (S403, S205); by the vehicle, calculating a position of the vehicle with reference to the magnetic marker associated with the provided laying position information; and correcting the laying position information of the identified magnetic marker stored in the storage device by using, as correction information, the calculated position of the magnetic marker detected by the vehicle.
An enzymatic reaction comprising water, glucose-1-phosphate, cellodextrin, and a cellodextrin phosphorylase enzyme comprising an amino acid sequence that is at least 90% identical to SEQ ID NO:2 or SEQ ID NO:6, wherein the cellodextrin phosphorylase enzyme synthesizes insoluble cellulose.
Packaging unit comprising a piece-form sanitary agent and a device for applying the piece-form sanitary agent to the surface of a toilet bowl, which device has a cavity for accommodating the sanitary agent, and elements (24, 25) for dispensing the sanitary agent from the device, wherein the dispensing elements (24, 25) are located above the cavity for accommodating the sanitary agent, and the device has an all-round periphery at its lower end, and the device comprises means (15, 16, 17, 18) for fastening the sanitary agent in the cavity, characterized in that the dispensing elements (24, 25) are of protuberance-like design and are separated from one another by a V-shaped groove and have two engagement surfaces (33, 34), it being possible for the fastening means (15, 16, 17, 18) to be released by virtue of said engagement surfaces being pushed towards one another, and a wall portion, which serves as an advancement surface for dispensing the agent, is provided on the underside of the V groove, and the wall portion on the underside of the V groove and the two surfaces (38, 39) horizontally adjoining the engagement surfaces (33, 34) in the lateral direction form in the rest state, by way of their inner surfaces, a horizontal abutment surface which delimits the sanitary agent in the upward direction and, by virtue of the engagement surfaces (33, 34) being pushed towards one another, the two lateral surfaces (38, 39) are pivoted away and the freed agent is supported just on the wall portion.
An effective amount of a composition comprising GLA, said composition comprising: (a) GLA of the formula: wherein: R 1, R 3, R 5 and R 6 are C 11 -C 20 alkyl; and R 2 and R 4 are C 12 -C 20 alkyl; and (b) a pharmaceutically acceptable carrier or excipient; wherein the composition does not comprise antigen; for use in the treatment of a cancer in a mammal. (a) GLA of the formula: wherein: R 1, R 3, R 5 and R 6 are C 11 -C 20 alkyl; and R 2 and R 4 are C 12 -C 20 alkyl; and R 1, R 3, R 5 and R 6 are C 11 -C 20 alkyl; and R 2 and R 4 are C 12 -C 20 alkyl; and (b) a pharmaceutically acceptable carrier or excipient;
Use of a processor to refine an anatomical model comprising: receiving a two-dimensional echocardiogram having a variable intensity; receiving an indication of a position and orientation of the two-dimensional echocardiogram; relating the two-dimensional echocardiogram to a plurality of mapping points, the mapping points existing in a three-dimensional model space and defining the anatomical model; determining a confidence value for a mapping point, the confidence value corresponding to an intensity at a point on the two-dimensional echocardiogram; and comparing the confidence value to a threshold and modifying the mapping points in response to the confidence value exceeding the threshold. receiving a two-dimensional echocardiogram having a variable intensity; receiving an indication of a position and orientation of the two-dimensional echocardiogram; relating the two-dimensional echocardiogram to a plurality of mapping points, the mapping points existing in a three-dimensional model space and defining the anatomical model; determining a confidence value for a mapping point, the confidence value corresponding to an intensity at a point on the two-dimensional echocardiogram; and comparing the confidence value to a threshold and modifying the mapping points in response to the confidence value exceeding the threshold.
A computer-implemented method of providing remote assistance for visually-impaired users, the method comprising: receiving video content at an agent device, the video content including images of an environment in which a client device is located; receiving information indicating a visual impairment of a user of the client device; identifying a mask that simulates the visual impairment of the user, wherein the mask comprises a fixed component filter and a variable-component filter, wherein the variable-component filter simulates a worsening of the visual condition; applying the mask to the video content to generate filtered video content representative of the user's visual impairment; providing the filtered video content for display on the agent device; and receiving guidance assistance at the client device, from the agent device. receiving video content at an agent device, the video content including images of an environment in which a client device is located; receiving information indicating a visual impairment of a user of the client device; identifying a mask that simulates the visual impairment of the user, wherein the mask comprises a fixed component filter and a variable-component filter, wherein the variable-component filter simulates a worsening of the visual condition; applying the mask to the video content to generate filtered video content representative of the user's visual impairment; providing the filtered video content for display on the agent device; and receiving guidance assistance at the client device, from the agent device.
A support assembly for securing a bicycle to a load carrier for a vehicle, comprising a clamping jaw for clamping about a frame of the bicycle and a tensioning device in the form of a rotateable knob used to tighten or untighten the clamping jaw, said clamping jaw comprising a first and a second opposing jaw member, wherein at least said first jaw member comprises a frame work structure formed by at least one support element and at least one rib (31, 32, 35, 36), wherein said first jaw member further comprises an aperture which extends through the first jaw member and permits an axle connected to the rotateable knob to extend through the first jaw member, characterized in that the at least one rib (31, 32, 35, 36) of the support element projects from the support element in a direction away from the second jaw member.
A ring comprising: an annular band formed from a metallic material; an elastomeric layer disposed on the annular band; and a low friction layer disposed on at least one of the annular band and the elastomeric layer, characterized in that the ring includes a plurality of waves with peaks and valleys that undulate and are adapted to contact a bore of an outer component and an outer surface of an inner component. an annular band formed from a metallic material; an elastomeric layer disposed on the annular band; and a low friction layer disposed on at least one of the annular band and the elastomeric layer, characterized in that the ring includes a plurality of waves with peaks and valleys that undulate and are adapted to contact a bore of an outer component and an outer surface of an inner component.
Headrest for vehicle seats which is retained on the vehicle seat by means of at least one supporting rod, the headrest comprising at least one adjusting part which can be moved relative to the backrest by means of at least one drive (14, 15, 16, 22), and the drive (14, 15, 16, 22) comprises at least a first drive mechanism (14, 15) secured to the adjusting part and a second drive mechanism (16, 22) secured to the backrest, and the drive (14, 15, 16, 22) comprises an overload safety device which can be moved from an initial position into a release position by exceeding a maximum force acting on the adjusting part, and in the release position the drive (14, 15, 16, 22) is partially or completely relieved of the force acting on the adjusting part, characterised in that the overload safety device comprises a locking mechanism (18, 19, 24) which is moved from an unlocked position into a locked position by a movement of a coupling of the overload safety device from a coupling position into a decoupling position, a movement of the adjusting part being blocked in the locked position.
Cover unit for an aerosol paint spray can, - the cover unit comprising an annular cover element by means of which the cover unit can be connected to an end of an aerosol paint spray can, - the annular cover element comprising an at least mostly convex outer surface and an at least mostly concave inner surface, - the cover unit comprising a cap connected to the annular cover element by means of at least one predetermined breaking point, - the annular cover element comprising an inner edge facing toward the cap and bounding a penetration, and - the annular cover element comprising a preferably annular outer edge facing away from the cap and defining a maximum outer diameter of the annular cover element, characterized in that the annular cover element comprises at least one latching element protruding away from the inner surface of the annular cover element in the region of the outer edge and disposed offset inward relative to the outer edge in the direction of a longitudinal axis running perpendicular to the penetration, so that an annular segment is bounded by the latching element and the outer edge, by means of which an outer seam segment of an aerosol paint spray can be at least mostly covered by connecting to the cover unit. - the cover unit comprising an annular cover element by means of which the cover unit can be connected to an end of an aerosol paint spray can, - the annular cover element comprising an at least mostly convex outer surface and an at least mostly concave inner surface, - the cover unit comprising a cap connected to the annular cover element by means of at least one predetermined breaking point, - the annular cover element comprising an inner edge facing toward the cap and bounding a penetration, and - the annular cover element comprising a preferably annular outer edge facing away from the cap and defining a maximum outer diameter of the annular cover element,
Method for operating a fluid valve for performing open-loop or closed-loop control of a fluid, having at least one moveable valve component which can be displaced by means of at least one electrical actuation signal which contains at least a first actuation signal component which brings about an oscillating valve movement of the valve component, characterized in that pressure oscillations which are generated in the fluid by the oscillating valve movement are sensed and used for closed-loop control, brought about by means of the first actuation signal component, of the oscillating valve movement.
A method for performing device-to-device, D2D, discovery in a communications system, the method comprising: determining, by a device-to-device, D2D, device, resource allocation information for a discovery period including discovery resources allocated for transmission of discovery signals by D2D devices; selecting, by the D2D device, a first discovery resource for transmission of a discovery signal in the discovery period in accordance with the resource allocation information; transmitting, by the D2D device, the discovery signal in the selected first discovery resource, wherein selecting the first discovery resource comprises utilizing a hopping sequence indexed by a discovery period index x to select the first discovery resource, characterized by further comprising: selecting a second discovery resource for repeated transmission of the discovery signal in the discovery period in accordance with the resource allocation information; and repeating the transmission of the discovery signal in the selected second discovery resource, wherein a subframe index in the sequence is expressible as f x = mod p x + nc ∧ 2 + nr, N, wherein p is a polynomial index selected by each D2D device, nc and nr are shift variables that are selected and take values up to N, N is a prime number and mod () is a modulo function. determining, by a device-to-device, D2D, device, resource allocation information for a discovery period including discovery resources allocated for transmission of discovery signals by D2D devices; selecting, by the D2D device, a first discovery resource for transmission of a discovery signal in the discovery period in accordance with the resource allocation information; transmitting, by the D2D device, the discovery signal in the selected first discovery resource, wherein selecting the first discovery resource comprises utilizing a hopping sequence indexed by a discovery period index x to select the first discovery resource, characterized by further comprising: selecting a second discovery resource for repeated transmission of the discovery signal in the discovery period in accordance with the resource allocation information; and repeating the transmission of the discovery signal in the selected second discovery resource, wherein a subframe index in the sequence is expressible as f x = mod p x + nc ∧ 2 + nr, N, wherein p is a polynomial index selected by each D2D device, nc and nr are shift variables that are selected and take values up to N, N is a prime number and mod () is a modulo function.
A method comprising: receiving, via a telephony handset device and from a gateway, a user-specific audio and/or visual indicator as a notification of a telephone call, wherein the telephony handset device and the gateway are in communication via a local network; outputting, via the telephony handset device, the notification; detecting, by a set top terminal that is in communication with the gateway via the local network, a predefined event trigger associated with a video service and representing availability of a specific content item; sending, by the set top terminal and to a video head end server, a first communication comprising data indicating the predefined event trigger; receiving, by a video notification server and from the video head end server, a second communication comprising the data indicating the predefined event trigger; sending, by the video notification server and to the gateway, a third communication comprising the data indicating the predefined event trigger; sending, by the gateway, to the telephony handset device, and in response to the third communication, a video service notification; outputting for display, via the telephony handset device, the video service notification; and sending, via the telephony handset device and to the gateway, a fourth communication causing the set top terminal to output for display the specific content item. receiving, via a telephony handset device and from a gateway, a user-specific audio and/or visual indicator as a notification of a telephone call, wherein the telephony handset device and the gateway are in communication via a local network; outputting, via the telephony handset device, the notification; detecting, by a set top terminal that is in communication with the gateway via the local network, a predefined event trigger associated with a video service and representing availability of a specific content item; sending, by the set top terminal and to a video head end server, a first communication comprising data indicating the predefined event trigger; receiving, by a video notification server and from the video head end server, a second communication comprising the data indicating the predefined event trigger; sending, by the video notification server and to the gateway, a third communication comprising the data indicating the predefined event trigger; sending, by the gateway, to the telephony handset device, and in response to the third communication, a video service notification; outputting for display, via the telephony handset device, the video service notification; and sending, via the telephony handset device and to the gateway, a fourth communication causing the set top terminal to output for display the specific content item.
A housing (30c, 30d) including: a housing body (31c, 31d) in which a circuit board is to be_mounted; and a wire section through which electricity is supplied to the circuit board from an electric power source, the wire section including: a pair of first sections embedded in the housing body (31c, 31d); a pair of second sections (321y, 321z) each projecting from each of the first sections to electrically connect with the circuit board; and a pair of third sections (323, 324) each projecting from each of the first sections in a direction opposite to a direction in which the second sections (321y, 321z) project from the first sections, to electrically connect with the electric power source, the first sections each conducting heat having been generated in the circuit board into the housing body (31c, 31d), characterized by the first sections each being arranged in parallel with the circuit board in the housing body (31c, 31d). a housing body (31c, 31d) in which a circuit board is to be_mounted; and a wire section through which electricity is supplied to the circuit board from an electric power source, the wire section including: a pair of first sections embedded in the housing body (31c, 31d); a pair of second sections (321y, 321z) each projecting from each of the first sections to electrically connect with the circuit board; and a pair of third sections (323, 324) each projecting from each of the first sections in a direction opposite to a direction in which the second sections (321y, 321z) project from the first sections, to electrically connect with the electric power source, the first sections each conducting heat having been generated in the circuit board into the housing body (31c, 31d), characterized by the first sections each being arranged in parallel with the circuit board in the housing body (31c, 31d). a pair of first sections embedded in the housing body (31c, 31d); a pair of second sections (321y, 321z) each projecting from each of the first sections to electrically connect with the circuit board; and a pair of third sections (323, 324) each projecting from each of the first sections in a direction opposite to a direction in which the second sections (321y, 321z) project from the first sections, to electrically connect with the electric power source, the first sections each conducting heat having been generated in the circuit board into the housing body (31c, 31d), characterized by the first sections each being arranged in parallel with the circuit board in the housing body (31c, 31d).