mhurhangee/ep-ind-claims huggingface dataset:
A method for avoiding jerking moments during deceleration of a vehicle by means of a brake system, the brake system having at least one electrically operable pressure-providing device (3.1, 3.2), a plurality of hydraulic wheel brakes (2.11, 2.12, 2.21, 2.22), which are connected to the pressure-providing device (3.1, 3.2) and respectively assigned to a wheel (2.1, 2.2, 2.3, 2.4) of the vehicle, and a valve device, the valve device being designed to apply a pressure provided by the pressure-providing device (3.1, 3.2) to a selectable subset of the wheel brakes (2.11, 2.12, 2.21, 2.22), the method comprising the following steps: • establishing a braking requirement, • determining a vehicle speed, • checking whether the vehicle speed lies below a defined limit value, • if the vehicle speed lies below the limit value, selecting a subset of the wheel brakes (2.11, 2.12, 2.21, 2.22) and • applying a pressure by the pressure-providing device (3.1, 3.2) exclusively to the subset of the wheel brakes (2.11, 2.12, 2.21, 2.22), the pressure being fixed according to the selected subset of the wheel brakes (2.11, 2.12, 2.21, 2.22). • establishing a braking requirement, • determining a vehicle speed, • checking whether the vehicle speed lies below a defined limit value, • if the vehicle speed lies below the limit value, selecting a subset of the wheel brakes (2.11, 2.12, 2.21, 2.22) and • applying a pressure by the pressure-providing device (3.1, 3.2) exclusively to the subset of the wheel brakes (2.11, 2.12, 2.21, 2.22), the pressure being fixed according to the selected subset of the wheel brakes (2.11, 2.12, 2.21, 2.22).
A wirelessly rechargeable battery comprising: a. an elongate battery casing (2, 3) having a longitudinal axis; b. a rechargeable storage device within the casing; c. a plurality of power receiving coils (5, 9) within the casing, each coil disposed with a central axis at an offset angle of between 30 to 60 degrees to the longitudinal axis of the casing; and d. a charging circuit within the casing for controlling the supply of power from the coils to the storage device; wherein the battery casing includes external contacts for supplying power from the rechargeable storage device to an external load. a. an elongate battery casing (2, 3) having a longitudinal axis; b. a rechargeable storage device within the casing; c. a plurality of power receiving coils (5, 9) within the casing, each coil disposed with a central axis at an offset angle of between 30 to 60 degrees to the longitudinal axis of the casing; and d. a charging circuit within the casing for controlling the supply of power from the coils to the storage device;
A variable geometry turbocharger including a housing, and a link mechanism, provided in the housing, which drives vanes for controlling a flow of exhaust gas, the housing including a turbine housing and a turbine-housing swirl chamber for supplying the exhaust gas to a turbine and a link chamber that houses the link mechanism, characterized in that a communication hole, which provides communication between the turbine-housing swirl chamber and the link chamber, is formed in a lower portion of the turbine housing and positioned at a lowest portion of the turbine-housing swirl chamber when the variable geometry turbocharger is mounted in a vehicle.
Non-jellified liquid or semi-liquid ready-to-use cold gelling pastry glaze composition suitable for providing a firm glaze on a food product that provides the Ca 2+ ions and/or other ions needed for jellification, said glaze composition comprising a Ca 2+ reactive low methoxylated - high amidated pectin, wherein said pastry glaze composition does not gel at ambient temperatures below 35°C before application on a food product; wherein the pastry glaze composition is characterized by - comprising a Ca 2+ reactive low methoxylated - high amidated pectin having a degree of methoxylation between 25 and 37% and a degree of amidation between 14 and 22%, - having a brix between 35° and 55°, - having a pH below pH 4, and - comprising a Ca 2+ level ranging between 5 and 15 ppm in an amount that is insufficient for jellification before application on a food product. - comprising a Ca 2+ reactive low methoxylated - high amidated pectin having a degree of methoxylation between 25 and 37% and a degree of amidation between 14 and 22%, - having a brix between 35° and 55°, - having a pH below pH 4, and - comprising a Ca 2+ level ranging between 5 and 15 ppm in an amount that is insufficient for jellification before application on a food product.
An electronic device comprising: a display unit including a main area and an edge area which is extended from the main area and is divided into a plurality of sections (133a-133d); and a controller functionally connected to the display unit, wherein the controller is configured to detect a notification event, determine at least one section of the edge area of the display unit corresponding to the notification event among the sections, and control the display unit to display a colored light in the determined section, wherein the sections (133a-133d) correspond to predetermined callers according to a position in the edge area. a display unit including a main area and an edge area which is extended from the main area and is divided into a plurality of sections (133a-133d); and a controller functionally connected to the display unit, wherein the controller is configured to detect a notification event, determine at least one section of the edge area of the display unit corresponding to the notification event among the sections, and control the display unit to display a colored light in the determined section, wherein the sections (133a-133d) correspond to predetermined callers according to a position in the edge area.
Kit of parts comprising an electronic surveillance bracelet and a comfort band adapted to be worn between the electronic surveillance bracelet and a leg of a wearer, the comfort band comprising: - a tubular elastic element adapted to retain the comfort band on the leg of the wearer; - a cushion provided along an edge of the elastic element intended to be disposed towards the foot of the wearer, the cushion extending outwardly from the elastic element and arranged so as to form an abutment for an end face of the electronic surveillance bracelet. - a tubular elastic element adapted to retain the comfort band on the leg of the wearer; - a cushion provided along an edge of the elastic element intended to be disposed towards the foot of the wearer, the cushion extending outwardly from the elastic element and arranged so as to form an abutment for an end face of the electronic surveillance bracelet.
A method of obtaining an image having a high dynamic range, comprising: performing a plurality of image acquisitions, each image acquisition comprising: scanning with a sensor to obtain image data from a first plurality of pixel rows and a second plurality of pixel rows, wherein the first plurality of pixel rows has a first gain value and/or first exposure time, and wherein the second plurality of pixel rows has a second gain value and/or second exposure time; combining image data from the first plurality of pixel rows to produce a first image; combining image data from the second plurality of pixel rows to produce a second image; and combining the first image and the second image to obtain a third image having a high dynamic range; wherein the method is characterised in that it further comprises, for each image acquisition of the plurality of image acquisitions after the first image acquisition of the plurality of image acquisitions: determining and setting the first gain value and/or exposure time and a first number of pixel rows within the first plurality of pixel rows and the second gain value and/or exposure time and a second number of pixel rows within the second plurality of pixel rows based on information obtained in a previous image acquisition of the plurality of image acquisitions. scanning with a sensor to obtain image data from a first plurality of pixel rows and a second plurality of pixel rows, wherein the first plurality of pixel rows has a first gain value and/or first exposure time, and wherein the second plurality of pixel rows has a second gain value and/or second exposure time; combining image data from the first plurality of pixel rows to produce a first image; combining image data from the second plurality of pixel rows to produce a second image; and combining the first image and the second image to obtain a third image having a high dynamic range; wherein the method is characterised in that it further comprises, for each image acquisition of the plurality of image acquisitions after the first image acquisition of the plurality of image acquisitions: determining and setting the first gain value and/or exposure time and a first number of pixel rows within the first plurality of pixel rows and the second gain value and/or exposure time and a second number of pixel rows within the second plurality of pixel rows based on information obtained in a previous image acquisition of the plurality of image acquisitions.
In a computing device that implements a video decoder, a method comprising: processing a first signal indicating at field level whether an interlaced forward-predicted field has one reference field or two possible reference fields for motion compensation; if the first signal indicates the interlaced forward-predicted field has one reference field, processing a second signal identifying at field level the one reference field from among the two possible reference fields, the identified reference field being used for all of the motion compensation for the interlaced forward-predicted field such that reference field selection information no longer needs to be sent with every macroblock or block having a motion vector; and performing the motion compensation for the interlaced forward-predicted field. processing a first signal indicating at field level whether an interlaced forward-predicted field has one reference field or two possible reference fields for motion compensation; if the first signal indicates the interlaced forward-predicted field has one reference field, processing a second signal identifying at field level the one reference field from among the two possible reference fields, the identified reference field being used for all of the motion compensation for the interlaced forward-predicted field such that reference field selection information no longer needs to be sent with every macroblock or block having a motion vector; and performing the motion compensation for the interlaced forward-predicted field.
A non-transitory machine-readable storage medium comprising instructions of a printing device installer executable by a processing resource of a computing device which, when executed by the computing device, cause the computing device to: during a printing device installation process for a printing device at the computing device, acquire identification of a type of a mobile device associated with a user, the mobile device being different from the computing device; based on the identified mobile device type, select, from among a plurality of different digital content payoffs each associated with printing on the printing device with a different type of mobile device, the digital content payoff associated with printing on the printing device with the identified type of mobile device; acquire a machine-readable link associated with the selected digital content payoff from a remote linking service; generate a customized test page including the machine-readable link associated with the selected digital content payoff, the machine-readable link for causing the mobile device to access the selected digital content payoff in response to the mobile device capturing an image of the machine-readable link; and cause the printing device to print the customized test page. during a printing device installation process for a printing device at the computing device, acquire identification of a type of a mobile device associated with a user, the mobile device being different from the computing device; based on the identified mobile device type, select, from among a plurality of different digital content payoffs each associated with printing on the printing device with a different type of mobile device, the digital content payoff associated with printing on the printing device with the identified type of mobile device; acquire a machine-readable link associated with the selected digital content payoff from a remote linking service; generate a customized test page including the machine-readable link associated with the selected digital content payoff, the machine-readable link for causing the mobile device to access the selected digital content payoff in response to the mobile device capturing an image of the machine-readable link; and cause the printing device to print the customized test page.
An inspection method of a liquid discharge head including a liquid discharge head which has a plurality of nozzles, a substrate in which a plurality of pressure chambers respectively communicating with the nozzles are formed by being separated by partition walls, and actuators that cause pressure vibration in liquid in the pressure chambers, and which discharges liquid from the nozzles by driving of the actuators, and a detection circuit that detects vibration in the liquid in the pressure chambers generated by the driving of the actuators, the inspection method comprising performing: inspection processing including a first driving step of driving a first actuator corresponding to an inspection target nozzle, a first detection step of detecting vibration that is generated in liquid in a pressure chamber corresponding to the inspection target nozzle by the driving in the first driving step, a second driving step of driving together the first actuator and a second actuator corresponding to at least one nozzle of nozzles adjacent to the inspection target nozzle, a second detection step of detecting vibration that is generated in the liquid in the pressure chamber corresponding to the inspection target nozzle by the driving in the second driving step, and a separation detection step of detecting separation of a member (15; 16) joined to the partition wall based on a difference between a detection result of the first detection step and a detection result of the second detection step. inspection processing including a first driving step of driving a first actuator corresponding to an inspection target nozzle, a first detection step of detecting vibration that is generated in liquid in a pressure chamber corresponding to the inspection target nozzle by the driving in the first driving step, a second driving step of driving together the first actuator and a second actuator corresponding to at least one nozzle of nozzles adjacent to the inspection target nozzle, a second detection step of detecting vibration that is generated in the liquid in the pressure chamber corresponding to the inspection target nozzle by the driving in the second driving step, and a separation detection step of detecting separation of a member (15; 16) joined to the partition wall based on a difference between a detection result of the first detection step and a detection result of the second detection step.
A washing machine comprising: a detergent box configured to store a detergent; a detergent box housing configured to accommodate the detergent box therein, and comprising a detergent box accommodation body and a detergent box cover coupled to the detergent box accommodation body; a water supply pipe configured to supply water to the detergent box; and a bubble generator (100, 200, 500) configured to generate bubbles to be supplied to the detergent box by mixing water with air, wherein the bubble generator comprises: a first flow path pipe connected to the water supply pipe; a second flow path pipe connected to the detergent box housing; a connection pipe configured to connect the first flow path pipe to the second flow path pipe; and an air inflow pipe connected to the connection pipe to supply the air to the bubble generator therethrough, and characterised in that: the air inflow pipe is configured to connect a second pipe configured to protrude above the detergent box cover to a first pipe configured to protrude above the connection pipe. a detergent box configured to store a detergent; a detergent box housing configured to accommodate the detergent box therein, and comprising a detergent box accommodation body and a detergent box cover coupled to the detergent box accommodation body; a water supply pipe configured to supply water to the detergent box; and a bubble generator (100, 200, 500) configured to generate bubbles to be supplied to the detergent box by mixing water with air, wherein the bubble generator comprises: a first flow path pipe connected to the water supply pipe; a second flow path pipe connected to the detergent box housing; a connection pipe configured to connect the first flow path pipe to the second flow path pipe; and an air inflow pipe connected to the connection pipe to supply the air to the bubble generator therethrough, and characterised in that: the air inflow pipe is configured to connect a second pipe configured to protrude above the detergent box cover to a first pipe configured to protrude above the connection pipe. a first flow path pipe connected to the water supply pipe; a second flow path pipe connected to the detergent box housing; a connection pipe configured to connect the first flow path pipe to the second flow path pipe; and an air inflow pipe connected to the connection pipe to supply the air to the bubble generator therethrough, and characterised in that: the air inflow pipe is configured to connect a second pipe configured to protrude above the detergent box cover to a first pipe configured to protrude above the connection pipe.
A cylindrical conveyor comprising an elongate central shaft, a plurality of radial supports supported on the shaft in a spaced apart relation along the shaft, and a drum supported on the supports in positions that are coaxial with the central shaft, characterized in that a plastic filler mounted between the shaft and the drum has an outer surface that is generally cylindrical and immediately adjacent to an inner surface of the drum, an inner surface adjacent to and surrounding the central shaft, a first end adjacent to a first one of the plurality of radial supports, and a second end adjacent to a second one of the plurality of radial supports whereby the plastic filler thereby fills a void and excludes contaminants from between the central shaft and the drum.
Siphon unit comprising: - a siphon container comprising: a closed bottom and side walls (102, 103) standing up from the bottom; a first passage in one of those side walls, a collar around said first passage projecting out of said one side wall, wherein the collar of the siphon container is made of a soft and deformable material such as rubber or silicone, wherein the siphon container including the collar is optionally made as an integral whole of a soft and deformable material such as rubber or silicone, the siphon unit further comprising - a siphon cap comprising: -- a closed upper side and side walls (202, 203) extending downwards form that upper side; -- a second passage in one of those side walls; wherein the siphon container is arranged within the siphon cap; characterised in that the collar of the siphon container extends outwards through the passage opening of the siphon cap; wherein the passage of the siphon cap is provided with a circumferential edge and the collar is provided with a circumferential groove, the circumferential edge of the passage of the siphon cap is located in the circumferential groove of the collar. - a siphon container comprising: a closed bottom and side walls (102, 103) standing up from the bottom; a first passage in one of those side walls, a collar around said first passage projecting out of said one side wall, wherein the collar of the siphon container is made of a soft and deformable material such as rubber or silicone, wherein the siphon container including the collar is optionally made as an integral whole of a soft and deformable material such as rubber or silicone, the siphon unit further comprising - a siphon cap comprising: -- a closed upper side and side walls (202, 203) extending downwards form that upper side; -- a second passage in one of those side walls; -- a closed upper side and side walls (202, 203) extending downwards form that upper side; -- a second passage in one of those side walls;
A display device for an internal combustion engine including a variable compression ratio mechanism structured to vary an engine compression ratio (ε) of the internal combustion engine, the display device comprising: an indicator section structured to vary its indication depending on the engine compression ratio (ε); characterized in that the indicator section is configured to maintain the indication constant or within a slight change with respect to a change in the engine compression ratio (ε) within each of at least one of first and second dead zones (51, 52) of the engine compression ratio (ε), wherein the first dead zone includes a vicinity of an upper limit (εmax) of the engine compression ratio (ε) including the upper limit (εmax), and wherein the second dead zone includes a vicinity of a lower limit (εmin) of the engine compression ratio (ε) including the lower limit (εmin). an indicator section structured to vary its indication depending on the engine compression ratio (ε); characterized in that the indicator section is configured to maintain the indication constant or within a slight change with respect to a change in the engine compression ratio (ε) within each of at least one of first and second dead zones (51, 52) of the engine compression ratio (ε), wherein the first dead zone includes a vicinity of an upper limit (εmax) of the engine compression ratio (ε) including the upper limit (εmax), and wherein the second dead zone includes a vicinity of a lower limit (εmin) of the engine compression ratio (ε) including the lower limit (εmin).
Tyre comprising an inner surface and/or outer surface with an accommodating region, an adhesive layer arranged on said accommodating region and a protective film arranged on said adhesive layer, characterized in that the composition of said adhesive layer is based on a block thermoplastic styrene elastomer comprising a diene elastomer block with a molar content of diene units relative to all of the units of the elastomer block of greater than 10%, and in that said composition comprises one or more polyphenylene ethers (PPEs).