mhurhangee/ep-ind-claims huggingface dataset:
A vehicular display apparatus (10, 10A, 10B) for displaying an acceleration generated on a vehicle which includes a skid prevention controller for detecting skidding of a road wheel on a road and generating a braking force on the road wheel to prevent the road wheel from skidding, comprising: an acceleration sensor for detecting the acceleration generated on the vehicle; and a display device for displaying a magnitude (Ap) of the acceleration which is detected by the acceleration sensor; wherein the display device displays the magnitude (Ap) of the acceleration which is presently being detected by the acceleration sensor, and the display device displays the magnitude of the acceleration in a two-dimensional scale on a display screen including a vertical axis representing the acceleration in a longitudinal direction of the vehicle and a horizontal axis representing the acceleration in a lateral direction of the vehicle, characterized in that the display device displays a plurality of magnitudes (Ae) of accelerations detected in the past by the acceleration sensor at the time the skid prevention controller generated the braking force on the road wheel, simultaneously with the magnitude (Ap) of the acceleration which is presently being detected by the acceleration sensor. an acceleration sensor for detecting the acceleration generated on the vehicle; and a display device for displaying a magnitude (Ap) of the acceleration which is detected by the acceleration sensor; wherein the display device displays the magnitude (Ap) of the acceleration which is presently being detected by the acceleration sensor, and the display device displays the magnitude of the acceleration in a two-dimensional scale on a display screen including a vertical axis representing the acceleration in a longitudinal direction of the vehicle and a horizontal axis representing the acceleration in a lateral direction of the vehicle, characterized in that the display device displays a plurality of magnitudes (Ae) of accelerations detected in the past by the acceleration sensor at the time the skid prevention controller generated the braking force on the road wheel, simultaneously with the magnitude (Ap) of the acceleration which is presently being detected by the acceleration sensor.
A hydrated silicone hydrogel contact lens, comprises a silicone hydrogel material as bulk material, an anterior surface and an opposite posterior surface, wherein the contact lens has an oxygen transmissibility of at least 40 barrers/mm, and a cross-sectional surface-modulus profile, wherein the cross-sectional surface-modulus profile comprises, along a shortest line between the anterior and posterior surfaces on the surface of a cross section of the contact lens, an anterior outer zone including and near the anterior surface, an inner zone including and around the center of the shortest line, and a posterior outer zone including and near the posterior surface, wherein the anterior outer zone has an average anterior surface modulus (designated as SM Ant) while the posterior outer zone has an average posterior surface modulus (designated as SM Post), wherein the inner zone has an average inner surface modulus ( SM Inner), wherein at least one of SM Inner ̅ − SM Post ̅ SM Inner ̅ × 100 % and SM Inner ̅ − SM Ant ̅ SM Inner ̅ × 100 % is at least 20%, wherein the anterior and posterior outer zones independently cover a span of at least 0.1 μm.
A beam (3, 5) for a thrust reverser structure, characterized in that it comprises an integral part forming a casing (13, 19), capable of fitting into and of being fastened to a front half-frame of said thrust reverser.
A relay device comprising: two input ports for receiving data units and a plurality of buffers for storing data units; wherein multiple buffers are provided for each input port; whereby: each of the data units includes a header, to which multiple pieces of destination information have been added, and data associated with the header; each of the plurality of buffers store a data unit in accordance with the destination information; and characterized by that: the relay device further comprises a destination comparing section for determining an allocation order that allocates the buffers of a relay device on the receiving end to the stored data units, wherein the data units having the same destination information are preferentially allocated to the same buffer of the relay device at the receiving end; and an output section for outputting the stored data units to the buffers of the relay device on the receiving end in accordance with the determined allocation order two input ports for receiving data units and a plurality of buffers for storing data units; wherein multiple buffers are provided for each input port; whereby: each of the data units includes a header, to which multiple pieces of destination information have been added, and data associated with the header; each of the plurality of buffers store a data unit in accordance with the destination information; and characterized by that: the relay device further comprises a destination comparing section for determining an allocation order that allocates the buffers of a relay device on the receiving end to the stored data units, wherein the data units having the same destination information are preferentially allocated to the same buffer of the relay device at the receiving end; and an output section for outputting the stored data units to the buffers of the relay device on the receiving end in accordance with the determined allocation order
A method for improving the ultraviolet transmittance of ethylene glycol, the method using an ethylene glycol solution and hydrogen as starting materials, characterized in that the method uses a metal alloy catalyst; the metal alloy catalyst comprises nickel, one or more rare earth element, tin and aluminum, the contents of the components in parts by weight being 10 - 90 parts, 1 - 5 parts, 1 - 60 parts and 5 - 9 parts respectively.
A decorative and/or protective solvent borne or waterborne varnish, paint or enamel characterised in that it comprises an alkyd resin obtained by subjecting a raw material composition comprising at least one polycarboxylic acid component comprising at least one furandicarboxylic acid, at least one polyalcohol component comprising at least one polyalcohol having at least three hydroxyl groups and at least one monocarboxylic acid or corresponding triglyceride component to one or more esterification and/or transesterification reactions. at least one polycarboxylic acid component comprising at least one furandicarboxylic acid, at least one polyalcohol component comprising at least one polyalcohol having at least three hydroxyl groups and at least one monocarboxylic acid or corresponding triglyceride component to one or more esterification and/or transesterification reactions.
Connection assembly consisting of a printed circuit board, having a conductive insert, which is passed through by connection holes, and a plurality of electrical connections, which are terminated by complementary connection plugs, further comprising connection parts having a rod, of which the outer cross section is complementary to the section of said connection holes, each of the connection parts having, at the proximal end thereof, a shoulder with a section which is greater than the section of said connection holes, the distal end having a slot extending as far as a neck, which is inserted into said connection hole, and as far as said shoulder and having, on the distal side, an opening with a width which is greater than or equal to the section of said connection plugs and at least a narrowing of width which is less than the section of said connection plugs, in order to ensure an expansion of the neck of said connection part which is engaged in the hole of the insert of the printed circuit board.
A procatalyst for the polymerization of olefins, which procatalyst comprises a compound represented by Formula A as an internal electron donor: wherein R is hydrogen or a methyl group.
A system for providing a mobile communication terminal with network-based location measurement through a mobile communication network by using a G-pCell database, wherein a G-pCell is a predetermined-sized lattice of a location measurement service target region, the system comprising: an Network Position Server, NPS, for storing a neighboring base station database and the G-pCell database; and an Secure User Plane Location Positioning Center, SPC, for: detecting a location of a base station by parsing current servicing system information contained in a base station signal received from the mobile communication terminal when a location measurement request signal is received from the mobile communication terminal, and determining a location of the mobile communication terminal by using a G-pCell pattern matching algorithm when the number of base stations neighboring the mobile communication terminal, detected by parsing location related measurement data received from the mobile communication terminal, is less than a stored number of neighboring base stations corresponding to the location of the base station, wherein the SPC discovers the stored number of neighboring base stations by checking the neighboring base station database stored in the NPS. an Network Position Server, NPS, for storing a neighboring base station database and the G-pCell database; and an Secure User Plane Location Positioning Center, SPC, for: detecting a location of a base station by parsing current servicing system information contained in a base station signal received from the mobile communication terminal when a location measurement request signal is received from the mobile communication terminal, and determining a location of the mobile communication terminal by using a G-pCell pattern matching algorithm when the number of base stations neighboring the mobile communication terminal, detected by parsing location related measurement data received from the mobile communication terminal, is less than a stored number of neighboring base stations corresponding to the location of the base station, wherein the SPC discovers the stored number of neighboring base stations by checking the neighboring base station database stored in the NPS. detecting a location of a base station by parsing current servicing system information contained in a base station signal received from the mobile communication terminal when a location measurement request signal is received from the mobile communication terminal, and determining a location of the mobile communication terminal by using a G-pCell pattern matching algorithm when the number of base stations neighboring the mobile communication terminal, detected by parsing location related measurement data received from the mobile communication terminal, is less than a stored number of neighboring base stations corresponding to the location of the base station, wherein the SPC discovers the stored number of neighboring base stations by checking the neighboring base station database stored in the NPS.
Circuit arrangement for operating a domestic appliance, comprising: - a control device for executing programs of the domestic appliance, - a terminal by way of which the control device can be supplied with electrical energy from a supply mains, - a first electrical switch by way of which the control device can be coupled with the terminal, - a control unit connected with the terminal, wherein the first electrical switch is switchable from an open switching state to a closed switching state, in which the first switch is electrically conductive, depending on actuation of the control unit and - a second electrical switch which is separate from the first switch and by way of which the control device can be coupled with the terminal, wherein the control device is constructed for the purpose of switching the second switch from an open switching state to a closed switching state, in which the control device is coupled with the terminal by way of the second switch, as soon as the first switch is switched to the closed switching state, characterised in that - the control unit is constructed as a program selector for selection of a program of the domestic appliance, which comprises a stationary contact element and a movable contact element, which is connected with an actuating element, which is actuable by operator, to be fixed with respect to movement and is electrically coupled with the stationary contact element other than in an initial setting of the actuating element. - a control device for executing programs of the domestic appliance, - a terminal by way of which the control device can be supplied with electrical energy from a supply mains, - a first electrical switch by way of which the control device can be coupled with the terminal, - a control unit connected with the terminal, wherein the first electrical switch is switchable from an open switching state to a closed switching state, in which the first switch is electrically conductive, depending on actuation of the control unit and - a second electrical switch which is separate from the first switch and by way of which the control device can be coupled with the terminal, wherein the control device is constructed for the purpose of switching the second switch from an open switching state to a closed switching state, in which the control device is coupled with the terminal by way of the second switch, as soon as the first switch is switched to the closed switching state, - the control unit is constructed as a program selector for selection of a program of the domestic appliance, which comprises a stationary contact element and a movable contact element, which is connected with an actuating element, which is actuable by operator, to be fixed with respect to movement and is electrically coupled with the stationary contact element other than in an initial setting of the actuating element.
A method for load balancing specimen containers between a plurality of automated detection apparatuses, said method comprising: receiving a specimen container at a container pick-up station in a first automated detection apparatus; determining a loading ability of the first automated detection apparatus; determining a second loading ability of a downstream automated detection apparatus; determining a transfer status of the first automated detection apparatus; determining a second transfer status of the downstream automated detection apparatus; determining cell availability in the first automated detection apparatus and in the downstream automated detection apparatus; the method characterized by transferring the specimen container from the first automated detection apparatus to the downstream automated detection apparatus upon a determination that a first ratio of effective available cell count to effective capacity in the first automated detection apparatus is less than a second ratio of total effective available cell count to total effective capacity of the first automated detection apparatus and the downstream automated detection apparatus. receiving a specimen container at a container pick-up station in a first automated detection apparatus; determining a loading ability of the first automated detection apparatus; determining a second loading ability of a downstream automated detection apparatus; determining a transfer status of the first automated detection apparatus; determining a second transfer status of the downstream automated detection apparatus; determining cell availability in the first automated detection apparatus and in the downstream automated detection apparatus; the method characterized by transferring the specimen container from the first automated detection apparatus to the downstream automated detection apparatus upon a determination that a first ratio of effective available cell count to effective capacity in the first automated detection apparatus is less than a second ratio of total effective available cell count to total effective capacity of the first automated detection apparatus and the downstream automated detection apparatus.
An inlet valve assembly for a high-pressure fuel pump, comprising: an inlet valve member moveable between open and closed positions to control the fuel flow from a source of low-pressure fuel to a pumping chamber of the fuel pump; a first biasing spring arranged to apply a first force to the valve member in an opening direction; a second biasing spring arranged to apply a second force to the valve member in a closing direction; and an actuator arrangement operable to remove the first force from the valve member, thereby to allow the valve member to move into its closed position, wherein the actuator arrangement is an electromagnetic actuator comprising a core member, a solenoid coil, and an armature moveable towards the core member in response to energisation of the coil, wherein the actuator arrangement is operable to retract the first biasing spring towards the core member, characterised in that, the armature is separated from the valve member by an annular clearance, wherein the inlet valve assembly further comprises a collar press-fitted onto the stem of the valve member, said collar comprising a sleeve with a stepped outer diameter, the collar being, at its lowermost end, a relatively small-diameter section of the collar acting as a stop member for the valve member and, wherein the uppermost end of the collar being formed into a relatively large diameter seat section and, wherein the armature may be generally tubular, with an inwardly-directed flange at one end to engage with the collar and the collar being preferably press-fitted or crimped onto the valve member. an inlet valve member moveable between open and closed positions to control the fuel flow from a source of low-pressure fuel to a pumping chamber of the fuel pump; a first biasing spring arranged to apply a first force to the valve member in an opening direction; a second biasing spring arranged to apply a second force to the valve member in a closing direction; and an actuator arrangement operable to remove the first force from the valve member, thereby to allow the valve member to move into its closed position, wherein the actuator arrangement is an electromagnetic actuator comprising a core member, a solenoid coil, and an armature moveable towards the core member in response to energisation of the coil, wherein the actuator arrangement is operable to retract the first biasing spring towards the core member, wherein the inlet valve assembly further comprises a collar press-fitted onto the stem of the valve member, said collar comprising a sleeve with a stepped outer diameter, the collar being, at its lowermost end, a relatively small-diameter section of the collar acting as a stop member for the valve member and, wherein the uppermost end of the collar being formed into a relatively large diameter seat section and, wherein the armature may be generally tubular, with an inwardly-directed flange at one end to engage with the collar and the collar being preferably press-fitted or crimped onto the valve member.
Hinge for the frame of an insect protection device, the hinge having a first hinge element and a second hinge element which are connected to one another in an articulated manner, and the hinge being designed to form a frame element of the frame of the insect protection device, characterized in that the first hinge element and the second hinge element can be moved relative to one another selectively into an open position or a closed position, wherein the second hinge element is designed to be attached to a blind or block frame of a window or a door in a form-fitting and/or material-fitting manner, in particular to be screwed or glued on, and wherein the first hinge element has a receptacle which receives the second hinge element completely and in a form-fitting manner in the closed position.
A supercharging system for an internal combustion engine including: a turbocharging device with a turbine and a compressor, said compressor being arranged on a compressor shaft, an electric motor/generator connected via a clutch unit to a drive shaft, and a power transmission adapted to connect a crankshaft of an internal combustion engine to said drive shaft, which via said clutch unit is coupled to said electric motor/generator, characterized in that a planetary gear is coupled to said compressor shaft and said electric motor/generator, wherein said compressor shaft is connected to a sun gear of said planetary gear and said electric motor/generator is connected to a ring gear of said planetary gear, wherein said turbine and said compressor are arranged along a common shaft, where the turbine inlet is subjected to exhaust gases, causing the turbine wheel to rotate and thereby causing the compressor impeller to rotate at the speed of the turbine wheel, thereby compressing ambient air for delivery to an engine air intake, and wherein said drive shaft is provided for transferring rotation from the crankshaft to the common shaft associated with the compressor before the turbine has reached its working area. a turbocharging device with a turbine and a compressor, said compressor being arranged on a compressor shaft, an electric motor/generator connected via a clutch unit to a drive shaft, and a power transmission adapted to connect a crankshaft of an internal combustion engine to said drive shaft, which via said clutch unit is coupled to said electric motor/generator, characterized in that a planetary gear is coupled to said compressor shaft and said electric motor/generator, wherein said compressor shaft is connected to a sun gear of said planetary gear and said electric motor/generator is connected to a ring gear of said planetary gear, wherein said turbine and said compressor are arranged along a common shaft, where the turbine inlet is subjected to exhaust gases, causing the turbine wheel to rotate and thereby causing the compressor impeller to rotate at the speed of the turbine wheel, thereby compressing ambient air for delivery to an engine air intake, and wherein said drive shaft is provided for transferring rotation from the crankshaft to the common shaft associated with the compressor before the turbine has reached its working area.
A method of manufacturing a surface-coated cutting tool including a base material and a coating film formed on said base material, said coating film including at least one TiB 2 layer, said method comprising the step of: forming said TiB 2 layer, characterized in that said step is performed by forming said TiB 2 layer at a film formation rate equal to or less than 1 μm/hr by a chemical vapor deposition method, wherein the base material is a WC-based cemented carbide. forming said TiB 2 layer, characterized in that said step is performed by forming said TiB 2 layer at a film formation rate equal to or less than 1 μm/hr by a chemical vapor deposition method, wherein the base material is a WC-based cemented carbide.